CN105224078B - Exercise data captures equipment - Google Patents
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- CN105224078B CN105224078B CN201510587390.1A CN201510587390A CN105224078B CN 105224078 B CN105224078 B CN 105224078B CN 201510587390 A CN201510587390 A CN 201510587390A CN 105224078 B CN105224078 B CN 105224078B
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- 238000013481 data capture Methods 0.000 title claims abstract description 23
- 238000003475 lamination Methods 0.000 claims abstract description 248
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- 238000010276 construction Methods 0.000 claims abstract description 131
- 230000006978 adaptation Effects 0.000 claims abstract description 44
- 238000013016 damping Methods 0.000 claims abstract description 35
- 230000000694 effects Effects 0.000 claims abstract description 7
- 230000033001 locomotion Effects 0.000 claims description 17
- 230000005540 biological transmission Effects 0.000 claims description 14
- 238000004891 communication Methods 0.000 claims description 3
- 241001269238 Data Species 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 12
- 238000005516 engineering process Methods 0.000 description 11
- 210000000245 forearm Anatomy 0.000 description 10
- 230000009471 action Effects 0.000 description 9
- 210000000689 upper leg Anatomy 0.000 description 9
- 210000002414 leg Anatomy 0.000 description 7
- 230000003287 optical effect Effects 0.000 description 5
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- 239000012634 fragment Substances 0.000 description 1
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Abstract
The invention discloses a kind of exercise datas to capture equipment, and the adaptation position for being used to be placed in moving object including at least one composite construction lamination obtains exercise data；Composite construction lamination includes：Main leaf, main leaf is internally provided with the sensor of acquisition exercise data and sensing data output interface is used to export the sensor exercise data collected inside main leaf；Two tags, are separately positioned on the both ends of main leaf, and composite construction lamination is fixed on to adaptation position for assisting；Two tags are connected to the both ends of main leaf by two Damping hinge components respectively；Wherein, two tags can rotate under stress effect rotating around the Damping hinge axis of coupled Damping hinge component, and be maintained at the position to stop operating to be bonded adaptation position.Technical solution provided by the present application is able to use family and easily dresses exercise data capture equipment.
Description
Technical field
The present invention designs electronic information technical field more particularly to a kind of exercise data captures equipment.
Background technique
With being constantly progressive for sensing technology, motion capture technology becomes current popular research.Currently used movement
Capturing technology includes：Mechanical action capture, the motion capture of acoustics formula, electromagnetic action capture, inertia conduction action capture and
Optical profile type motion capture technology etc., wherein more commonly include the capture of inertia conduction action and optical profile type motion capture technology.
Optical identification class needs to lay that multi-cam, to lay on human body multiple sensitivity specks, portable degree very small in space, is limited by place
It makes very big.And the equipment that mechanical action captures system is all more clumsy, is fettered by physical structure more serious.
Despite the presence of the difference between different technologies, during the realization of various motion capturing technology, need be caught
The key position of object, such as the key position of human body are caught, as action recognition point is arranged at main joint of trunk.Using optical profile type
The system of motion capture technology usually requires to place optical sensor reflective spot in the object key position that is captured.And inertia is passed
Motion capture is led, needs to place a sensor at the key operations capture node location for being tracked object.It recycles from identification point
The data of acquisition are calculated by algorithm, so that the movement captured be reverted on graphic display device.It can be seen that right
For most motion capture systems using different technologies, action recognition capture the placement of point for motion capture technology all compared with
For key, and usually require to guarantee that identification point position has certain stability, thus by corresponding motion capture equipment or
Device disposes or fits in the special identification point position for the object that is captured.
Currently, usually using velcro (and can be described as hundred thread gluings) in the fixed sensing device of motion capture induction point.Magic
Patch generally includes two sides：It is soft fiber on one side, another side is with the elastomer for hooking thorn.In the feelings by certain pressure
Under condition, two sides is engaged.However, during wearing has velcro sensing device, since sensor is separated in different positions
It sets, it usually needs it is dressed point by point, such as the one side for needing user's both hands respectively to hold velcro, then in phase clinching, wearing side
Formula is all more clumsy.Or using the fixation device for carrying out other bindings.Particularly, when user it is other people help, oneself
In the case where being dressed, being difficult to carry out the installation on arm position, can only be one-handed performance, i.e., a hand operates velcro,
Sensor should be fixed on arm, operate velcro again, donning process is especially difficult.Generally requiring more people's auxiliary will divide
From sensor dressed or need to be in tights will, wearing scene is relatively limited.
By the way of velcro, wearing mode is not only resulted in and portable degree has difficulties, is also easy to lead to wearing position
Inaccuracy, stability reduce, the action data inaccuracy of capture, it is difficult to reach ideal motion capture effect.
Summary of the invention
In view of this, being able to use family this application provides a kind of new technical solution easily dresses exercise data capture
Equipment, and even if also easily can have sensor in its each position wearing in the case where other people no assistance of user
Exercise data captures equipment.
