CN105936327A - Bicycle electrical system - Google Patents
Bicycle electrical system Download PDFInfo
- Publication number
- CN105936327A CN105936327A CN201610127515.7A CN201610127515A CN105936327A CN 105936327 A CN105936327 A CN 105936327A CN 201610127515 A CN201610127515 A CN 201610127515A CN 105936327 A CN105936327 A CN 105936327A
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- Prior art keywords
- housing
- wireless communication
- electric
- communication unit
- bicycle
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- 238000004891 communication Methods 0.000 claims abstract description 389
- 230000005611 electricity Effects 0.000 claims description 326
- 238000010276 construction Methods 0.000 claims description 80
- 238000009434 installation Methods 0.000 claims description 35
- 230000000994 depressogenic effect Effects 0.000 claims description 24
- 238000007789 sealing Methods 0.000 claims description 16
- 230000003213 activating effect Effects 0.000 claims 1
- 238000010586 diagram Methods 0.000 description 44
- 102100026205 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase gamma-1 Human genes 0.000 description 29
- 101000691599 Homo sapiens 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase gamma-1 Proteins 0.000 description 29
- 239000000725 suspension Substances 0.000 description 29
- 239000006096 absorbing agent Substances 0.000 description 15
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- 230000008859 change Effects 0.000 description 10
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- 230000001276 controlling effect Effects 0.000 description 6
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- 230000004048 modification Effects 0.000 description 6
- 238000012986 modification Methods 0.000 description 6
- 238000000034 method Methods 0.000 description 5
- 230000000717 retained effect Effects 0.000 description 5
- 238000007493 shaping process Methods 0.000 description 5
- 230000006399 behavior Effects 0.000 description 3
- 230000008901 benefit Effects 0.000 description 3
- 230000003321 amplification Effects 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 239000003344 environmental pollutant Substances 0.000 description 2
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 2
- 238000003199 nucleic acid amplification method Methods 0.000 description 2
- 231100000719 pollutant Toxicity 0.000 description 2
- 230000002441 reversible effect Effects 0.000 description 2
- 108010022579 ATP dependent 26S protease Proteins 0.000 description 1
- 230000003044 adaptive effect Effects 0.000 description 1
- 230000001351 cycling effect Effects 0.000 description 1
- 238000013016 damping Methods 0.000 description 1
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- 238000005516 engineering process Methods 0.000 description 1
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- 239000000203 mixture Substances 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 230000008054 signal transmission Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62M—RIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
- B62M25/00—Actuators for gearing speed-change mechanisms specially adapted for cycles
- B62M25/08—Actuators for gearing speed-change mechanisms specially adapted for cycles with electrical or fluid transmitting systems
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Transportation (AREA)
- Mechanical Engineering (AREA)
- Electric Propulsion And Braking For Vehicles (AREA)
- Motorcycle And Bicycle Frame (AREA)
- Selective Calling Equipment (AREA)
- Organic Insulating Materials (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
A bicycle electrical system is generally provided with a wireless communication unit, a movable component, an electric actuating unit and a support structure. The wireless communication unit includes a first housing and a wireless communication component arranged in the housing. The electric actuating unit comprises a second housing and an electric actuating device arranged in the second housing. The electric actuating device is configured to actuating the movable component. The second housing is different from the first housing. The support structure supports the wireless communication unit to the bicycle electric system in a dismountable manner.
Description
Cross-Reference to Related Applications
The application is the part continuation application of No. 14/879,405 patent application that on October 9th, 2015 submits.At this
By way of reference the complete disclosure of No. 14/879,405 patent application is expressly incorporated herein.
Technical field
Present invention relates generally to a kind of bicycle electricity parts.More particularly it relates to an have radio communication list
The bicycle electricity parts of unit, this wireless communication unit detachably supports bicycle electricity parts.
Background technology
In recent years, some bicycles have been provided with electricity parts or device, make cyclist operate bicycle and are easier to.Exist especially
In in recent years, exist and wirelessly control these bicycle electricity parts or bicycle control systems of electric installation.Bicycle is without linear system
The advantage of system is, it is convenient to omit bicycle electricity parts are connected to cable each other.Some such bicycle electricity parts
Example include suspension, speed change gear (such as derailleur, internal speed-changing flower-drum etc.) and seat bar.Typically, electricity it is equipped with voluntarily
The bicycle of car parts is additionally provided with battery, for providing electric power for bicycle electricity parts.
Summary of the invention
Generally speaking, it relates to have the various features of the bicycle electricity parts of wireless communication unit, this channel radio
Letter unit detachably supports bicycle electricity parts.
In view of prior art being illustrated and according to the first aspect of the disclosure, it is provided that a kind of bicycle electricity parts,
It consists essentially of wireless communication unit, movable member, electric actuation unit and supporting construction.Wireless communication unit includes first
Housing and the radio communication component being contained in the first housing.Electric actuation unit includes the second housing and is contained in the second housing
Electric actuator.Electric actuator is configured to activate movable member.Second housing is different from the first housing.Supporting construction is by wireless
Communication unit detachably supports bicycle electricity parts.
According to the second aspect of the invention, it is configured to make supporting construction be arranged on according to the bicycle electricity parts of first aspect
In at least one in first housing and the second housing.
According to the third aspect of the invention we, it is configured to make supporting construction include according to the bicycle electricity parts of second aspect
One fastener matching structure and the second fastener matching structure being releasably coupled the first fastener matching structure.First is clasped knot
Structure is arranged on the first housing.
According to the fourth aspect of the invention, it is configured to make first to be clasped knot according to the bicycle electricity parts of the third aspect
It is another that in structure and the second fastener matching structure one includes in door bolt, and the first fastener matching structure and the second fastener matching structure
One includes button.
According to the fifth aspect of the invention, it is configured to make supporting construction include according to the bicycle electricity parts of second aspect recessed
The portion of falling into, in the first housing depressed part to be supported to, depressed part is formed on the second housing.
According to the sixth aspect of the invention, it is configured to make movable member include according to the bicycle electricity parts of the 5th aspect
Chain guide, chain guide is operably linked to described electric actuation unit, so that described chain guide is at first
Put and move between the second position；And second housing there is the surface towards vehicle frame of depressed part.Surface towards vehicle frame
It is configured to be installed in the state of cycle frame towards cycle frame at bicycle electricity parts.
According to the seventh aspect of the invention, it is configured to make wireless communication unit bag according to the bicycle electricity parts of second aspect
Including at least one in electricity port and cable, it is arranged at the first housing.
According to the eighth aspect of the invention, it is configured to make electric actuation unit include according to the bicycle electricity parts of the 7th aspect
It is arranged at least one the electricity port at the second housing.At least one electricity port configuration of electric actuation unit is wireless for being electrically connected to
At least one in the electric port of communication unit and cable.
According to the ninth aspect of the invention, it is configured to make wireless communication unit bag according to the bicycle electricity parts of first aspect
Including electric connector, and electric actuation unit includes at least one electricity port, at least one electricity port configuration is for being connected to radio communication
The electric connector of unit.
According to the tenth aspect of the invention, it is configured to make electric actuation unit extremely according to the bicycle electricity parts of the 9th aspect
A few electric port configuration is to disconnect even with at least one electricity port of electric actuation unit at the electric connector of wireless communication unit
Cable it is used to selectively connect to when connecing.
According to the eleventh aspect of the invention, it is configured to make wireless communication unit according to the bicycle electricity parts of the 9th aspect
Including at least one the electricity port being configured to couple to cable.
According to the twelfth aspect of the invention, it is configured to make radio communication list according to the bicycle electricity parts of the 11st aspect
The electrical connector structure of unit is the electric port being connected to electric actuation unit along the first closure, and the electric end of wireless communication unit
Outlet structure is to be connected to cable along the second closure being different from the first closure.
According to the thirteenth aspect of the invention, it is configured to make the first connection side according to the bicycle electricity parts of the 12nd aspect
To being perpendicular to the second closure.
According to the fourteenth aspect of the invention, it is configured to make electric actuation unit according to the bicycle electricity parts of the 11st aspect
At least one electricity port and wireless communication unit at least one electricity port there is identical electric connector adapter structure.
According to the fifteenth aspect of the invention, it is configured to make wireless communication unit according to the bicycle electricity parts of the 9th aspect
Including at least one in electricity port and cable, it is arranged at the first housing.
According to the sixteenth aspect of the invention, it is configured to make radio communication list according to the bicycle electricity parts of the 15th aspect
Unit includes lid, and it is removably coupled to the first housing, is arranged at least at the first housing for optionally covering
Individual electricity port.
According to the seventeenth aspect of the invention, it is configured to make movable member bag according to the bicycle electricity parts of the 9th aspect
Including chain guide, chain guide is operably linked to described electric actuation unit, so that described chain guide is first
Move between position and the second position；And farther including base component, it is configured to support electric actuation unit and chain guides
Part.At least one electricity port of electric actuation unit is formed between base component and the second housing of electric actuation unit.
According to the eighteenth aspect of the invention, it is configured to make wireless communication unit according to the bicycle electricity parts of second aspect
Including the first electric contact, and electric actuation unit includes the second electric contact, and it is configured to be attached to the second housing at the first housing
State makes electrical contact with the first electric contact.
According to the nineteenth aspect of the invention, it is configured to make radio communication list according to the bicycle electricity parts of the 18th aspect
Unit and electric actuation unit in one include sealing member, its be configured in the first housing is attached to the state of the second housing around
First electric contact and the second electric contact.
According to a twentieth aspect of the invention, it is configured to farther include to cover according to the bicycle electricity parts of the 18th aspect
Cover piece, it is configured to cover when separating arrange on the second housing at the first electric contact and second electric contact of wireless communication unit
The second electric contact.
According to the twenty-first aspect of the invention, it is configured to make movable member according to the bicycle electricity parts of first aspect
Including chain guide, chain guide is operably linked to described electric actuation unit, so that described chain guide is
Move between one position and the second position；And farther including base component, it is configured to support electric actuation unit and chain is led
To part.Supporting construction is formed between base component and the second housing of electric actuation unit.
According to the twenty-second aspect of the invention, it is configured to make support tie according to the bicycle electricity parts of the 21st aspect
Structure includes the first space being formed between base component and the second housing of electric actuation unit.First housing is configured to be inserted into
In first space.
According to the twenty-third aspect of the invention, it is configured to make channel radio according to the bicycle electricity parts of the 22nd aspect
Letter unit includes the first electric contact, and electric actuation unit includes the second electric contact, and it is configured to be arranged on first at the first housing
State in space makes electrical contact with the first electric contact.
According to the twenty-fourth aspect of the invention, it is configured to make the second electricity according to the bicycle electricity parts of the 23rd aspect
Contact is arranged in connection surface, and this connection surface is inserted into the direction in the first space towards the first housing.
According to the twenty-fifth aspect of the invention, it is configured to make supporting construction bag according to the bicycle electricity parts of first aspect
Include the second space in the second housing being formed at electric actuation unit.First housing is configured to be inserted in second space.
According to the twenty-sixth aspect, it is configured to make channel radio according to the bicycle electricity parts of the 25th aspect
Letter unit includes the first electric contact of being arranged on the first housing, and electric actuation unit includes the second electric contact, and it is arranged on the
Two space inner and be configured to make electrical contact with the first electric contact in the state that the first housing is arranged in second space.
According to the twenty-seventh aspect of the invention, it is configured to make the second shell according to the bicycle electricity parts of the 26th aspect
Body includes covering, its opening being configured to close second space.
According to the twenty-eighth aspect of the invention, it is configured to make electric actuation according to the bicycle electricity parts of the 27th aspect
Unit includes sealing member, its be configured in covering closes the state of opening around opening seal the second housing and covering it
Between interface.
According to the twenty-ninth aspect, it is configured to farther include electricity according to the bicycle electricity parts of first aspect
Source unit and power supply bracket.Power subsystem is configured to feed electrical power to electric actuation unit.Power supply bracket is configured to power supply list
Unit is installed to bicycle electricity parts.Power supply bracket is configured as supporting construction and wireless communication unit supports to bicycle electricity portion
Part.
According to the thirtieth aspect of the invention, it is configured to make the first housing according to the bicycle electricity parts of the 29th aspect
It is configured to detachably support power supply bracket.
According to the thirty-first aspect of the invention, it is configured to make power supply torr according to the bicycle electricity parts of the 29th aspect
Frame is configured to receive radio communication component.
According to the thirty-second aspect of the invention, it is configured to make the first shell according to the bicycle electricity parts of the 29th aspect
Body is configured to detachably support power subsystem.
The 33rd aspect according to the present invention, is configured to make power supply list according to the bicycle electricity parts of the 29th aspect
Unit is configured to receive radio communication component.
The 34th aspect according to the present invention, is configured to make power supply list according to the bicycle electricity parts of the 29th aspect
Unit includes at least one in electricity port and cable.
