CN103624752B - System with least one handle apparatus and at least one clamp device - Google Patents
System with least one handle apparatus and at least one clamp device Download PDFInfo
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- CN103624752B CN103624752B CN201310331383.6A CN201310331383A CN103624752B CN 103624752 B CN103624752 B CN 103624752B CN 201310331383 A CN201310331383 A CN 201310331383A CN 103624752 B CN103624752 B CN 103624752B
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- shape
- clamp device
- handle apparatus
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25F—COMBINATION OR MULTI-PURPOSE TOOLS NOT OTHERWISE PROVIDED FOR; DETAILS OR COMPONENTS OF PORTABLE POWER-DRIVEN TOOLS NOT PARTICULARLY RELATED TO THE OPERATIONS PERFORMED AND NOT OTHERWISE PROVIDED FOR
- B25F5/00—Details or components of portable power-driven tools not particularly related to the operations performed and not otherwise provided for
- B25F5/02—Construction of casings, bodies or handles
- B25F5/025—Construction of casings, bodies or handles with torque reaction bars for rotary tools
- B25F5/026—Construction of casings, bodies or handles with torque reaction bars for rotary tools in the form of an auxiliary handle
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Details Of Spanners, Wrenches, And Screw Drivers And Accessories (AREA)
- Clamps And Clips (AREA)
Abstract
The present invention is by the system with least one handle apparatus and with least one clamp device, at least one clamp device, which is at least partly set, to be used at least one accessory unit（14、114）It is fastened on handle apparatus（10、110、210、310、410、510、610、710、810、910）On.It is proposed：The system includes at least a receiving unit（16、116、216、316、416、516、616、716、816、916）, the receiving unit sets for the handle apparatus at least in part（10、110、210、310、410、510、610、710、810、910）With the clamp device（12、112、212、312）The coupling that can be unclamped.
Description
Technical field
The system of preamble according to claim 1 is published.
Background technology
The present invention by the system with least one handle apparatus and with least one clamp device, it is described at least
One clamp device, which is at least partly set, to be used at least one accessory unit being fastened on handle apparatus.
The content of the invention
It is proposed：The system has at least one receiving unit, which sets use at least in part
In the coupling that can be unclamped of the handle apparatus and the fastening unit." handle apparatus " should especially be managed in the upper and lower relation
Solve and be used for for such device, preferably at least device at least part, approximate fully set：By user contacting and/or
For being oriented to the toolroom machine being connected with the handle apparatus.In the especially preferred embodiments, it is attached to include one for the handle apparatus
The hand held power machine auxiliary handle for adding handle, preferably one to be coupled in a manner of it can unclamp." setting " is construed as distinguishingly
Design, planning and/or outfit." accessory unit " should especially be understood to such unit, the unit at least portion within a context
Point, preferably at least approximate fully set be used to provide at least one additional function, the additional function is especially set for branch
Hold the major function of the toolroom machine.The additional function of the accessory unit can especially include especially described toolroom machine at least
Absorption, preferably dust absorption, illumination, holding function, orientation and/or positioning of the part preferably in an operating status." can pine
Open " it should be especially appreciated that on context as " can separate without damage ".In a particularly preferred embodiment, it is described at least
One receiving unit sets the coupling that can be unclamped without instrument for the handle apparatus and the fastening unit at least in part.
Can be realized in a structure by designing scheme according to the present invention it is simple and to the system of user close friend,
The system preferably form a universal port for fastening at least one, preferably multiple accessory units and/or one unified
Fastening system.Particularly advantageously, the clamp device can by means of the receiving unit of the handle unit unclamp and preferably
Ground is only fastened on the handle apparatus in the case where user needs.Thus, it is possible to be hindered in a manner of advantageously simple
Only interference and the system of the user in the case of using the handle apparatus of no accessory unit due to the clamp device
Preferably high operation comfort and advantageously durable and to dust, pollution and the insensitive designing scheme energy of collision
Enough it is implemented.
In addition propose：The receiving unit includes at least one shape sealed element." shape sealed element " should be upper
It is especially appreciated that on hereafter and is set for a kind of element, its at least part at least two Components Shapes to be connected with each other in locking manner.
" shape sealed " especially should be understood to：The face against each other of the component of the sealed connection of form from one another is overlappingly applied to described
The retentivity acted in the normal direction in these faces.In particular, these components are in being fitted to each other geometrically.In spy
In other preferred embodiment, at least one shape sealed element or the receiving unit being capable of the bindings of at least part instrument
（werkzeuggebunden）Ground constructs so that enable in particular to realize the accessory unit advantageously accurate orientation and
Positioning.It is possible thereby to realize designing scheme simple in the structure of the receiving unit and advantageously of low cost.
In addition propose：At least one shape sealed element is at least partially a forming part.Here, " forming part "
Be understood to such forming portion in particular, the forming portion formed one exceed by a surface open it is plane, especially exceed
The protrusion and/or concave part of pure material roughness.Preferably, the protrusion and/or concave part are perpendicular to the opening
Plane is more than 1mm, preferably greater than 2mm and is especially preferred more than 5mm completely.Thus, it is possible to be realized in a manner of simple in structure
The manufacture advantageously of low cost of the receiving unit and the designing scheme to user close friend.
In addition propose：The receiving unit has at least one groove-tenon unit（Nut-Feder-Einheit）." groove-tenon
Ying Youqi is understood to such unit to unit " within a context, the unit set at least two components shape and
Force closure, the plug connection that is formed by one groove-feather joint." force closure connection " especially should be understood that one can unclamp herein
Connection, wherein, the retentivity between two components is preferably transmitted by the frictional force between these components.It is possible thereby to realize
Clamp device is reliably coupled with the advantageously simple, of low cost and preferred of handle apparatus.
In addition propose：The system comprises at least one locking unit, which sets at least in part
Put the coupling for the handle apparatus and the clamp device.The locking unit is preferably provided for the handle apparatus
Anti-lost coupling and/or particularly preferably setting between the clamp device is for the handle apparatus and the fastening dress
The coupling that can be unclamped without instrument between putting.It is possible thereby to realize the preferred reliable and to user close friend of the system
Designing scheme.
In addition propose：The locking unit includes at least one shape and/or force closure element." shape and/or force closure
Element " should be especially appreciated that on context to be set at least two Components Shapes to be locked for a kind of element, its at least part
It is connected with each other with closing ground and/or force closure." power and/or shape sealed connection " especially should be understood a company that can be unclamped herein
Connect, wherein, the retentivity between two components is preferably coordinated by these components geometry interlaced with each other and/or these structures
Frictional force between part is transmitted.It is possible thereby to realize simple in the structure of locking unit and advantageously of low cost set
Meter scheme.In addition the advantageously simple and comfortable replaceable and locking of at least one accessory unit can be realized
Property.
In addition propose：The locking unit includes at least one lever element." lever element " should be outstanding on context
It is interpreted as a kind of element, and the element is set for transmitting power and the element can be around at least one supporting at least in part
Point rotationally supports.Advantageously simple and the especially manipulation without instrument and thus reality thus, it is possible to realize locking unit
Existing sharp user's friendly.
