CN107560816A - New-energy automobile combination property controls test device - Google Patents
New-energy automobile combination property controls test device Download PDFInfo
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- CN107560816A CN107560816A CN201710875144.5A CN201710875144A CN107560816A CN 107560816 A CN107560816 A CN 107560816A CN 201710875144 A CN201710875144 A CN 201710875144A CN 107560816 A CN107560816 A CN 107560816A
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Abstract
New-energy automobile combination property controls test device, including hollow base, level board is fixedly mounted in base, the rear and front end of horizontal plate top surface opens up the first guide groove respectively, two piece of first guide pad is provided with every first guide groove, vertical sleeve is fixedly mounted in every piece of first guide pad top, and the top of base is provided with horizontal expansion plate, two vertical inserted links are fixedly mounted in the both sides bottom surface of expansion plate respectively, and two inserted links positioned at expansion plate the same side are located at the rear and front end of expansion plate respectively.The present invention can be placed by expansion plate to the battery of different volumes, battery compartment is avoided to be exposed at outside expansion plate, and then prevent from producing resonance in vibration, test is interfered, influence the accuracy of test result, X-direction, Y-direction, Z-direction can be carried out by the device on base top to the battery on expansion plate to vibrate, make the vibration variation of battery, so that test result is more accurate simultaneously.
Description
Technical field
The present invention relates to automotive performance to control test device, and specifically a kind of new-energy automobile combination property control is surveyed
Trial assembly is put.
Background technology
For electric automobile, battery is to provide the device of power for it, and due to electric automobile in the process of moving
Vibration inevitably occurs, so to ensure the normally travel of electric automobile, before battery is installed into electric automobile,
Need to carry out vibration durability test to battery using battery vibration testing device, to detect the shock resistance of battery.And show
There is vibration table surface size to fix, large volume of battery is placed on table top, battery compartment can be caused to expose, and then is being vibrated
During be easy to produce covibration, to test interfere, influence test result.
The content of the invention
The present invention provides a kind of new-energy automobile combination property control test device, to solve of the prior art lack
Fall into.
The present invention is achieved by the following technical programs：
New-energy automobile combination property controls test device, including hollow base, and level board, level board is fixedly mounted in base
The rear and front end of top surface opens up the first guide groove respectively, is provided with two piece of first guide pad in every first guide groove, every piece first
Vertical sleeve is fixedly mounted in guide pad top, and the top of base is provided with horizontal expansion plate, the both sides bottom surface difference of expansion plate
Two vertical inserted links are fixedly mounted, two inserted links positioned at expansion plate the same side are located at the rear and front end of expansion plate, bottom respectively
Seat top surface rear and front end opens up the second guide groove respectively, and the second guide groove is parallel to each other and corresponding up and down with the first guide groove, often
Root inserted link can pass through corresponding second guide groove and be inserted into a corresponding sleeve, two sets positioned at level board the same side
It is fixedly connected between cylinder by a horizon bar, horizon bar top margin opens up through groove, is fixedly mounted in the middle part of horizontal plate top surface with dynamic
The vertical rotating shaft of power apparatus, the end both sides of rotating shaft are respectively fixedly connected with one end of head rod, every head rod
The be hinged installation inserted block of the other end, every piece of inserted block can be inserted into corresponding to moved in a through groove and along through groove, base top surface
T-shaped framework is fixedly mounted, vertical support block, T-shaped framework side top is fixedly mounted in the horizontal frame opposite side bottom of T-shaped framework
Hinged seat is fixedly mounted in end, is hinged the first expansion link of installation in hinged seat, the direction of extension of the first expansion link down, T-shaped framework
Horizontal frame in side be provided with two T-bars, the junction of two T-bars is movably arranged on T-shaped frame by jointed shaft respectively
In the horizontal frame of frame, horizon bar one end of every T-bar is be hinged to install montant, leads between the vertical bar bottom of two T-bars
Cross a horizontal movable axis to be fixedly connected, two L-type bars, two L-type bars are provided with the opposite side of the horizontal frame of T-shaped framework
Right angle respectively by level jointed shaft be movably arranged in the horizontal frame of T-shaped framework, the vertical bar bottom of two L-type bars
It is flexibly connected between end by a horizontal movable axis, the other end of the horizon bar of every L-type bar is articulated and connected the one of connecting rod
End, is provided with the second horizontal expansion link below the horizontal frame of T-shaped framework, the both ends of the second expansion link respectively with positioned at same water
Two movable axis of plane are articulated and connected, and the first supporting plate, the side of the first supporting plate are provided with above the horizontal frame of T-shaped framework
