CN109253889A - A kind of automotive seat heel row backrest detecting tool - Google Patents
A kind of automotive seat heel row backrest detecting tool Download PDFInfo
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- CN109253889A CN109253889A CN201811024951.7A CN201811024951A CN109253889A CN 109253889 A CN109253889 A CN 109253889A CN 201811024951 A CN201811024951 A CN 201811024951A CN 109253889 A CN109253889 A CN 109253889A
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- 229910000831 Steel Inorganic materials 0.000 claims abstract description 203
- 239000010959 steel Substances 0.000 claims abstract description 203
- 238000003825 pressing Methods 0.000 claims abstract description 33
- 238000001514 detection method Methods 0.000 claims abstract description 28
- 239000000758 substrate Substances 0.000 claims abstract description 25
- 230000006835 compression Effects 0.000 claims description 125
- 238000007906 compression Methods 0.000 claims description 125
- 238000009826 distribution Methods 0.000 claims description 9
- 238000009434 installation Methods 0.000 claims description 9
- 238000009432 framing Methods 0.000 claims description 7
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 4
- 230000000694 effects Effects 0.000 claims description 4
- 229910052742 iron Inorganic materials 0.000 claims description 2
- 238000007689 inspection Methods 0.000 claims 3
- 238000004519 manufacturing process Methods 0.000 abstract description 17
- 230000009286 beneficial effect Effects 0.000 abstract description 2
- 244000309464 bull Species 0.000 description 2
- 230000002950 deficient Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006698 induction Effects 0.000 description 1
Classifications
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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 invention discloses a kind of automotive seat heel row backrest detecting tools, including fixed substrate, longitudinal one end of the fixed substrate is equipped with longitudinal pressing mechanism, the longitudinal pressing mechanism altogether there are two, and it is symmetrical on the basis of the longitudinal center of the fixed substrate；Using the longitudinal pressing mechanism as starting point, the fixed substrate surface is sequentially installed with the first turning hold-down mechanism, A shaped steel wire testing agency, Type B steel wire testing agency, corner bracket testing agency, longitudinal carrier testing agency, the second turning hold-down mechanism and transversal pressing mechanism in the counterclockwise direction；Otic placode hold-down mechanism and otic placode testing agency are installed between second turning hold-down mechanism and the longitudinal direction of the transversal pressing mechanism.Beneficial effect is: it can be realized the automatic detection of heel row backrest model, it is simple and convenient, and the production difficulty and intensity of a line Manufacturing Worker are reduced, production efficiency is substantially increased, production cost is low, there is very high economy, is suitble to large-scale promote.
Description
Technical field
The present invention relates to automotive seat process units technical fields, and in particular to a kind of automotive seat heel row backrest detection work
Dress.
Background technique
Automotive seat heel row backrest shares two kinds of models of A, B, and the difference of two kinds of models of A, B is mainly the position of backrest steel wire
It sets different with shape, in order to guarantee the normal production of automotive seat, prevents from needing to examine heel row backrest using wrong part
It surveys.But at present using the detection for carrying out two kinds of models of A, B is manually visualized, large labor intensity, detection efficiency are low, long-time work
Make to influence the quality of production of seat because erroneous judgement generates defective products.
Summary of the invention
The object of the invention is that a kind of automotive seat heel row backrest detecting tool is provided to solve the above-mentioned problems,
To solve in the prior art using the detection for carrying out two kinds of models of A, B is manually visualized, large labor intensity, detection efficiency are low, when long
Between work because erroneous judgement generate defective products, influence the technical problems such as the quality of production of seat.Many technical sides provided by the invention
Preferred technical solution can be realized the automatic detection of heel row backrest model in case, simple and convenient, reduce a line production person
The production difficulty and intensity of work, substantially increase production efficiency, and production cost is low, there is very high economy, are suitble to large-scale
The technical effects such as popularization, elaboration as detailed below.
To achieve the above object, the present invention provides following technical schemes:
A kind of automotive seat heel row backrest detecting tool provided by the invention, including fixed substrate, the fixed substrate
Longitudinal one end is equipped with longitudinal pressing mechanism, the longitudinal pressing mechanism altogether there are two, and in the longitudinal direction of the fixed substrate
It is symmetrical on the basis of the heart；Using the longitudinal pressing mechanism as starting point, the fixed substrate surface is successively pacified in the counterclockwise direction
Equipped with the first turning hold-down mechanism, A shaped steel wire testing agency, Type B steel wire testing agency, corner bracket testing agency, Zong Xiangzhi
Frame testing agency, the second turning hold-down mechanism and transversal pressing mechanism；
First turning hold-down mechanism and the second turning hold-down mechanism oblique angle distribution, the A shaped steel wire detection machine
Structure and Type B steel wire testing agency are located at lateral one end of the fixed substrate, and the transversal pressing mechanism and the Type B steel wire are examined
It is symmetrical on the basis of the longitudinal center of the fixed substrate to survey mechanism, the heel row of A shaped steel wire testing agency and A model
The steel wire of backrest is corresponding, and Type B steel wire testing agency is corresponding with the steel wire of heel row backrest of Type B number；The turning branch
Frame testing agency and the longitudinal carrier testing agency are located at longitudinal one end of the fixed substrate, the corner bracket detection machine
Structure is corresponding with the bracket of the corner of heel row backrest, the bracket of the longitudinal carrier testing agency and heel row backrest longitudinally located
It is corresponding；
Be equipped between second turning hold-down mechanism and the longitudinal direction of the transversal pressing mechanism otic placode hold-down mechanism and
Otic placode testing agency, the otic placode hold-down mechanism are located between two otic placodes of heel row backrest, and the otic placode testing agency is shared
Two, and lateral symmetry it is distributed in otic placode hold-down mechanism two sides.