In addition propose：The locking unit includes at least one spring element, at least one spring element at least portion
Divide ground to set and be used for pre-tensioner at least one shape and/or force closure element." spring element " should be especially appreciated that as one
Kind element, especially a kind of macroscopic elements, it is with least one extension size, and the extension size is under normal operating status
It can particularly advantageously change with least 50% with least 10%, especially with least 20%, preferably with least 30% and flexibly,
And the element is especially produced a kind of relevant to the change of the extension size and preferably directlyed proportional to the change anti-
Active force, the reaction force work against the change." the extension size " of element especially should be understood that the element arrives
The largest interval of two points of the upright projection in one plane." macroscopic elements " are especially appreciated that a kind of element, have
The extension size of at least 5mm, especially at least 10mm and preferably at least 20mm.It is possible thereby to realize the preferred of the locking unit
Comfortable operation and the especially at least designing scheme of partially self insurance.
In addition propose：The locking unit includes a damping unit, the damping unit be arranged in the clamp device and
Between the shape and/or force closure element.It is it is possible thereby to the power being applied on the shape and/or force closure element is favourable
Ground carries out gauge, and can especially carry out the holding element and an extra cell of the clamp device with open arms to user
Holding element is clamped.
Brief description of the drawings
Further advantage is described to obtain by following attached drawing.Multiple embodiments the invention is shown in the accompanying drawings.Attached drawing, retouch
State and include big measure feature in a joint manner with claim.Those skilled in the art suitably also individually consider these features simultaneously
And it is summarised as significant other combinations.
Wherein:
Fig. 1 shows hand-held tool in diagrammatic side view, the handle with the system according to the present invention；
Fig. 2 shows the system according to the present invention in three-dimensional view；
Fig. 3 shows the intercept of the system according to the present invention in sectional view；
Fig. 4 a show the fastening of the system according to the present invention in the state pulled down by handle apparatus in stereogram
Device；
Fig. 4 b show a part for the receiving unit of the system according to the present invention in stereogram；
Shown in Fig. 5 a in the state of being assemblied on hand held power machine with handle apparatus and clamp device
System；
Shown in Fig. 5 b in the state of being coupled with hand held power machine and with being coupling in hand held power machine
On the accessory unit alternatively designed system；
Fig. 6 a show a part for the receiving unit of replacement in stereogram；
Fig. 6 b show a part for the receiving unit of another replacement in stereogram；
The system that Fig. 7 shows replacement in three-dimensional view；
The system that Fig. 8 a show another replacement in three-dimensional view；
Fig. 8 b show a part for the clamp device of replacement in diagrammatic side view；
Fig. 8 c show a part for the receiving unit of another replacement in stereogram；
Fig. 9 shows a part for the receiving unit of another replacement in stereogram；
Figure 10 shows a part for the receiving unit of another replacement in stereogram；
Figure 11 a show a part for the receiving unit of another replacement in stereogram；
Figure 11 b show a part for the receiving unit of another replacement in stereogram；
Figure 12 shows a part for locking unit in stereogram；
Figure 13 shows the intercept of the locking unit of replacement in sectional view；
Figure 14 shows the intercept of the locking unit of another replacement in sectional view；
Figure 15 shows the intercept of the locking unit of another replacement in sectional view；
Figure 16 shows the intercept of the locking unit of another replacement in sectional view；
Figure 17 shows another designing scheme of the replacement of the locking unit of clamp device；
Figure 18 shows the spring assembly with the spring element for being configured to helical spring；
Figure 19 shows another designing scheme of spring assembly；
Figure 20 shows another designing scheme of the spring assembly；
Figure 21 shows the designing scheme of another replacement of clamp device.
Embodiment
Figure 1 illustrates by one bore hammer into shape or chisel capitate into hand held power machine.The hand held power machine includes one
Main handle 26, the main handle are formed away from the region of instrument acceptance division 28 by the housing 30 of hand held power machine.Instrument receives
Portion 28, which is set, to be used to receive insertion instrument 32, such as chisel.In an operating status of hand held power machine, the instrument of being maintained at connects
Insertion instrument 32 in receipts portion 28 is driven by the unshowned driving unit 34 of hand held power machine.The driving unit 34 includes
One electro-motor and it is radially disposed in the inside of housing 30.In the main extension dimensional directions of hand held power machine,
Handle apparatus 10 is disposed between instrument acceptance division 28 and main handle 26.The handle apparatus 10 includes an auxiliary handle and can pine
Turn up the soil and be connected with hand held power machine.Hand held power machine and the system are collectively forming portable power tool system.
Figure 2 illustrates the system with handle apparatus 10 in the state pulled down by hand held power machine, this is
Regiment commander has receiving unit 16 and clamp device 12.The handle apparatus 10 includes an auxiliary handle and has the zone of action and fastening
Region.The zone of action, which is set, to be used to be caught in an operating status by user.Fastening area, which is set, to be used for handle apparatus
10 auxiliary handle is coupled with hand held power machine.
Clamp device 12 is fastened on handle apparatus 10.Clamp device 12, which is set, to be used to accessory unit 14,114 being fastened on
On handle apparatus 10.Receiving unit 16 sets the coupling that can be unclamped for handle apparatus 10 and clamp device 12.The reception
Unit 16 includes two shape sealed elements 18,18 '.First shape latch members 18 are arranged on handle apparatus 10.First shape
Shape latch members 18 include a forming part.First shape latch members 18 are formed by a T-shaped protuberance 36.The sealed member of first shape
Part 18 is connected with handle apparatus 10 securely.First shape latch members 18 are constructed with 10 single type of handle apparatus.Dashed forward by T-shaped
Go out portion 36 formation first shape latch members 18 by handle apparatus 10 auxiliary handle outwardly extension.
Another shape sealed element 18 ' is arranged on clamp device 12.Another shape sealed element 18 ' includes
One forming part.Another shape sealed element 18 ' is formed by a T-slot 38, and another shape sealed element 18 ' is securely
It is connected with clamp device 12.Another shape sealed element 18 ' is constructed with 12 single type of clamp device.By 38 shape of T-slot
Into another shape sealed element 18 ' be placed in the material of clamp device 12 and extended internally by outer surface.Groove 38 is in institute
State and openly constructed at one end and at opposite end in the main extension dimensional directions 40 of another shape sealed element 18 '
Closely constructed at portion（Fig. 4 b）.First shape latch members 18 correspond to each other with another shape sealed element 18 '.First
Shape sealed element 18 and another shape sealed element 18 ', which are set, to be used to form groove-tenon unit together.
