CN108645604A - A kind of automobile glass lifter self-locking performance testing stand - Google Patents
A kind of automobile glass lifter self-locking performance testing stand Download PDFInfo
- Publication number
- CN108645604A CN108645604A CN201810370405.2A CN201810370405A CN108645604A CN 108645604 A CN108645604 A CN 108645604A CN 201810370405 A CN201810370405 A CN 201810370405A CN 108645604 A CN108645604 A CN 108645604A
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- China
- Prior art keywords
- electric cylinders
- experiment
- pedestal
- sucker
- guide rail
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M13/00—Testing of machine parts
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M17/00—Testing of vehicles
- G01M17/007—Wheeled or endless-tracked vehicles
Abstract
The present invention relates to automobile glass lifter fields,More particularly to a kind of automobile glass lifter self-locking performance testing stand,Including control device,Test pedestal and splicing guide rail,The back side for testing pedestal is equipped with limiting device and bearing device,The front side for testing pedestal is equipped with adsorbent equipment,Splice guide rail and is equipped with range sensor,Control device is mounted on the front side of experiment pedestal,Control device includes controller,Control module,Constantly acting load applies module,Varying load applies module and displacement measures module,The lower section for splicing guide rail is equipped with hold-down devices,Splice guide rail and is equipped with experiment batten,It tests batten and is equipped with bearing block,Pressure inductor is equipped in bearing block,The bottom for testing pedestal is equipped with shaking platform,It is the inspection work of excessive glass-frame riser that the present invention, which can effectively adapt to size heterogeneity not,,And it can be according to real service condition,While meeting static self-lock force experiment,It can realize that dynamic self-lock force is tested.
Description
Technical field
The present invention relates to automobile glass lifter field, more particularly to a kind of automobile glass lifter self-locking performance testing stand.
Background technology
Glass-frame riser is the lifting gear of door/window glass of automobile, and electric glass lifter is mainly divided to be lifted with manual glass
Device two major classes.The electric up-down mode of push button is generally all used in the lifting of present many car door glass instead, uses electronic glass
Glass lifter, then it is broadly divided into single arm type glass-frame riser and cable pulley type glass lifter in electric glass lifter,
Their the advantages of, is that performance is stablized, and structural compactness is strong, meets the car door installment work in narrow.
Glass-frame riser needs to carry out the detection of quality to it before producing, including the functional check of self-locking performance,
General vehicle driver is essentially consisted in vehicle drive, after glass for vehicle window declines certain distance, fraction driver is habitual
One arm is placed on the glass position, arm gravity can push glass, and due in running car, encountering bumpy sections
Also it can affect to the stability of glass for vehicle window, so lifter in manufacture, needs to carry out stringent quality inspection
It surveys.
The inspection work of the existing glass-frame riser for examining equipment to cannot be satisfied plurality of specifications, and general is mostly fixed
Loading gage power is detected, so not having the detection of dynamic load pressure, by that can encounter top in above-mentioned carried vehicle traveling
It winnows with a dustpan shake or vibration, so needing to consider actual service condition to be detected glass-frame riser.
Invention content
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of automobile glass lifter self-locking performance experiment
Platform.
To solve the above problems, the present invention provides following technical scheme：
A kind of automobile glass lifter self-locking performance testing stand, including control device, experiment pedestal and vertical be set to test base
The bottom of the splicing guide rail of seat front side one end, experiment pedestal back side is equipped with the limiting device for being locked to glass-frame riser and holds
Rest device is tested the top on front side of pedestal and is equipped with for carrying out stable adsorbent equipment to support bracket part in glass-frame riser,
Range sensor is installed, control device is mounted on the front side of experiment pedestal, and control device includes controller, control on splicing guide rail
Molding block, constantly acting load apply module, varying load applies module and displacement measures module, and displacement measures module and apart from biography
Sensor is electrically connected, and the lower section for splicing guide rail is equipped with the hold-down devices for capableing of horizontal sliding, and splicing being capable of vertical sliding on guide rail
Experiment batten is installed, test the bearing block that is equipped with for capableing of horizontal sliding on batten, pressure inductor, pressure be equipped in bearing block
Power inductor applies module with constantly acting load and varying load applies module and is electrically connected, and the bottom for testing pedestal is flat equipped with vibration
Platform.