Preferably, the longitudinal pressing mechanism includes longitudinal load-bearing frame and longitudinal compression supporting block, the longitudinal load-bearing
Frame upper end is equipped with longitudinal compression bearing seat, and at U-shaped structure, the longitudinal direction compresses in bearing seat longitudinal bearing seat that compresses
Portion is hinged with longitudinal compression swingle, and longitudinal working front edge bottom for compressing swingle is equipped with longitudinal compact heap, described
Longitudinal compact heap is corresponding with longitudinal compression supporting block；Longitudinal load-bearing frame bottom end is equipped with longitudinal compression cylinder, institute
State longitudinal compression cylinder inclination installation, and the output end of longitudinal compression cylinder and longitudinal tail end phase for compressing swingle
Hingedly.
Preferably, first turning hold-down mechanism includes the first turning compression cylinder, the first turning bearing seat and the
One corner supports block, the first corner supports block altogether there are two, and at L font be distributed, first turning bearing seat is at U-shaped
Type structure is hinged with the first turning inside the bearing seat of first turning and compresses swingle, and first turning compresses swingle
Working front edge turning be installed compress carrier bar, the turning compresses carrier bar into L-shaped structure, and the turning compresses carrying
The both ends bottom of bar is equipped with the first turning compact heap, and first turning compact heap is opposite with the first corner supports block
It answers.
Preferably, A shaped steel wire testing agency includes A type carrier and A shaped steel wire supporting block, the A shaped steel wire
It there are three supporting block is total, and is distributed in a triangle, the A shaped steel wire supporting block is used to support the steel wire of A model heel row backrest；Institute
It states A type carrier upper end and A type bearing seat is installed, A shaped steel wire is hinged with inside the A type bearing seat and compresses swingle, the A
The working front edge that shaped steel wire compresses swingle is equipped with A shaped steel wire and compresses carrier bar, and the A shaped steel wire compresses carrier bar into U-shaped
Shape structure, the A shaped steel wire compresses one end bottom of carrier bar and middle part bottom end is mounted on A shaped steel wire compact heap, the A type
The other end that steel wire compresses carrier bar is equipped with A shaped steel wire inductor, and the A shaped steel wire inductor and the A shaped steel wire compress
Block is corresponding with the corresponding A shaped steel wire supporting block respectively；The side of the A type carrier is equipped with A shaped steel wire and compresses gas
Cylinder, the tail end that the output end of the A shaped steel wire compression cylinder compresses swingle with the A shaped steel wire are hinged.
Preferably, Type B steel wire testing agency includes Type B steel wire compression cylinder, Type B bearing seat, transverse frame supporting block
With Type B steel wire supporting block, the Type B steel wire supporting block and the transverse frame supporting block are according to Type B heel row backrest and its steel
The distribution situation of silk is accordingly distributed, and the Type B steel wire supporting block is used to support Type B steel wire, and the transverse frame supporting block is used
In support heel row back frame, the Type B steel wire supporting block side is equipped with Type B steel wire inductor by Z-type frame；
The Type B bearing seat is hinged with Type B steel wire and compresses swingle, institute at U-shaped structure inside the Type B bearing seat
The working front edge bottom for stating Type B steel wire compression swingle is separately installed with Type B steel wire compact heap and transverse frame compact heap, described
Type B steel wire compact heap is corresponding with the Type B steel wire supporting block, the transverse frame compact heap and the transverse frame supporting block
Corresponding, the tail end that the output end of the Type B steel wire compression cylinder compresses swingle with the Type B steel wire is hinged.
Preferably, the corner bracket testing agency includes corner bracket compression cylinder, corner bracket bearing seat, turning
Bracket supporting block and turning frame supporting block, the corner bracket supporting block and the turning frame supporting block are according to heel row backrest
The distribution situation of frame and corner's bracket is accordingly distributed, and the turning frame supporting block is used to support turning for heel row back frame
Angle, the corner bracket supporting block are used to support corner's bracket, and corner bracket supporting block side is equipped with by Z-type frame
Corner bracket inductor；
The corner bracket bearing seat is hinged with corner bracket pressure inside the corner bracket bearing seat at U-shaped structure
Tight swingle, the working front edge that the corner bracket compresses swingle are equipped with corner bracket and compress carrier bar, the turning branch
The bottom end that frame compresses carrier bar is equipped with turning frame compact heap and corner bracket compact heap, the turning frame compact heap and institute
It is corresponding to state turning frame supporting block, the corner bracket compact heap is corresponding with the corner bracket supporting block, the turning
The tail end that the output end of bracket compression cylinder compresses swingle with the corner bracket is hinged.