In order to which clamp device 12 is coupled with handle apparatus 10, clamp device 12 is put down with the unlimited end of T-slot 38
Row in shape sealed element 18,18 ' main 40 pushing sleeve of extension dimensional directions on the T-shaped protuberance 36 of handle apparatus 10（Figure
4a）.Pass through the designing scheme that is T-shaped and corresponding to each other of the shape sealed element 18,18 ' of receiving unit 16, these shapes
Latch members pass through side pocket（Hinterschnitt）Shape sealed connection is formed, which connects clamp device
12 and handle apparatus 10 in the assembled state perpendicular to it is main extension dimensional directions 40 insure relative to each other.
In addition, the system comprises a locking unit 20, which, which is set, is used for clamp device 12 and handle apparatus
10 anti-lost coupling（Fig. 3）.The locking unit 20 includes a shape and/or force closure element 22.Locking unit 20
The shape and/or force closure element 22 are formed by a pin.The shape of locking unit 20 and/or force closure element 22 by
One screw thread pin is formed.The shape and/or force closure element 22 are in the assembled state through the clamp device 12
Notch 42 extends.The notch 42 is formed by a drilling.The notch 42 is in another shape sealed member formed by groove 38
The end of the closure of part 18 ' is disposed about inside groove 38.The shape and/or force closure element 22 of the locking unit 20
The main extension dimensional directions 40 perpendicular to shape sealed element 18,18 ' extend in the assembled state.
The shape and/or force closure element 22 of locking unit 20 have a zone of action 44, which, which is set, is used for
Manipulated by user.The zone of action 44 is adjoined in the intermediate region of shape and/or force closure element 22.The intermediate region has
Than 44 less diameter of the zone of action.The intermediate region has the main extension size than 44 bigger of the zone of action.The centre
It is connected with the zone of action 44 zones solid.On the side opposite with the zone of action 44, threaded portion 46 adjoins intermediate region.
The threaded portion 46 has external screw thread.The threaded portion 46 is constructed with the intermediate region single type.The threaded area
Domain 46 has the diameter than intermediate region bigger.The threaded portion 46 has the main extension size than intermediate region smaller.Tightly
Being fixedly mounted with the notch 42 put in 12 has a region 48, which has the threaded portion 46 than shape and/or force closure element 22
With 44 less diameter of the zone of action.In the assembled state, the shape and/or force closure element 22 of locking unit 20
Thus insure in the axial direction.Adjoin the region 48 of notch 42 respectively with larger-diameter region.
Locking unit 20 includes a spring element 24, which is set locks for the pre-tensioner shape and/or power
Close element 22.The spring element 24 is arranged in shape and/or force closure element in the axial direction in the assembled state
Between 22 zone of action 44 and the intermediate region 48 of the notch 42 of clamp device 12.Spring element 24 is by a helical compression spring
Formed.The spring element 24 by shape and/or force closure element 22 assemble and it is unsupported in the state of filled by fastening
12 shape sealed element 18 ' is put remotely to press in the axial direction.In the shape and/or force closure element of locking unit 20
22 this it is unsupported in the state of, the shape sealed element 18 ' of clamp device 12 and the shape sealed element 18 of handle apparatus 10
Can be coupled to each other in groove 38 by the way that protuberance 36 is pushed into.
If the shape sealed element 18,18 ' of receiving unit 16 is fully connected to each other, then user shape and/
Or in axial direction pressed with going to handle apparatus 10 on the zone of action 44 of force closure element 22 locking unit 20 shape and/
Or force closure element 22.Here, the threaded portion 46 of shape and/or force closure element 22 is embedded into the notch 50 of handle apparatus 10
In, which is placed on T-shaped protuberance 36.The notch 50 of handle apparatus 10 has an internal thread, the internal thread and shape and/or
The external screw thread of the threaded portion 46 of force closure element 22 corresponds to.By by shape and/or force closure element 22 against spring element
Rotated in the state of the spring force load of part 24, the interior spiral shell of the external screw thread and notch 50 of the shape and/or force closure element 22
Line staggeredly coordinates in handle apparatus 10.In shape and/or force closure element 22 the lacking to handle apparatus 10 of locking unit 20
In the state of being transferred to completely in mouthfuls 50, the locking unit 20 is anti-lost and can releasably insure in handle by clamp device 12
On device 10.
Being filled with handle apparatus 10 and fastening in the state of being assemblied on hand held power machine is shown in fig 5 a
The system for putting 12.Carry out fastening accessory unit 14 by means of clamp device 12.The accessory unit 14 includes suction unit.It is described attached
Part unit 14, which is set, to be used to draw the dust produced in the brill operation, hammer operation or chisel operation of hand held power machine.It is described
Accessory unit 14 has a holding element 52.Holding element 52 is formed from tubes.The suction unit is partly in a circumferential direction
Extend around the insertion instrument 32 of hand held power machine.Clamp device 12 has a holding element 54, which sets
Put for corresponding with the holding element 52 of accessory unit 14 and keep the accessory unit 14 in the assembled state.Fastening
The holding element 54 of device 12 is formed by a handcuff-type element.The shape sealed element 18 ' of the tightening member 12 and
Holding element 54 is firmly connected to each other.The notch 42 of clamp device 12 intersects with the gap 56 of holding element 54, locking unit
20 shape and/or force closure element 22 extends through the notch in the assembled state.In the shape of locking unit 20
And/or in the state of being screwed into the notch 50 of handle apparatus 10 of force closure element 22, the shape and/or force closure element
22 are pressed the holding element 54 of clamp device 12 to handle apparatus 10 using the zone of action 44, thus gap 56 reduce and by
Fasten to the reduced radius of the holding element 54 of this clamp device 12 and 52 force closure of holding element of the accessory unit 14.
The holding element 54 of clamp device 12 includes rubbing surface 8 on the medial surface that it is contacted with the holding element 52 of accessory unit 14.
The rubbing surface 8, which is set, to be used to improve the frictional resistance between holding element 52,54, therefore to reach improved connection.
Rubbing surface 8 is formed by rubber herein, which is applied on the medial surface of holding element 52.In principle also it is possible that
The rubbing surface 8 is rubbed by felt layers or an other significant cladding structure that shown as to those skilled in the art for raising
Wiping value.It may also be considered that in principle, the rubbing surface 8 has processed surface texture, it has the friction valve improved.Cause
This for example it is contemplated that the medial surface of holding element 54 be in the region of rubbing surface 8 weather or for example with wave structure
Or rill structure.It is also contemplated that, the holding element 54 of the clamp device 12 includes other rubbing surfaces 8 herein, these
The medial surface Shangdi that rubbing surface is distributed in the holding element 54 of clamp device 12 is distributed.The holding element 52 of accessory unit 14
One or more rubbing surfaces can also be constructed on the outer surface that it is contacted with the holding element 54 of clamp device 12, they can be with
Equivalent to 8 ground of the rubbing surface construction of the holding element 54 of clamp device 12.
The subsequent description of further embodiment and attached drawing are substantially defined in difference between these embodiments, its
In, in terms of the identical component shown, others can also be referred in principle especially with respect to the component with same reference numerals
The attached drawing of embodiment and/or description.In order to distinguish these embodiments, the important reference numeral prefix of these further embodiments
Numeral 1 to 9.