Further, the experiment pedestal is rectangular configuration in vertical and on front side of it end face, tests the one of base bottom
Side is equipped with the mounting plate to extend outwardly, and mounting plate is equipped with the conveying direction adjusting electricity parallel with base length direction is tested
Cylinder adjusts the output end of electric cylinders equipped with the linkage board in inversion state and end cross-sectional for Z-type structure, and hold-down devices include
Electric pole is pushed, electric pole is pushed and is inverted the top for being set to linkage board towards the side in experiment pedestal direction, and push the output of electric pole
Bar is located at the surface of bearing block, and the top of bearing block is equipped with the alignment hole that can be entered vertically into for pushing the output rod of electric pole.
Further, the side of the experiment base bottom offers rectangular channel, rectangular channel face limiting device and support
Device, limiting device include the first cradle, longitudinal spacing electric cylinders, cross spacing electric cylinders, servo motor and the first sucker, experiment
The bottom of pedestal back side is equipped with convex block, and the first cradle is set to the top of convex block, and the back sides of cross spacing electric cylinders is in horizontal with the
One cradle is fixedly connected, and the back sides of longitudinal spacing electric cylinders with the output end of cross spacing electric cylinders in connecting vertically, and the two
Between outbound course constitute cross, the output ends of longitudinal spacing electric cylinders is equipped with motor mount, the one of motor mount
End extends to the front side of experiment pedestal by rectangular channel, and the one end of motor mount is equipped with limit storehouse, and servo motor is set to electricity
In machine mounting base, the main shaft of servo motor is connect with the one end in limit storehouse, and the direction of the limit storehouse other end towards splicing guide rail is prolonged
It stretches, and the one end is open setting, the front side for limiting storehouse is equipped with the door-plate that can be opened and coordinate with its pin joint, limits in storehouse
Filled with elastic sponge, the top for limiting storehouse is equipped with the first air pump, and the first sucker is set to the back side and the first sucker in limit storehouse
Absorption end be close to limit storehouse, limit the back side in storehouse and elastic sponge offer several first gas ports, all first air guides
The first suckers of Kong Junyu are connected to, and the first air pump is connected to by the first tracheae with the first sucker.
Further, the bearing device includes the second cradle, lateral support electric cylinders and longitudinal support electric cylinders, and second holds
Bracket is set to the top of convex block and the side positioned at the first cradle, and the back side of lateral support electric cylinders is in horizontal and the second support
Seat is fixedly connected, and the back side of longitudinal support electric cylinders is in be connect vertically with the output end of lateral support electric cylinders, longitudinal support electric cylinders
Board mounting is fixed on output end, one end of board mounting is extended outwardly by rectangular channel.
It further, being capable of movable sliding rail, and cunning vertically there are one being set between splicing guide rail and the rectangular channel
Rail is located at the top of the two, and adsorbent equipment includes hollow plate, longitudinal absorption electric cylinders, laterally absorption electric cylinders and the second sucker, is tested
Receiving notch is offered on pedestal, which is located at right over sliding rail, and longitudinal back side for adsorbing electric cylinders is set up by connecting
In accommodating in notch, lateral absorption electric cylinders are located at the front side for testing pedestal and laterally the back side of absorption electric cylinders is in level and longitudinal direction
The output end connection of electric cylinders is adsorbed, one end of hollow plate is connect with the output end of laterally absorption electric cylinders, and the other end extends to downward
Rectangle groove location, upper semisection and the sliding rail level of hollow plate are slidably matched, and several second are offered on front side of hollow plate lower semisection
Gas port, the second sucker is set in hollow plate and the madial wall of hollow plate, the suction of the second sucker are close in the absorption end of the second sucker
Attached end covers all second gas ports, the side at the top of hollow plate be equipped with the second air pump, the second air pump by the second tracheae with
Second sucker is connected to.
Further, the top of the splicing guide rail is equipped with inclined positive stop strip upward, and inclined angle is in 110 degree, away from
It is set on positive stop strip from sensor.
Further, the extending direction of the splicing guide rail and the extending direction of sliding rail are perpendicular, the top in the limit storehouse
Portion and bottom offered grooving.