Preferably, the longitudinal carrier testing agency includes longitudinal carrier compression cylinder, longitudinal carrier bearing seat and indulges
To bracket supporting block, the longitudinal carrier supporting block is corresponding with bracket at the longitudinal direction of heel row back frame, the longitudinal carrier
Supporting block side is equipped with longitudinal carrier inductor by Z-type frame；
The longitudinal carrier bearing seat is hinged with longitudinal carrier pressure inside the longitudinal carrier bearing seat at U-shaped structure
Tight swingle, the bottom that the longitudinal carrier compresses swingle are equipped with longitudinal framing compact heap, and the longitudinal carrier compresses rotation
The working front edge of bull stick is equipped with longitudinal carrier compact heap, and the longitudinal carrier compact heap is opposite with the longitudinal carrier supporting block
It answers, the tail end that the output end of the longitudinal carrier compression cylinder compresses swingle with the longitudinal carrier is hinged.
Preferably, the otic placode hold-down mechanism includes that otic placode compresses mounting plate, the otic placode compresses mounting plate upper end pair
Claiming installation, there are two otic placodes to compress bearing seat, and the otic placode compresses bearing seat into U-shaped structure, and the otic placode compresses in bearing seat
Portion is hinged with otic placode and compresses swingle, and the working front edge that the otic placode compresses swingle is equipped with otic placode compact heap, the otic placode
It compresses mounting plate bottom end and otic placode compression cylinder is installed, the output end of the otic placode compression cylinder passes through the otic placode and compresses installation
Plate, the output end of the otic placode compression cylinder and the tail end that two otic placodes compress swingle are hinged；
The otic placode testing agency includes otic placode detection support base, and the side horizontal of the otic placode detection support base is equipped with
Otic placode detects cylinder, and the output end of the otic placode detection cylinder is equipped with cylinder push plate, the mobile front peace of the cylinder push plate
Equipped with cylinder gag lever post, the cylinder gag lever post is for limiting the cylinder push plate；Pacify the side of the cylinder push plate
Equipped with fold-line-shaped support rod, the upper end of the fold-line-shaped support rod is equipped with positioning pin, the positioning pin by pin shaft carrier bar
It is corresponding with the through-hole of frame otic placode, the otic placode induction for detection framework otic placode is installed on the outside of the fold-line-shaped support rod
Device.
Preferably, second turning hold-down mechanism includes that the second turning compresses carrier and the second corner supports block,
The second corner supports block is located at the corner of heel row back frame, and the upper end that second turning compresses carrier is equipped with
Second turning bearing seat, second turning bearing seat are hinged with second inside the bearing seat of second turning at U-shaped structure
Turning compresses swingle, and the working front edge that second turning compresses swingle is equipped with the second turning compact heap, and described second
Turning compact heap is corresponding with the second corner supports block, and second turning compresses carrier bottom end and is equipped with the second turning
Compression cylinder, the tail end that the output end of second turning compression cylinder compresses swingle with second turning are hinged.
Preferably, the transversal pressing mechanism includes lateral bearing frame and laterally compresses supporting block, it is described laterally to compress
Supporting block is located at lateral one end bottom of heel row back frame, and the laterally compression supporting block side is equipped with cross by Z-type frame
To inductor is compressed, pass through the compression effect for laterally compressing inductor and detecting the transversal pressing mechanism to heel row back frame
Fruit；
The upper end of the lateral bearing frame is equipped with and laterally compresses bearing seat, and the bearing seat that laterally compresses is at U-shaped knot
Structure, described laterally compress are hinged with laterally compression swingle inside bearing seat, the working front edge peace for laterally compressing swingle
Equipped with lateral compact heap, the transverse direction compact heap is corresponding with the supporting block that laterally compresses, the bottom end of the lateral bearing frame
Lateral compression cylinder is installed, output end and the tail end for laterally compressing swingle of the transverse direction compression cylinder are hinged.