Show in figure 5b in the state of being coupled with hand held power machine and with being coupling in hand-held tool
The system of the accessory unit 114 alternatively designed on machine.The accessory unit 114 of the alternative design includes a suction unit, should
Suction unit, which is set, to be used to draw the dust produced in the chisel operation of hand held power machine.The laterally cloth of accessory unit 114
Put on the side of the insertion instrument 32 of hand held power machine.The accessory unit 114 has a holding element 152.Holding element
152 are formed from tubes.The holding element 152 of the accessory unit 114 corresponds to the holding element for the accessory unit 14 having been described above
52, and it is corresponding with the holding element 54 of clamp device 12.But it is also contemplated that the replacement that can be coupled with clamp device 12
, unshowned, in addition accessory unit for example including interval holding unit, lighting unit, insertion instrument holding unit, bore and
Drill bit holder（Bohr-und Bithalter）, orientation unit, laser, water tender element, infrared receiver unit, hammer
The other of hook unit and/or accessory unit shows as those skilled in the art significant designing scheme.Clamp device 12
The universal port for being used for being fastened on different accessory units 14,114 via handle apparatus 10 on hand held power machine is formed herein.
The designing scheme of the replacement of the shape sealed element 118 of receiving unit 116 is shown in Fig. 6 a.Shape sealed member
Part 118 is arranged on handle apparatus 110.The shape sealed element 118 has a forming part.The shape sealed element 118
Formed by a groove 138.The openly structure at one end in the main extension dimensional directions 140 of shape sealed element 118 of groove 138
Make and closely constructed at opposing ends.The shape sealed element 118, which is set, to be used to not show with receiving unit 116
Another shape sealed element gone out corresponds to, and another shape sealed element is arranged on unshowned clamp device.It is described not
The clamp device that shows is at least most of correspond to it has been described that clamp device 12.The shape sealed element of handle apparatus 110
118 and clamp device the shape sealed element set be used for together formed groove-tenon unit.The shape of the handle apparatus 110
Shape latch members 118 have trapezoidal cross section.Forming the groove 138 of shape sealed element 118 includes a dovetail groove.The fastening
The unshowned shape sealed element of device includes a dovetail（Schwalbenschwanzfeder）.An in addition, notch 150
It is placed in the handle apparatus 110, which sets the unshowned shape and/or force closure element being used for locking unit
It is corresponding.Notch 150 is arranged in closing for groove 138 in the main extension dimensional directions 140 of shape sealed element 118 outside groove 138
The end of conjunction.
Another designing scheme of the replacement of the shape sealed element 218 of receiving unit 216 is shown in figure 6b.Shape is locked
Element 218 is closed to be arranged on handle apparatus 210.The shape sealed element 218 has a forming part.The shape sealed element
218 are formed by a protuberance 236.The shape sealed element 218 is formed by a tenon.The shape sealed element 218, which is set, to be used
In corresponding with unshowned another shape sealed element of receiving unit 216, it is tight that another shape sealed element is arranged in one
It is fixedly mounted with and puts.The shape sealed element 218 of handle apparatus 210 and the shape sealed element of clamp device, which are set, to be used for together
Form groove-tenon unit.The shape sealed element 218 of the handle apparatus 210 has trapezoidal cross section.The handle apparatus
210 shape sealed element 218 includes a dovetail.The unshowned shape sealed element of the clamp device includes a dovetail
Groove.In addition, a notch 250 is placed in the handle apparatus 210, which sets the unshowned shape being used for locking unit
Shape and/or force closure element correspond to.Notch 250 is arranged in the main extension dimensional directions 240 of shape sealed element 218 to deviate from
Handle apparatus 210 it is handle area, on the end after shape sealed element 218.
Figure 7 illustrates a designing scheme replaced of system.The system includes one handle device 310, handle dress
Putting can be fastened on a hand held power machine.Filled in addition, the system includes a fastening for being used for fastening accessory unit 14,114
Put 112.The clamp device 112 is used for the fastening of different accessory units 14,114 as universal port.In addition, the system tool
There is a receiving unit 316, which, which is set, is used for the coupling that can unclamp of the clamp device 112 on handle apparatus 310.Connect
Receiving unit 316 includes a first shape latch members 318, which is arranged on handle apparatus 310.It is described
First shape latch members 318 are formed by a protuberance 336, the protuberance and 310 one piece construction of handle apparatus.The protrusion
Portion 336 is formed by a tenon.Receiving unit 316 includes another shape sealed element 318 ', another shape sealed element cloth in addition
Put on clamp device 112.Another shape sealed element 318 ' is formed by a groove 338, the groove and clamp device 112 1
Formula constructs.The receiving unit 316 includes one groove-feather joint.Shape sealed element 318,318 ' corresponds to each other and has a portion
Divide circular cross section.Clamp device 112 utilizes another shape sealed element 318 ' on handle apparatus 310 by user
First shape latch members 318 on be linked into.Thus, the clamp device 112 can releasably and shape sealed in handle
Coupled on device 310.
In order to which by clamp device 112, anti-lost lost territory couples and is provided with a locking unit 120 on handle apparatus 310.Lock
Tight unit 120 includes a shape and/or force closure element 122, and the shape and/or force closure element 122 are by a bolt element shape
Into.The shape and/or force closure element 122 have a zone of action 144 and with externally threaded threaded portions 146.The lock
The shape and/or force closure element 122 of tight unit 120 pass through be placed to the clamp device in the assembled state
Notch 142 in 112 extends.Notch 142 is assembling in the main extension dimensional directions 340 of shape sealed element 318,318 '
In the state of be arranged in the end opposite with another shape sealed element 318 ' of receiving unit 316 of the clamp device 112
In portion.In the state that clamp device 112 couples on handle apparatus 310, the notch 142 of clamp device 112 covers a notch
350, which is placed in handle apparatus 310.The notch 350 has internal thread.The shape and/or force closure element
122 can be by user through being inserted through notch 142 and be screwed into the internal thread of notch 350.Thus, the clamp device
112 anti-lost lost territories and can releasably it be connected with handle apparatus 310.
In order to receive an accessory unit 14,114, a reception trough is placed in the handle apparatus 310, the annex list
Member 14,114 can be inserted in the reception trough.The clamp device 112 has a holding element 154.Holding element 154 is by one
Handcuff-type element formed and it is corresponding with the reception trough of handle apparatus 310.Handcuff-type element and reception trough form one respectively
Part circle.Clamp device 112 thus partly with 310 one piece construction of handle apparatus.It is placed to and connects in accessory unit 14,114
After receiving in trough, the holding element 154 of clamp device 112 is single by means of receiving unit 316 and locking as described
Member 120 is fastened on handle apparatus 310.Holding element 154 and reception trough have the holding element such as accessory unit 14,114
52nd, curvature identical as 152.In the state coupled with handle apparatus 310 of clamp device 112, accessory unit 14,
114 sandwich between the reception trough and holding element 154 and thus insure to shape sealed.