According to the one aspect of the application, a kind of exercise data capture equipment, including at least one composite construction are provided
The adaptation position that lamination is used to be placed in moving object obtains exercise data；Composite construction lamination includes：
Main leaf, the sensor and sensing data output interface that main leaf is internally provided with acquisition exercise data are for exporting
Sensor exercise data collected inside main leaf；
Two tags, are separately positioned on the both ends of main leaf, and composite construction lamination is fixed on to adaptation position for assisting；
Two tags are connected to the both ends of main leaf by two Damping hinge components respectively；
Wherein, two tags can be rotating around the Damping hinge axis of coupled Damping hinge component under stress effect
Rotation, and the position to stop operating is maintained to be bonded adaptation position.
It is captured in apparatus embodiments in a kind of exercise data, exercise data capture device further includes data line；
Wherein, the interface unit being connected to each other with the sensing data output interface of main leaf is provided on data line, with logical
Data line is crossed to export sensor exercise data collected.
It is captured in apparatus embodiments in a kind of exercise data, main leaf has collection line three-way hole, the setting of sensing data output interface
Inside collection line three-way hole；
Wherein, data line is slidably disposed through collection line three-way hole, and by data line inside collection line three-way hole
Interface unit docked with sensing data output interface, sensor exercise data collected is exported.
It is captured in apparatus embodiments in a kind of exercise data, be connected with the Damping hinge component opposite end of one end of tag is all provided with
It is equipped with fixation member, is used for fixing device for installing, the fixation device of two tag opposite ends is mutually butted, by composite construction lamination
It is fixed on adaptation position.
It is captured in apparatus embodiments in a kind of exercise data, fixation member includes：Tag end edges region is set
Fixed card slot, fixed device is fixing belt, and the fixing belt of two tag opposite ends can be mutually butted, composite construction lamination is fixed
At adaptation position.
It being captured in apparatus embodiments in a kind of exercise data, it includes multiple composite construction laminations that exercise data, which captures equipment,
Exercise data is obtained for being placed in multiple adaptation positions, wherein is placed in the master of the composite construction lamination at different adaptation positions
Piece has different sizes.
A kind of exercise data capture apparatus embodiments in, the main leaf of composite construction lamination be adapted to position be bonded one side
It is outside with the one side that inside is supported or opposed for inside, wherein the inside of biggish composite construction lamination main leaf has groove, smaller
The outside of composite construction lamination there is protrusion, bulge can be matched with groove in main leaf, so that biggish composite junction
Structure lamination is fitted closely with lesser composite construction lamination.
It is captured in apparatus embodiments in a kind of exercise data, further includes：At least one single structure lamination, in single structure lamination
The sensor and sensing data output interface that portion is provided with acquisition exercise data are for exporting single structure lamination internal sensor
Exercise data collected, two opposite ends of single structure lamination are provided with fixation member for fixing device for installing, single structure
The fixation device of two opposite ends of lamination is mutually butted, and single structure lamination is fixed on adaptation position.
It is captured in apparatus embodiments in a kind of exercise data, exercise data captures equipment and further includes：At least two datas pass
Defeated line；
Wherein, it is provided on a data output line and is connect with what the sensing data output interface of composite construction lamination was connected to each other
Mouthpiece exports the sensor of composite construction lamination exercise data collected；
The interface portion being connected to each other with the sensing data output interface of single structure lamination is provided in another a data transmission line
Part exports the sensor of single structure lamination exercise data collected.
It is captured in apparatus embodiments in a kind of exercise data, exercise data captures equipment and further includes：At least one data pass
Defeated line；
Wherein, being provided on single data line respectively can be with the sensing data of composite construction lamination and single structure lamination
The interface unit that output interface is connected to each other, to be exported different sensors exercise data collected by data line.
It captures in apparatus embodiments in a kind of exercise data, distinguishes on the main leaf and single structure lamination of composite construction lamination
With collection line three-way hole, the sensing data output interface of composite construction lamination and the sensing data output interface point of single structure lamination
It She Zhi not be inside respective collection line three-way hole；
Data line is slidably disposed through collection line three-way hole, and passes through the interface on data line inside collection line three-way hole
Component is docked with corresponding sensing data output interface, and the exercise data that different sensors are acquired exports.
It is captured in apparatus embodiments in a kind of exercise data, the tag of composite construction lamination is connected with Damping hinge component
The opposite end of one end is provided with fixation member, for installing the fixation device of composite construction lamination, the fixation of composite construction lamination
Device can be mutually butted, and composite construction lamination is fixed on adaptation position；The both ends of single structure lamination are provided with fixed part
Part, for installing the fixation device of single structure lamination, the fixation device of single structure lamination can be mutually butted, by single structure lamination
It is fixed on adaptation position.
It is captured in apparatus embodiments in a kind of exercise data, exercise data captures equipment and includes：
Multiple composite construction laminations obtain exercise data for being placed in multiple adaptation positions, wherein are placed in different suitable
The main leaf of composite construction lamination with position has different sizes；
Multiple single structure laminations obtain exercise data for being placed in multiple adaptation positions, wherein be placed in different adaptations
The single structure lamination at position has different sizes.