Bottom surface is fixedly connected with the top of two montants, and the opposite side bottom surface and the top of two connecting rods of the first supporting plate are articulated and connected,
Horizontal annulus is fixedly mounted in the top surface of first supporting plate, and several teeth, the circle centre position of annulus is uniformly fixedly mounted in the inwall of annulus
Provided with the first gear with power set, first gear is fixedly mounted in the first support plate top surface, the periphery of first gear
Provided with four second gears, four second gears are located in annulus and are uniformly distributed, and second gear can engage with first gear matches somebody with somebody
Close, second gear can engage cooperation with the tooth of circle ring inner wall, and the top of annulus is provided with the second horizontal supporting plate, the second supporting plate
Bottom surface be flexibly connected with the rotary shaft top of second gear, the second support plate top surface rear and front end is respectively equipped with horizontal first
Guide rod, the both ends of every first guide rod are fixedly mounted in the second support plate top surface by fixed block respectively, and every first is led
Coordinate into bar and be provided with the first guide sleeve, the first guide sleeve can move horizontally along the first guide rod, the phase of two the first guide sleeves
Vertical support bar is fixedly mounted in offside respectively, is fixedly connected between two support bars by a second horizontal guide rod,
Coordinate in second guide rod and be provided with the second guide sleeve, the disk with power set is fixedly mounted in the middle part of the second support plate top surface,
Fixed cover is fixedly mounted in disk top surface, and the second connecting rod, one end of the second connecting rod and the second guide sleeve are provided with fixed cover
Bottom is articulated and connected, and is fixedly connected between fixed cover and the second guide sleeve by the first spring, and the second connecting rod can pass through first
Spring, it is flexibly connected by a horizontal disk roller with power set between two supporting bar tops, it is uniformly solid on disk roller
Dingan County fills several vertical rotating disks, and disk roller is located at the eccentric part of rotating disk, and rotating disk can be engaged with the bottom surface of expansion plate, expansion plate
Rear and front end be fixedly connected by several restrainings.
New-energy automobile combination property control test device as described above, the second described support plate top surface rear and front end
Strip grooves are opened up respectively, are provided with two pieces of sliding shoes in every strip grooves, every piece of sliding shoe can be with the bottom of a corresponding support bar
End is fixedly connected.
New-energy automobile combination property control test device as described above, the other end of the second described connecting rod are fixed
Stopper is installed, the diameter of stopper is more than the diameter of fixed cover.
New-energy automobile combination property control test device as described above, the periphery of described every inserted link is provided with second
Spring.
It is an advantage of the invention that：The present invention can be placed by expansion plate to the battery of different volumes, avoid battery
Part is exposed at outside expansion plate, and then prevents from producing resonance in vibration, and test is interfered, influences the accurate of test result
Property, while battery progress X-direction, Y-direction, the Z-direction on expansion plate can be vibrated by the device on base top, make
The vibration variation of battery, so that test result is more accurate.When X-direction is vibrated to battery, disc rotary drives solid
Fixed set rotation, the second connecting rod are located in fixed cover, the second connecting rod can be made to be rotated therewith, the second connecting rod and second
The bottom of guide sleeve is articulated and connected, and the second guide sleeve can be made to be moved along the second guide rod, and the second guide sleeve is fixed with support bar
Connection, support bar are fixedly connected with the first guide sleeve, support bar can be made to be moved along the first guide rod, and then can make branch
Strut is moved in X direction, is rotated by disk roller, drives turntable rotation, and vibration-testing is carried out to the battery on expansion plate；Y-direction
When carrying out vibration-testing to battery, first gear rotation, second gear synchronous rotary, second gear and the second supporting plate are driven
It is flexibly connected, the second supporting plate can be driven to be rotated, then support bar is moved along Y-direction, and by rotating disk to flexible
Battery on plate carries out vibration-testing；When Z-direction carries out vibration-testing to battery, the first expansion link is stretched simultaneously with the second expansion link
Exhibition is shunk, and two T-bars synchronize rotation with pin joint respectively, two L-type bars respectively with pin joint synchronous rotary, and then
Montant, connecting rod are moved up or down, the first supporting plate is raised above or is moved down, so as to pass through rotating disk and expansion plate
Contact, vibration-testing is carried out to the battery on expansion plate, so as to carry out vibration-testing to battery from different directions, makes test
As a result it is more accurate.Pull inserted link to stretch expansion plate, and then the larger battery of volume can be placed on expansion plate,
Then shock resistance test is carried out, percentage of batteries exposes when can avoid the battery from placing, and then produces resonance, influences test knot
Fruit.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are this hairs
Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the present invention；Fig. 2 is Fig. 1 A direction view；Fig. 3 is Fig. 1 B direction view；Fig. 4 is
Fig. 1 C direction view；Fig. 5 is the sectional view along Fig. 1 line D-D.