The 35th aspect according to the present invention, is configured to make electric actuation according to the bicycle electricity parts of the 34th aspect
Unit includes at least one the electricity port being arranged at the second housing.
The 36th aspect according to the present invention, is configured to make power supply torr according to the bicycle electricity parts of the 29th aspect
Frame includes the 3rd contact, and power subsystem includes the 4th contact, its state being configured to be installed to power supply bracket at power subsystem
Middle electrical contact the 3rd contact.
The 37th aspect according to the present invention, is configured to wrap further according to the bicycle electricity parts of the 29th aspect
Including base component and securing member, this base component is configured to electric actuation unit is installed to cycle frame, and this securing member constructs
For base component is fixed to cycle frame.Power supply bracket includes installation portion, and it is configured to be installed to bicycle by securing member
Vehicle frame.
The 38th aspect according to the present invention, is configured to make radio communication list according to the bicycle electricity parts of first aspect
Unit is configured to detachably support the additional bicycle electricity parts being different from bicycle electricity parts.
From combine accompanying drawing disclose bicycle electricity parts an illustrative embodiment described in detail below, this area
Technical staff can also understand other purposes, feature, aspect and the advantage of disclosed bicycle electricity parts.
Accompanying drawing explanation
Accompanying drawing referring now to forming this original open part:
Fig. 1 is for being equipped with bicycle electricity parts (i.e. front chain mover, rear chiain-moving device, front suspension, rear suspension and scalable seat
Bar) the side elevation view of bicycle, described bicycle electricity parts each include the radio communication list according to first embodiment
Unit；
Fig. 2 is the top view in the Handlebar of bicycle region of the bicycle of diagram in Fig. 1；
Before Fig. 3 is the amplification that the front chain mover (i.e. in bicycle electricity parts) illustrated in Fig. 1 is in retracted position
End elevation view；
Fig. 4 is the amplification front end elevational view of the front chain mover of diagram in Fig. 3, and wherein chain guide is in retracted position；
Fig. 5 is the outside rear perspective view of the front chain mover of diagram in Fig. 3 and Fig. 4, and wherein chain guide is in retraction
Position；
Fig. 6 is the inner side rear perspective view of the front chain mover of diagram in Fig. 3 to Fig. 5, it illustrates at wireless communication unit
In installation site；
Fig. 7 is the outside rear perspective view of the front chain mover of diagram in Fig. 3 to Fig. 6, it illustrates at wireless communication unit
In non-installation site；
Fig. 8 is the inner side rear perspective view of the front chain mover of diagram in Fig. 3 to Fig. 7, it illustrates at wireless communication unit
In non-installation site；
Fig. 9 is the first axonometric chart of the wireless communication unit of the front chain mover of diagram in Fig. 3 to Fig. 8；
Figure 10 is the second axonometric chart of the wireless communication unit of the front chain mover of diagram in Fig. 3 to Fig. 8；
Figure 11 is the exploded perspective view of the wireless communication unit of the front chain mover of diagram in Fig. 3 to Fig. 8；
Figure 12 is the wireless communication unit of the front chain mover of diagram hatching 12-12 along Fig. 9 in Fig. 3 to Fig. 8
The partial section cut；
Figure 13 is the inner side rear perspective view of the front chain mover of diagram, the wherein electric actuation list of front chain mover in Fig. 3 to Fig. 8
A part for the housing of unit is removed to illustrate the inner body of this electric actuation unit；
Figure 14 is the inner side rear perspective view of the front chain mover with the wireless communication unit according to the second embodiment, and it shows
Go out wireless communication unit and be in installation site；
Figure 15 is the inner side rear perspective view of the front chain mover of diagram in Figure 14, it illustrates wireless communication unit and is in not
Installation site；
Figure 16 is the interior side back sight of the front chain mover of the wireless communication unit with the first deformation according to the second embodiment
Axonometric chart, it illustrates wireless communication unit and is in installation site；
Figure 17 is the inner side rear perspective view of the front chain mover of diagram in Figure 16, it illustrates wireless communication unit and is in not
Installation site；
Figure 18 is the interior side back sight of the front chain mover of the wireless communication unit with the second deformation according to the second embodiment
Axonometric chart, it illustrates wireless communication unit and is in installation site；
Figure 19 is the inner side rear perspective view of the front chain mover of diagram in Figure 18, it illustrates wireless communication unit and is in not
Installation site；
Figure 20 is the interior side back sight of the front chain mover of the wireless communication unit with the 3rd deformation according to the second embodiment
Axonometric chart, it illustrates wireless communication unit and is in installation site；
Figure 21 is the inner side rear perspective view of the front chain mover of diagram in Figure 20, it illustrates wireless communication unit and is in not
Installation site；
Figure 22 is the interior side back sight of the front chain mover of the wireless communication unit with the 4th deformation according to the second embodiment
Axonometric chart, it illustrates wireless communication unit and is in installation site；
Figure 23 is the inner side rear perspective view of the front chain mover of diagram in Figure 22, it illustrates wireless communication unit and is in not
Installation site；
Figure 24 is the inner side rear perspective view of the front chain mover with the wireless communication unit according to the 3rd embodiment, and it shows
Go out wireless communication unit and be in installation site；
Figure 25 is the inner side rear perspective view of the front chain mover of diagram in Figure 24, it illustrates wireless communication unit and is in not
Installation site；
Figure 26 is the top view of the front chain mover with the wireless communication unit according to the 4th embodiment, it illustrates wireless
Communication unit is in installation site；
Figure 27 is the vertical view that the deformation of the front chain mover according to the 4th embodiment has the front chain mover of wireless communication unit
Figure, it illustrates wireless communication unit and is in installation site；
Figure 28 is that the outer edge-on of the rear chiain-moving device with wireless communication unit of the first embodiment according to rear chiain-moving device regards
Figure, it illustrates wireless communication unit and is in installation site；
Figure 29 is the exterior side elevation of rear chiain-moving device of diagram in Figure 28, it illustrates wireless communication unit and is in and does not installs
Position；
Figure 30 is outside the rear chiain-moving device with wireless communication unit of the deformation of the first embodiment according to rear chiain-moving device
Side elevation view, it illustrates wireless communication unit and is in installation site；
Figure 31 is the exterior side elevation of rear chiain-moving device of diagram in Figure 30, it illustrates wireless communication unit and is in and does not installs
Position；
Figure 32 is the outside of the scalable seat bar with wireless communication unit of the first embodiment according to scalable seat bar
Elevation view, it illustrates wireless communication unit and is in installation site；
Figure 33 is the exterior side elevation of scalable seat bar of diagram in Figure 32, it illustrates wireless communication unit and is in and does not pacifies
Holding position；
Figure 34 is the scalable seat bar with wireless communication unit of the deformation of the first embodiment according to scalable seat bar
Exterior side elevation, it illustrates wireless communication unit and be in installation site；
Figure 35 is the exterior side elevation of scalable seat bar of diagram in Figure 34, it illustrates wireless communication unit and is in and does not pacifies
Holding position；
Figure 36 is the exterior side elevation of the rear suspension with wireless communication unit of the first embodiment according to rear suspension, its
Show that wireless communication unit is in installation site；
Figure 37 is the exterior side elevation of the rear suspension of diagram in Figure 36, it illustrates wireless communication unit and is in non-installation position
Put；
Figure 38 is the outer edge-on of the rear suspension with wireless communication unit of the deformation of the first embodiment according to rear suspension
View, it illustrates wireless communication unit and is in installation site；
Figure 39 is the exterior side elevation of the rear suspension of diagram in Figure 38, it illustrates wireless communication unit and is in non-installation position
Put；
Figure 40 is similar to the outside rear perspective view of the front chain mover of another embodiment, this front derailleur utensil according to Fig. 5
There is the wireless communication unit being in installation site；
Figure 41 is the outside rear perspective view of the front chain mover of diagram in Figure 40, it illustrates wireless communication unit and is in not
Installation site so that cable can directly be plugged in the electric port of electric actuation unit；
Figure 42 is the outside rear perspective view of the front chain mover of diagram in Figure 40 and Figure 41, it illustrates cable and directly inserts
Receive in the electric port of electric actuation unit；
Figure 43 is the rearward end elevation view of the front chain mover of diagram in Figure 40 to Figure 42, it illustrates chain guide and is in
Retracted position, wherein removes wireless communication unit；
Figure 44 is the rearward end elevation view of the front chain mover of diagram in Figure 40 to Figure 43, it illustrates chain guide and is in
Retracted position, wherein removes wireless communication unit and removes a part for housing for electric actuation unit；
Figure 45 is the axonometric chart of the wireless communication unit of the front chain mover of diagram in Figure 40 to Figure 44, it illustrates nothing
(plug is even for electric connector in the mating electrical connector (electrical socket or port) being plugged into electric actuation unit of line communication unit
Connect device)；
Figure 46 is the axonometric chart of the wireless communication unit of the front chain mover of diagram in Figure 40 to Figure 45, it illustrates nothing
The electric connector (electrical socket or port) of the mating electrical connector (electric plug connector) receiving cable of line communication unit；
Figure 47 is the oblique view of the wireless communication unit of the front chain mover of diagram in Figure 40 to Figure 46, it illustrates nothing
The electric connector of line communication unit is vertically arranged；
Figure 48 is the three-dimensional oblique view of the wireless communication unit of the front chain mover of diagram in Figure 40 to Figure 47, and it illustrates
The lid of wireless communication unit is in the electric connector (electrical socket or port) decomposing position to expose wireless communication unit；
Figure 49 is the elevation view of the wireless communication unit of the front chain mover of diagram in Figure 41 to Figure 48, it illustrates nothing
(plug is even for electric connector in the mating electrical connector (electrical socket or port) being plugged into electric actuation unit of line communication unit
Connect device)；
The exterior side elevation of the rear chiain-moving device of another embodiment according to Figure 50, it has the channel radio being in installation site
Letter unit；
Figure 51 is the inside stand view of the rear chiain-moving device of diagram in Figure 50, and wherein cable is pulled out from wireless communication unit；
Figure 52 is the inner side axonometric chart of the pedestal of the rear chiain-moving device of diagram in Figure 50 and Figure 51, wherein removes radio communication
Unit, to illustrate the mating electrical connector of the electric connector (electric plug connector) receiving wireless communication unit of electric actuation unit
(electrical socket or port)；
Figure 53 is the axonometric chart of the wireless communication unit of the rear chiain-moving device of diagram in Figure 50 to Figure 52, it illustrates nothing
(plug connects the electric connector of the mating electrical connector (electrical socket or port) being plugged into electric actuation unit of line communication unit
Device)；
Figure 54 is the axonometric chart of the wireless communication unit of the rear chiain-moving device of diagram in Figure 50 to Figure 52, it illustrates nothing
The electric connector of line communication unit arrangement relative to each other；
Figure 55 is another axonometric chart of the wireless communication unit of the rear chiain-moving device of diagram in Figure 50 to Figure 52, and it illustrates
Electric connector (the plug of the mating electrical connector (electrical socket or port) that is plugged into electric actuation unit of wireless communication unit
Adapter)；And
Figure 56 is the axonometric chart of the wireless communication unit of the rear chiain-moving device of diagram in Figure 50 to Figure 52, illustrated therein is
The electric connector (electrical socket or port) of the mating electrical connector (electric plug connector) receiving cable of wireless communication unit.
Detailed description of the invention
Selected embodiment is explained referring now to accompanying drawing.The technical staff of bicycle art it will be seen that from this disclosure,
The following description to embodiments of the invention provided is merely illustrative, it is not intended that limiting the present invention, the present invention is by institute
Attached claim and equivalent way thereof are limited.
With reference first to Fig. 1, it is illustrated that be equipped with the bicycle 1 of wireless communication system 10 according to first embodiment.At Fig. 1
In, bicycle 1 is double suspension (cross-country) bicycles.But, wireless communication system 10 discussed in this article is not limited to oneself of diagram
Driving, but go for other kinds of bicycle, such as there is the road cycling of underslung hands handle.
Bicycle 1 includes that main cycle frame 12, front suspension pitch 14 (i.e. bicycle front suspension), rear arm 16, rear damping
Device 18 (i.e. bicycle rear suspension) and scalable seat bar 20.The top that hands is fixed to front suspension fork 14 22, in order to manipulation is voluntarily
Car 1.The lower end of front suspension fork 14 is pivotably supported front-wheel 24.Rear arm 16 is pivotally mounted to main cycle frame 12,
And it is pivotably supported trailing wheel 26.Bicycle saddle or saddle 28 are installed to scalable seat bar 20, scalable seat bar 20 scalable
Be installed to main cycle frame 12.Bicycle 1 farther includes have front running board chain wheel 30, rear flywheel 32 and the biography of chain 34
Dynamic system.Bicycle 1 farther includes power subsystem 38 (i.e. rechargeable battery).Bicycle 1 farther includes front chain mover 40 He
Rear chiain-moving device 42, for changing the speed of power train.Front chain mover 40 is arranged on main cycle frame 12, and rear chiain-moving device 42
It is arranged on rear arm 16.