Using a kind of above-mentioned automotive seat heel row backrest detecting tool, when device works, the longitudinal direction compression cylinder work,
It pushes longitudinal swingle that compresses to rotate, supporting block cooperation realization is compressed to rear by longitudinal compact heap and the longitudinal direction
Arrange the compression that back frame carries out longitudinal direction；The transverse direction compression cylinder work pushes the laterally compression swingle rotation,
Pass through the lateral compact heap and the pressure for laterally compressing supporting block cooperation realization and carrying out transverse direction to heel row back frame
Tightly；Compression cylinder work in first turning pushes first turning to compress swingle rotation, is pressed by first turning
Tight block and the first corner supports block cooperation are realized and are compressed to heel row back frame side turning；The second turning pressure
Tight cylinder operation pushes second turning to compress swingle rotation, is turned by second turning compact heap and described second
Corner supporting block cooperation, which is realized, compresses heel row back frame other side turning；The otic placode compression cylinder work, pushes institute
It states otic placode and compresses swingle rotation, frame otic placode is compressed by the otic placode compact heap, the otic placode detects cylinder work
Make, drives the fold-line-shaped support rod mobile by the cylinder push plate, enter the positioning pin in the through-hole of frame otic placode
Portion, and frame otic placode is detected by the otic placode inductor；The corner bracket compression cylinder works, and turns described in promotion
Angle support compresses swingle rotation, is realized by the turning frame compact heap and turning frame supporting block cooperation to heel row
The compression of back frame is realized by the corner bracket compact heap and corner bracket supporting block cooperation to corner's bracket
Compression, and corner's bracket is detected by the corner bracket inductor；The longitudinal carrier compression cylinder work,
It pushes the longitudinal carrier to compress swingle rotation, heel row back frame is compressed by the longitudinal framing compact heap,
Bracket at longitudinal direction is compressed by the longitudinal carrier compact heap and longitudinal carrier supporting block cooperation, and passes through longitudinal direction
Bracket inductor detects bracket at longitudinal direction；When the otic placode inductor, the corner bracket inductor and the longitudinal direction
When bracket inductor detects signal, it is accurate to show that heel row back frame compresses installation, at this point, the A shaped steel wire compresses gas
Cylinder working pushes the A shaped steel wire to compress swingle rotation, passes through the A shaped steel wire compact heap and the A shaped steel wire supporting block
Cooperation compresses A model steel wire, and is detected by the A shaped steel wire inductor to A model steel wire, when the A type
When steel wire inductor has signal, it is shown to be the heel row backrest of A model, conversely, when the A shaped steel wire inductor no signal, no
It is the heel row backrest of A model；The Type B steel wire compression cylinder work, pushes the Type B steel wire to compress swingle rotation, passes through
The Type B steel wire compact heap and Type B steel wire supporting block cooperation compress Type B steel wire, and pass through the Type B steel wire
Inductor detects Type B steel wire, when the Type B steel wire inductor has signal, is shown to be the heel row backrest of Type B number,
Conversely, not being the heel row backrest of Type B number when the Type B steel wire inductor no signal；It is finally completed to heel row backrest model
Automatic detection, it is simple and convenient, substantially increase production efficiency.
Beneficial effect is: it can be realized the automatic detection of heel row backrest model, it is simple and convenient, and reduce line production
The production difficulty and intensity of employee, substantially increases production efficiency, and production cost is low, there is very high economy, is suitble to extensive
Popularization.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is schematic perspective view of the invention；
Fig. 2 is longitudinal pressing mechanism schematic perspective view of the invention；
Fig. 3 is the first turning hold-down mechanism schematic perspective view of the invention；
Fig. 4 is A shaped steel wire testing agency schematic perspective view of the invention；
Fig. 5 is Type B steel wire testing agency schematic perspective view of the invention；
Fig. 6 is corner bracket testing agency schematic perspective view of the invention；
Fig. 7 is longitudinal carrier testing agency schematic perspective view of the invention；
Fig. 8 is otic placode hold-down mechanism schematic perspective view of the invention；
Fig. 9 is the second turning hold-down mechanism schematic perspective view of the invention；
Figure 10 is otic placode testing agency schematic perspective view of the invention；
Figure 11 is transversal pressing mechanism schematic perspective view of the invention；
Figure 12 is heel row back frame schematic perspective view of the invention.
The reference numerals are as follows:
1, fixed substrate；2, longitudinal pressing mechanism；201, longitudinal load-bearing frame；202, longitudinal compression cylinder；203, longitudinal pressure