Advantageous effect：A kind of automobile glass lifter self-locking performance testing stand of the present invention (illustrates, control module is consolidated first
Determine load to apply module, varying load application module and displacement to measure module to be to be electrically connected with controller, pushes electric pole
It is also to be electrically connected with controller).When work, manually the driving end of arm-type glass-frame riser is put into limit storehouse,
Door-plate pin joint formula is closed, then the first air pump will limit the arm-type glass liter in storehouse by the first tracheae and the first gas port
The driving end of drop device sucks, and cooperation elastic sponge increases absorption dynamics；Then the longitudinal support electric cylinders water of lateral support electric cylinders driving
Smooth dynamic, longitudinal support electric cylinders drive board mounting to slide up and down again, and purpose to carry Board position adjustment, meets subsequent arm-type
The bottom position of chassis member in glass-frame riser so that the chassis member is carried, and prevents it from collapsing partially, then arm-type glass lifting
Support bracket end in device is then connect with experiment batten, (is illustrated herein, is offering on the support bracket in arm-type glass-frame riser
Threaded hole, experiment bar end are then equipped with the independent quick disconnecting joint that can be dismantled, and independent quick disconnecting joint is the arm with different model
Formula glass-frame riser or be that cable pulley type glass lifter institute is matched), when in experiment batten and arm-type glass-frame riser
After support bracket splices well, longitudinal absorption electric cylinders make lateral absorption electric cylinders decline at this time, then laterally adsorb electric cylinders in driving
Hollow plate level is slided, and for purpose in order to be aligned to the back side of the support bracket in arm-type glass-frame riser, subsequent second air pump passes through the
Two tracheaes and the second gas port, support bracket back side is sucked, and bearing block is manually then dialed to support bracket and experiment batten
Spliced middle section position, then adjust electric cylinders drive linkage board displacement so that it is displaced to close to bearing block position, then under
Piezoelectric bar works, and output rod drops in alignment hole, and lower pressure generates load gravity and gives experiment batten and support bracket, under
Pressure is adjusted according to actual demand, substantially in the sections 500-550N, when manually needing quantitative pressure, in bearing block
Pressure sensor sense pressure signal, and feed back to constantly acting load apply module, then controller then control lower piezoelectric
Bar is kept for the period of some pressed status, the period substantially after 5s, pressurize 5s, range sensor then test experience batten
And support bracket slippage, and feed back to displacement and measure module：Power if necessary to pushing is jumping characteristic, is then shaken at this time
After moving platform drives experiment pedestal overall jitter, and the lower pressure for pushing electric pole is detected by the pressure sensor, change is passed to
Load applies module, and controller is according to overall electric signal so that pushes the reciprocal downward motion of electric pole so that pushing, which is tried hard to keep, holds jump
Jump property, then by range sensor test experience batten slippage；After changing cable pulley type glass lifter into, servo motor control
System limit storehouse rotation so that limit storehouse keep certain state, with this come match package cable pulley type glass lifter in driving
End, and limit storehouse and previously also adjusted specific location with the movement of cross spacing electric cylinders and longitudinal spacing electric cylinders, it is subsequent
Hollow plate and board mounting are all adjusted with the dynamical element of oneself, and the glass that generally size heterogeneity is not excessive is adapted to this
Glass lifter, experiment batten can telescopic adjustment cable pulley type glass lifter, energy of the present invention are matched with this adjustment length
It is enough effectively to adapt to the inspection work that size heterogeneity is not excessive glass-frame riser, and can be full according to real service condition
While foot static state self-lock force experiment, it can realize that dynamic self-lock force is tested.