In the illustrated embodiment, front suspension fork 14, rear shock absorber 18, scalable seat bar 20, front chain mover 40 and after dial chain
Device 42 is the example of the most adjustable bicycle electricity parts.Thus, at some example herein
In, front suspension fork 14, rear shock absorber 18, scalable seat bar 20, front chain mover 40 and rear chiain-moving device 42 are referred to as bicycle electricity
Parts.As explained below, bicycle electricity parts 14,18,20,40 and 42 are configured to radio communication and for wire communication
Both.In FIG, bicycle electricity parts 14,18,20,40 and 42 fitted to be radio communication.Due to illustrate herein such as from
Driving electricity parts 14,18,20,40 and 42 bicycle electricity parts at bicycle art be known to, therefore bicycle electricity parts
14,18,20,40 and 42 will only discuss it is understood that the degree of the modification made to perform the present invention.Additionally, bicycle
Electricity parts 14,18,20,40 and 42 are not limited to bicycle electricity parts disclosed herein and specific set-up mode.But, if needed
Wanting and/or expectation, wireless communication system 10 can have bicycle electricity parts 14,18,20,40 and 42 and other bicycles electricity
Any combination of parts (not shown).
As seen in Figure 2, hands is provided with bicycle computer the 44, first electricity component mounting apparatus 46 and the second electricity portion 22
Part operation device 48.Bicycle computer the 44, first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48 define
The control part of wireless communication system 10, it controls front suspension fork 14, rear shock absorber 18, scalable seat bar 20, front chain mover 40
Operation with rear chiain-moving device 42.Bicycle 10 farther includes the some miscellaneous parts being typically mounted on bicycle, but
They are unrelated with wireless communication system 10 discussed in this article.
As seen in Figure 2, the first electricity component mounting apparatus 46 includes that first manual operates input link SW1, and second is electric
Component mounting apparatus 48 includes the second manual operation input link SW2.First manual operation input link SW1 and second manually grasps
Make that input link SW2 may be used for controlling in bicycle electricity parts 14,18,20,40 and 42 one or two.Input link
At least one in SW1 and SW2 can include wireless transmitter, with by the wireless signal transmission of such as shift signal to such as this
Bright wireless communication unit.
Herein, bicycle computer 44 includes wireless communication unit (not shown), for based on from the first electricity parts behaviour
Make device 46 and the operation signal of the second electricity component mounting apparatus 48 and signal and data are wirelessly launched to bicycle electricity portion
Part 14,18,20,40 and 42 and/or wirelessly reception signal and data.Thus, the radio communication of bicycle computer 44
Unit is the two-way wireless communication unit using wireless receiver and wireless transmitter to carry out two-way wireless communication.Implement in diagram
In example, bicycle computer 44 includes that electric wire 44b is plugged into power line communication port 44a therein, for via using electric power
Control signal is launched to wire bonding point (not shown) by the electric wire 44b of line communication.Thus, if needed and/or expectation, bicycle
Computer 44 may be used for radio communication and/or power line communication.Certainly, in pure wireless configuration, it is not necessary to for voluntarily
The electric wire 44b communicated between car computer 44 and bicycle electricity parts 14,18,20,40 and 42.
The wireless control signal of bicycle computer 44 can be radio frequency (RF) signal or as bicycle art understands
Be suitable to the signal of any other type of radio communication.Moreover, it will be appreciated that the wireless communication unit of bicycle computer 44 can
Signal is launched, so that wireless control signal is wireless with other with the identifier with characteristic frequency and/or with such as specific coding
Control signal distinguishes.In this way, bicycle electricity parts 14,18,20,40 and 42 can identify which control signal to act as
With and which control signal will not work.For example, front chain mover 40 and rear chiain-moving device 42 can identify which controls
Signal is gear up signal, and which control signal is gear down signal.Thus, front chain mover 40 can be ignored for rear
The control signal of derailleur 42.
Although additionally, the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48 are illustrated as by control line W1
Connect with W2, but it will be seen that from this disclosure, in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48
Each can include wireless communication unit (not shown), this wireless communication unit or with bicycle electricity parts 14,18,20,
40 directly communicate with 42, or communicate with bicycle electricity parts 14,18,20,40 and 42 via bicycle computer 44.At this
In bright, for example, other devices that wireless communication unit may be used for such as smart mobile phone or PC carry out wireless
Communication, is stored in the firmware in the memorizer at least one being arranged in bicycle electricity parts for upgrading.
Bicycle computer 44 is programmed for optionally exporting wireless control signal, optionally to control bicycle electricity portion
Part 14,18,20,40 and 42.More specifically, bicycle computer 44 includes suspension regulation program, the seat stored in memory
Bar regulation program and shift procedure.Bicycle computer 44 is constructed so that user can select suspension shaping modes, seat bar
Shaping modes and shift mode.In suspension shaping modes, from the first electricity component mounting apparatus 46 and the second electricity operation of components dress
The operation signal putting 48 outputs is used by bicycle computer 44, with based in the memorizer being stored in bicycle computer 44
Suspension regulation procedure Selection ground controls the one or both in front suspension fork 14 and rear shock absorber 18.Present bar shaping modes
In, from the operation signal of the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48 output by bicycle computer 44
Use, to control scalable seat bar with regulating procedure Selection based on the seat bar in the memorizer being stored in bicycle computer 44
20.In shift mode, from the operation signal of the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48 output by
Bicycle computer 44 uses, optionally to control based on the shift procedure in the memorizer being stored in bicycle computer 44
One or both in front chain mover 40 and rear chiain-moving device 42.
Turning now to Fig. 3 to Figure 13, will be discussed in now front chain mover 40.Substantially, front chain mover 40 is (voluntarily
Car electricity parts) include supporting construction 50, movable member 52, electric actuation unit 54 and wireless communication unit 56.Herein, removable
Component 52 includes chain guide 52a.Such as Fig. 3 and seen in fig. 4, chain guide 52a is operably coupled to electric actuation list
Unit 54, with by chaining part 57 mobile chain guide 52a between the first (retraction) position and second (stretching out) position.This
Outward, front chain mover 40 (bicycle electricity parts) farther includes base component 58, and this base component 58 is configured to electric actuation list
Unit 54 is installed to cycle frame 12.Alternatively, electric actuation unit 54 can be mounted directly to cycle frame 12.Pedestal structure
Part 58 is configured to support electric actuation unit 54.Additionally, base component 58 is configured to via chaining part 57 support chains guide
52a。
If Fig. 5 is to the most seen in fig. 8, cable (power line) PLC1 has and is detachably connectable to the of electric actuation unit 54
One end, for supplying the electric power from power subsystem 38.Cable PLC1 has and is detachably connectable to wire bonding point and (does not shows
Go out) the second end, for receiving electric power and/or control signal via power line communication.Before wireless communication unit 56 is arranged on
In derailleur 40 and when wirelessly receiving the control signal from bicycle computer 44, cable PLC1 only supplies power to
Electric actuation unit 54.But, when not installing or do not use wireless communication unit 56, cable PLC1 may be used for via making
Control signal is launched to electric actuation by electric wire 44b and wire bonding point (not shown) by power line communication from bicycle computer 44
Unit 54.
In front chain mover 40, supporting construction 50 is partly limited by electric actuation unit 54 and by wireless communication unit 56
Ground is divided to limit.Especially, wireless communication unit 56 includes the first housing 60.Electric actuation unit 54 includes the second housing 62.Second
Housing 62 is different from the first housing 60 (the i.e. first housing 60 and the second housing 62 are separate and independent components).Supporting construction
50 be arranged at least one in the first housing 60 and the second housing 62 on.Herein, supporting construction 50 includes that locking portion 50a is (convex
Go out portion), for engaging the second housing 62 and/or base component 58.Supporting construction 50 includes the first space 50b, this first space
50b is formed between base component 58 and the second housing 62 of electric actuation unit 54, and the locking portion 50a of the first housing 60 will support
In the first space 50b.As seen in Fig. 7 and 8, the first housing 60 is configured to be inserted in the first space 50b.
Such as most preferably finding in Figure 12, supporting construction 50 includes the first fastener matching structure 60a and is releasably coupled the
The second fastener matching structure 58a of one fastener matching structure 60a.In front chain mover 40, the first fastener matching structure 60a is arranged
On the first housing 60, and the second fastener matching structure 58a is arranged on base component 58.Alternatively, first it is clasped
Structure 60a could be arranged to engage the second fastener matching structure on the second housing 62 being arranged on electric actuation unit 54.First
In fastener matching structure 60a and the second fastener matching structure 58a one includes door bolt, and the first fastener matching structure 60a and the
Another in two fastener matching structure 58a includes button.In front chain mover 40, the first fastener matching structure 60a is door bolt, and the
Two fastener matching structure 58a are button.In this way, wireless communication unit 56 is detachably supported front derailleur by supporting construction 50
Device 40 (bicycle electricity parts).Replacement snaps fit attachment structure or in addition to snapping fit attachment structure, it is possible to use spiral shell
Wireless communication unit 56 is detachably supported front chain mover 40 by the attachment structure of nail and screwed hole form.
Seeing Fig. 9 to Figure 11, wireless communication unit 56 includes that the first electric contact is to 64.Wireless communication unit 56 wraps further
Include the radio communication component 66 being contained in the first housing 60.First electric contact 64 is electrically connected to radio communication component 66.Wireless
Communication means 66 is printed circuit board (PCB), and it has the two-way wireless communication circuit being printed thereon.Preferably, radio communication component
The printed circuit board (PCB) of 66 includes antenna, is used for launching and receiving wireless signal.Wireless communication unit 56 farther includes to buffer structure
Part is to 68, and the radio communication component 66 in making the first housing 60 is stable.
As seen in Figure 12, electric actuation unit 54 includes that the second electric contact is to 70.Second electric contact 70 is configured to first
Housing 60 is arranged in the state in the first space 50b and makes electrical contact with the first electric contact 64.In front chain mover 40, the second electric contact
70 is spring loaded contact.Second electric contact 70 is arranged in connection surface 62a, and this connection surface 62a is towards the first housing
60 enter the direction of insertion (as indicated by arrow in Figure 12) in the first space 50b.
One in wireless communication unit 56 and electric actuation unit 54 includes sealing member 72, and this sealing member 72 is configured to
One housing 60 is affixed in the state of the second housing 62 around the first electric contact 64 and the second electric contact 70.Sealing member 72 be around
First electric contact 64 is arranged on the elastomeric elements of the O form in attachment surface 60b of the first housing 60.Alternatively,
Sealing member 72 may be mounted on the second housing 62.Second housing 62 of electric actuation unit 54 limits together with the second electric contact 70
Electricity port 73, it receives the part of restriction attachment surface 60b of the first housing 60.
As seen in Figure 13, electric actuation unit 54 has printed circuit board (PCB) 74 and is electrically connected to the first of printed circuit board (PCB) 74
Electricity port 76.First electricity port 76 is configured to removably and can be connected to being connected to of cable PLC1 with being again attached
Its electric connector.Additionally, the second electric contact 70 is electrically connected to printed circuit board (PCB) 74.Electric actuation unit 54 farther includes to arrange
Controller 78 on printed circuit board (PCB) 74.Controller 78 includes CPU (CPU).Preferably, electric actuation unit 54
Farther include one or more storage device, such as ROM (read only memory) device, RAM (random access memory) device
And/or FLASH memory device.
As seen in Figure 13, electric actuation unit 54 includes the electric actuator 80 being contained in the second housing 62.Electric actuator
80 are electrically connected to printed circuit board (PCB) 74.In front chain mover 40, electric actuator 80 is for reversible electric motor.Electric actuator 80 is configured to
Activate movable member 52.Electric actuation unit 54 farther includes gear reduction unit 82, and this gear reduction unit 82 is connected to
The electric actuator 80 and rotary motion of the output shaft of electric actuator 80 is converted to via chaining part 57 pendulum of chain guide 52a
Dynamic motion.Position sensor (not shown) arranges gear reduction unit 82, exports by gear reduction unit 82 for detection
The amount of rotary motion.Printed circuit board (PCB) 74 is provided with actuator drive (not shown) and position detecting circuit (not shown), should
Actuator drive is used for controlling electric actuator 80, and this position detecting circuit is for determining the rotation exported by gear reduction unit 82
The amount that transhipment is dynamic.Known to position sensor, actuator (motor) driver and position detecting circuit be in bicycle art,
Thus, they will not be discussed herein.
Turning now to Figure 14 and Figure 15, the front chain mover 140 according to the second embodiment will be discussed now.Front chain mover 140
Can substitute for front chain mover 40 and be installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the second electricity parts behaviour
The one or both made in device 48 operates.Substantially, front chain mover 140 (bicycle electricity parts) include supporting construction 150,
Movable member 152, electric actuation unit 154 and wireless communication unit 156.Herein, front chain mover 140 (bicycle electricity parts) enters
One step includes base component 158, and this base component 158 is configured to electric actuation unit 154 is installed to cycle frame 12.Can replace
Changing ground, electric actuation unit 154 can be mounted directly to cycle frame 12.Additionally, movable member 152 includes chain guide
152a, this chain guide 152a are operably coupled to electric actuation unit 154, to be similar to the first enforcement as discussed above
Example makes chain guide 152a move between the first position and the second position.