The designing scheme of another replacement of system is shown in Fig. 8 a.The system includes one handle device 410, the handle
Device can be fastened on a hand held power machine.In addition, the system includes a fastening for being used for fastening accessory unit 14,114
Device 212.The clamp device 212 is used for the fastening of different accessory units 14,114 as universal port.For this reason, the fastening
Device 212 has the holding element 254 formed by a handcuff-type element.The holding element 254 forms a circle, and the circle is at one
There is gap 156 on position.In the unsupported of the holding element 254 and the state thus opened, the accessory unit
14th, 114 can be pushed into the holding element 254 of the clamp device 212.Pass through the reduction in gap 156, holding element 254
Diameter reduce and the accessory unit 14,114 shape sealeds and force closure by clamp device 212 holding element 254
Keep.
In addition, the system has a receiving unit 416, which, which is set, is used for clamp device 212 in handle dress
Put the coupling that can be unclamped on 410.Receiving unit 416 includes a first shape latch members 418, the first shape latch members
It is arranged on handle apparatus 410.The first shape latch members 418 are formed by a notch 458, the notch and handle apparatus
410 one piece constructions.Receiving unit 416 includes another shape sealed element 418 ' in addition, another shape sealed element arrangement
On clamp device 212.Another shape sealed element 418 ' is formed by a protuberance 436, the protuberance and clamp device
212 one piece constructions.Another shape sealed element 418 ' is formed by a pin shaped protuberance 436, the pin shaped protuberance
With identical diameter as notch 458.Another shape sealed element 418 ' is formed by a section bar pin.The shape
Latch members 418,418 ' correspond to each other.Another shape sealed element 418 ' of clamp device 212 is inserted into by user
In the first shape latch members 418 of handle apparatus 410.Thus, the clamp device 212 can releasably and shape lock
Ground is closed to couple on handle apparatus 410.But it is also contemplated that the first shape latch members 418 are formed as protuberance simultaneously
And another shape sealed element 418 ' is formed as notch.
In order to which by clamp device 212, anti-lost lost territory couples and is provided with a locking unit 220 on handle apparatus 410.Institute
Stating locking unit 220 includes a shape and/or force closure element 222.The shape and/or force closure element 222 are by a bolt
Element is formed.The shape and/or force closure element 222 have a zone of action 244 and with externally threaded threaded portions 246.
The shape and/or force closure element 222 of the locking unit 220 pass through be placed to the fastening in the assembled state
Notch 242 in device 212 extends.Notch 242 is arranged in described tight in the main extension dimensional directions 440 of clamp device 212
It is fixedly mounted with the end opposite with another shape sealed element 418 ' of receiving unit 416 for putting 212.The notch 242 is with protecting
The gap 156 for holding element 254 intersects.In the state that clamp device 212 couples on handle apparatus 410, clamp device 212
Notch 242 covers a notch 450, which is placed in handle apparatus 410.The notch 450 has internal thread.The shape
And/or force closure element 222 can be by user through being inserted through notch 242 and be screwed into the internal thread of notch 450.By
This is by 212 anti-lost lost territory of clamp device and can releasably be connected with handle apparatus 410 and the gap of holding element 254 156
Reduced by tensing the bolt element.
Alternatively also, it is contemplated that the gap 256 of the holding element 354 is arranged on the clamp device 312 of a replacement
On the side deviated from another shape sealed element of a receiving unit（Fig. 8 b）.In order to reduce gap 256 and then by an annex
Unit 14,114 is fastened on the clamp device 312 and is provided with a buckle element（Schnallenelement）360, the band
Button element can rotationally be connected with a holding element 354 and extend in a circumferential direction across the gap 256.In gap 256
The opposite side of fastening with holding element 354 on, a lever element 362 can rotationally be fastened on the holding element 354
On.The lever element 362 can be rotationally connected with buckle element 360 in addition.By by lever element 362 in radial directions
Manipulated with going to holding element 354 reduce the gap 256 and be securely disposed in accessory unit 14 in holding element 354,
114.Lever element 362 is filled by fastening in order to unclamp accessory unit 14,114 and make the gap 256 of holding element 354 become larger
312 holding element 354 is put to swing with leaving.
A designing scheme replaced of the receiving unit 516 of system is shown in Fig. 8 c.The system is to the full extent
Corresponding to those systems described.Receiving unit 516 has two first shape latch members 518, these first shapes lock
Component positioning is closed on one handle device 510.These shape sealed elements 518 are formed by two protuberances 536.These shapes are locked
Element 518 is closed to be formed by the protuberance 536 of two pin shapeds.These shape sealed elements 518 are formed by a section bar pin respectively.This
A little shape sealed elements 518 are arranged side by side in the main extension dimensional directions 540 of the handle apparatus 510.These shapes are locked
Close element 518 and set and be used for, described these other shape sealed elements corresponding with unshowned other shape sealed element
It is placed in unshowned clamp device.These other shape sealed elements are formed by notch.
Figure 9 illustrates another designing scheme of the replacement of the shape sealed element 618 of receiving unit 616.Shape is locked
Element 618 is closed to be arranged on handle apparatus 610.The shape sealed element 618 has a forming part.The shape sealed element
618 are formed by a protuberance 636.The shape sealed element 618 formed by the protuberance 636 is perpendicular to handle apparatus 610
Main extension dimensional directions 640 exceed 610 ground of handle apparatus on both sides and extend.Protuberance 636 is on the both sides of handle apparatus 610
Form a side pocket.The shape sealed element 618 sets the unshowned another shape sealed member being used for receiving unit 616
Part corresponds to, and another shape sealed element is arranged on unshowned clamp device.The shape sealed member of the clamp device
Part, which is set, to be used to rabbet behind the shape sealed element 618 of handle apparatus 610.The shape sealed member of handle apparatus 610
The shape sealed element of part 618 and clamp device, which is set, to be used to form groove-tenon unit together.The handle apparatus 610
Shape sealed element 618 has the cross section of rectangle.In addition, a notch 650 is placed in the handle apparatus 610, the notch
Set for corresponding with the unshowned shape and/or force closure element of unshowned locking unit.Notch 650 is in handle apparatus
Be arranged in 610 main extension dimensional directions 640 away from handle apparatus 610 it is handle area, shape sealed element 618 it
On end afterwards.
Figure 10 illustrates another designing scheme of the replacement of the shape sealed element 718 of receiving unit 716.The shape
Shape latch members 718 are arranged on one handle device 710.The shape sealed element 718 has a forming part.The shape lock
Element 718 is closed to be formed by a protuberance 736.The shape sealed element 718 is formed by a tenon.The protuberance 736 parallel to
The main extension dimensional directions 740 of the handle apparatus 710 extend.Observed perpendicular to the main extension dimensional directions 740, it is described prominent
Go out width of the portion 736 with than 710 smaller of handle apparatus.The setting of shape sealed element 718 is used for and receiving unit
716 unshowned another shape sealed element corresponds to, and another shape sealed element is arranged in unshowned clamp device
On.The shape sealed element 718 of handle apparatus 710 and the shape sealed element of clamp device, which are set, to be used to be formed together
Groove-tenon unit.The shape sealed element 718 of the handle apparatus 710 has the cross section of rectangle.In addition, a notch 750 is inserted
Into the handle apparatus 710, which, which is set, is used for and the unshowned shape of unshowned locking unit and/or force closure
Element corresponds to.Notch 750 is arranged in the handle away from handle apparatus 710 in the main extension dimensional directions 740 of handle apparatus 710
Region, on the end after shape sealed element 718.