Reference：The inserted link 8 of 1 base, 2 level board, 3 first 6 expansion plate of guide groove 4 first guide pad, 5 sleeve 7
The inserted block 15T types framework 16 of second guide groove, 9 restraining, 10 horizon bar, 11 through groove, 12 rotating shaft, 13 head rod 14 is cut with scissors
The supporting plate 24 of 17 first expansion link 18T types bar of joint chair, 19 22 second expansion link of montant 20L types 21 connecting rod of bar 23 first
The support bar 31 of 25 first gear of annulus, 26 second gear, 27 second supporting plate, 28 first 29 first guide sleeve of guide rod 30
The rotating disk of second 32 second guide sleeve of guide rod, 33 disk, 34 fixed cover, 35 second 36 first spring of connecting rod, 37 disk roller 38
The second spring of 39 strip grooves, 40 sliding shoe, 41 stopper 42.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
Part of the embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
New-energy automobile combination property controls test device, as illustrated, including hollow base 1, fixed peace in base 1
Level board 2 is filled, the rear and front end of the top surface of level board 2 opens up the first guide groove 3, two pieces are provided with every first guide groove 3 respectively
Vertical sleeve 5 is fixedly mounted in first guide pad 4, every piece of top of the first guide pad 4, and the top of base 1 is provided with horizontal stretch
Two vertical inserted links 7 are fixedly mounted in plate 6, the both sides bottom surface of expansion plate 6 respectively, two inserted links 7 positioned at the same side of expansion plate 6
It is located at the rear and front end of expansion plate 6 respectively, pulls inserted link 7 to stretch expansion plate 6, and then can be by the larger battery of volume
It is placed on expansion plate 6, then carries out shock resistance test, percentage of batteries exposes when can avoid the battery from placing, and then produces
Raw resonance, influences test result, the top surface rear and front end of base 1 opens up the second guide groove 8 respectively, and the second guide groove 8 is led with first
It is parallel to each other to groove 3 and corresponds to up and down, every inserted link 7 can passes through corresponding second guide groove 8 and be inserted into a corresponding set
In cylinder 5, it is fixedly connected between two sleeves 5 of the same side of level board 2 by a horizon bar 10, the top margin of horizon bar 10 is opened
If through groove 11, the vertical rotating shaft 12 with power set, the end both sides point of rotating shaft 12 are fixedly mounted in the middle part of the top surface of level board 2
One end of head rod 13 is not fixedly connected with, and the be hinged installation inserted block 14 of the other end of every head rod 13, every piece is inserted
Block 14 can be inserted into a corresponding through groove 11 and be moved along through groove 11, and rotating shaft 12 rotates, and can control two horizon bars 10
Move horizontally, horizon bar 10 is fixedly connected with sleeve 5, and inserted link 7 is inserted into sleeve 5, and then can control the shifting of inserted link 7
It is dynamic, so that expansion plate 6 stretches or shunk, it is adjusted according to the battery of different volumes size, avoids battery compartment from exceeding and stretch
Contracting plate 6, resonance is produced, test is interfered, so that test result is inaccurate, T-shaped framework is fixedly mounted in the top surface of base 1
15, vertical support block is fixedly mounted in the horizontal frame opposite side bottom of T-shaped framework 15, and peace is fixed on the T-shaped side top of framework 15
Fill hinged seat 16, be hinged the first expansion link 17 of installation in hinged seat 16, the direction of extension of the first expansion link 17 down, T-shaped framework
Side is provided with two T-bars 18 in 15 horizontal frame, and the junction of two T-bars 18 is movably arranged on by jointed shaft respectively
In the horizontal frame of T-shaped framework 15, the be hinged installation montant 19 in horizon bar one end of every T-bar 18, two T-bars 18 it is vertical
It is fixedly connected between bar bottom by a horizontal movable axis, two L is provided with the opposite side of the horizontal frame of T-shaped framework 15
Type bar 20, the right angle of two L-type bars 20 are movably arranged on the horizontal frame of T-shaped framework 15 by the jointed shaft of level respectively
It is interior, it is flexibly connected between the vertical bar bottom of two L-type bars 20 by a horizontal movable axis, the horizon bar of every L-type bar
The other end be articulated and connected one end of connecting rod 21, be provided with the second horizontal expansion link 22 below the horizontal frame of T-shaped framework 15, the