The most in a second embodiment, front chain mover 140 is identical with front chain mover 40 as discussed above, except supporting knot
Structure 150 and electric actuation unit 154 are modified to: wireless communication unit 156 to be mounted directly to electric actuation unit 154, and channel radio
Letter unit 156 includes cable pair PLC1 and PLC2 (power line communication line), and this cable pair PLC1 and PLC2 substitutes channel radio
The electric contact of letter unit 56 is electrically connected to the printed circuit of the radio communication component (not shown) inside wireless communication unit 156
Plate.
In front chain mover 140, supporting construction 150 is partly limited and by wireless communication unit by electric actuation unit 154
156 partly limit.Especially, wireless communication unit 156 includes the first housing 160.Electric actuation unit 154 includes the second housing
162.Supporting construction 150 includes the locking portion 150a (protuberance) for engaging the second housing 162.Supporting construction 150 includes recessed
Fall into portion 150b, the locking portion 150a of the first housing 160 to be supported in depressed part 150b.Depressed part 150b is formed at the second housing
On 162.In front chain mover 140, the second housing 162 has the surface 163 towards vehicle frame, should have towards the surface 163 of vehicle frame
There is depressed part 150b.Surface 163 towards vehicle frame is configured to be installed to bicycle at front chain mover 140 (i.e. bicycle electricity parts)
Towards cycle frame 12 in the state of vehicle frame 12.
Wireless communication unit 156 is detachably supported front chain mover 140 (bicycle electricity parts) by supporting construction 150.
Being similar to first embodiment, supporting construction 150 includes the first fastener matching structure 160a and is releasably coupled the first card snap fit
Close the second fastener matching structure 162a of structure 160a.In front chain mover 140, the first fastener matching structure 160a is arranged on
On one housing 160, and the second fastener matching structure 162a is arranged on the second housing 162.In front chain mover 140, the first card
Button fit structure 160a is door bolt, and the second fastener matching structure 162a is button.In this way, supporting construction 150 is by radio communication
Unit 156 detachably supports front chain mover 140 (bicycle electricity parts).
In front chain mover 140, wireless communication unit 156 includes the radio communication component being contained in the first housing 160
166.Radio communication component 166 is printed circuit board (PCB), and it has the two-way wireless communication circuit being printed thereon.Preferably, nothing
The printed circuit board (PCB) of line communication means 166 includes antenna, is used for launching and receiving wireless signal.The electricity of wireless communication unit 156
Cable PLC1 and PLC2 is unremovably connected to the printed circuit board (PCB) of radio communication component 166.Cable PLC1 is configured to insert
Receive in wire bonding point (not shown), and cable PLC2 is configured to be plugged in the electric port 176 of electric actuation unit 154.With
This mode, power subsystem 38 feeds electrical power to electric actuation unit 154 and wireless communication unit 156.
Although wireless communication unit 156 includes cable PLC1 and PLC2, but it will be seen that from this disclosure, other wiring sides
Formula is also feasible.Substantially, wireless communication unit 156 includes being arranged on the cable at the first housing 160 and electricity port (is inserted
Enter formula terminal) at least one.Thus, electric actuation unit 154 includes at least one the electricity end being arranged at the second housing 162
Mouthful.At least one electricity port configuration of electric actuation unit 154 is electric port and the cable being electrically connected to wireless communication unit 156
In this at least one.
Turning now to Figure 16 and Figure 17, the first front chain mover 240 deformed according to the second embodiment will be discussed now.Before
Derailleur 240 can substitute for front chain mover 40 and is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the
One or both in two electricity component mounting apparatus 48 operates.Substantially, front chain mover 240 (bicycle electricity parts) includes propping up
Support structure 250, movable member 252, electric actuation unit 254 and wireless communication unit 256.Herein, front chain mover 240 is (voluntarily
Car electricity parts) farther include base component 258, this base component 258 is configured to electric actuation unit 254 is installed to bicycle
Vehicle frame 12.Alternatively, electric actuation unit 254 can be mounted directly to cycle frame 12.Additionally, movable member 252 wraps
Including chain guide 252a, this chain guide 252a is operably coupled to electric actuation unit 254, to be similar to be begged for above
The first embodiment of opinion makes chain guide 252a move between the first position and the second position.
This is in the first deformation of the second embodiment, front chain mover 240 and front chain mover 140 phase as discussed above
With, except cable PLC1 is detachable from the terminal of wireless communication unit 256, substitutes and be unremovably wired to radio communication list
Printed circuit board (PCB) in unit 156.
In front chain mover 240, supporting construction 250 is partly limited and by wireless communication unit by electric actuation unit 254
256 partly limit.Especially, wireless communication unit 256 includes the first housing 260.Electric actuation unit 254 includes the second housing
262.Supporting construction 250 includes the locking portion 250a (protuberance) for engaging the second housing 262.Supporting construction 250 includes recessed
Falling into portion 250b, the locking portion 250a of the first housing 260 is to be supported in depressed part 250b.Depressed part 250b is formed at the second housing
On 262.In front chain mover 240, the second housing 262 has the surface 263 towards vehicle frame, should have towards the surface 263 of vehicle frame
There is depressed part 250b.Surface 263 towards vehicle frame is configured to be installed to bicycle at front chain mover 240 (i.e. bicycle electricity parts)
Towards cycle frame 12 in the state of vehicle frame 12.
Wireless communication unit 256 is detachably supported front chain mover 240 (bicycle electricity parts) by supporting construction 250.
Being similar to first embodiment, supporting construction 250 includes the first fastener matching structure 260a and is releasably coupled the first card snap fit
Close the second fastener matching structure 262a of structure 260a.In front chain mover 140, the first fastener matching structure 260a is arranged on
On one housing 160, and the second fastener matching structure 262a is arranged on the second housing 262.In front chain mover 240, the first card
Button fit structure 260a is door bolt, and the second fastener matching structure 262a is button.In this way, supporting construction 250 is by radio communication
Unit 256 detachably supports front chain mover 240 (bicycle electricity parts).
In front chain mover 240, wireless communication unit 256 includes the radio communication component being contained in the first housing 260
266.Radio communication component 266 is printed circuit board (PCB), and it has the two-way wireless communication circuit being printed thereon.Preferably, nothing
The printed circuit board (PCB) of line communication means 266 includes antenna, is used for launching and receiving wireless signal.Cable PLC1 has the first end
With the second end, this first end is configured to be plugged in the electric port 256a (plug in terminals) of wireless communication unit 256, and this is second years old
End is configured to be plugged in wire bonding point (not shown).The cable PLC2 of wireless communication unit 256 has the first end and second
End, this first end is unremovably connected to the printed circuit board (PCB) of radio communication component 266, and this second end is configured to be plugged into electricity
In the electric port 276 of actuating unit 254.In this way, power subsystem 38 feeds electrical power to electric actuation unit 254 and channel radio
Letter unit 256.
Turning now to Figure 18 and Figure 19, the second front chain mover 340 deformed according to the second embodiment will be discussed now.Before
Derailleur 340 can substitute for front chain mover 40 and is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the
One or both in two electricity component mounting apparatus 48 operates.Substantially, front chain mover 340 (bicycle electricity parts) includes propping up
Support structure 350, movable member 352 (i.e. chain guide), electric actuation unit 354 and wireless communication unit 356.Herein, front
Derailleur 340 (bicycle electricity parts) farther includes base component 358, and this base component 358 is configured to electric actuation unit
354 are installed to cycle frame 12.Alternatively, electric actuation unit 354 can be mounted directly to cycle frame 12.Additionally,
Movable member 352 includes chain guide 352a, and this chain guide 352a is operably coupled to electric actuation unit 354,
Chain guide 352a is made to move between the first position and the second position being similar to first embodiment as discussed above.
The most in this embodiment, front chain mover 340 is identical, except wiring side with front chain mover 140 as discussed above
Formula is modified to: cable PLC1 is plugged in the first electricity port 376 of electric actuation unit 354, and cable PLC2 is plugged into
In second electricity port 373 of electric actuation unit 354.Electricity port 373 is identical with electricity port 73 and 76 as discussed above with 376.
Herein, cable PLC1 has the first end and the second end, and this first end is configured to be plugged into the electric port of electric actuation unit 354
In 376, this second end is configured to be plugged in wire bonding point (not shown).Cable PLC2 has the first end and the second end, should
First end is unremovably connected to the printed circuit board (PCB) of radio communication component 366, and this second end is configured to be plugged into electric actuation
In the electric port 373 of unit 354.In this way, power subsystem 38 feeds electrical power to electroluminescent via cable PLC1 and PLC2
Moving cell 254 and wireless communication unit 256.
Turning now to Figure 20 and Figure 21, the 3rd front chain mover 440 deformed according to the second embodiment will be discussed now.So
And, in view of the similarity between this 3rd deformation and second embodiment of the second embodiment, below describe and will focus on and second
The difference of embodiment.Front chain mover 440 can substitute for front chain mover 40 and is installed to cycle frame 12, in order to by the first electricity
One or both in component mounting apparatus 46 and the second electricity component mounting apparatus 48 operates.Substantially, front chain mover 440
(bicycle electricity parts) include supporting construction 450, movable member 452, electric actuation unit 454 and wireless communication unit 456.This
Place, front chain mover 440 (bicycle electricity parts) farther includes base component 458, and this base component 458 is configured to electric actuation
Unit 454 is installed to cycle frame 12.Alternatively, electric actuation unit 454 can be mounted directly to cycle frame 12.This
Outward, movable member 452 includes chain guide 452a, and this chain guide 452a is operably coupled to electric actuation unit
454, make chain guide 452a move between the first position and the second position being similar to first embodiment as discussed above
Dynamic.
In front chain mover 440, supporting construction 450 is partly limited and by wireless communication unit by electric actuation unit 454
456 partly limit.Especially, wireless communication unit 456 includes the first housing 460.Electric actuation unit 454 includes the second housing
462.Supporting construction 450 includes the locking portion 450a (protuberance) for engaging the second housing 462.Supporting construction 450 includes recessed
Falling into portion 450b, the locking portion 450a of the first housing 460 is to be supported in depressed part 450b.Depressed part 450b is formed at the second housing
On 462.Wireless communication unit 456 is detachably supported front chain mover 440 (bicycle electricity parts) by supporting construction 450.
This is in the 3rd deformation of the second embodiment, front chain mover 440 and front chain mover 340 phase as discussed above
With, except wireless communication unit 456 is provided with spring loaded first electric contact to 464, and electric actuation unit 454 is provided with cruelly
Second electric contact of dew is to 470.When wireless communication unit 456 is arranged on electric actuation unit 454, the second electric contact of exposure
470 are contacted by spring loaded first electric contact 464.
Sealing member 472 is arranged on the second housing 462 in depressed part 450b, to protect the first electric contact 464 and second
Electrical connection between electric contact 470 is from pollutant.Sealing member 472 is configured to be attached to the second housing 462 at the first housing 460
State in around the first contact 464 and the second contact 470.
Turning now to Figure 22 and Figure 23, the 4th front chain mover 540 deformed according to the second embodiment will be discussed now.Before
Derailleur 540 can substitute for front chain mover 40 and is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the
One or both in two electricity component mounting apparatus 48 operates.Substantially, front chain mover 540 (bicycle electricity parts) includes propping up
Support structure 550, movable member 552 (i.e. chain guide), electric actuation unit 554 and wireless communication unit 556.Herein, front
Derailleur 540 (bicycle electricity parts) farther includes base component 558, and this base component 558 is configured to electric actuation unit
554 are installed to cycle frame 12.Alternatively, electric actuation unit 554 can be mounted directly to cycle frame 12.Additionally,
Movable member 552 includes chain guide 552a, and this chain guide 552a is operably coupled to electric actuation unit 554,
Chain guide 552a is made to move between the first position and the second position being similar to first embodiment as discussed above.
In front chain mover 540, supporting construction 550 is partly limited and by wireless communication unit by electric actuation unit 554
556 partly limit.Especially, wireless communication unit 556 includes the first housing 560.Electric actuation unit 554 includes the second housing
562.Supporting construction 550 includes the locking portion 550a (protuberance) for engaging the second housing 562.Supporting construction 550 includes recessed
Falling into portion 550b, the locking portion 550a of the first housing 560 is to be supported in depressed part 550b.Depressed part 550b is formed at the second housing
On 562.Wireless communication unit 556 is detachably supported to front chain mover 540 (bicycle electricity parts) by supporting construction 550.