Another designing scheme of the replacement of the shape sealed element 818 of receiving unit 816 is shown in fig. 11 a.Shape
Latch members 818 are arranged on handle apparatus 810.The shape sealed element 818 has a forming part.The shape sealed member
Part 818 is formed by a groove 838.The groove 838 extends perpendicular to the main extension dimensional directions 840 of the handle apparatus 810.It is described
Shape sealed element 818, which is set, is used for, another shape corresponding with unshowned another shape sealed element of receiving unit 816
Shape latch members are arranged on unshowned clamp device.Another shape sealed element has a protuberance.It is described another
Shape sealed element has a tenon.The shape sealed element 818 of handle apparatus 810 and the shape sealed element of clamp device
Set and be used to form groove-tenon unit together.The shape sealed element 818 of the handle apparatus 810 has the cross section of rectangle.This
Outside, a notch 850 is placed in the handle apparatus 810, the notch set be used for the unshowned shape of locking unit and/
Or force closure element corresponds to.Notch 850 is arranged in away from handle apparatus in the main extension dimensional directions 840 of handle apparatus 810
810 it is handle area, on the end after shape sealed element 818.
Another designing scheme of the replacement of the shape sealed element 918 of receiving unit 916 is shown in Figure 11 b.Shape
Latch members 918 are arranged on handle apparatus 910.The shape sealed element 918 has a forming part.The shape sealed member
Part 918 is formed by a protuberance 936.The shape sealed element 918 is formed by a tenon.The shape sealed element 918 is vertical
Extend in the main extension dimensional directions 940 of the handle apparatus 910.The shape sealed element 918, which is set, to be used for receiving list
Unshowned another shape sealed element of member 916 corresponds to, and another shape sealed element is arranged in unshowned fastening dress
Put.Another shape sealed element has a groove.The shape sealed element 918 of handle apparatus 910 and the institute of clamp device
State shape sealed element and set and be used to form groove-tenon unit together.The shape sealed element 918 of the handle apparatus 910 has
The cross section of rectangle.In addition, a notch 950 is placed in the handle apparatus 910, which, which is set, is used for and locking unit
Unshowned shape and/or force closure element correspond to.Notch 950 is arranged in the main extension dimensional directions 940 of handle apparatus 910
Face handle apparatus 910 it is handle area, on the end after shape sealed element 918.
Figure 12 shows the shape of a locking unit 320 and/or the alternative design scheme of force closure element 322.Shape and/
Or force closure element 322 includes a zone of action 344, which, which is set, is used to be caught by user.In addition, shape
And/or force closure element 322 includes a holding area 364, which has chute components 366.The chute components 366
Set for corresponding with pin device that is unshowned, being arranged in a unshowned notch.The shape and/or force closure element
322 form a part for bayonet locking device.
Figure 13 shows the shape of a locking unit 420 and/or the alternative design scheme of force closure element 422.The shape
And/or force closure element 422 includes a pin element 468, which is loaded and to not detailed by spring element 124
The handle apparatus pressing shown.The spring element 124 is formed by a helical compression spring.The pin element 468, which is set, to be used for
It is corresponding with the notch that one is placed in the handle apparatus.The pin element 468 has a groove region 740, the groove area
Domain is arranged on the end opposite with spring element 124 of pin element 468.In order to unclamp locking unit 420, by pin member
Part 468 is moved with leaving against spring element 124 by the notch.It is possible thereby to by unshowned clamp device by the handle
Device unclamps.
Figure 14 shows the shape of a locking unit 520 and/or another alternative design scheme of force closure element 522.Should
Shape and/or force closure element 522 include a ball element 572, which is loaded and to not detailed by spring element 224
The handle apparatus pressing shown.The spring element 224 is formed by a helical compression spring.The ball element 572 set be used for
One notch being placed in the handle apparatus corresponds to.The notch is formed by a trough, the trough have as ball element 572 that
The identical curvature of sample.In order to unclamp locking unit 520, ball element 572 is left ground against spring element 224 by the notch
Movement.It is possible thereby to unshowned clamp device is unclamped by the handle apparatus.
Figure 15 shows the shape of a locking unit 620 and/or another alternative design scheme of force closure element 622.Institute
Stating shape and/or force closure element 622 includes a bolt element.The shape and/or force closure element 622 have an active region
Domain 644 and with externally threaded threaded portion 646.The shape and/or force closure element 622 of the locking unit 620 are assembling
In the state of through one be placed to notch extension in unshowned clamp device, and be screwed into a notch, the notch
It is placed in unshowned handle apparatus and there is internal thread.Locked by the shape and/or power that tense the locking unit 620
Element 622 is closed releasably to be connected the anti-lost lost territory of clamp device and with handle apparatus.The notch is at least approximately parallel to
The gap extension of the holding element of clamp device.Another bolt member is provided with to reduce the gap of the holding element
Part 674, another bolt element through a notch grafting and are screwed into the assembled state, which is placed to described
Intersect in clamp device and with the gap.Reduce the holding element by tensing another bolt element 674
The gap.
Figure 16 shows the shape of a locking unit 720 and/or another alternative design scheme of force closure element 722.Should
Shape and/or force closure element 722 include a lever element 776, the lever element and eccentric element 778 and pin element 780
Connection.The pin element 780 is pre-tensioner and first by the lever by the spring element 324 by a spring element 324
Part 776 is remotely pressed.The shape and/or force closure element 722 extend through a notch in the assembled state, should
Notch is placed in the clamp device not being shown specifically and the notch and a gap of the holding element of clamp device intersect.It is logical
Cross and manipulate and deflect the lever element 776, the bullet by pin element 780 by means of eccentric element 778 against spring element 324
Spring force is pressed on a stop part 782, and the eccentric element 778 is in the feelings further manipulated of the lever element 776
It is pressed under condition in the range of the gap in the holding element.Thus the gap of the holding element is reduced.