Description of the drawings
Fig. 1 is the dimensional structure diagram one of the present invention；
Fig. 2 is the dimensional structure diagram two of the present invention；
Fig. 3 is the installation condition dimensional structure diagram of arm-type glass-frame riser；
Fig. 4 is the sectional perspective structural schematic diagram one of the present invention；
Fig. 5 is the sectional perspective structural schematic diagram two of the present invention；
Fig. 6 is the installation condition dimensional structure diagram of cable pulley type glass lifter；
Fig. 7 is the dimensional structure diagram of arm-type glass-frame riser；
Fig. 8 is the dimensional structure diagram of cable pulley type glass lifter；
Reference sign：Control device 1 tests pedestal 2, and convex block 2a accommodates notch 2b, rectangular channel 2c, mounting plate 2d,
Electric cylinders 2e, linkage board 2f are adjusted, guide rail 2g is spliced, tests batten 2h, positive stop strip 2j, the first cradle 3, cross spacing electric cylinders
3a, longitudinal spacing electric cylinders 3b, motor mount 3c limit storehouse 3d, cross the gas port of grooving 3d1, door-plate 3d2, first 3d3, and first
Air pump 3e, servo motor 3f, the first sucker 3g, the first tracheae 3h, the second cradle 4, lateral support electric cylinders 4a, longitudinal support electricity
Cylinder 4b, board mounting 4c, loose slot 4c1, hollow plate 5, the second air pump 5a, the second tracheae 5b, the second gas port 5c, longitudinal absorption electricity
Cylinder 5d, laterally absorption electric cylinders 5e, range sensor 5f, pushing electric pole 6, bearing block 6a, alignment hole 6a1, shaking platform 7 are arm-type
Glass-frame riser 8, chassis member 8a, support bracket 8b, cable pulley type glass lifter 9, independent quick disconnecting joint 10, sliding rail 11.
Specific implementation mode
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail：
Referring to figs. 1 to a kind of automobile glass lifter self-locking performance testing stand shown in Fig. 8, including control device 1, experiment base
Seat 2 and the vertical splicing guide rail 2g for being set to 2 front side one end of experiment pedestal, the bottom of experiment 2 back side of pedestal are equipped with for glass
The top of the limiting device and bearing device of lifter locking, 2 front side of experiment pedestal is equipped with for support in glass-frame riser
Frame 8b parts carry out stable adsorbent equipment, and range sensor 5f is equipped on splicing guide rail 2g, and control device 1 is mounted on experiment
The front side of pedestal 2, control device 1 includes controller, control module, constantly acting load applies module, varying load applies module and position
It moves and measures cover half block, displacement measures module and is electrically connected with range sensor 5f, and the lower section of splicing guide rail 2g is equipped with being capable of water
Smoothly dynamic hold-down devices, splicing guide rail 2g is upper be capable of vertical sliding experiment batten 2h is installed, testing can on batten 2h
Level sliding is equipped with bearing block 6a, pressure inductor is equipped in bearing block 6a, pressure inductor applies module with constantly acting load
Apply module with varying load to be electrically connected, the bottom of experiment pedestal 2 is equipped with shaking platform 7.
The experiment pedestal 2 is rectangular configuration in vertical and on front side of it end face, and the side of 2 bottom of experiment pedestal is equipped with court
The mounting plate 2d of outer extension, mounting plate 2d are equipped with the conveying direction adjusting electric cylinders 2e parallel with 2 length direction of pedestal is tested,
The output end of electric cylinders 2e is adjusted equipped with the linkage board 2f in inversion state and end cross-sectional for Z-type structure, hold-down devices packet
It includes and pushes electric pole 6, push electric pole 6 and be inverted the top for being set to linkage board 2f towards the side in 2 direction of experiment pedestal, and push electric pole
6 output rod is located at the surface of bearing block 6a, the top of bearing block 6a be equipped with for push electric pole 6 output rod can vertically into
The alignment hole 6a1 entered, alignment hole 6a1 to push the output rod splicing of electric pole 6 to just, after Z-type linkage board 2f is to avoid
Continue the specification of different glass-frame risers.