The most in this embodiment, front chain mover 540 is identical, except electric actuation with front chain mover 440 as discussed above
Unit 554 is provided with cable 555 and wireless communication unit 556 is provided with electric connector 557, and this electric connector 557 is with removable
The mode unloaded and can again be attached is suitable with the electric connector 555a of cable 555.
Sealing member 572 is arranged on the second housing 562 in depressed part 550b, to protect electric connector 555a and electrical connection
Electrical connection between device 557 is from pollutant.Sealing member 572 is configured to be attached to the shape of the second housing 562 at the first housing 560
Around electric connector 555a and the first electric contact of electric connector 557 and the second electric contact in state.
Turning now to Figure 24 and Figure 25, the front chain mover 640 according to the 3rd embodiment will be discussed now.Front chain mover 640
Can substitute for front chain mover 40 and be installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the second electricity parts behaviour
One or two made in device 48 operates.Substantially, front chain mover 640 (bicycle electricity parts) include supporting construction 650,
Movable member 652 (i.e. chain guide), electric actuation unit 654 and wireless communication unit 656.Herein, front chain mover 640
(bicycle electricity parts) farther include base component 658, and this base component 658 is configured to be installed to electric actuation unit 654
Cycle frame 12.Alternatively, electric actuation unit 654 can be mounted directly to cycle frame 12.Additionally, movable member
652 include chain guide 652a, and this chain guide 652a is operably coupled to electric actuation unit 654, on being similar to
The first embodiment that literary composition is discussed makes chain guide 652a move between the first position and the second position.
In front chain mover 640, supporting construction 650 is partly limited and by wireless communication unit by electric actuation unit 654
656 partly limit.Especially, wireless communication unit 656 includes the first housing 660.Electric actuation unit 654 includes the second housing
662.Supporting construction 650 includes the locking portion 650a (protuberance) for engaging the second housing 662.Supporting construction 650 includes
Two space 650b, this second space 650b are formed in the second housing 662 of electric actuation unit 654, for receiving the first housing
The locking portion 650a of 660.First housing 660 is configured to be inserted in second space 650b.Supporting construction 650 is by radio communication list
Unit 656 detachably supports front chain mover 640 (bicycle electricity parts).In this embodiment, it is convenient to omit the first housing
660, and the second housing 662 covers as the first housing that integral member can be wireless communication unit 656, this second housing 662
Live radio communication component 666.
Wireless communication unit 656 includes multiple first electric contacts 664 being arranged on the first housing 660.Electric actuation unit
654 include multiple second electric contacts 670 being arranged on inside second space 650b.Second electric contact 670 is configured at the first shell
Body 660 is arranged in the state in second space 650b and makes electrical contact with the first electric contact 664.
Second housing 662 includes the covering 671 being configured to close the opening 650c of second space 650b.Herein, cover
Part 671 is hingedly attached to the second housing 662 between a closed position and a open position.Covering 671 is provided with door bolt, and this door bolt connects
Close the button of the second housing 662, in order in snapping fit attachment structure and making covering 671 be maintained in its closed position.Electric actuation
Unit 654 includes sealing member 672, this sealing member 672 be configured to seal in covering 671 closes the state of opening 650c around
Interface between second housing 662 and the covering 671 of opening 650c.
Thus, covering 671 is configured to when the first electric contact 664 of wireless communication unit 656 is torn open from the second electric contact 670
The second electric contact 670 being arranged on the second housing 662 is covered when unloading down.In this way, covering 671 do not use wireless
The situation of communication unit 656 is protected (i.e. when making electricity consumption wired communication system) the second electric contact 670.
Turning now to Figure 26, the front chain mover 740 according to the 4th embodiment will be discussed now.Front chain mover 740 can generation
It is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus for front chain mover 40
One or both in 48 operates.Herein, front chain mover 740 (bicycle electricity parts) includes power subsystem 738 and power supply torr
Frame 739.In front chain mover 740, supporting construction 750 is limited by power subsystem 738 and power supply bracket 739.Thus, in front derailleur
In device 740, when front chain mover 740 is installed to cycle frame 12, electric power is not supplied by power subsystem 38.
Substantially, front chain mover 740 (bicycle electricity parts) includes movable member 752, electric actuation unit 754 and wireless
Communication unit 756.Herein, front chain mover 740 (bicycle electricity parts) farther includes base component 758, this base component 758
It is configured to electric actuation unit 754 is installed to cycle frame 12.Alternatively, electric actuation unit 754 can be mounted directly to
Cycle frame 12.Additionally, movable member 752 includes chain guide 752a, this chain guide 752a operationally joins
Be connected to electric actuation unit 754, be similar to first embodiment as discussed above make chain guide 752a in primary importance and
Move between the second position.Wireless communication unit 756 is supported by supporting construction 750 (i.e. power subsystem 738 and power supply bracket 739)
To cycle frame 12.
In front chain mover 740, wireless communication unit 756 includes the first housing for covering radio communication component 766
760.Electric actuation unit 754 includes the second housing 762.Wireless communication unit 756 is similar to radio communication list as discussed above
Unit 56, during wherein wireless communication unit 756 is plugged into the depressed part of power subsystem 738, to be electrically connected to electric actuation unit 754.
First housing 760 and power subsystem 738 have be similar to first embodiment snap fit attachment structure, with by the first housing
In 760 depressed parts being retained in power subsystem 738.In this way, the first housing 760 is configured to detachably support power supply list
Unit 738.
As mentioned above, wireless communication unit 756 is similar to wireless communication unit 56 as discussed above, thus,
Wireless communication unit 756 includes radio communication component 766 and the first electric contact (not shown).Due to wireless communication unit 756 by
Power subsystem 738 supports, and therefore power subsystem 738 is configured to receive radio communication component 766.In this embodiment, can save
Slightly the first housing 760, and the housing of power supply bracket is as the first housing that integral member can be wireless communication unit 756, electricity
The housing of source bracket can cover radio communication component 766.
Power subsystem 738 is configured to feed electrical power to electric actuation unit 754 via cable PLC1.Additionally, cable
PLC1 uses power line communication that the control signal from wireless communication unit 756 is supplied to electric actuation unit 754.Power supply bracket
739 are configured to power subsystem 738 is installed to front chain mover 740 (bicycle electricity parts).Additionally, in this embodiment, power supply
Bracket 739 is configured as supporting construction and wireless communication unit 756 supports to front chain mover 740 (bicycle electricity parts).Change
Sentence is talked about, and in this embodiment, power supply bracket 739 constitutes supporting construction 750.Front chain mover 740 is with front chain mover 40 substantially
Identical, except wireless communication unit 756 is supported by battery bracket 739 now, and it is used for electric power and the control of electric actuation unit 754
Signal provides via the cable PLC1 using power line communication.
Front chain mover 740 (bicycle electricity parts) farther includes securing member F, and this securing member F is configured to base component
758 are fixed to cycle frame 12.Power supply bracket 739 includes installation portion 739a, and this installation portion 739a is constructed by securing member F
It is installed to cycle frame 12.Thus, power supply bracket 739 is fixed to vehicle by securing member F together with base component 758
Frame 12.
Electric actuation unit 754 includes at least one the electricity port 776 being arranged at the second housing 762.Power subsystem 738 wraps
Include at least one in electricity port and cable (i.e. electricity port 777).One end of cable PLC1 is plugged into electric actuation unit 754
Electric port 776 in, and the other end of cable PLC1 is plugged in the electric port 777 of power subsystem 738.Cable PLC1 warp
The electric power from power subsystem 738 and the data (control signal) two from wireless communication unit 756 are received by electricity port 777
Person.Alternatively, the one or both ends of cable PLC1 can be non-removably connected at power subsystem 738 and electric actuation unit
Between 754.
Turning now to Figure 27, the front chain mover 840 according to the 4th embodiment will be discussed now.Front chain mover 840 can generation
It is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus for front chain mover 40
One or both in 48 operates.Herein, front chain mover 840 (bicycle electricity parts) includes power subsystem 838 and power supply torr
Frame 839.Thus, in front chain mover 840, when front chain mover 840 is installed to cycle frame 12, electric power is not by power subsystem
38 supplies.
Substantially, front chain mover 840 (bicycle electricity parts) includes movable member 852, electric actuation unit 854 and wireless
Communication unit 856.Herein, front chain mover 840 (bicycle electricity parts) farther includes base component 858, this base component 858
It is configured to electric actuation unit 854 is installed to cycle frame 12.In front chain mover 840, base component 858 is for being attached to certainly
The toggle clamp gripping member of the seat pipe of driving vehicle frame 12.Additionally, movable member 852 includes chain guide 852a, this chain guides
Part 852a is operably coupled to electric actuation unit 854, makes chain guide being similar to first embodiment as discussed above
852a moves between the first position and the second position.
In front chain mover 840, supporting construction 850 is limited by power supply bracket 839.Herein, wireless communication unit 856 includes
For covering the first housing 860 of radio communication component 866.Electric actuation unit 854 includes the second housing 862.Radio communication list
Unit 856 is similar to wireless communication unit 56 as discussed above, and wherein wireless communication unit 856 is plugged into power supply bracket 839
In depressed part, to be electrically connected to electric actuation unit 854.First housing 860 of wireless communication unit 856 and power supply bracket 839
Depressed part have be similar to first embodiment snap fit attachment structure, so that the first housing 860 is retained in power supply bracket 839
Depressed part in.In this way, the first housing 860 is configured to detachably support power supply bracket 839.Alternatively, wireless
Communication means 866 is unremovably contained in the power supply bracket of the first housing being taken as wireless communication unit 856.
As mentioned above, wireless communication unit 856 is similar to wireless communication unit 56 as discussed above, thus wraps
Include radio communication component 866 and the first electric contact (not shown).Owing to wireless communication unit 856 is by the housing of power supply bracket 839
Supporting, therefore power supply bracket 839 is configured to receive radio communication component 866.
Power subsystem 838 is configured to feed electrical power to electric actuation unit 854 via cable PLC1.Additionally, cable
PLC1 uses power line communication that the control signal from wireless communication unit 856 is supplied to electric actuation unit 854.Power supply bracket
839 are configured to power subsystem 838 is installed to front chain mover 840 (bicycle electricity parts).Additionally, in this embodiment, power supply
Bracket 839 is configured as supporting construction and wireless communication unit 856 supports to front chain mover 840 (bicycle electricity parts).Change
Sentence is talked about, and in this embodiment, power supply bracket 839 constitutes supporting construction.Front chain mover 840 and front chain mover 40 substantially phase
With, except wireless communication unit 856 is supported by battery bracket 839 now, and it is used for the electric power of electric actuation unit 854 and controls letter
Number via use power line communication cable PLC1 provide.
Power supply bracket 839 includes that the 3rd contact is to 865.Power subsystem 838 include the 4th contact to 867, the 4th contact
It is configured to 867 in power subsystem 838 is installed to the state of power supply bracket 839 make electrical contact with the 3rd contact 865.
Electric actuation unit 854 includes at least one the electricity port 876 being arranged at the second housing 862.Power subsystem 838 wraps
Include at least one in electricity port and cable (i.e. electricity port 877).One end of cable PLC1 is plugged into electric actuation unit 854
Electric port 876 in, and the other end of cable PLC1 is plugged in the electric port 877 of power subsystem 838.Cable PLC1 warp
The electric power from power subsystem 838 and the data (control signal) two from wireless communication unit 856 are received by electricity port 877
Person.Alternatively, the one or both ends of cable PLC1 can be non-removably connected at power subsystem 838 and electric actuation unit
Between 854.If needed and/or expectation, can be in conjunction with all features in one to four embodiment.
Turning now to Fig. 1, Fig. 2, Figure 28 and Figure 29, the rear chiain-moving device 42 according to first embodiment will be discussed now.Such as Fig. 1
Seen in, rear chiain-moving device 42 is installed to rear arm 16.Herein, when bicycle computer 44 sets to shift mode, the first electricity
One or both in component mounting apparatus 46 and the second electricity component mounting apparatus 48 can be based on being stored in bicycle computer
Shift procedure in the memorizer of 44 is used for controlling rear chiain-moving device 42.
Substantially, rear chiain-moving device 42 (bicycle electricity parts) includes supporting construction 950, movable member 952, electric actuation list
Unit 954 and wireless communication unit 956.Herein, rear chiain-moving device 42 (bicycle electricity parts) farther includes base component 958, should
Base component 958 is configured to electric actuation unit 954 is installed to cycle frame 12.Additionally, movable member 952 includes chain
Guide 952a, this chain guide 952a are operably coupled to electric actuation unit 954, so that chain guide 952a is
Move between one position and the second position.
Herein, electric actuation unit 954 and wireless communication unit 956 use snap fit attachment structure and are removably coupled to
Together, as what this snapped fit attachment that structure used with front chain mover 440 snaps fit attachment structure.It practice, it is wireless
Communication unit 956 is identical with wireless communication unit 456 as discussed above.Thus, wireless communication unit 456 and 956 is can be mutual
Change.Wireless communication unit 956 is configured to detachably support and is different from the additional of rear chiain-moving device 42 (bicycle electricity parts)
Bicycle electricity parts (such as front chain mover 440).Similarly, wireless communication unit 456 is configured to detachably support difference
Additional bicycle electricity parts (such as rear chiain-moving device 42) in front chain mover 440 (bicycle electricity parts).