Figure 17 shows another designing scheme of the replacement of the locking unit 1020 of clamp device 1012.The locking unit
1020 include a shape and/or force closure element 1022.The shape and/or force closure element 1022 include a lever element
1076, which is connected with eccentric element 1078 and pin element 1080.The pin element 1080 is by a spring element
1024 it is pre-tensioner and by the spring element 1024 by the lever element 1076 away from pressing.The shape and/or power
Latch members 1022 extend through a notch in the assembled state, which is placed in clamp device 1012 and this is lacked
Mouth and a gap of the holding element 1054 of clamp device intersect.By manipulating and deflecting the lever element 1076, by pin
Element 1080 is pressed on a stop part by means of eccentric element 1078 against the spring force of spring element 1024, and described inclined
Heart element 1078 the lever element 1076 it is further manipulate in the case of be pressed into the scope in the gap it is described
In holding element 1054.Thus the gap of the holding element 1054 is reduced.The locking unit 1020 includes a damping and fills
Put 1084.The damping unit 1084, which is set, is used for the power that gauge occurs in shape and/or force closure element 1022.The damping
Device 1084 includes a spring assembly 1086 herein.The spring assembly 1086 includes a tubular type rivet 1088 and a spring element
1090, which is supported by the tubular type rivet 1088.The spring element 1090 is configured to helical spring herein.It is described
The spring element 1090 for being configured to helical spring is arranged in other places around tubular type rivet 1088 herein.Bullet with tubular type rivet 1088
Spring component 1086 is placed at this in notch of tightening member 1012, and the shape and/or force closure element 1022 are described in
Tightening member extends.Be disposed with stop part 1092 herein in the notch, the stop surface of the stop part face the shape and/
Or the lever element 1076 of force closure element 1022.The spring assembly 1086 is supported on the stop part on the direction in gap
On 1092.The damping unit 1084 includes a control handwheel 1094, which is arranged in the eccentric element 1078 and spring
Between component 1086.The spring assembly 1086 is supported on the control handwheel 1094 on the eccentric element 1078.It is described
Spring element 1090 is pre-tensioner herein and applies spring force to the eccentric element 1078.The spring element 1090 it is pre-
Clamp force is more than the pretightning force of the spring element 1024 for the pre-tensioner pin element 1080 herein.Passing through lever element
1076 in the case of manipulating the eccentric element 1078, the locking unit 1020 are placed to via the eccentric element 1078
In power be directed to via spring assembly 1086 in manipulation device 1020.In the case where manipulating the eccentric element 1078,
Thus spring assembly 1086 is compressed, thus especially better simply manipulate is feasible.In addition, closing the manipulation device
Tensioning when 1020 can be prevented by the deformability of spring element.
Figure 18 is here it is shown that the spring assembly 1086 with the spring element 1090 for being configured to helical spring, the spring element
Part is arranged on tubular type rivet 1088.May also be considered that in principle, spring assembly with it is other, to those skilled in the art's table
Now constructed for significant mode.Here, Figure 19 shows another designing scheme of spring assembly 1186.Here, the spring
Component 1186 has the reception pin 1196 to crack.The reception pin 1196 to crack has head 1198 on one end
And there are multiple latch elements 1200 on opposing ends, these latch elements fix a disk 1202 in the axial direction.
The spring assembly 1086 has spring element 1190 herein, which is arranged in the reception pin 1196 to crack
Between head 1198 and the disk fixed by the latch elements 1200 of reception pin 1196.The spring element 1190 is in this structure
Make as helical spring.Figure 20 shows another designing scheme of the spring assembly 1286.Here, equivalent to the design by Figure 19
Scheme, the spring assembly 1286 include a reception pin 1296 to crack.The spring assembly 1286 includes multiple spring elements
Part 1290, they are configured to disc spring, are arranged in the outside of the reception pin 1296 and form dished spring assembly.
Figure 21 shows the designing scheme of another replacement of clamp device 1312.Clamp device 1312 has a holding element
1354, which, which is set, is used for corresponding with the holding element 1352 of accessory unit 1314 and protects in the assembled state
Hold the accessory unit 1314.The holding element 1354 of clamp device 1312 is formed by a handcuff-type element.The holding element
1354 have contact pin 1304, these contact pin out are inwardly prolonged by the medial surface for being configured to the holding element 1354 of handcuff-type element
Stretch.Here, it illustrate only a contact pin 1304 in figure 21.Unshowned other contact pin herein preferably with it is having shown that and described
Contact pin 1304 as one man construct.In principle it is also contemplated that, the holding element only have a contact pin 1304 or
With with different configuration, for example with multiple contact pin 1304 of different height.The holding element 1354 of clamp device 1312 it is shown
The contact pin 1304 gone out is arranged in the scope of a notch, and a shape and/or force closure element 1322 are disposed with the notch.Connect
Piece 1304 is configured to elevated portion herein, the elevated portion from the holding element 1354 just curved inner wall part diametrically to
Interior extension.Locally reduced for the holding element with accessory unit 1314 by the contact pin 1304 or multiple contact pin 1304
The opening of the holding element 1354 of 1352 couplings.Holding element 1354 and annex can be thus realized by multiple contact pin 1304
The partial shape of the holding element 1352 of unit 1314 is sealed, thus, it is possible to realize clamp device 1312 and accessory unit 1314 it
Between improved connection.Each contact pin 1304 with the holding element 1354 of clamp device 1312 accordingly, accessory unit 1314
Holding element 1352 there is notch 1306 respectively.The contact pin 1304 is herein in the holding element of the clamp device 1312
It is embedded under 1354 closure state in corresponding notch 1306, thus, it is possible to realize described two holding elements 1352,1354
Between particularly advantageous shape sealed.
Claims (10)
1. system, with least one handle apparatus (10,110,210,310,410,510,610,710,810,910) and with
At least one clamp device (12,112,212,312), at least one clamp device are set for will at least at least in part
One accessory unit (14,114) be fastened on the handle apparatus (10,110,210,310,410,510,610,710,810,
910) on and the clamp device has a holding element (54) for carrying gap (56), which is arranged to assembling
In the state of keep the accessory unit (14,114), at least one receiving unit (16,116,216,316,416,516,616,
716th, 816,916), at least one receiving unit set at least in part for the handle apparatus (10,110,210,
310th, 410,510,610,710,810,910) and the clamp device (12,112,212,312) the coupling that can be unclamped, it is described
Receiving unit (16,116,216,316,416,516,616,716,816,916) corresponds to each other including at least two at least part
Shape sealed element (18,18 ', 118,218,318,318 ', 418,418 ', 518,618,718,818,918)；It is at least one
Locking unit (20,120,220,320,420,520,620,720), at least one locking unit set use at least in part
In the handle apparatus (10,110,210,310,410,510,610,710,810,910) and the clamp device (12,112,
212nd, coupling 312)；And the locking unit (20,120,220,320,420,520,620,720,1020) is included at least
One shape and/or force closure element (22,122,222,322,422,522,622,722,1022), and the locking unit
The shape and/or force closure element through the clamp device notch (42) extend, the notch of the clamp device
(42) gap (56) with the holding element (54) intersects.
2. system described in accordance with the claim 1, it is characterised in that the shape sealed element (18,18 ', 118,218,318,
318 ', 418,418 ', 518,618,718,818,918) at least one shape sealed element be at least partially one one-tenth
Type portion.
3. system according to any one of the preceding claims, it is characterised in that the receiving unit (16,116,216,
316th, 416 916), 516,616,716,816, there is at least one groove-tenon unit.