The side of 2 bottom of the experiment pedestal offers rectangular channel 2c, rectangular channel 2c faces limiting device and bearing device,
Limiting device includes the first cradle 3, longitudinal spacing electric cylinders 3b, cross spacing electric cylinders 3a, servo motor 3f and the first sucker 3g,
The bottom for testing 2 back side of pedestal is equipped with convex block 2a, and the first cradle 3 is set to the top of convex block 2a, the back of the body of cross spacing electric cylinders 3a
Side is fixedly connected in level with the first cradle 3, and the back side of longitudinal spacing electric cylinders 3b is in defeated with cross spacing electric cylinders 3a vertically
Outlet connects, and outbound course composition between the two is cross, and the output end of longitudinal spacing electric cylinders 3b is pacified equipped with motor
Fill seat 3c, one end of motor mount 3c extends to the front side of experiment pedestal 2 by rectangular channel 2c, motor mount 3c this one
End is equipped with limit storehouse 3d, servo motor 3f on motor mount 3c, one end of the main shaft and limit storehouse 3d of servo motor 3f
The direction of connection, limit storehouse 3d other ends direction splicing guide rail 2g extends, and the one end is open setting, limits the front side of storehouse 3d
Equipped with the door-plate 3d2 that can be opened and coordinate with its pin joint, it is filled with elastic sponge in limit storehouse 3d, limits the top of storehouse 3d
It is close to limit storehouse in absorption end equipped with the first air pump 3e, the first sucker 3g back sides and the first sucker 3g for being set to limit storehouse 3d
3d, back side and the elastic sponge for limiting storehouse 3d offer several first gas port 3d3, and all first gas port 3d3 are with the
One sucker 3g connection, the first air pump 3e are connected to by the first tracheae 3h with the first sucker 3g, placing glass after door-plate 3d2 openings
In the driving end of glass lifter to limit storehouse 3d, after door-plate 3d2 is closed, coordinate elastic sponge, then coordinate the work of the first air pump 3e
Make, pretightening force makes the driving end of lifter be able to ensure to stablize.
The bearing device includes the second cradle 4, lateral support electric cylinders 4a and longitudinal support electric cylinders 4b, the second cradle
4 set on the top of convex block 2a and positioned at the side of the first cradle 3, and the back side of lateral support electric cylinders 4a is held in level with second
Bracket 4 is fixedly connected, and the back side of longitudinal support electric cylinders 4b is in be connect vertically with the output end of lateral support electric cylinders 4a, longitudinal support
Board mounting 4c is fixed on the output end of electric cylinders 4b, one end of board mounting 4c is extended outwardly by rectangular channel 2c, lateral support
Cross movement cooperation between the two electric cylinders 4a and longitudinal support electric cylinders 4b, specific position is adjusted in board mounting 4c
It sets, with the carrying work of the chassis member 8a of this glass-frame riser for adapting to different size, the front ends board mounting 4c offer loose slot
4c1 so that the rope of cable pulley type glass lifter 9 can pass through.
It being capable of movable sliding rail 11, and sliding rail 11 vertically there are one being set between the splicing guide rail 2g and rectangular channel 2c
Positioned at the top of the two, adsorbent equipment includes hollow plate 5, longitudinal absorption electric cylinders 5d, laterally adsorbs electric cylinders 5e and the second sucker, real
It tests on pedestal 2 to offer and accommodates notch 2b, receiving notch 2b is located at right over sliding rail 11, and longitudinal back side for adsorbing electric cylinders 5d is logical
It crosses link to be set in receiving notch 2b, laterally adsorbs electric cylinders 5e and be located at the front side of experiment pedestal 2 and laterally adsorb electric cylinders 5e
Back side connect in the horizontal output end with longitudinal absorption electric cylinders 5d, one end of hollow plate 5 and the lateral output for adsorbing electric cylinders 5e
End connection, the other end extend to the positions rectangular channel 2c downward, and upper semisection and 11 level of sliding rail of hollow plate 5 are slidably matched, hollow
Several second gas port 5c are offered on front side of 5 lower semisection of plate, the second sucker is set in hollow plate 5 and the absorption end of the second sucker
It is close to the madial wall of hollow plate 5, the absorption end of the second sucker covers all second gas port 5c, the side at 5 top of hollow plate
It is connected to the second sucker by the second tracheae 5b equipped with the second air pump 5a, the second air pump 5a, it is longitudinal to adsorb electric cylinders 5d and transverse direction
The movement of absorption electric cylinders 5e is moved to adjust hollow plate 5, is flexibly avoided hollow plate 5 with this in cross, convenient
Glass-frame riser is manually subjected to feeding, while after feeding, hollow plate 5 can be by their cross movements, and then are directed at glass
The back side of chassis member 8a or rail guide piece in glass lifter, achievees the purpose that absorption.
The top of the splicing guide rail 2g is equipped with inclined positive stop strip 2j upward, and inclined angle is in 110 degree, Distance-sensing
Device 5f is set on positive stop strip 2j, and the setting of positive stop strip 2j ensure that range sensor 5f can real-time monitor experiment batten 2h's
Position is incuded with this in specific experiment, experiment batten 2h with glass-frame riser support bracket 8b specifically decline how much.