Electric actuation unit 954 is as electric actuation unit 54 as discussed above, after being adapted to except electric actuation unit 954
The structure of derailleur 42.About electric actuation unit 954 and wireless communication unit 956, in view of rear chiain-moving device 42 and front chain mover 440
At the similarity of configuration aspects, will not be discussed in or illustrate electric actuation unit 954 and the radio communication of rear chiain-moving device 42
Unit 956.
Turning now to Figure 30 and 31, the rear chiain-moving device 42 ' of the deformation according to rear chiain-moving device 42 will be discussed now.Substantially,
Rear chiain-moving device 42 ' (bicycle electricity parts) includes that supporting construction 950 ', movable member 952 ', electric actuation unit 954 ' are with wireless
Communication unit 956 '.Herein, rear chiain-moving device 42 ' (bicycle electricity parts) farther includes base component 958 ', this base component
958 ' are configured to electric actuation unit 954 ' is installed to cycle frame 12.Additionally, movable member 952 ' includes that chain guides
Part 952a ', this chain guide 952a ' are operably coupled to electric actuation unit 954 ', so that chain guide 952a ' is
Move between one position and the second position.
Herein, electric actuation unit 954 ' and wireless communication unit 956 ' use hinged covering 971 ' to be removably coupled to
Together.Herein, hinged covering 971 ' is hingedly attached to the second housing 962 ' between a closed position and a open position.Hinged
Covering 971 ' is provided with door bolt, and this door bolt engages the button of the second housing 962 ', in order to cover hinged by snapping fit attachment structure
During cover piece 971 ' is maintained in its closed position.Rear chiain-moving device 42 ' uses the hinged covering 971 ' used such as front chain mover 640.
It practice, wireless communication unit 956 ' is identical with wireless communication unit 656 as discussed above, thus wireless communication unit 656
It is interchangeable with 956 '.Wireless communication unit 956 ' is configured to detachably support and is different from rear chiain-moving device 42 ' (bicycle
Electricity parts) additional bicycle electricity parts (such as front chain mover 640).Similarly, wireless communication unit 656 ' is configured to removable
Support to be different from the additional bicycle electricity parts (such as rear chiain-moving device 42 ') of front chain mover 640 (bicycle electricity parts) with unloading.
Electric actuation unit 954 ' is as electric actuation unit 54 as discussed above, except electric actuation unit 954 ' is adapted to
The structure of rear chiain-moving device 42 '.About electric actuation unit 954 ' and wireless communication unit 956 ', in view of rear chiain-moving device 42 ' and front group
Chain device 640 at the similarity of configuration aspects, will not be discussed in or illustrate rear chiain-moving device 42 ' electric actuation unit 954 ' and
Wireless communication unit 956 '.
Turning now to Fig. 1, Figure 32 and Figure 33, the scalable seat bar 20 according to first embodiment will be discussed now.In Fig. 1
Finding, scalable seat bar 20 is installed to the seat pipe of main car frame 12.Herein, set to seat bar shaping modes when bicycle computer 44
Time, the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48 can be based on being stored in voluntarily
Seat bar regulation program in the memorizer of car computer 44 is used for controlling scalable seat bar 20.
Substantially, scalable seat bar 20 (bicycle electricity parts) includes supporting construction 1050, movable member 1052 (such as
Valve), electric actuation unit 1054 and wireless communication unit 1056.Herein, scalable seat bar 20 (bicycle electricity parts) wraps further
Including base component 1058, this base component 1058 is configured to electric actuation unit 1054 is installed to cycle frame 12.
In scalable seat bar 20, supporting construction 1050 is partly limited by electric actuation unit 1054 and by radio communication list
Unit 1056 partly limits.Especially, wireless communication unit 1056 includes the first housing 1060, this first housing 1060 with nothing
The mode that line communication unit 456 is identical defines the Part I of supporting construction 1050, and electric actuation unit 1054 is with wireless
The mode that communication unit 462 is identical includes the second housing 1062.
Herein, electric actuation unit 1054 and wireless communication unit 1056 use snap fit attachment structure and removably couple
Together, as what this snapped fit attachment that structure used with front chain mover 440 snaps fit attachment structure.It practice, nothing
Line communication unit 1056 is identical with wireless communication unit 456 and 956 as discussed above.Thus, wireless communication unit 456,956
It is interchangeable with 1056.
Turning now to Figure 34 and Figure 35, the scalable seat bar 20 ' of the deformation according to scalable seat bar 20 will be discussed now.Base
In basis, scalable seat bar 20 ' (bicycle electricity parts) includes supporting construction 1050 ', movable member 1052 ' (such as valve), electricity
Actuating unit 1054 ' and wireless communication unit 1056 '.Herein, scalable seat bar 20 ' (bicycle electricity parts) farther includes base
Seat component 1058 ', this base component 1058 ' is configured to electric actuation unit 1054 ' is installed to cycle frame 12.
In scalable seat bar 20 ', supporting construction 1050 ' is partly limited and by channel radio by electric actuation unit 1054 '
Letter unit 1056 ' partly limits.Especially, wireless communication unit 1056 ' includes the first housing 1060 ', this first housing
1060 ' the Part I defining supporting construction 1050 ' in the way of identical with wireless communication unit 656, and electric actuation unit
1054 ' include the second housing 1062 ' in the way of identical with wireless communication unit 662 '.
Herein, electric actuation unit 1054 ' and wireless communication unit 1056 ' use hinged covering 1071 ' removably to join
It is connected together.Herein, hinged covering 1071 ' is hingedly attached to the second housing between a closed position and a open position
1062’.Hinged covering 1071 ' is provided with door bolt, and this door bolt engages the button of the second housing 1062 ', in order to by snapping fit attachment
During structure makes hinged covering 1071 ' be maintained in its closed position.Rear chiain-moving device 42 ' uses the hinge used such as front chain mover 640
Connect covering 1071 '.It practice, wireless communication unit 1056 ' and wireless communication unit 656 and 956 ' phase as discussed above
With.Thus, wireless communication unit 656,956 ' and 1056 ' is interchangeable.
Turning now to Fig. 1, Figure 36 and Figure 37, the rear shock absorber 18 according to first embodiment will be discussed now.Such as institute in Fig. 1
Seeing, rear shock absorber 18 is arranged between main car frame 12 and rear arm 16.Herein, set to suspension regulation when bicycle computer 44
During pattern, the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48 can be based on being stored in
Suspension regulation program in the memorizer of bicycle computer 44 is used for controlling rear shock absorber 18.
Substantially, rear shock absorber 18 (bicycle electricity parts) includes supporting construction 1150, movable member 1152 (such as
Valve), electric actuation unit 1154 and wireless communication unit 1156.Herein, rear shock absorber 18 (bicycle electricity parts) farther includes
Base component 1158, this base component 1158 is configured to electric actuation unit 1154 is installed to cycle frame 12.
In rear shock absorber 18, supporting construction 1150 is partly limited and by wireless communication unit by electric actuation unit 1154
1156 partly limit.Especially, wireless communication unit 1156 includes the first housing 1160, and this first housing 1160 is with wireless
The mode that communication unit 456 is identical defines the Part I of supporting construction 1150, and electric actuation unit 1154 with channel radio
The mode that letter unit 462 is identical includes the second housing 1162.
Herein, electric actuation unit 1154 and wireless communication unit 1156 use snap fit attachment structure and removably couple
Together, as what this snapped fit attachment that structure used with front chain mover 440 snaps fit attachment structure.It practice, nothing
Line communication unit 1156 and wireless communication unit 456 as discussed above, 956 is identical with 1056.Thus, wireless communication unit
456,956,1056 and 1156 is interchangeable.
Turning now to Figure 38 and Figure 39, the rear shock absorber 18 ' of the deformation according to rear shock absorber 18 will be discussed now.Substantially
On, rear shock absorber 18 ' (bicycle electricity parts) includes supporting construction 1150 ', movable member 1152 ' (such as valve), electric actuation
Unit 1154 ' and wireless communication unit 1156 '.Herein, rear shock absorber 18 ' (bicycle electricity parts) farther includes base component
1158 ', this base component 1158 ' is configured to electric actuation unit 1154 ' is installed to cycle frame 12.
In rear shock absorber 18, supporting construction 1150 ' is partly limited by electric actuation unit 1154 ' and by radio communication list
Unit 1156 ' partly limits.Especially, wireless communication unit 1156 ' includes the first housing 1160 ', this first housing 1160 ' with
The mode identical with wireless communication unit 656 defines the Part I of supporting construction 1150 ', and electric actuation unit 1154 ' with
The mode identical with wireless communication unit 662 ' includes the second housing 1162 '.
Herein, electric actuation unit 1154 ' and wireless communication unit 1156 ' use hinged covering 1171 ' removably to join
It is connected together.Herein, hinged covering 1171 ' is hingedly attached to the second housing between a closed position and a open position
1162’.Hinged covering 1171 ' is provided with door bolt, and this door bolt engages the button of the second housing 1162 ', in order to by snapping fit attachment
During structure makes hinged covering 1171 ' be maintained in its closed position.Rear chiain-moving device 42 ' uses the hinge used such as front chain mover 640
Connect covering 1071 '.It practice, wireless communication unit 1056 ' and wireless communication unit 656,956 ' as discussed above and
1156 ' is identical.Thus, wireless communication unit 656,956 ', 1056 ' and 1156 ' is interchangeable.
Turning now to Figure 40 to Figure 49, the front chain mover 1240 according to another embodiment will be discussed now.Front chain mover
1240 can substitute for front chain mover 40 is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the second electricity portion
One or both in part operation device 48 operates.Front chain mover 1240 can or wirelessly or use electric lines of force lead to
Letter receives the control signal from the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48.
The basic operation of front chain mover 1240 is identical with front chain mover 40.
Front chain mover 1240 is roughly the same with front chain mover 40, except power connection structure modification and radio communication list
Unit's mounting structure modification.In view of the similarity between front chain mover 40 and 1240, for sake of simplicity, dial before will not be discussed herein
The structure that the counter structure with front chain mover 40 of chain device 1240 is roughly the same or identical.
Substantially, front chain mover 1240 (bicycle electricity parts) includes supporting construction 1250, movable member 1252, electroluminescent
Moving cell 1254 and wireless communication unit 1256.Movable member 1252 is operably coupled to electric actuation unit 1254, with logical
Cross chaining part 1257 mobile movable member 1252 between the first (retraction) position and second (stretching out) position.Herein, front group
Chain device 1240 (bicycle electricity parts) farther includes base component 1258, and this base component 1258 is configured to relative to bicycle
Vehicle frame 12 supports electric actuation unit 1254.Alternatively, electric actuation unit 1254 can be mounted directly to cycle frame 12.This
Outward, movable member 1252 includes chain guide 1252a, and this chain guide 1252a is operably coupled to electric actuation list
Unit 1254, be similar to first embodiment as discussed above make chain guide 1252a primary importance and the second position it
Between move.Thus, base component 1258 is also configured to relative to cycle frame 12 support chains guide 1252a.
In this embodiment, as illustrated in Figure 40 to Figure 42, cable (power line) PLC can or be directly connected to
Electric actuation unit 1254 (being i.e. inserted in electric actuation unit 1254) (see Figure 42), or it is directly connected to wireless communication unit
1256 (see Figure 40).Especially, cable (power line) PLC has the first end, and this first end is detachably connectable to electric actuation
Unit 1254, for supplying the electric power from power subsystem (power subsystem 38 of such as Fig. 1).It is similar to first embodiment, electricity
Cable PLC has the second end, and this second end is detachably connectable to wire bonding point (not shown), for connecing via power line communication
Receive electric power and/or control signal.When wireless communication unit 1256 is arranged on front chain mover 1240 and wirelessly receives from
During the control signal of the one or both in one electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48, cable PLC
May be used for only feeding electrical power to electric actuation unit 1254.But, when not installing or do not use wireless communication unit 1256,
Cable PLC is used for power line communication will be from the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus
The control signal of the one or both in 48 is launched to electric actuation unit 1254.But, even if when wireless communication unit 1256 is pacified
When being contained on front chain mover 1240, cable PLC can be used for supplying power to electric actuation unit 1254, and launch from
The control signal of the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48.In this situation
Under, other devices that wireless communication unit 1256 may be used for such as smart mobile phone or PC carry out radio communication, lift
For example, it is stored in the firmware in the memorizer at least one being arranged in bicycle electricity parts for upgrading.