A kind of exercise data capture apparatus embodiments in, the main leaf of composite construction lamination be adapted to position be bonded one side
It is outside with the one side that inside is supported or opposed for inside, wherein the inside of biggish composite construction lamination main leaf has groove, smaller
The outside of composite construction lamination there is protrusion, the groove on the inside of larger composite construction lamination main leaf can be with smaller composite construction
Protrusion on the outside of lamination matches, so that biggish composite construction lamination is fitted closely with lesser composite construction lamination；
Single structure lamination is inside with the one side for being adapted to position fitting, is outside with the one side that inside is supported or opposed, wherein larger
The inside of single structure lamination there is groove, the outside of lesser single structure lamination has a protrusion, in larger single structure lamination
The groove of side can be matched with the protrusion on the outside of smaller single structure lamination, so that biggish single structure lamination and lesser unijunction
Structure lamination fits closely.
It is captured in apparatus embodiments in a kind of exercise data, sensing data output interface is wireless data output interface, is used
In mode output transducer exercise data collected by wireless communication.In the present embodiment, the main leaf of composite construction lamination
With may include power module, such as battery on single structure lamination, thus for sensing data wireless transmission provide electric energy or
Person provides electric energy for sensor.In addition, power module also can be set on a sensor to be itself work or wireless biography
Defeated offer electric energy.
It is captured in apparatus embodiments in a kind of exercise data, on the main leaf and single structure lamination of composite construction lamination respectively also
Working condition including sensor indicator light, for respective indication sensor.
It is captured in apparatus embodiments in a kind of exercise data, the interface unit being arranged on data line is spring needle interface
Component.
It is captured in apparatus embodiments in a kind of exercise data, data line is also used to provide electric energy to sensor to drive
Working sensor.
Exercise data provided by the present application capture equipment in, by two Damping hinge components by two tags and comprising
Sensor main leaf is attached, and since tag can be around damping hinge axis rotation under stress effect, and is maintained at and stops operating
Position is to be bonded adaptation position, so as to which composite construction lamination is tentatively fixed on adaptation position, convenient in each of human body
Position wearing has the composite construction lamination of sensor, to be acquired exercise data.The fixed work improved using Damping hinge
With user oneself can wear common clothing, without wearing special tight, help, can fast facilitate without other people
It dresses exercise data and captures equipment in ground.It is not only easy to operate, but also the stability that equipment is placed in each fit point is improved, it mentions
The high accuracy of exercise data acquisition.
Detailed description of the invention
Disclosure illustrative embodiments are described in more detail in conjunction with the accompanying drawings, the disclosure above-mentioned and its
Its purpose, feature and advantage will be apparent, wherein in disclosure illustrative embodiments, identical reference label
Typically represent same parts.
Fig. 1 shows the composite construction lamination signal that exercise data provided by the present application captures a kind of embodiment of equipment
Figure.
Fig. 2 shows the sides that exercise data provided by the present application captures main leaf in a kind of composite construction lamination of embodiment of equipment
Depending on structural schematic diagram.
Fig. 3 shows the perspective structure that exercise data provided by the present application captures a kind of composite construction lamination of embodiment of equipment
Schematic diagram.
Fig. 4 shows the use that exercise data provided by the present application captures a kind of multiple composite construction laminations of embodiment of equipment
Schematic diagram.
The use that Fig. 5 shows multiple single structure laminations that exercise data provided by the present application captures a kind of embodiment of equipment is shown
It is intended to.
Fig. 6 shows the composite construction lamination fitting that exercise data provided by the present application captures in a kind of embodiment of equipment and illustrates
Figure.
Fig. 7 shows the front view for the single structure lamination that exercise data provided by the present application captures in a kind of embodiment of equipment.
Fig. 8 shows the adapting position schematic diagram that exercise data provided by the present application captures a kind of embodiment of equipment.
Fig. 9 shows exercise data provided by the present application and captures a kind of schematic diagram of embodiment of equipment.
Specific embodiment
The preferred embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although showing the disclosure in attached drawing
Preferred embodiment, however, it is to be appreciated that may be realized in various forms the disclosure without the embodiment party that should be illustrated here
Formula is limited.On the contrary, these embodiments are provided so that this disclosure will be more thorough and complete, and can be by the disclosure
Range is completely communicated to those skilled in the art.
Fig. 1 shows exercise data provided by the present application and captures a kind of structural representation of embodiment of composite construction lamination in equipment
Figure.It includes the adaptation position acquisition that at least one composite construction lamination is used to be placed in moving object that the exercise data, which captures equipment,
Exercise data.The composite construction lamination includes：
Main leaf 101, main leaf are internally provided with the sensor 1011 and sensing data output interface of acquisition exercise data
1012 for exporting the exercise data collected of sensor 1011 inside main leaf；
Two tags 103, are separately positioned on the both ends of main leaf, and composite construction lamination is fixed on locking portion for assisting
Position.