The both ends of two expansion links 22 are articulated and connected with two movable axis positioned at same level respectively, the horizontal frame of T-shaped framework 15
Top is provided with the first supporting plate 23, and the side bottom surface of the first supporting plate 23 is fixedly connected with the top of two montants 19, first
The opposite side bottom surface and the top of two connecting rods 21 of fagging 23 are articulated and connected, and the first expansion link 17 is stretched simultaneously with the second expansion link 22
Exhibition, two T-bars 18 synchronize rotation with pin joint respectively, and two L-type bars 20 are respectively with pin joint synchronous rotary, and then make
Montant 19, connecting rod 21 move up, and are raised above the first supporting plate 23, drive the device on the top of the first supporting plate 23 to transport upwards
It is dynamic, and vibration-testing is carried out to the battery on expansion plate 6, horizontal annulus 24, circle is fixedly mounted in the top surface of the first supporting plate 23
The inwall of ring 24 is uniformly fixedly mounted several teeth, and the circle centre position of annulus 24 is provided with the first gear 25 with power set, and first
Gear 25 is fixedly mounted on the top surface of the first supporting plate 23, and the periphery of first gear 25 is provided with four second gears 26, four
Two gears 26 are located in annulus 24 and are uniformly distributed, and second gear 26 can engage cooperation, the energy of second gear 26 with first gear 25
Cooperation is engaged with the tooth of the inwall of annulus 24, the top of annulus 24 is provided with the second horizontal supporting plate 27, the bottom of the second supporting plate 27
Face is flexibly connected with the rotary shaft top of second gear 26, and first gear 25 rotates, the drive synchronous rotary of second gear 26, and second
Gear 26 is flexibly connected with the second supporting plate 27, and the second supporting plate 27 can be driven to be rotated, so can from X-direction or
Y-direction carries out vibration-testing to battery, the diversity that simulated automotive vibrates under steam, makes test result more accurate, and second
The top surface rear and front end of supporting plate 27 is respectively equipped with the first horizontal guide rod 28, and the both ends of every first guide rod 28 pass through respectively
Fixed block is fixedly mounted on the top surface of the second supporting plate 27, is coordinated in every first guide rod 28 and is provided with the first guide sleeve 29, and first
Guide sleeve 29 can move horizontally along the first guide rod 28, and vertical branch is fixedly mounted in the opposite side of two the first guide sleeves 29 respectively
Strut 30, it is fixedly connected by a second horizontal guide rod 31 between two support bars 30, is coordinated in the second guide rod 31
Provided with the second guide sleeve 32, the disk 33 with power set, the top surface of disk 33 is fixedly mounted in the middle part of the top surface of the second supporting plate 27
Fixed cover 34 is fixedly mounted, the second connecting rod 35, one end of the second connecting rod 35 and the second guide sleeve 32 are provided with fixed cover 34
Bottom be articulated and connected, be fixedly connected between fixed cover 34 and the second guide sleeve 32 by the first spring 36, the second connecting rod 35
The first spring 36 can be passed through, the rotation of disk 33 drives fixed cover 34 to rotate, and the second connecting rod 35 is located in fixed cover 34, can make
Second connecting rod 35 is rotated therewith, and the second connecting rod 35 and the bottom of the second guide sleeve 32 are articulated and connected, and can make second
Guide sleeve 32 is moved along the second guide rod 31, and the second guide sleeve 32 is fixedly connected with support bar 30, and support bar 30 and first is oriented to
Set 29 is fixedly connected, and support bar 30 can be made to be moved along the first guide rod 28, so can make support bar 30 in X direction or
Y-direction moves, and so as to carry out vibration-testing to battery, is moved between two tops of support bar 30 by horizontal carrying
The disk roller 37 of power apparatus is flexibly connected, and several vertical rotating disks 38 are uniformly fixedly mounted on disk roller 37, and disk roller 37 is located at rotating disk 38
Eccentric part, rotating disk 38 can be engaged with the bottom surface of expansion plate 6, and disk roller 37 is located at the eccentric part of rotating disk 38, and rotating disk 38 rotates
Expansion plate 6 can be jacked up, expansion plate 6 is vibrated, the rear and front end of expansion plate 6 is fixedly connected by several restrainings 9.