In front chain mover 1240, supporting construction 1250 is partly limited by electric actuation unit 1254 and by radio communication list
Unit 1256 partly limits.Especially, wireless communication unit 1256 includes the first housing 1260.Electric actuation unit 1254 includes
Two housings 1262.Second housing 1262 is different from the first housing 1260, and (the i.e. first housing 1260 and the second housing 1262 are separately
And independent component).Supporting construction 1250 is arranged at least one in the first housing 1260 and the second housing 1262.This
Place, supporting construction 1250 includes locking portion 1250a (protuberance), for engaging the second housing 1262.Supporting construction 1250 includes
First space 1250b, this first space 1250b are formed by the second housing 1262 of electric actuation unit 1254, the first housing 1260
Locking portion 1250a will be supported in the first space 1250b.
Seeing Figure 45 to Figure 49, wireless communication unit 1256 includes electric connector 1264, and this electric connector 1264 is configured to
It is plugged in the second housing 1262 of electric actuation unit 1254.Herein, electric connector 1264 is such as SD50 plug connector
Electric plug connector.Wireless communication unit 1256 farther includes the radio communication component being contained in the first housing 1260
1266.Electric connector 1264 is electrically connected to radio communication component 1266.Radio communication component 1266 includes printed circuit board (PCB), this print
Printed circuit board has the two-way wireless communication circuit being printed thereon.Preferably, the printed circuit board (PCB) of radio communication component 1266
Including antenna, it is used for launching and receiving wireless signal.
As seen in Figure 46 and Figure 47, wireless communication unit 1256 includes being configured to connect to cable PLC (see Figure 42)
At least one electricity port 1268.Herein, electricity port 1268 is electrical socket or the port of such as SD50 electrical socket.In this way,
Wireless communication unit 1256 can receive the electric power from power subsystem (power subsystem 38 of such as Fig. 1).
As from Figure 42 to Figure 44 it will be seen that electric actuation unit 1254 includes being configured to connect to wireless communication unit 1256
Electric connector 1264 at least one electricity port 1270.It is empty that electricity port 1270 is configured to be arranged on first at the first housing 1260
Between state in 1250b electrically connects with electric connector 1264.Herein, electricity port 1270 is the electrical socket of such as SD50 electrical socket
Or port.Thus, in this embodiment, electric connector 1264 is suitable, with electric actuation unit 1254 He with electricity port 1270
Electrical connection is set up between wireless communication unit 1256.Additionally, this between electric actuation unit 1254 and wireless communication unit 1256
Wireless communication unit 1256 is retained on electric actuation unit 1254 by adaptive connection.
At least one electricity port 1270 of electric actuation unit 1254 is configured to the electric connector at wireless communication unit 1256
1264 with electric actuation unit 1254 at least one electricity port 1270 disconnect time be used to selectively connect to cable PLC.
As from Figure 40, Figure 42 and Figure 46 it will be seen that the electric connector 1264 of wireless communication unit 1256 is configured to along
One closure D1 is connected to the electric port 1270 of electric actuation unit 1254, and electric port 1268 structure of wireless communication unit 1256
Make as being connected to cable PLC along the second closure D2 being different from the first closure D1.In the illustrated embodiment, first
Closure D1 is perpendicular to the second closure D2.At least one electricity port and wireless communication unit of electric actuation unit 1254
At least one electricity port 1268 of 1256 has identical electric connector adapter structure.In this way, cable PLC can select
It is plugged in the electric port of electric actuation unit 1254 or in the electric port 1268 of wireless communication unit 1256 to property.Although at this
In diagram embodiment, cable PLC is plugged in the electric port 1268 of wireless communication unit 1256, it will be seen that from this disclosure,
Cable PLC can be directly wired to radio communication component 1266 in the first housing 1260 of wireless communication unit 1256.Change
Sentence is talked about, and wireless communication unit 1256 includes at least one in electricity port and cable, and it is arranged at the first housing 1260.
, illustrating in embodiment at this, wireless communication unit 1256 includes the lid being removably coupled to the first housing 1260 herein
1271, for optionally covering at least one electricity port 1268 (i.e. SD50 electrical socket) being arranged at the first housing 1260.
In this way, when cable PLC is not plugged in electricity port 1268, SD50 electrical socket can be covered for waterproof and dustproof.
As seen in Figure 44, electric actuation unit 1254 includes being contained in the electric actuator 1280 in the second housing 1262 and tooth
Wheel deceleration unit 1282.Electric actuator 1280 is electrically connected to printed circuit board (PCB) (not shown), and this printed circuit board (PCB) has and first
The function that the printed circuit board (PCB) 74 of embodiment is identical.In front chain mover 1240, electric actuator 1280 is for reversible electric motor.Electroluminescent
Dynamic device 1280 is configured to activate movable member 1252 in the same manner as in the first embodiment.Position sensor (not shown) sets
Put gear reduction unit 1282, for the amount of the rotary motion that detection is exported by gear reduction unit 1282.Electric actuation unit
The printed circuit board (PCB) of 1254 is provided with actuator drive (not shown) and position detecting circuit (not shown), and this actuator drives
Device is used for controlling electric actuator 1280, and this position detecting circuit is for determining the rotary motion exported by gear reduction unit 1282
Amount.Known to position sensor, actuator (motor) driver and position detecting circuit be in bicycle art, thus,
They will not be discussed herein.
Turning now to Figure 50 to Figure 56, the rear chiain-moving device 1342 according to another embodiment will be discussed now.Rear chiain-moving device
1342 can substitute for rear chiain-moving device 42 is installed to cycle frame 12, in order to by the first electricity component mounting apparatus 46 and the second electricity portion
One or both in part operation device 48 operates.Rear chiain-moving device 1342 can wirelessly or use power line communication connect
Receive the control signal from the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48.Rear group
The basic operation of chain device 1342 is identical with rear chiain-moving device 42.
Rear chiain-moving device 1342 is roughly the same with rear chiain-moving device 42, except power connection structure modification and radio communication list
Unit's mounting structure modification.In view of the similarity between rear chiain-moving device 42 and 1342, for sake of simplicity, dial after will not be discussed herein
The structure that the counter structure with rear chiain-moving device 42 of chain device 1342 is roughly the same or identical.
Substantially, rear chiain-moving device 1342 (bicycle electricity parts) includes supporting construction 1350, movable member 1352, electroluminescent
Moving cell 1354 and wireless communication unit 1356.Movable member 1352 is operably coupled to electric actuation unit 1354, with logical
Cross chaining part 1357 mobile movable member 1352 between the first (retraction) position and second (stretching out) position.Herein, dial afterwards
Chain device 1342 (bicycle electricity parts) farther includes base component 1358, and this base component 1358 is configured to relative to bicycle
Vehicle frame 12 supports electric actuation unit 1354.Additionally, movable member 1352 includes chain guide 1352a, this chain guide
1352a is operably coupled to electric actuation unit 1354, makes chain guide being similar to rear chiain-moving device 42 as discussed above
1352a moves between the first position and the second position.Thus, base component 1358 is also configured to relative to cycle frame 12
Support chains guide 1352a.
In this embodiment, being similar to front chain mover 1240, cable (power line) PLC or can be directly connected to electricity
Actuating unit 1354 (being i.e. inserted in electric actuation unit 1354), or be directly connected to wireless communication unit 1356 and (i.e. insert
In wireless communication unit 1356) (see Figure 50).Especially, cable (power line) PLC has the first end, and this first end is removable
It is connected to electric actuation unit 1354 with unloading, for supplying the electric power from power subsystem (power subsystem 38 of such as Fig. 1).Similar
In rear chiain-moving device 42, cable PLC has the second end, and this second end is detachably connectable to wire bonding point (not shown), is used for
Electric power and/or control signal is received via power line communication.Be arranged on rear chiain-moving device 1342 when wireless communication unit 1356 and
Wirelessly receive the control from the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48
During signal, cable PLC may be used for only feeding electrical power to electric actuation unit 1354.But, when not installing or not using nothing
During line communication unit 1356, cable PLC is used for power line communication will be from the first electricity component mounting apparatus 46 He
The control signal of the one or both in the second electricity component mounting apparatus 48 is launched to electric actuation unit 1354.But, even if working as
When wireless communication unit 1356 is arranged on rear chiain-moving device 1342, cable PLC can be used for supplying power to electric actuation
Unit 1354, and launch from the one or both in the first electricity component mounting apparatus 46 and the second electricity component mounting apparatus 48
Control signal.In this case, wireless communication unit 1356 may be used for and other of such as smart mobile phone or PC
Device carries out radio communication, for example, be stored in depositing at least one being arranged in bicycle electricity parts for upgrading
Firmware in reservoir.
In rear chiain-moving device 1342, supporting construction 1350 is partly limited by electric actuation unit 1354 and by radio communication list
Unit 1356 partly limits.Especially, wireless communication unit 1356 includes the first housing 1360.Electric actuation unit 1354 includes
Two housings 1362.Herein, supporting construction 1350 includes locking portion 1350a (protuberance), for engaging the second housing 1362.Support
Structure 1350 includes the first space 1350b, and this first space 1350b is formed by the second housing 1362 of electric actuation unit 1354,
The locking portion 1350a of the first housing 1360 will be supported in the first space 1350b.First housing 1360 farther includes elastic force hook
1361, this elastic force hook 1361 contributes to the first housing 1360 is supported and is retained on the second housing 1362.Thus, elastic force hook
1361 is a part for supporting construction 1350.Herein, elastic force hook 1361 is inserted into the second housing at locking portion 1350a (protuberance)
Period in the first space 1350b of 1362, via edge or the recess of snap fit engagement the second housing 1362.
Seeing Figure 53 to Figure 56, wireless communication unit 1356 includes electric connector 1364, and this electric connector 1364 is configured to
It is plugged in the second housing 1362 of electric actuation unit 1354.Herein, electric connector 1364 is such as SD50 plug connector
Electric plug connector.Being similar to wireless communication unit 1256 as discussed above, wireless communication unit 1356 farther includes
It is contained in the radio communication component in the first housing 1360.Electric connector 1364 is electrically connected to radio communication component.Radio communication
Component includes printed circuit board (PCB), and this printed circuit board (PCB) has the two-way wireless communication circuit being printed thereon.Preferably, channel radio
The printed circuit board (PCB) of letter component includes antenna, is used for launching and receiving wireless signal.
As seen in Figure 56, wireless communication unit 1356 includes being configured to connect to cable PLC (see Figure 42) at least
One electric port 1368.Herein, electricity port 1368 is electrical socket or the port of such as SD50 electrical socket.In this way, channel radio
Letter unit 1356 can receive the electric power from power subsystem (power subsystem 38 of such as Fig. 1).
As from Figure 52 it will be seen that electric actuation unit 1354 includes being configured to connect to being electrically connected of wireless communication unit 1356
Connect at least one electricity port 1370 of device 1364.Electricity port 1370 is configured to be arranged on the first space at the first housing 1360
State in 1350b electrically connects with electric connector 1364.Herein, electricity port 1370 be such as SD50 electrical socket electrical socket or
Port.Thus, in this embodiment, electric connector 1364 is suitable, with in electric actuation unit 1354 and nothing with electricity port 1370
Electrical connection is set up between line communication unit 1356.Additionally, this between electric actuation unit 1354 and wireless communication unit 1356 is fitted
Join connection to be retained on electric actuation unit 1354 by wireless communication unit 1356.
The electric port 1370 of electric actuation unit 1354 is configured at the electric connector 1364 of wireless communication unit 1356 and electricity
The electric port 1370 of actuating unit 1354 is used to selectively connect to cable PLC when disconnecting.In this way, cable PLC
Can optionally or be plugged in the electric port of electric actuation unit 1354 or be plugged into the electricity of wireless communication unit 1356
In port 1368.Although illustrating in embodiment at this, cable PLC is plugged into the electric port 1368 of wireless communication unit 1356
In, but open it will be seen that from this, cable PLC can in the first housing 1360 of wireless communication unit 1356 direct line
To radio communication component 1366.In other words, wireless communication unit 1356 includes at least one in electricity port and cable, its
It is arranged at the first housing 1360.
Although selected embodiment is only illustrated as front chain mover, rear chiain-moving device, scalable seat bar and bicycle suspension, but from this
Open it will be seen that, it is illustrated that each feature in embodiment and diagram deformation can be adapted to front chain mover, rear chiain-moving device,
Each in scalable seat bar and bicycle suspension.Although additionally, front suspension fork is illustrated not shown there is the present invention can
The wireless communication unit of dismounting, but it will be seen that from this disclosure, in shown diagram embodiment and diagram deformation each
It is adapted to front suspension fork.
Term as used herein " wireless communication unit " includes transceiver or transmitter-receiver, and consider can
Launching and receive the separate of wireless signal or any one device combined or multiple device, described wireless signal includes gear shift
Signal or control, instruction or other signals or the firmware relevant with some functions of the parts controlled.
When understanding the scope of the present invention, term as used herein " includes " and derivative is intended to open art
Language, it indicates the existence of described feature, element, parts, group, entirety and/or step, but is not excluded for what other were not recorded
The existence of feature, element, parts, group, entirety and/or step.This definition is also applied for the vocabulary with similar meaning, all
As, term " comprises ", " having " and derivative thereof.Additionally, term " part ", " section ", " portion ", " component " or " element " when with
The double meaning of single part or some can be had when making odd number.