The extending direction of the extending direction and sliding rail 11 of the splicing guide rail 2g is perpendicular, the top of the limit storehouse 3d with
Bottom offered grooving 3d1, crossed grooving 3d1 to meet the installation for driving end of cable pulley type glass lifter 9.
Operation principle：(illustrate first, control module, constantly acting load apply module, varying load applies module and displacement measures
Cover half block is to be electrically connected with controller, and it is also to be electrically connected with controller to push electric pole 6).When work, manually by arm
The driving end of formula glass-frame riser 8 is put into limit storehouse 3d, is closed by door-plate 3d2 pin joint formulas, and then the first air pump 3e is logical
The first tracheae 3h and the first gas port 3d3 are crossed, the driving end of the arm-type glass-frame riser 8 limited in the 3d of storehouse is sucked, bullet is coordinated
Property sponge increase absorption dynamics；Then the longitudinal support electric cylinders 4b levels sliding of lateral support electric cylinders 4a drivings, longitudinal support electric cylinders
4b drives board mounting 4c to slide up and down again, and purpose makes the positions board mounting 4c adjust, and meets in subsequent arm-type glass-frame riser 8
Chassis member 8a bottom position so that chassis member 8a is carried, and prevents it from collapsing partially, in subsequent arm-type glass-frame riser 8
The ends support bracket 8b are then connect with experiment batten 2h, (are illustrated herein, are opening up on the support bracket 8b in arm-type glass-frame riser 8
There are threaded hole, the ends experiment batten 2h to be then equipped with the independent quick disconnecting joint 10 that can be dismantled, independent quick disconnecting joint 10 is and difference
The arm-type glass-frame riser 8 of model or be that the institute of cable pulley type glass lifter 9 is matched), as experiment batten 2h and arm-type glass
After support bracket 8b in glass lifter 8 splices well, longitudinal absorption electric cylinders 5d laterally to adsorb electric cylinders 5e declines at this time, then horizontal
To absorption electric cylinders 5e in the horizontal sliding of driving hollow plate 5, purpose is in order to be aligned to the support bracket 8b's in arm-type glass-frame riser 8
Back side, subsequent second air pump 5a are sucked support bracket 8b back sides, then manually by the second tracheae 5b and the second gas port 5c
Bearing block 6a is dialed into support bracket 8b and the experiment spliced middle section positions of batten 2h, electric cylinders 2e is then adjusted and drives linkage board
2f displacements so that it is displaced to close to the positions bearing block 6a, then pushes electric pole 6 and works, output rod drops to alignment hole 6a1
Interior, lower pressure generates load gravity and gives experiment batten 2h and support bracket 8b, and lower pressure is adjusted according to actual demand,
Substantially in the sections 500-550N, when manually needing quantitative pressure, the pressure sensor in bearing block 6a senses that pressure is believed
Number, and feed back to constantly acting load and apply module, then controller, which then controls, pushes the time that electric pole 6 keeps some pressed status
Section, the period substantially after 5s, pressurize 5s, range sensor 5f then test experience batten 2h and support bracket 8b slippages,
And it feeds back to displacement and measures module：Power if necessary to pushing is jumping characteristic, and then shaking platform 7 drives experiment base at this time
2 overall jitters of seat, and after the lower pressure for pushing electric pole 6 is detected by the pressure sensor, passes to varying load and apply module, control
Device processed is according to overall electric signal so that pushes 6 reciprocal downward motion of electric pole so that pushing, which is tried hard to keep, holds jumping characteristic, then by
Range sensor 5f test experience batten 2h slippages；After changing cable pulley type glass lifter 9 into, servo motor 3f control limits
Storehouse 3d rotate so that limit storehouse 3d keep certain state, with this come match package cable pulley type glass lifter 9 in driving
End, and limit storehouse 3d and previously also adjusted specific location with the movement of cross spacing electric cylinders 3a and longitudinal spacing electric cylinders 3b,
Subsequent hollow plate 5 and board mounting 4c are adjusted with the dynamical element of oneself, adapt to generally that size heterogeneity is not with this
Excessive glass-frame riser, experiment batten 2h can telescopic adjustment, with this adjustment length, matching cable pulley type glass lifting
Device 9.