Two tags are connected to the both ends of main leaf by two Damping hinge components 102 respectively.Wherein, two tags by
Power effect is lower to be rotated rotating around the Damping hinge axis of coupled Damping hinge component, and is maintained at the position to stop operating
It sets to be bonded adaptation position.Between main leaf 101 and two tags 103 with Damping hinge component (or be Damping hinge structure) 102 into
Row connection, since Damping hinge axis (or being Damping hinge shaft) has the function of centainly keeping form angle instantly, thus
So that two tags rotate under stress effect, such as the distance between tightening two panels tag both ends, and it is maintained at and stops operating
Position to be bonded adaptation position so that composite construction lamination is fixed on adapting position, sensor is utilized to carry out exercise data
Acquisition.
Sensor in the application can be the sensor in inertia conducting system.
Through the foregoing embodiment, make to hinder using the resistance of connecting shaft rotation between hinge fragment by Damping hinge component
Buddhist nun's hinge parts can keep current form to a certain extent, when so that it is placed on body trunk (such as arm, leg)
It keeps stablizing, avoids that the fixed inconvenient of velcro bandage progress sensor is used alone, improve the portable degree of wearing.
It is captured in apparatus embodiments in a kind of exercise data, exercise data capture device further includes data line；Wherein,
The interface unit being connected to each other with the sensing data output interface of main leaf is provided on data line, to incite somebody to action by data line
Sensor exercise data output collected.
Fig. 2 shows a kind of sides of embodiment of main leaf in composite construction lamination in exercise data provided by the present application capture equipment
Depending on structural schematic diagram.It is captured in apparatus embodiments in a kind of exercise data, main leaf 201 has collection line three-way hole 2011, sensing data
Output interface setting is inside collection line three-way hole；Wherein, data line is slidably disposed through collection line three-way hole, and in collection line three-way hole
It is docked by the interface unit on data line with sensing data output interface inside 2011, by sensor fortune collected
Dynamic data output.
Data line can communicate the sensor on composite construction lamination by sensing data output interface, also
It can power to sensor to drive working sensor.I.e. data line and supply lines can be single line, can also separate
Setting.
When sensor does not work, between data line and sensor can opposite sliding, when working sensor, data transmission
Line carries out grafting inside collection line three-way hole by sensing data output interface and sensor.It is of course also possible to use the side of welding
Formula makes data line be connected by sensing data output interface with sensor internal board structure of circuit.
It is captured in apparatus embodiments in a kind of exercise data, the interface unit being arranged on data line is spring needle
(pogo pin) interface unit.I.e. data transmission link and sensor internal are arranged matched interface and are attached, and can be with
It assists for interface to be fixed using buckle.
In addition to spring needle interface unit, the specific position of data line, such as corresponding upper arm sensor, thigh sensor
Position at interface unit can by directly for exposed transmission line in the form of, docked with sensing data output interface.
It is captured in apparatus embodiments in a kind of exercise data, sensing data output interface can also connect for wireless data output
Mouthful, institute's sensor exercise data collected is exported for mode by wireless communication.In the present embodiment, composite construction lamination
Main leaf and single structure lamination on may include power module, such as battery, so that the wireless transmission for sensing data provides
Electric energy provides electric energy for sensor.In addition, power module also can be set on a sensor to for itself work or
Wireless transmission provides electric energy.
It is captured in apparatus embodiments in a kind of exercise data, be connected with the Damping hinge component opposite end of one end of tag is all provided with
It is equipped with fixation member, is used for fixing device for installing, the fixation device of two tag opposite ends is mutually butted, by composite construction lamination
It is fixed on adaptation position.
It is captured in apparatus embodiments in a kind of exercise data, as shown in Fig. 2, being also provided with protrusion on main leaf 201
2014.Protrusion 2014 can be bonded with the groove on the inside of the main leaf of biggish composite construction lamination, to will have main leaf 201
Composite construction lamination be combined together with biggish composite construction lamination, convenient for storage.
Main leaf 201 is connect with tag by Damping hinge component.Connection type can be with the mode that describes below with reference to Fig. 3
It is same or like.
Fig. 3 shows exercise data provided by the present application and captures a kind of perspective structure of embodiment of composite construction lamination in equipment
Schematic diagram.It is captured in apparatus embodiments in the exercise data, main leaf 301 is internally provided with the sensor of acquisition exercise data (not
Show) and sensing data output interface (not shown) collection line three-way hole 3011 is set and is used to export sensor inside main leaf
Exercise data collected.Composite construction lamination is consolidated for assisting in two tags 303, the both ends for being separately positioned on main leaf 301
It is scheduled on adaptation position.Two tags 303 are connected by two Damping hinge components 302 with main leaf 301.Two Damping hinge components
302 can be connected on main leaf 301 and tag 303 by the various modes such as screw thread or screw.The fixation member includes：Setting
Fixed card slot 304 in 303 end edges region of tag, such as Flat wide mouth.Fixed device can for fixing belt, Fastening wrist-watch band,
Velcro or the more various fixed devices of rope, so that the fixing belt of two 303 opposite ends of tag can be mutually butted, by composite junction
Structure lamination is preferably fixed on adaptation position, prevents composite construction lamination when bulk motion from falling off.