Tight swingle；204, longitudinal to compress bearing seat；205, longitudinal compact heap；206, longitudinal to compress supporting block；3, the first turning compresses
Mechanism；301, the first turning compression cylinder；302, the first turning bearing seat；303, the first turning compresses swingle；304, turning
Compress carrier bar；305, the first turning compact heap；306, the first corner supports block；4, A shaped steel wire testing agency；401, A type is held
Carrier；402, A shaped steel wire compression cylinder；403, A type bearing seat；404, A shaped steel wire compresses swingle；405, A shaped steel wire incudes
Device；406, A shaped steel wire compresses carrier bar；407, A shaped steel wire compact heap；408, A shaped steel wire supporting block；5, Type B steel wire detection machine
Structure；501, Type B steel wire compression cylinder；502, Type B bearing seat；503, Type B steel wire compresses swingle；504, Type B steel wire compact heap；
505, transverse frame compact heap；506, transverse frame supporting block；507, Type B steel wire supporting block；508, Type B steel wire inductor；6,
Corner bracket testing agency；601, corner bracket compression cylinder；602, corner bracket bearing seat；603, corner bracket compresses rotation
Bar；604, turning frame compact heap；605, corner bracket compresses carrier bar；606, corner bracket compact heap；607, corner bracket
Supporting block；608, corner bracket inductor；609, turning frame supporting block；7, longitudinal carrier testing agency；701, longitudinal carrier
Compression cylinder；702, longitudinal carrier bearing seat；703, longitudinal carrier compresses swingle；704, longitudinal framing compact heap；705, it indulges
To bracket compact heap；706, longitudinal carrier supporting block；707, longitudinal carrier inductor；8, otic placode hold-down mechanism；801, otic placode pressure
Tight cylinder；802, otic placode compresses mounting plate；803, otic placode compresses bearing seat；804, otic placode compact heap；805, otic placode compresses rotation
Bar；9, the second turning hold-down mechanism；901, the second turning compression cylinder；902, the second turning compresses carrier；903, it second turns
Corner supporting block；904, the second turning compact heap；905, the second turning compresses swingle；906, the second turning bearing seat；10, otic placode
Testing agency；1001, otic placode detects support base；1002, otic placode detects cylinder；1003, pin shaft carrier bar；1004, positioning pin；
1005, otic placode inductor；1006, fold-line-shaped support rod；1007, cylinder gag lever post；1008, cylinder push plate；11, lateral compacting machine
Structure；1101, lateral compression cylinder；1102, lateral bearing frame；1103, bearing seat is laterally compressed；1104, swingle is laterally compressed；
1105, lateral compact heap；1106, inductor is laterally compressed；1107, supporting block is laterally compressed；12, heel row back frame；1201,
A model steel wire；1202, Type B steel wire；1203, corner's bracket；1204, bracket at longitudinal direction；1205, frame otic placode.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, technical solution of the present invention will be carried out below
Detailed description.Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Base
Embodiment in the present invention, those of ordinary skill in the art are obtained all without making creative work
Other embodiment belongs to the range that the present invention is protected.
Referring to shown in Fig. 1-Figure 12, the present invention provides a kind of automotive seat heel row backrest detecting tools, including fixed base
Plate 1, longitudinal one end of fixed substrate 1 are equipped with longitudinal pressing mechanism 2, longitudinal pressing mechanism 2 altogether there are two, and with fixed substrate
It is symmetrical on the basis of 1 longitudinal center；It is starting point with longitudinal pressing mechanism 2,1 surface of fixed substrate is in the counterclockwise direction successively
Be equipped with the first turning hold-down mechanism 3, A shaped steel wire testing agency 4, Type B steel wire testing agency 5, corner bracket testing agency 6,
Longitudinal carrier testing agency 7, the second turning hold-down mechanism 9 and transversal pressing mechanism 11；
First turning hold-down mechanism 3 and the distribution of 9 oblique angle of the second turning hold-down mechanism, A shaped steel wire testing agency 4 and Type B steel
Silk testing agency 5 is located at lateral one end of fixed substrate 1, and transversal pressing mechanism 11 and Type B steel wire testing agency 5 are with fixed substrate
Symmetrical on the basis of 1 longitudinal center, A shaped steel wire testing agency 4 is corresponding with the steel wire of heel row backrest of A model, Type B steel
Silk testing agency 5 is corresponding with the steel wire of heel row backrest of Type B number；Corner bracket testing agency 6 and longitudinal carrier testing agency 7
Positioned at longitudinal one end of fixed substrate 1, corner bracket testing agency 6 is corresponding with the bracket of the corner of heel row backrest, longitudinal
Bracket testing agency 7 is corresponding with the bracket of heel row backrest longitudinally located；
Otic placode hold-down mechanism 8 and otic placode are installed between second turning hold-down mechanism 9 and the longitudinal direction of transversal pressing mechanism 11
Testing agency 10, otic placode hold-down mechanism 8 are located between two otic placodes of heel row backrest, otic placode testing agency 10 altogether there are two, and
It is lateral symmetry to be distributed in 8 two sides of otic placode hold-down mechanism.