The above described is only a preferred embodiment of the present invention, not making any limit to the technical scope of the present invention
System, thus it is every according to the technical essence of the invention to any subtle modifications, equivalent variations and modifications made by above example,
In the range of still falling within technical scheme of the present invention.
Claims (7)
1. a kind of automobile glass lifter self-locking performance testing stand, it is characterised in that：Including control device (1), experiment pedestal (2) and
The bottom of the vertical splicing guide rail (2g) for being set to one end on front side of experiment pedestal (2), experiment pedestal (2) back side is equipped with for glass
The limiting device and bearing device of lifter locking are tested the top on front side of pedestal (2) and are equipped with for being held in glass-frame riser
Bracket (8b) part carries out stable adsorbent equipment, and range sensor (5f), control device (1) are equipped on splicing guide rail (2g)
Mounted on the front side of experiment pedestal (2), control device (1) includes controller, control module, constantly acting load application module, variable load
Lotus applies module and displacement measures module, and displacement measures module and is electrically connected with range sensor (5f), splices guide rail
The lower section of (2g) is equipped with the hold-down devices for capableing of horizontal sliding, and vertical sliding is capable of on splicing guide rail (2g) is equipped with experiment item
Plate (2h), horizontal sliding is capable of in experiment batten (2h) is equipped with bearing block (6a), and pressure inductor is equipped in bearing block (6a),
Pressure inductor applies module with constantly acting load and varying load applies module and is electrically connected, and the bottom of experiment pedestal (2), which is equipped with, to shake
Moving platform (7).
2. a kind of automobile glass lifter self-locking performance testing stand according to claim 1, it is characterised in that：The experiment base
Seat (2) is rectangular configuration in vertical and on front side of it end face, and the side of experiment pedestal (2) bottom is equipped with the mounting plate to extend outwardly
(2d), mounting plate (2d) are equipped with the conveying direction adjusting electric cylinders (2e) parallel with pedestal (2) length direction is tested, adjust electricity
The output end of cylinder (2e) is equipped with the linkage board (2f) for Z-type structure, hold-down devices in inversion state and end cross-sectional
Push electric pole (6), push electric pole (6) be inverted be set to linkage board (2f) towards experiment pedestal (2) direction side top, and under
The output rod of piezoelectric bar (6) is located at the surface of bearing block (6a), and the top of bearing block (6a) is equipped with for pushing the defeated of electric pole (6)
The alignment hole (6a1) that rod can enter vertically into.
3. a kind of automobile glass lifter self-locking performance testing stand according to claim 1, it is characterised in that：The experiment base
The side of seat (2) bottom offers rectangular channel (2c), and rectangular channel (2c) face limiting device and bearing device, limiting device include
First cradle (3), longitudinal spacing electric cylinders (3b), cross spacing electric cylinders (3a), servo motor (3f) and the first sucker (3g), it is real
The bottom for testing pedestal (2) back side is equipped with convex block (2a), and the first cradle (3) is set to the top of convex block (2a), cross spacing electric cylinders
The back side of (3a) is fixedly connected in level with the first cradle (3), the back sides of longitudinal spacing electric cylinders (3b) be in vertically with lateral limit
The output end connection of position electric cylinders (3a), and outbound course between the two constitute it is cross, longitudinal spacing electric cylinders (3b) it is defeated
Outlet is equipped with motor mount (3c), and one end of motor mount (3c) extends to experiment pedestal (2) by rectangular channel (2c)
Front side, the one end of motor mount (3c) is equipped with limit storehouse (3d), and servo motor (3f) is set on motor mount (3c),
The main shaft of servo motor (3f) is connect with one end of limit storehouse (3d), the side of limit storehouse (3d) other end direction splicing guide rail (2g)
To extension, and the one end is open setting, and the front side of limit storehouse (3d) is equipped with the door-plate that can be opened and coordinate with its pin joint
(3d2), limit storehouse (3d) is interior to be filled with elastic sponge, and the top of limit storehouse (3d) is equipped with the first air pump (3e), the first sucker
The absorption end for the back side and the first sucker (3g) that (3g) is set to limit storehouse (3d) is close to limit storehouse (3d), limits the back of the body of storehouse (3d)
Side offers several first gas ports (3d3) with elastic sponge, and all first gas ports (3d3) connect with the first sucker (3g)
Logical, the first air pump (3e) is connected to by the first tracheae (3h) with the first sucker (3g).