In the above-described embodiments, using Damping hinge component, composite construction can be folded by Damping hinge component first
Piece is tentatively fixed on adapting position, such as arm, then good with fixed device such as velcro bondage again, easy to operate.
It respectively further include sensing on the main leaf and single structure lamination of composite construction lamination in each embodiment of the application
Device indicator light 3013, the working condition such as strip indicator light for respective indication sensor, such as after sensor is successfully powered
Indicator light lights.
Fig. 7 shows the front view of the single structure lamination of the application, thereon can also include being arranged on single structure lamination 701
Strip indicator light 7013.The fixed card slot 704 in 701 end edges region of single structure lamination is set, two can be fixed respectively
A fixed device such as velcro, so that a pair of of velcro in single structure lamination both ends fixed card slot 704 can be connected to each other,
To fixed single structure lamination.
Fig. 4 shows the use schematic diagram that exercise data provided by the present application captures multiple composite construction laminations in equipment.?
A kind of exercise data captures in apparatus embodiments, and it includes multiple composite construction laminations that exercise data, which captures equipment, for being placed in
Multiple adaptation positions obtain exercise data, wherein the main leaf for being placed in the composite construction lamination at different adaptation positions has difference
Size.For example, being placed in the composite construction lamination of large arm and forearm in Fig. 4 has different sizes, and it is placed in for example left
The composite construction lamination of right two forearms then can have identical size.
Referring to shown in Fig. 6 and Fig. 9.Fig. 6 shows exercise data provided by the present application and captures answering in a kind of embodiment of equipment
It closes structure lamination and is bonded schematic diagram.The main leaf of composite construction lamination is inside with the one side for being adapted to position fitting, is supported or opposed with inside
One side be outside, wherein the inside of biggish composite construction lamination main leaf (such as can be main leaf 301 shown in Fig. 3) has
Fluted 3014, the outside of lesser composite construction lamination main leaf (such as can be main leaf 201 shown in Fig. 2) has protrusion
2014, the protrusion 2014 of main leaf 201 can be matched with the groove 3014 of main leaf 301 so that biggish composite construction lamination with
Lesser composite construction lamination fits closely, convenient for storage.Biggish composite construction lamination for example can be for being arranged
The composite construction lamination of arm, and lesser composite construction lamination for example can be the composite construction lamination for lower arm to be arranged in.
It is captured in apparatus embodiments in a kind of exercise data, further includes：At least one single structure lamination, in single structure lamination
The sensor and sensing data output interface that portion is provided with acquisition exercise data are for exporting single structure lamination internal sensor
Exercise data collected, two opposite ends of single structure lamination are provided with fixation member for fixing device for installing, single structure
The fixation device of two opposite ends of lamination is mutually butted, and single structure lamination is fixed on adaptation position.
In the above-described embodiments, single structure lamination can be used for some adaptation positions.It is sensed for example, being installed in leg
It is easy to operate since both hands can be used when device lamination, it does not need Damping hinge structure and carries out preliminary fixed position, so as to
To use simple single chip architecture.Meanwhile as the certain positions of human body, such as leg thickness differ greatly, Damping hinge structure size
It sets more difficult to control, is set to larger, the thin people of leg, which compares, to be confined and be easy to loosen, and is set to smaller compared to monolithic knot
Structure difference is little, therefore can use the structure of single structure lamination.
It is captured in apparatus embodiments in a kind of exercise data, exercise data captures equipment and further includes：At least two datas pass
Defeated line；Wherein, the interface being connected to each other with the sensing data output interface of composite construction lamination is provided on a data output line
Component exports the sensor of composite construction lamination exercise data collected；Be provided in another a data transmission line with
The interface unit that the sensing data output interface of single structure lamination is connected to each other, by the sensor of single structure lamination fortune collected
Dynamic data output.
For example, it is folded to can connect two or more composite construction laminations or multiple single structures on a data line
Piece.Specifically for example, four data transmission lines can be shared on four limbs direction, at the data processing centre of back setting processor
It is converged.Four data transmission lines of four limbs are exhaled from data processing centre, connect two on every data transmission line
The lamination composite construction lamination of forearm position (large arm of such as right hand).
It is captured in apparatus embodiments in a kind of exercise data, exercise data captures equipment and further includes：At least one data pass
Defeated line；Wherein, being provided on single data line respectively can be defeated with the sensing data of composite construction lamination and single structure lamination
The interface unit that outgoing interface is connected to each other, to be exported different sensors exercise data collected by data line.