The present invention can be placed by expansion plate 6 to the battery of different volumes, is avoided battery compartment from being exposed at outside expansion plate 6, is entered
And prevent from producing resonance in vibration, test is interfered, influences the accuracy of test result, while pass through the top of base 1
Device can carry out X-direction to the battery on expansion plate 6, Y-direction, Z-direction be vibrated, make the vibration variation of battery,
So that test result is more accurate.When X-direction is vibrated to battery, the rotation of disk 33 drives fixed cover 34 to rotate, and second
Connecting rod 35 is located in fixed cover 34, and the second connecting rod 35 can be made to be rotated therewith, and the second connecting rod 35 and second is oriented to
The bottom of set 32 is articulated and connected, and the second guide sleeve 32 can be made to be moved along the second guide rod 31, the second guide sleeve 32 and support bar
30 are fixedly connected, and support bar 30 is fixedly connected with the first guide sleeve 29, and support bar 30 can be made to be moved along the first guide rod 28
It is dynamic, and then support bar 30 can be made to move in X direction, rotated by disk roller 37, drive rotating disk 38 to rotate, on expansion plate 6
Battery carries out vibration-testing；When Y-direction carries out vibration-testing to battery, first gear 25 rotates, and drives second gear 26 synchronous
Rotation, second gear 26 are flexibly connected with the second supporting plate 27, the second supporting plate 27 can be driven to be rotated, then make branch
Strut 30 moves along Y-direction, and carries out vibration-testing to the battery on expansion plate 6 by rotating disk 38；Z-direction is shaken to battery
During dynamic test, the first expansion link 17 and the second expansion link 22 are stretched or shunk simultaneously, and two T-bars 18 are carried out with pin joint respectively
Synchronous rotary, two L-type bars 20 move up or down montant 19, connecting rod 21 respectively with pin joint synchronous rotary, made
First supporting plate 23 is raised above or moved down, so as to be contacted by rotating disk 38 with expansion plate 6, to the battery on expansion plate 6
Vibration-testing is carried out, so as to carry out vibration-testing to battery from different directions, makes test result more accurate.Pull inserted link
7 can stretch expansion plate 6, and then the larger battery of volume can be placed on expansion plate 6, then carry out shock resistance
Test, percentage of batteries exposes when can avoid the battery from placing, and then produces resonance, influences test result.
Specifically, the top surface rear and front end of the second supporting plate 27 described in the present embodiment opens up strip grooves 39 respectively, every
Two pieces of sliding shoes 40 are provided with strip grooves 39, every piece of sliding shoe 40 can be fixedly connected with the bottom of a corresponding support bar 30.
Sliding shoe 40 and the cooperation of strip grooves 39, support bar 30 are fixedly connected with sliding shoe 40, can avoid support bar 30 in level
Shifted in movement, make its using effect more preferable.
Specifically, stopper 41 is fixedly mounted in the other end of the second connecting rod 35 described in the present embodiment, stopper 41
Diameter is more than the diameter of fixed cover 34.The diameter of stopper 41 is more than the diameter of fixed cover 34, can prevent the second connecting rod 35
Separated with fixed cover 34, and then make its structure more stable.
Further, the periphery of the every inserted link 7 described in the present embodiment is provided with second spring 42.Can by second spring 42
To slow down the impulsive force that inserted link 7 moves down, avoid inserted link 7 bad because gravity digs sleeve 5, extend the service life of sleeve 5.
Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
The present invention is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：It still may be used
To be modified to the technical scheme described in foregoing embodiments, or equivalent substitution is carried out to which part technical characteristic；
And these modification or replace, do not make appropriate technical solution essence depart from various embodiments of the present invention technical scheme spirit and
Scope.