4. a kind of automobile glass lifter self-locking performance testing stand according to claim 3, it is characterised in that：The support dress
It sets and is set to convex block including the second cradle (4), lateral support electric cylinders (4a) and longitudinal support electric cylinders (4b), the second cradle (4)
The top of (2a) and the side for being located at the first cradle (3), the back side of lateral support electric cylinders (4a) is in horizontal and the second support
Seat (4) is fixedly connected, and the back side of longitudinal support electric cylinders (4b) is in be connect vertically with the output end of lateral support electric cylinders (4a), longitudinal
It is fixed with board mounting (4c) on the output end of support electric cylinders (4b), one end of board mounting (4c) is by rectangular channel (2c) towards extension
It stretches.
5. a kind of automobile glass lifter self-locking performance testing stand according to claim 3, it is characterised in that：Positioned at the spelling
Connect set between guide rail (2g) and rectangular channel (2c) there are one can vertical movable sliding rail (11), and sliding rail (11) both is located at
Top, adsorbent equipment include hollow plate (5), longitudinal absorption electric cylinders (5d), laterally absorption electric cylinders (5e) and the second sucker, test base
It is offered on seat (2) and accommodates notch (2b), which is located at right over sliding rail (11), longitudinal absorption electric cylinders (5d)
Back side is set to by link and is accommodated in notch (2b), and front side and cross that electric cylinders (5e) are located at experiment pedestal (2) are laterally adsorbed
It is in that the horizontal output end with longitudinal absorption electric cylinders (5d) is connect to the back side of absorption electric cylinders (5e), one end and the cross of hollow plate (5)
Output end connection to absorption electric cylinders (5e), the other end extend to the position rectangular channel (2c) downward, the upper semisection of hollow plate (5) with
Sliding rail (11) level is slidably matched, and several second gas ports (5c) are offered on front side of hollow plate (5) lower semisection, and the second sucker is set
In the hollow plate (5) and the madial wall of hollow plate (5) is close at the absorption end of the second sucker, and the absorption end of the second sucker is by all the
Two gas ports (5c) cover, and the side at the top of hollow plate (5) is equipped with the second air pump (5a), and the second air pump (5a) passes through the second tracheae
(5b) is connected to the second sucker.
6. a kind of automobile glass lifter self-locking performance testing stand according to claim 5, it is characterised in that：The splicing is led
The top of rail (2g) is equipped with inclined positive stop strip (2j) upward, and inclined angle is in 110 degree, and range sensor (5f) is set to limit
On item (2j).
7. a kind of automobile glass lifter self-locking performance testing stand according to claim 6, it is characterised in that：The splicing is led
The extending direction of rail (2g) and the extending direction of sliding rail (11) are perpendicular, and the top and bottom of limit storehouse (3d) offer
Cross grooving (3d1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810370405.2A CN108645604B (en) | 2018-04-24 | 2018-04-24 | Self-locking test bed for automobile glass lifter |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810370405.2A CN108645604B (en) | 2018-04-24 | 2018-04-24 | Self-locking test bed for automobile glass lifter |
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| CN108645604A true CN108645604A (en) | 2018-10-12 |
| CN108645604B CN108645604B (en) | 2020-07-31 |
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ID=63747464
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810370405.2A Active CN108645604B (en) | 2018-04-24 | 2018-04-24 | Self-locking test bed for automobile glass lifter |
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| Country | Link |
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| CN112629844A (en) * | 2020-12-15 | 2021-04-09 | 上海工程技术大学 | Rope traction automobile door lock detection device |
| CN113213169A (en) * | 2021-05-18 | 2021-08-06 | 中建材（内江）玻璃高新技术有限公司 | Turnover system and method for glass production |
| CN116086833A (en) * | 2023-04-12 | 2023-05-09 | 菏泽嘉泽电子材料有限公司 | Special machine for detecting automobile glass lifter |
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| CN116086833B (en) * | 2023-04-12 | 2023-08-04 | 菏泽嘉泽电子材料有限公司 | Special machine for detecting automobile glass lifter |
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| Publication number | Publication date |
|---|---|
| CN108645604B (en) | 2020-07-31 |
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