It captures in apparatus embodiments in a kind of exercise data, distinguishes on the main leaf and single structure lamination of composite construction lamination
With collection line three-way hole, the sensing data output interface of composite construction lamination and the sensing data output interface point of single structure lamination
It She Zhi not be inside respective collection line three-way hole；Data line is slidably disposed through collection line three-way hole, and leads to inside collection line three-way hole
The interface unit crossed on data line is docked with corresponding sensing data output interface, the movement that different sensors are acquired
Data output.
It is captured in apparatus embodiments in a kind of exercise data, the tag of composite construction lamination is connected with Damping hinge component
The opposite end of one end is provided with fixation member, for installing the fixation device of composite construction lamination, the fixation of composite construction lamination
Device can be mutually butted, and composite construction lamination is fixed on adaptation position.Shown in Figure 3, composite construction lamination includes master
Piece 301 and two tags 303.One end 3021 of tag 303 is connected to main leaf 301 by Damping hinge component 302, with tag
Fixation member has can be set in the opposite opposite end 3022 in 303 one end 3021.Such as the fixation member can be fixed card slot
304.Fixed device is disposed respectively by the fixed card slot 304 in two tags, as the fixed card slot 304 on both sides installs evil spirit respectively
One side of art patch, the velcro on both sides will be mutually butted so that composite construction lamination is fixed on adapting position.
Shown in Figure 7, the both ends of single structure lamination 701 can also be provided with fixation member 704, for installing unijunction
The fixation device (not shown) of structure lamination.The fixation device that the both ends 704 of single structure lamination are installed can be mutually butted, by unijunction
Structure lamination is fixed on adaptation position.
It is captured in apparatus embodiments in a kind of exercise data, exercise data captures equipment and includes：Multiple composite construction laminations
Exercise data is obtained for being placed in multiple adaptation positions, wherein is placed in the master of the composite construction lamination at different adaptation positions
Piece has different sizes；Multiple single structure laminations obtain exercise data for being placed in multiple adaptation positions, wherein are placed in
The single structure lamination at difference adaptation position has different sizes.
For example, with reference to shown in Fig. 5, Fig. 5 shows exercise data provided by the present application and captures multiple single structure laminations in equipment
Use schematic diagram.The single structure lamination that thigh and shank are placed in Fig. 5 has different sizes, and is placed in such as left and right
The single structure lamination of two shanks then can have identical size.
As shown in figure 8, Fig. 8, which shows exercise data provided by the present application, captures equipment adapting position schematic diagram.For example, can be with
It includes large arm 1,2 positions, forearm 3,4 positions, thigh 5,6 positions, shank 7,8 positions that different adapting positions, which is arranged in,.It is different
The composite construction lamination of adapting position, single structure lamination it is of different sizes.It can be followed successively by thigh, large arm, small from big to small
Leg, forearm.
Shown in Figure 9, this illustrates exercise data provided by the present application and captures a kind of embodiment schematic diagram of equipment.The reality
It applies in example, (1,2) lamination including (3,4) lamination and large arm that multiple composite construction laminations such as adapting position is forearm, and
Multiple single structure laminations such as adapting position is (the 7,8) lamination of shank and (5,6) of thigh.The main leaf of composite construction lamination with
The one side for being adapted to position fitting is inside, is outside with the one side that inside is supported or opposed, wherein biggish composite construction lamination such as large arm
The inside of (1,2) composite construction lamination main leaf has groove, lesser composite construction lamination such as forearm (3,4) composite construction lamination
Outside there is protrusion, the groove on the inside of larger composite construction lamination main leaf can be with the protrusion on the outside of smaller composite construction lamination
Portion matches, so that biggish composite construction lamination is fitted closely with lesser composite construction lamination.
Similarly, single structure lamination is inside with the one side for being adapted to position fitting, is outside with the one side that inside is supported or opposed,
In, the inside of biggish single structure lamination such as thigh (5,6) single structure lamination has groove, lesser single structure lamination such as shank
The outside of (7,8) single structure lamination has protrusion, the groove on the inside of larger single structure lamination can with outside smaller single structure lamination
The protrusion of side matches, so that biggish single structure lamination is fitted closely with lesser single structure lamination.
The sensor lamination of large arm and forearm is respectively composite construction lamination, i.e., three chip architecture structures being made of master, tag
At shank and thigh sensor lamination are single structure lamination.Forearm lamination can be caught in large arm lamination rear, shank lamination
Thigh lamination rear can be caught in.Each lamination can use rigid plastics or other materials, and size is according to be adapted to position
It is different and orderly increase and decrease.Therefore, using the size according to lamination, it can successively overlap the mode put and be stored.That is, arm
Three laminations are from top to bottom：Hand, forearm, large arm sequence；Two lamination of leg is from top to bottom：Shank, thigh sequence put
It puts, is finally put into the inside backpacks storage box to match and is stored.