Claims (4)
1. new-energy automobile combination property controls test device, it is characterised in that：Including hollow base（1）, base（1）It is interior solid
Dingan County fills level board（2）, level board（2）The rear and front end of top surface opens up the first guide groove respectively（3）, every first guide groove
（3）Inside it is provided with two piece of first guide pad（4）, every piece of first guide pad（4）Vertical sleeve is fixedly mounted in top（5）, base（1）
Top be provided with horizontal expansion plate（6）, expansion plate（6）Both sides bottom surface two vertical inserted links are fixedly mounted respectively（7）, position
In expansion plate（6）Two inserted links of the same side（7）It is located at expansion plate respectively（6）Rear and front end, base（1）Top surface rear and front end
The second guide groove is opened up respectively（8）, the second guide groove（8）With the first guide groove（3）It is parallel to each other and corresponds to up and down, every inserted link
（7）Can be through corresponding second guide groove（8）An and sleeve corresponding to being inserted into（5）It is interior, positioned at level board（2）The same side
Two sleeves（5）Between pass through a horizon bar（10）It is fixedly connected, horizon bar（10）Top margin opens up through groove（11）, level board
（2）The vertical rotating shaft with power set is fixedly mounted in the middle part of top surface（12）, rotating shaft（12）End both sides fixed respectively connect
Connect head rod（13）One end, every head rod（13）The be hinged installation inserted block of the other end（14）, every piece of inserted block
（14）A through groove corresponding to being inserted into（11）It is interior and along through groove（11）It is mobile, base（1）T-shaped framework is fixedly mounted in top surface
（15）, T-shaped framework（15）Horizontal frame opposite side bottom vertical support block, T-shaped framework is fixedly mounted（15）Side top
Hinged seat is fixedly mounted（16）, hinged seat（16）The first expansion link of interior be hinged installation（17）, the first expansion link（17）Stretching, extension side
To down, T-shaped framework（15）Horizontal frame in side be provided with two T-bars（18）, two T-bars（18）Junction difference
T-shaped framework is movably arranged on by jointed shaft（15）Horizontal frame in, every T-bar（18）The be hinged installation in horizon bar one end
Montant（19）, two T-bars（18）Vertical bar bottom between be fixedly connected by a horizontal movable axis, T-shaped framework
（15）Horizontal frame opposite side in be provided with two L-type bars（20）, two L-type bars（20）Right angle pass through respectively it is horizontal
Jointed shaft is movably arranged on T-shaped framework（15）Horizontal frame in, two L-type bars（20）Vertical bar bottom between pass through one
Horizontal movable axis is flexibly connected, and the other end of the horizon bar of every L-type bar is articulated and connected connecting rod（21）One end, T-shaped framework
（15）Horizontal frame below be provided with the second horizontal expansion link（22）, the second expansion link（22）Both ends respectively with positioned at same
Two movable axis of horizontal plane are articulated and connected, T-shaped framework（15）Horizontal frame above be provided with the first supporting plate（23）, first
Fagging（23）Side bottom surface and two montants（19）Top be fixedly connected, the first supporting plate（23）Opposite side bottom surface and two
Root connecting rod（21）Top be articulated and connected, the first supporting plate（23）Top surface horizontal annulus is fixedly mounted（24）, annulus（24）
Inwall several teeth, annulus is uniformly fixedly mounted（24）Circle centre position be provided with power set first gear（25）, first
Gear（25）It is fixedly mounted on the first supporting plate（23）On top surface, first gear（25）Periphery be provided with four second gears
（26）, four second gears（26）Positioned at annulus（24）It is interior and be uniformly distributed, second gear（26）Energy and first gear（25）Nibble
Close and coordinate, second gear（26）Energy and annulus（24）The tooth engagement of inwall coordinates, annulus（24）Top be provided with horizontal second
Supporting plate（27）, the second supporting plate（27）Bottom surface and second gear（26）Rotary shaft top be flexibly connected, the second supporting plate
（27）Top surface rear and front end is respectively equipped with the first horizontal guide rod（28）, every first guide rod（28）Both ends pass through respectively
The second supporting plate is fixedly mounted in fixed block（27）On top surface, every first guide rod（28）Interior cooperation is provided with the first guide sleeve
（29）, the first guide sleeve（29）Can be along the first guide rod（28）Move horizontally, two the first guide sleeves（29）Opposite side difference
Vertical support bar is fixedly mounted（30）, two support bars（30）Between pass through a second horizontal guide rod（31）It is fixed to connect
Connect, the second guide rod（31）Interior cooperation is provided with the second guide sleeve（32）, the second supporting plate（27）It is fixedly mounted and carries in the middle part of top surface
The disk of power set（33）, disk（33）Fixed cover is fixedly mounted in top surface（34）, fixed cover（34）Inside it is provided with the second connecting rod
（35）, the second connecting rod（35）One end and the second guide sleeve（32）Bottom be articulated and connected, fixed cover（34）It is oriented to second
Set（32）Between pass through the first spring（36）It is fixedly connected, the second connecting rod（35）The first spring can be passed through（36）, two supports
Bar（30）Pass through a horizontal disk roller with power set between top（37）It is flexibly connected, disk roller（37）It is upper uniformly fixed
Several vertical rotating disks are installed（38）, disk roller（37）Positioned at rotating disk（38）Eccentric part, rotating disk（38）Energy and expansion plate（6）Bottom
Face is engaged, expansion plate（6）Rear and front end pass through several restrainings（9）It is fixedly connected.