Used herein, following directional terminology " towards the side of vehicle frame ", " side of not face vehicle frame ", " to
Before ", " backward ", "front", "rear", " on ", D score, " above ", " below ", " upwards ", " downwards ", " top ", " bottom ", " side
Face ", " vertically ", " level ", " vertically " be uprightly to ride for being in " laterally " and any other similar directional terminology
For those directions of position and the bicycle that is equipped with bicycle electricity parts.Then, it is used for describing bicycle electricity parts
These directional terminology relative to being in upright ride position in the horizontal plane and should be equipped with bicycle electricity parts voluntarily
Car is explained.Term " left " and " right " are for indicating " right " when watching from right side reference from the rear portion of bicycle and when from certainly
" left " when the reference of left side during the rear portion viewing of driving.
Although additionally, it should be appreciated that use term " first " and " second " to describe various parts herein, but these parts are not
Should be limited by these terms.These terms are only used for distinguishing parts with another parts.Thus, such as, without departing from
In the case of the teachings of the present invention, first component discussed above can be referred to as second component, and vice versa.Used herein
Term " be attached " or " attachment " is contained and be directly fixed to by element by element is directly attached to another element
The structure of another element；By element is attached to intermediate member, by this intermediate member then be attached to another element and
Element is indirectly fixed to the structure of another element；And an element is integral with another element, i.e. one element is real
It it is the structure of a part for another element in matter.This definition applies also for the vocabulary with similar meaning, such as, " even
Knot ", " connection ", " connection ", " installation ", " in conjunction with ", " fixing " and derivative thereof.Finally, degree term used herein, all
The deviation of the reasonable amount of modified term is meaned so that final result will not significantly change such as " substantially ", " about " and " close "
Become.
Although only select the embodiment selected to illustrate the present invention, but those skilled in the art disclose permissible from this
Solve, in the case of without departing from the scope of the present invention being defined by the appended claims, can be to making various change herein
And modification.For example, unless otherwise indicated, the size of various parts, shape, position or orientation can as required and/or
Expect to change, as long as this change will not substantially affect their desired function.Unless otherwise indicated, it is shown that for that
This is directly connected to or the parts that contact can have the intermediate structure being disposed there between, as long as this change will not be substantially
Affect their desired function.Unless otherwise indicated, the function of an element can be performed by two, otherwise also
So.The 26S Proteasome Structure and Function of one embodiment can use in another embodiment.The most all advantages are not
Must exist simultaneously.It is unique each feature in terms of prior art, combines the most individually or with other features, it should also
Regard the single explanation of the invention further of applicant as, including the structural and/or functional structure embodied by this feature
Think.Thus, above-mentioned explanation according to an embodiment of the invention is merely exemplary, it is not intended that to by appended claim
The present invention that book and equivalent way thereof are limited limits.
Claims (38)
1. bicycle electricity parts, including:
Wireless communication unit, it includes the first housing and the radio communication component being contained in described first housing；
Movable member；
Electric actuation unit, it includes the second housing and the electric actuator being contained in described second housing, described electric actuator structure
Make as activating described movable member, and described second housing is different from described first housing；And
Supporting construction, described wireless communication unit is detachably supported described bicycle electricity parts by it.
Bicycle electricity parts the most according to claim 1, wherein
Described supporting construction is arranged at least one in described first housing and described second housing.
Bicycle electricity parts the most according to claim 2, wherein
Described supporting construction includes the first fastener matching structure and is releasably coupled the second of described first fastener matching structure
Fastener matching structure, described first fastener matching structure is arranged on described first housing.
Bicycle electricity parts the most according to claim 3, wherein
In described first fastener matching structure and described second fastener matching structure one includes door bolt, and described first card snap fit
Another closed in structure and described second fastener matching structure includes button.
Bicycle electricity parts the most according to claim 2, wherein
Described supporting construction includes that depressed part, described first housing are waited to be supported in described depressed part, and described depressed part is formed
On described second housing.
Bicycle electricity parts the most according to claim 5, wherein
Described movable member includes that chain guide, described chain guide are operably linked to described electric actuation unit,
So that described chain guide moves between the first position and the second position；And
Described second housing has the surface towards vehicle frame, and the described surface towards vehicle frame has a described depressed part, described towards
The surface structure of vehicle frame is to be installed in the state of cycle frame towards described cycle frame at described bicycle electricity parts.
Bicycle electricity parts the most according to claim 2, wherein
Described wireless communication unit includes being arranged on the cable at described first housing and at least one in electricity port.
Bicycle electricity parts the most according to claim 7, wherein
Described electric actuation unit includes at least one the electricity port being arranged at described second housing, the institute of described electric actuation unit
State at least one electricity port configuration be electrically connected to described wireless communication unit described electricity port and described cable in institute
State at least one.
Bicycle electricity parts the most according to claim 1, wherein
Described wireless communication unit includes electric connector, and described electric actuation unit includes at least one electricity port, described at least
One electric port configuration is the described electric connector being connected to described wireless communication unit.
Bicycle electricity parts the most according to claim 9, wherein
At least one electricity port configuration described of described electric actuation unit is the described electric connector at described wireless communication unit
It is used to selectively connect to cable when disconnecting with at least one electricity port described in described electric actuation unit.
11. bicycle electricity parts according to claim 9, wherein
Described wireless communication unit includes at least one the electricity port being configured to couple to cable.
12. bicycle electricity parts according to claim 11, wherein
The described electrical connector structure of described wireless communication unit is to be connected to described electric actuation unit along the first closure
Electricity port, and described wireless communication unit described electricity port configuration be along be different from described first closure second connection
Direction is connected to described cable.
13. bicycle electricity parts according to claim 12, wherein
Described first closure is perpendicular to described second closure.
14. bicycle electricity parts according to claim 11, wherein
At least one electricity port described of described electric actuation unit and at least one electricity port described of described wireless communication unit
There is identical electric connector adapter structure.
15. bicycle electricity parts according to claim 9, wherein
Described wireless communication unit includes being arranged on the cable at described first housing and at least one in electricity port.
16. bicycle electricity parts according to claim 15, wherein
Described wireless communication unit includes that lid, described lid are removably coupled to described first housing, for optionally
Cover at least one the electricity port described being arranged at described first housing.
17. bicycle electricity parts according to claim 9, wherein
Described movable member includes that chain guide, described chain guide are operably coupled to described electric actuation unit,
So that described chain guide moves between the first position and the second position；And farther include
Base component, it is configured to support described electric actuation unit and described chain guide, described electric actuation unit described
At least one electricity port is formed between described base component and described second housing of described electric actuation unit.
18. bicycle electricity parts according to claim 2, wherein
Described wireless communication unit includes the first electric contact, and
Described electric actuation unit includes that the second electric contact, described second electric contact are configured to be attached at described first housing described
The state of the second housing makes electrical contact with described first electric contact.
19. bicycle electricity parts according to claim 18, wherein
In described wireless communication unit and described electric actuation unit one includes that sealing member, described sealing member are configured to described
First housing is attached in the state of described second housing around described first electric contact and described second electric contact.
20. bicycle electricity parts according to claim 18, farther include
Covering, it is configured to when described first electric contact of described wireless communication unit separates with described second electric contact cover
Described second electric contact that lid is arranged on described second housing.
21. bicycle electricity parts according to claim 1, wherein
Described movable member includes that chain guide, described chain guide are operably coupled to described electric actuation unit,
So that described chain guide moves between the first position and the second position；And farther include
Base component, it is configured to support described electric actuation unit and described chain guide, and described supporting construction is formed at institute
State between base component and described second housing of described electric actuation unit.
22. bicycle electricity parts according to claim 21, wherein
Described supporting construction includes the sky being formed between described base component and described second housing of described electric actuation unit
Between, described first housing is configured to be inserted in described space.
23. bicycle electricity parts according to claim 22, wherein
Described wireless communication unit includes the first electric contact, and
Described electric actuation unit includes that the second electric contact, described second electric contact are configured to be arranged at described first housing described
State in space makes electrical contact with described first electric contact.
24. bicycle electricity parts according to claim 23, wherein
Described second electric contact is arranged in connection surface, and described connection surface is inserted into described space towards described first housing
In direction.
25. bicycle electricity parts according to claim 1, wherein
Described supporting construction includes the second space being formed in described second housing of described electric actuation unit, and described first
Housing is configured to be inserted in described second space.
26. bicycle electricity parts according to claim 25, wherein
Described wireless communication unit includes the first electric contact being arranged on described first housing, and
Described electric actuation unit includes that the second electric contact, described second electric contact are arranged on inside described second space and are configured to
It is arranged in the state in described second space at described first housing and makes electrical contact with described first electric contact.
27. bicycle electricity parts according to claim 26, wherein
Described second housing includes that covering, described covering are configured to close the opening of described second space.
28. bicycle electricity parts according to claim 27, wherein
Described electric actuation unit includes that sealing member, described sealing member are configured in described covering closes the state of described opening
Seal around the interface between described second housing and the described covering of described opening.
29. bicycle electricity parts according to claim 1, farther include:
Power subsystem, it is configured to feed electrical power to described electric actuation unit, and
Power supply bracket, it is configured to described power subsystem is installed to described bicycle electricity parts,
Described power supply bracket is configured as described supporting construction and described wireless communication unit supports to described bicycle electricity portion
Part.
30. bicycle electricity parts according to claim 29, wherein
Described first housing is configured to removably be supported to described power supply bracket.
31. bicycle electricity parts according to claim 29, wherein
Described power supply bracket is configured to receive described radio communication component.
32. bicycle electricity parts according to claim 29, wherein
Described first housing is configured to removably be supported to described power subsystem.
33. bicycle electricity parts according to claim 29, wherein
Described power subsystem is configured to receive described radio communication component.
34. bicycle electricity parts according to claim 29, wherein
Described power subsystem includes at least one in electricity port and cable.
35. bicycle electricity parts according to claim 34, wherein
Described electric actuation unit includes at least one the electricity port being arranged at described second housing.
36. bicycle electricity parts according to claim 29, wherein
Described power supply bracket includes the 3rd contact, and described power subsystem include the 4th contact, described 4th contact configuration be
Described power subsystem is installed in the state of described power supply bracket make electrical contact with described 3rd contact.
37. bicycle electricity parts according to claim 29, farther include
Base component, it is configured to described electric actuation unit is installed to cycle frame, and
Securing member, it is configured to described base component is fixed to described cycle frame,
Described power supply bracket includes installation portion, and described installation structure is for be installed to described cycle frame by described securing member.
38. bicycle electricity parts according to claim 1, wherein
Described wireless communication unit is configured to the additional bicycle being removably supported to be different from described bicycle electricity parts
Electricity parts.
Applications Claiming Priority (8)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-044818 | 2015-03-06 | ||
| JP2015044818 | 2015-03-06 | ||
| JP2015176946A JP6567928B2 (en) | 2015-03-06 | 2015-09-08 | Bicycle electric system |
| JP2015-176946 | 2015-09-08 | ||
| US14/879,405 | 2015-10-09 | ||
| US14/879,405 US20170101155A1 (en) | 2015-10-09 | 2015-10-09 | Bicycle electrical component |
| US15/019,589 | 2016-02-09 | ||
| US15/019,589 US10086907B2 (en) | 2015-10-09 | 2016-02-09 | Bicycle electrical component |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105936327A true CN105936327A (en) | 2016-09-14 |
| CN105936327B CN105936327B (en) | 2019-03-26 |
Family
ID=57151919
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610127515.7A Active CN105936327B (en) | 2015-03-06 | 2016-03-07 | Bicycle electrical components |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN105936327B (en) |
| IT (1) | ITUA20161321A1 (en) |
| TW (3) | TWI658965B (en) |
Cited By (1)
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| CN108313192A (en) * | 2016-12-27 | 2018-07-24 | 坎培诺洛有限公司 | Bicycle wireless electron derailleur |
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| US10843757B2 (en) * | 2017-03-08 | 2020-11-24 | Shimano Inc. | Bicycle electric telescopic apparatus, bicycle power supply system, and bicycle electric component system |
| US10981625B2 (en) * | 2017-10-02 | 2021-04-20 | Sram, Llc | Bicycle rear derailleur |
| DE102017010348A1 (en) * | 2017-11-09 | 2019-05-09 | Sram Deutschland Gmbh | Electromechanical rear derailleur |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN105936327B (en) | 2019-03-26 |
| TWI781303B (en) | 2022-10-21 |
| TW201938450A (en) | 2019-10-01 |
| TW201637935A (en) | 2016-11-01 |
| TW201940382A (en) | 2019-10-16 |
| TWI732191B (en) | 2021-07-01 |
| ITUA20161321A1 (en) | 2017-09-03 |
| TWI658965B (en) | 2019-05-11 |
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