4. system at least described in accordance with the claim 1, it is characterised in that the locking unit (720,1020) includes at least one
A lever element (776,1076).
5. system at least described in accordance with the claim 1, it is characterised in that the locking unit (20,320,420,520,720,
1020) at least one spring element (24,124,224,324,1024) is included, at least one spring element is at least in part
Setting is used for pre-tensioner at least one shape and/or force closure element (22,322,422,522,722,1022).
6. system at least described in accordance with the claim 1, it is characterised in that the locking unit (1020) includes a damping unit
(1084), the damping unit be arranged in the clamp device (1012) and the shape and/or force closure element (1022) it
Between.
7. system according to any one of the preceding claims handle apparatus (10,110,210,310,410,510,
610、710、810、910)。
8. handle apparatus (10,110,210,310,410,510,610,710,810,910) according to claim 7, its
It is characterized in that, the handle apparatus is auxiliary handle device.
9. the clamp device (12,112,212,312) of system according to any one of claim 1 to 6.
10. clamp device (12,112,212,312) according to claim 9, it is characterised in that the clamp device is
Annex clamp device.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102012213751 | 2012-08-03 | ||
| DE102012213751.3 | 2012-08-03 | ||
| DE102013213284.0 | 2013-07-08 | ||
| DE201310213284 DE102013213284A1 (en) | 2012-08-03 | 2013-07-08 | Hand tool machine system for use with handle device and fastening device, has receiving unit, which is provided partly to releasable coupling of handle device and fastening device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103624752A CN103624752A (en) | 2014-03-12 |
| CN103624752B true CN103624752B (en) | 2018-04-24 |
Family
ID=49780038
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310331383.6A Active CN103624752B (en) | 2012-08-03 | 2013-08-01 | System with least one handle apparatus and at least one clamp device |
Country Status (4)
| Country | Link |
|---|---|
| CN (1) | CN103624752B (en) |
| DE (1) | DE102013213284A1 (en) |
| FR (1) | FR2994119B1 (en) |
| SE (1) | SE538532C2 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2546176B (en) * | 2016-01-11 | 2021-02-10 | C Vasudeva Kailash | Power tool with detachable auxiliary handle |
| CN107096942A (en) * | 2017-05-16 | 2017-08-29 | 傅书华 | A kind of easy-to-use electric drill device |
| EP3670099A1 (en) * | 2018-12-17 | 2020-06-24 | Hilti Aktiengesellschaft | Handheld power tool and side handle |
| DE102020206068A1 (en) | 2020-05-13 | 2021-11-18 | MTU Aero Engines AG | Adapter element for a cutting machine, in particular for suctioning off material residues |
| US11931879B2 (en) | 2021-06-07 | 2024-03-19 | Black & Decker Inc. | Power tool dual-trigger operation |
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| US4368556A (en) * | 1980-03-14 | 1983-01-18 | Robert Bosch Gmbh | Handle assembly |
| CN2673577Y (en) * | 2003-03-26 | 2005-01-26 | 吴锦志 | Electric tool having spare parts box |
| CN2706286Y (en) * | 2004-04-21 | 2005-06-29 | 苏州宝时得电动工具有限公司 | Drill hammer kind electric tool having accessories |
| CN2711437Y (en) * | 2004-06-25 | 2005-07-20 | 伍强华 | Active connector for furniture subassembly |
| CN2878763Y (en) * | 2006-02-06 | 2007-03-14 | 陈秋田 | Fastening device |
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| EP2272626A1 (en) * | 2009-07-10 | 2011-01-12 | Makita Corporation | Dust collecting attachment |
| CN101959651A (en) * | 2008-02-26 | 2011-01-26 | 罗伯特.博世有限公司 | Handle for hand-held electric tool |
| CN101959652A (en) * | 2008-03-05 | 2011-01-26 | 罗伯特.博世有限公司 | Auxiliary handle and hand-held power tool |
| CN102131468A (en) * | 2009-04-29 | 2011-07-20 | 双湾医药公司 | Sanitary clamp |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE8621430U1 (en) * | 1986-08-09 | 1987-12-10 | Robert Bosch Gmbh, 7000 Stuttgart | Holder for additional device |
| DE19606498A1 (en) * | 1996-02-22 | 1997-08-28 | Atlas Copco Elektrowerkzeuge | Additional handle for an electric machine tool |
| US20040163214A1 (en) * | 2003-02-25 | 2004-08-26 | Motomax Electric Co., Ltd. | Assist handle for electric tools |
| DE102008004875A1 (en) * | 2008-01-17 | 2009-07-23 | Robert Bosch Gmbh | Handle for an electric hand tool |
| DE102010005535A1 (en) * | 2010-01-23 | 2011-09-08 | Metabowerke Gmbh | Locking device for locking a depth stop rod, additional handle and hand-held machine tool |
-
2013
- 2013-07-08 DE DE201310213284 patent/DE102013213284A1/en active Pending
- 2013-08-01 CN CN201310331383.6A patent/CN103624752B/en active Active
- 2013-08-01 SE SE1350923A patent/SE538532C2/en unknown
- 2013-08-02 FR FR1357707A patent/FR2994119B1/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4368556A (en) * | 1980-03-14 | 1983-01-18 | Robert Bosch Gmbh | Handle assembly |
| CN2673577Y (en) * | 2003-03-26 | 2005-01-26 | 吴锦志 | Electric tool having spare parts box |
| CN2706286Y (en) * | 2004-04-21 | 2005-06-29 | 苏州宝时得电动工具有限公司 | Drill hammer kind electric tool having accessories |
| CN2711437Y (en) * | 2004-06-25 | 2005-07-20 | 伍强华 | Active connector for furniture subassembly |
| CN2878763Y (en) * | 2006-02-06 | 2007-03-14 | 陈秋田 | Fastening device |
| CN2908065Y (en) * | 2006-05-10 | 2007-06-06 | 朱世箴 | Lateral handle of impact electric drill |
| DE202006020017U1 (en) * | 2006-09-01 | 2007-07-26 | Robert Bosch Gmbh | Method for fitting additional hand grip to hand power tool using interlocking grip profiles secured in axial direction |
| CN101959651A (en) * | 2008-02-26 | 2011-01-26 | 罗伯特.博世有限公司 | Handle for hand-held electric tool |
| CN101959652A (en) * | 2008-03-05 | 2011-01-26 | 罗伯特.博世有限公司 | Auxiliary handle and hand-held power tool |
| CN102131468A (en) * | 2009-04-29 | 2011-07-20 | 双湾医药公司 | Sanitary clamp |
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Also Published As
| Publication number | Publication date |
|---|---|
| FR2994119B1 (en) | 2016-02-26 |
| SE1350923A1 (en) | 2014-02-04 |
| SE538532C2 (en) | 2016-09-06 |
| FR2994119A1 (en) | 2014-02-07 |
| DE102013213284A1 (en) | 2014-02-06 |
| CN103624752A (en) | 2014-03-12 |
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