2. new-energy automobile combination property according to claim 1 controls test device, it is characterised in that：Described second
Supporting plate（27）Top surface rear and front end opens up strip grooves respectively（39）, every strip grooves（39）Inside it is provided with two pieces of sliding shoes（40）,
Every piece of sliding shoe（40）Can be with a corresponding support bar（30）Bottom be fixedly connected.
3. new-energy automobile combination property according to claim 1 controls test device, it is characterised in that：Described second
Connecting rod（35）The other end be fixedly mounted stopper（41）, stopper（41）Diameter be more than fixed cover（34）Diameter.
4. new-energy automobile combination property according to claim 1 controls test device, it is characterised in that：Described every
Inserted link（7）Periphery be provided with second spring（42）.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710875144.5A CN107560816B (en) | 2017-09-25 | 2017-09-25 | New-energy automobile comprehensive performance controls test device |
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|---|---|---|---|
| CN201710875144.5A CN107560816B (en) | 2017-09-25 | 2017-09-25 | New-energy automobile comprehensive performance controls test device |
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| CN107560816A true CN107560816A (en) | 2018-01-09 |
| CN107560816B CN107560816B (en) | 2019-03-01 |
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| WO2022179808A1 (en) * | 2021-02-26 | 2022-09-01 | Siemens Aktiengesellschaft | Computer-supported method for analyzing a battery cell, method for producing a battery storage device, production unit, and computer program product |
| EP4060765A1 (en) * | 2021-03-16 | 2022-09-21 | Siemens Aktiengesellschaft | Computer-based method for analyzing a battery cell, manufacturing method for battery storage, manufacturing unit and computer program product |
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| CN201364233Y (en) * | 2008-12-11 | 2009-12-16 | 浙江工业大学 | Three-degree-of-freedom mechanical vibration environment test platform |
| DE102010027897A1 (en) * | 2010-04-19 | 2011-10-20 | Sven Henze | Oscillation tester for mechanically loading sample and for testing e.g. crankshaft, has vibration systems oscillate with respect to support of sample and surroundings, and actuators controlled by control device |
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| US3913389A (en) * | 1974-07-29 | 1975-10-21 | Mts System Corp | Overturning moment compensation in a multiple actuator control of a rigid table |
| CN201364233Y (en) * | 2008-12-11 | 2009-12-16 | 浙江工业大学 | Three-degree-of-freedom mechanical vibration environment test platform |
| DE102010027897A1 (en) * | 2010-04-19 | 2011-10-20 | Sven Henze | Oscillation tester for mechanically loading sample and for testing e.g. crankshaft, has vibration systems oscillate with respect to support of sample and surroundings, and actuators controlled by control device |
| CN103776608A (en) * | 2014-01-10 | 2014-05-07 | 北京机电工程研究所 | Synchronous in-phase shunt-excitation vibration device |
| CN105571804A (en) * | 2016-03-18 | 2016-05-11 | 奇瑞汽车股份有限公司 | Electric car cell vibration test apparatus and test method thereof |
| CN105841908A (en) * | 2016-05-25 | 2016-08-10 | 江阴圣世杰机械制造有限公司 | Excitation test stand for fatigue resistance performance of overturning locking device of cab |
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| CN107560816B (en) | 2019-03-01 |
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