As optional embodiment, longitudinal pressing mechanism 2 includes that longitudinal load-bearing frame 201 and longitudinal direction compress supporting block 206,
201 upper end of longitudinal load-bearing frame is equipped with longitudinal compression bearing seat 204, and longitudinal bearing seat 204 that compresses is longitudinal to press at U-shaped structure
Longitudinal compression swingle 203 is hinged with inside tight bearing seat 204, longitudinal working front edge bottom for compressing swingle 203 is equipped with
Longitudinal compact heap 205, longitudinal compact heap 205 are corresponding with longitudinal compression supporting block 206；201 bottom end of longitudinal load-bearing frame is equipped with
Longitudinal compression cylinder 202, the longitudinal inclination of compression cylinder 202 installation, and the output end of longitudinal compression cylinder 202 and longitudinal compress are revolved
The tail end of bull stick 203 is hinged, and longitudinal compression cylinder 202 works, and pushes longitudinal swingle 203 that compresses to rotate, passes through longitudinal pressure
Tight block 205 and longitudinal supporting block 206 that compresses cooperate the compression realized and carry out longitudinal direction to heel row back frame 12；
First turning hold-down mechanism 3 includes the first turning compression cylinder 301, the first turning bearing seat 302 and the first turning
Supporting block 306, the first corner supports block 306 altogether there are two, and at L font be distributed, the first turning bearing seat 302 is at U-shaped knot
Structure is hinged with the first turning inside the first turning bearing seat 302 and compresses swingle 303, and the first turning compresses the work of swingle 303
Turning is installed as front end and compresses carrier bar 304, turning compresses carrier bar 304 into L-shaped structure, and turning compresses carrier bar 304
Both ends bottom the first turning compact heap 305 is installed, the first turning compact heap 305 is corresponding with the first corner supports block 306,
The work of first turning compression cylinder 301 pushes the first turning to compress swingle 303 and rotates, passes through 305 He of the first turning compact heap
The cooperation of first corner supports block 306, which is realized, compresses 12 side turning of heel row back frame；
A shaped steel wire testing agency 4 includes A type carrier 401A and A shaped steel wire supporting block 408, A shaped steel wire supporting block 408
It there are three altogether, and is distributed in a triangle, A shaped steel wire supporting block 408 is used to support the steel wire of A model heel row backrest；A type carrier
The upper end 401A is equipped with A type bearing seat 403, and A shaped steel wire is hinged with inside A type bearing seat 403 and compresses swingle 404, A shaped steel wire
The working front edge for compressing swingle 404 is equipped with A shaped steel wire and compresses carrier bar 406A, and A shaped steel wire compresses carrier bar 406A into U-shaped
Shape structure, A shaped steel wire compresses one end bottom of carrier bar 406A and middle part bottom end is mounted on A shaped steel wire compact heap 407, A type
The other end that steel wire compresses carrier bar 406A is equipped with A shaped steel wire inductor 405, A shaped steel wire inductor 405 and A shaped steel wire pressure
Tight block 407 is corresponding with corresponding A shaped steel wire supporting block 408 respectively；The side of A type carrier 401A is equipped with A shaped steel wire pressure
Tight cylinder 402, the tail end that the output end of A shaped steel wire compression cylinder 402 compresses swingle 404 with A shaped steel wire are hinged, A fashioned iron
Silk compression cylinder 402 works, and pushes A shaped steel wire to compress swingle 404 and rotates, passes through A shaped steel wire compact heap 407 and A shaped steel wire
Supporting block 408 cooperation A model steel wire 1201 is compressed, and by A shaped steel wire inductor 405 to A model steel wire 1201 into
Row detection, when A shaped steel wire inductor 405 has signal, is shown to be the heel row backrest of A model, conversely, working as A shaped steel wire inductor
It is not the heel row backrest of A model when 405 no signal；
Type B steel wire testing agency 5 includes Type B steel wire compression cylinder 501, Type B bearing seat 502, transverse frame supporting block 506
With Type B steel wire supporting block 507, Type B steel wire supporting block 507 and transverse frame supporting block 506 are according to Type B heel row backrest and its steel
The distribution situation of silk is accordingly distributed, and Type B steel wire supporting block 507 is used to support Type B steel wire 1202, transverse frame supporting block 506
It is used to support heel row back frame 12,507 side of Type B steel wire supporting block is equipped with Type B steel wire inductor 508 by Z-type frame；
Type B bearing seat 502 is hinged with Type B steel wire and compresses swingle 503, B at U-shaped structure inside Type B bearing seat 502
The working front edge bottom that shaped steel wire compresses swingle 503 is separately installed with Type B steel wire compact heap 504 and transverse frame compact heap
505, Type B steel wire compact heap 504 is corresponding with Type B steel wire supporting block 507, and transverse frame compact heap 505 and transverse frame support
Block 506 is corresponding, and the tail end that the output end of Type B steel wire compression cylinder 501 compresses swingle 503 with Type B steel wire is hinged, Type B
Steel wire compression cylinder 501 works, and pushes Type B steel wire to compress swingle 503 and rotates, passes through Type B steel wire compact heap 504 and Type B steel
The silk cooperation of supporting block 507 compresses Type B steel wire 1202, and by Type B steel wire inductor 508 to Type B steel wire 1202
It is detected, when Type B steel wire inductor 508 has signal, is shown to be the heel row backrest of Type B number, conversely, when Type B steel wire incudes
It is not the heel row backrest of Type B number when 508 no signal of device；