In addition, lamination uses single structure lamination since leg position is thicker, space can be saved, convenient for the receipts of knapsack
Case storage.The lamination of each position is stored using knapsack storage box, it can be in the case where bearing knapsack, for example, left hand is drawn
Corresponding lamination is fixed directly to hand respective nodes out, and the corresponding lamination of right hand pull-out is fixed directly to hand and accordingly saves
Point.
It respectively further include sensing on the main leaf and single structure lamination of composite construction lamination in each embodiment of the application
Device indicator light, the working condition for respective indication sensor.
In addition, the main body front of each lamination can be with embedded with metal cover plate, all rigid plastics of other parts.After plastics
One side towards adapter body has contton cloth, is convenient for comfortable wearing, with preventing damage skin.Damping hinge component both ends can be with
Equipped with velcro belt, convenient for the wearing sheet body being more bonded.
Exercise data according to the present invention above is described in detail by reference to attached drawing and captures equipment.
Various embodiments of the present invention are described above, above description is exemplary, and non-exclusive, and
It is not limited to disclosed each embodiment.Without departing from the scope and spirit of illustrated each embodiment, for this skill
Many modifications and changes are obvious for the those of ordinary skill in art field.The selection of term used herein, purport
In the principle, practical application or improvement to the technology in market for best explaining each embodiment, or make the art
Other those of ordinary skill can understand each embodiment disclosed herein.
Claims (16)
1. a kind of exercise data captures equipment, which is characterized in that including at least one composite construction lamination for being placed in movement
The adaptation position of object obtains exercise data；The composite construction lamination includes：
Main leaf, the sensor and sensing data output interface that the main leaf is internally provided with acquisition exercise data are for exporting
Sensor exercise data collected inside the main leaf；
Two tags, are separately positioned on the both ends of the main leaf, and the composite construction lamination is fixed on locking portion for assisting
Position；
Described two tags, are connected to the both ends of the main leaf by two Damping hinge components respectively；
Wherein, described two tags can be rotating around the Damping hinge axis of coupled Damping hinge component under stress effect
Rotation, and it is maintained at the position to stop operating to be bonded the adaptation position,
It further includes data line that the exercise data, which captures equipment,；
Wherein, the interface unit being connected to each other with the sensing data output interface of the main leaf is provided on the data line,
Sensor exercise data collected to be exported by the data line,
The main leaf has collection line three-way hole, and the sensing data output interface is arranged inside the collection line three-way hole；
Wherein, the data line is slidably disposed through the collection line three-way hole, and by described inside the collection line three-way hole
Interface unit on data line is docked with the sensing data output interface, and sensor exercise data collected is defeated
Out.
2. exercise data according to claim 1 captures equipment, which is characterized in that the tag and the Damping hinge portion
The be connected opposite end of one end of part is provided with fixation member, is used for fixing device for installing, the fixed dress of described two tag opposite ends
It sets and is mutually butted, the composite construction lamination is fixed on the adaptation position.
3. exercise data according to claim 2 captures equipment, which is characterized in that the fixation member includes：Setting exists
The fixed card slot in tag end edges region, the fixed device are fixing belt, the fixing belt of described two tag opposite ends
It can be mutually butted, the composite construction lamination is fixed on the adaptation position.
4. exercise data according to claim 1 captures equipment, which is characterized in that the exercise data captures equipment and includes
Multiple composite construction laminations obtain exercise data for being placed in multiple adaptation positions, wherein be placed in different locking portions
The main leaf of the composite construction lamination of position has different sizes.
5. exercise data according to claim 4 captures equipment, which is characterized in that the main leaf of the composite construction lamination with
The one side for being adapted to position fitting is inside, is outside with the one side that the inside is supported or opposed, wherein biggish composite construction lamination master
The inside of piece has groove, and the outside of lesser composite construction lamination has protrusion, and bulge can be with institute in the main leaf
It states groove to match, so that biggish composite construction lamination is fitted closely with lesser composite construction lamination.
6. exercise data according to claim 1 captures equipment, which is characterized in that further include：At least one single structure is folded
Piece, the sensor and sensing data output interface that the single structure lamination is internally provided with acquisition exercise data are for exporting
Two opposite ends of the single structure lamination internal sensor exercise data collected, the single structure lamination are provided with fixation
Component is used for fixing device for installing, and the fixation device of two opposite ends of the single structure lamination is mutually butted, by the unijunction
Structure lamination is fixed on adaptation position.
7. exercise data according to claim 6 captures equipment, which is characterized in that the exercise data captures equipment and also wraps
It includes：At least two data transmission lines；
Wherein, it is provided in a data transmission line and is connect with what the sensing data output interface of the composite construction lamination was connected to each other
Mouthpiece exports the sensor of composite construction lamination exercise data collected；
The interface portion being connected to each other with the sensing data output interface of the single structure lamination is provided in another a data transmission line
Part exports the sensor of single structure lamination exercise data collected.
8. exercise data according to claim 6 captures equipment, which is characterized in that the exercise data captures equipment and also wraps
It includes：At least one data line；
Wherein, being provided on single data line respectively can be with the sensing of the composite construction lamination and the single structure lamination
The interface unit that data output interface is connected to each other, with by the data line by different sensors exercise data collected
Output.