Corner bracket testing agency 6 includes corner bracket compression cylinder 601, corner bracket bearing seat 602, corner bracket branch
Bracer 607 and turning frame supporting block 609, corner bracket supporting block 607 and turning frame supporting block 609 are according to heel row seat back frame
The distribution situation of frame 12 and corner's bracket 1203 is accordingly distributed, and turning frame supporting block 609 is used to support heel row back frame
12 turning, corner bracket supporting block 607 are used to support corner's bracket 1203, and 607 side of corner bracket supporting block passes through Z-type
Frame is equipped with corner bracket inductor 608；
Corner bracket bearing seat 602 is hinged with corner bracket compression at U-shaped structure inside corner bracket bearing seat 602
Swingle 603, the working front edge that corner bracket compresses swingle 603 are equipped with corner bracket and compress carrier bar 605, corner bracket
The bottom end for compressing carrier bar 605 is equipped with turning frame compact heap 604 and corner bracket compact heap 606, turning frame compact heap
604 is corresponding with turning frame supporting block 609, and corner bracket compact heap 606 is corresponding with corner bracket supporting block 607, turning
The tail end that the output end of bracket compression cylinder 601 compresses swingle 603 with corner bracket is hinged, corner bracket compression cylinder
601 work push corner bracket to compress swingle 603 and rotate, pass through turning frame compact heap 604 and turning frame supporting block
609 cooperations are realized to the compression of heel row back frame 12, are matched by corner bracket compact heap 606 and corner bracket supporting block 607
The compression realized to corner's bracket 1203 is closed, and detects the position of corner's bracket 1203 by corner bracket inductor 608
It is whether accurate；
Longitudinal carrier testing agency 7 includes longitudinal carrier compression cylinder 701, longitudinal carrier bearing seat 702 and longitudinal carrier
Supporting block 706, longitudinal carrier supporting block 706 is corresponding with bracket 1204 at the longitudinal direction of heel row back frame 12, longitudinal carrier branch
706 side of bracer is equipped with longitudinal carrier inductor 707 by Z-type frame；
Longitudinal carrier bearing seat 702 is hinged with longitudinal carrier compression at U-shaped structure inside longitudinal carrier bearing seat 702
Swingle 703, the bottom that longitudinal carrier compresses swingle 703 are equipped with longitudinal framing compact heap 704, and longitudinal carrier compresses rotation
The working front edge of bar 703 is equipped with longitudinal carrier compact heap 705, longitudinal carrier compact heap 705 and 706 phase of longitudinal carrier supporting block
Corresponding, the tail end that the output end of longitudinal carrier compression cylinder 701 compresses swingle 703 with longitudinal carrier is hinged, longitudinal carrier
Compression cylinder 701 works, and pushes longitudinal carrier to compress swingle 703 and rotates, by longitudinal framing compact heap 704 to heel row backrest
Frame 12 is compressed, by longitudinal carrier compact heap 705 and the cooperation of longitudinal carrier supporting block 706 to bracket 1204 at longitudinal into
Whether row compresses, and accurate by the position that longitudinal carrier inductor 707 detects bracket 1204 at longitudinal；
Otic placode hold-down mechanism 8 includes that otic placode compresses mounting plate 802, and otic placode compresses 802 upper end of mounting plate and is symmetrically installed with two
A otic placode compresses bearing seat 803, and otic placode compresses bearing seat 803 into U-shaped structure, and otic placode compresses to be hinged with inside bearing seat 803
Otic placode compresses swingle 805, and the working front edge that otic placode compresses swingle 805 is equipped with otic placode compact heap 804, and otic placode compresses installation
802 bottom end of plate is equipped with otic placode compression cylinder 801, and the output end of otic placode compression cylinder 801 passes through otic placode and compresses mounting plate 802,
The output end of otic placode compression cylinder 801 and the tail end that two otic placodes compress swingle 805 are hinged, 801 work of otic placode compression cylinder
Make, pushes otic placode to compress swingle 805 and rotate, frame otic placode 1205 is compressed by otic placode compact heap 804；
Otic placode testing agency 10 includes that otic placode detects support base 1001, and otic placode detects the side horizontal installation of support base 1001
There is otic placode to detect cylinder 1002, the output end of otic placode detection cylinder 1002 is equipped with cylinder push plate 1008, cylinder push plate 1008
Mobile front is equipped with cylinder gag lever post 1007, and cylinder gag lever post 1007 is for limiting cylinder push plate 1008；Cylinder pushes away
The side of plate 1008 is equipped with fold-line-shaped support rod 1006, and the upper end of fold-line-shaped support rod 1006 is pacified by pin shaft carrier bar 1003
Equipped with positioning pin 1004, positioning pin 1004 is corresponding with the through-hole of frame otic placode 1205, the outside peace of fold-line-shaped support rod 1006
Equipped with the otic placode inductor 1005 for detection framework otic placode 1205, otic placode detects cylinder 1002 and works, and passes through cylinder push plate
1008 drive fold-line-shaped support rod 1006 mobile, enter positioning pin 1004 inside the through-hole of frame otic placode 1205, and pass through ear
Whether the position of 1005 detection framework otic placode 1205 of plate inductor is accurate；
Second turning hold-down mechanism 9 includes that the second turning compresses carrier 902 and the second corner supports block 903, and second turns
Corner supporting block 903 is located at the corner of heel row back frame 12, and the upper end that the second turning compresses carrier 902 is equipped with second and turns