9. exercise data according to claim 7 or 8 captures equipment, which is characterized in that with the composite construction lamination
Be respectively provided with collection line three-way hole on main leaf and the single structure lamination, the sensing data output interface of the composite construction lamination and
The sensing data output interface of the single structure lamination is separately positioned on inside respective collection line three-way hole；
The data line is slidably disposed through the collection line three-way hole, and is passed inside the collection line three-way hole by the data
Interface unit on defeated line is docked with corresponding sensing data output interface, and the exercise data that different sensors are acquired is defeated
Out.
10. exercise data according to claim 6 captures equipment, which is characterized in that the tag of the composite construction lamination
Be connected with the Damping hinge component opposite end of one end is provided with fixation member, for installing the composite construction lamination
Fixed device, the fixation device of the composite construction lamination can be mutually butted, and the composite construction lamination is fixed on described
It is adapted to position；The both ends of the single structure lamination are provided with fixation member, for installing the fixed dress of the single structure lamination
It sets, the fixation device of the single structure lamination can be mutually butted, and the single structure lamination is fixed on the adaptation position.
11. exercise data according to claim 6 captures equipment, which is characterized in that the exercise data captures equipment packet
It includes：
Multiple composite construction laminations obtain exercise data for being placed in multiple adaptation positions, wherein are placed in different suitable
The main leaf of composite construction lamination with position has different sizes；
Multiple single structure laminations obtain exercise data for being placed in multiple adaptation positions, wherein be placed in different adaptations
The single structure lamination at position has different sizes.
12. exercise data according to claim 11 captures equipment, which is characterized in that the main leaf of the composite construction lamination
It is inside with the one side for being adapted to position fitting, is outside with the one side that the inside is supported or opposed, wherein biggish composite construction lamination
The inside of main leaf has groove, and the outside of lesser composite construction lamination has protrusion, the larger composite construction lamination master
Groove on the inside of piece can be matched with the protrusion on the outside of the smaller composite construction lamination, so that biggish composite construction lamination
It is fitted closely with lesser composite construction lamination；
The single structure lamination is inside with the one side for being adapted to position fitting, is outside with the one side that the inside is supported or opposed, wherein
The inside of biggish single structure lamination has groove, and the outside of lesser single structure lamination has protrusion, the larger unijunction
Groove on the inside of structure lamination can be matched with the protrusion on the outside of smaller single structure lamination so that biggish single structure lamination with compared with
Small single structure lamination fits closely.
13. exercise data according to claim 1 or 6 captures equipment, which is characterized in that the sensing data output interface
For wireless data output interface, sensor exercise data collected is exported for mode by wireless communication.
14. exercise data according to claim 1 or 6 captures equipment, which is characterized in that the master of the composite construction lamination
It respectively further include sensor indicator light on piece and single structure lamination, the working condition for respective indication sensor.
15. exercise data according to claim 1 or claim 7 captures equipment, which is characterized in that be arranged on the data line
Interface unit be spring needle interface unit.
16. exercise data according to claim 1 or claim 7 captures equipment, which is characterized in that the data line is also used to
Electric energy is provided to the sensor to drive the working sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510587390.1A CN105224078B (en) | 2015-09-15 | 2015-09-15 | Exercise data captures equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510587390.1A CN105224078B (en) | 2015-09-15 | 2015-09-15 | Exercise data captures equipment |
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| CN105224078A CN105224078A (en) | 2016-01-06 |
| CN105224078B true CN105224078B (en) | 2018-11-23 |
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| CN201510587390.1A Active CN105224078B (en) | 2015-09-15 | 2015-09-15 | Exercise data captures equipment |
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| CN112729346B (en) * | 2021-01-05 | 2022-02-11 | 北京诺亦腾科技有限公司 | State prompting method and device for inertial motion capture sensor |
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| CN103809752A (en) * | 2014-02-12 | 2014-05-21 | 上海华勤通讯技术有限公司 | Display-position-controllable portable terminal and display method thereof |
| CN104144669A (en) * | 2011-10-26 | 2014-11-12 | Jj探测有限责任公司 | Vibratory assembly for articulating members |
| CN204260741U (en) * | 2014-11-25 | 2015-04-15 | 深圳市长桑技术有限公司 | A kind of Wearable wrist-watch |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6748604B2 (en) * | 2002-05-30 | 2004-06-15 | Finger Fitting Products, Inc. | Glove massager |
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2015
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104144669A (en) * | 2011-10-26 | 2014-11-12 | Jj探测有限责任公司 | Vibratory assembly for articulating members |
| CN103809752A (en) * | 2014-02-12 | 2014-05-21 | 上海华勤通讯技术有限公司 | Display-position-controllable portable terminal and display method thereof |
| CN204260741U (en) * | 2014-11-25 | 2015-04-15 | 深圳市长桑技术有限公司 | A kind of Wearable wrist-watch |
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