Angle bearing seat 906, the second turning bearing seat 906 are hinged with the second turning inside second turning bearing seat 906 at U-shaped structure
Swingle 905 is compressed, the working front edge that the second turning compresses swingle 905 is equipped with the second turning compact heap 904, the second turning
Compact heap 904 is corresponding with the second corner supports block 903, and the second turning compresses 902 bottom end of carrier and is equipped with the second turning pressure
Tight cylinder 901, the tail end that the output end of the second turning compression cylinder 901 compresses swingle 905 with the second turning are hinged, and second
Turning compression cylinder 901 works, and pushes the second turning to compress swingle 905 and rotates, passes through the second turning compact heap 904 and second
The cooperation of corner supports block 903, which is realized, compresses 12 other side turning of heel row back frame；
Transversal pressing mechanism 11 includes lateral bearing frame 1102 and laterally compresses supporting block 1107, laterally compresses supporting block
1107 are located at lateral one end bottom of heel row back frame 12, laterally compress 1107 side of supporting block by Z-type frame and are equipped with cross
To inductor 1106 is compressed, transversal pressing mechanism 11 is detected to the pressure of heel row back frame 12 by laterally compressing inductor 1106
Tight effect；
The upper end of lateral bearing frame 1102 is equipped with and laterally compresses bearing seat 1103, laterally compresses bearing seat 1103 into U-shaped
Type structure laterally compresses and is hinged with laterally compression swingle 1104 inside bearing seat 1103, laterally compresses the work of swingle 1104
Lateral compact heap 1105 is installed as front end, lateral compact heap 1105 is corresponding with supporting block 1107 is laterally compressed, lateral bearing
The bottom end of frame 1102 is equipped with lateral compression cylinder 1101, the output end of lateral compression cylinder 1101 and laterally compression swingle
1104 tail end is hinged, and lateral compression cylinder 1101 works, and pushes and laterally compresses the rotation of swingle 1104, passes through lateral compression
The compression that transverse direction is carried out to heel row back frame 12 is realized in block 1105 and the laterally cooperation of compression supporting block 1107.
Using the above structure, when device works, longitudinal compression cylinder 202 works, and longitudinal swingle 203 that compresses is pushed to revolve
Turn, realizes and longitudinal direction is carried out to heel row back frame 12 by longitudinal compact heap 205 and longitudinal compression supporting block 206 cooperation
It compresses；Lateral compression cylinder 1101 works, and pushes and laterally compresses the rotation of swingle 1104, by lateral compact heap 1105 and laterally
It compresses the cooperation of supporting block 1107 and realizes the compression for carrying out transverse direction to heel row back frame 12；First turning compression cylinder 301
Work pushes the first turning to compress swingle 303 and rotates, matched by the first turning compact heap 305 and the first corner supports block 306
Realization is closed to compress 12 side turning of heel row back frame；The work of second turning compression cylinder 901 pushes the second turning pressure
Tight swingle 905 rotates, and is realized by the second turning compact heap 904 and the cooperation of the second corner supports block 903 to heel row seat back frame
12 other side turning of frame is compressed；Otic placode compression cylinder 801 works, and pushes otic placode to compress swingle 805 and rotates, passes through otic placode
Compact heap 804 compresses frame otic placode 1205, and otic placode detects cylinder 1002 and works, and drives broken line by cylinder push plate 1008
Shape support rod 1006 is mobile, enters positioning pin 1004 inside the through-hole of frame otic placode 1205, and passes through otic placode inductor 1005
Frame otic placode 1205 is detected；Corner bracket compression cylinder 601 works, and pushes corner bracket to compress swingle 603 and rotates,
The compression to heel row back frame 12 is realized by turning frame compact heap 604 and the cooperation of turning frame supporting block 609, by turning
The compression to corner's bracket 1203 is realized in angle support compact heap 606 and the cooperation of corner bracket supporting block 607, and passes through turning branch
Frame inductor 608 detects corner's bracket 1203；Longitudinal carrier compression cylinder 701 works, and longitudinal carrier is pushed to compress
Swingle 703 rotates, and is compressed by longitudinal framing compact heap 704 to heel row back frame 12, is compressed by longitudinal carrier
Block 705 and the cooperation of longitudinal carrier supporting block 706 compress bracket 1204 at longitudinal direction, and pass through longitudinal carrier inductor 707
Bracket 1204 at longitudinal direction is detected；When otic placode inductor 1005, corner bracket inductor 608 and longitudinal carrier inductor
707 when detecting signal, and it is accurate to show that heel row back frame 12 compresses installation, at this point, A shaped steel wire compression cylinder 402 works,
It pushes A shaped steel wire to compress swingle 404 to rotate, by A shaped steel wire compact heap 407 and the cooperation of A shaped steel wire supporting block 408 to A type
Number steel wire 1201 is compressed, and is detected by A shaped steel wire inductor 405 to A model steel wire 1201, when A shaped steel wire sense
When device 405 being answered to have signal, it is shown to be the heel row backrest of A model, conversely, not being A type when A shaped steel wire 405 no signal of inductor
Number heel row backrest；Type B steel wire compression cylinder 501 works, and pushes Type B steel wire to compress swingle 503 and rotates, passes through Type B steel wire
Compact heap 504 and the cooperation of Type B steel wire supporting block 507 compress Type B steel wire 1202, and pass through Type B steel wire inductor 508
Type B steel wire 1202 is detected, when Type B steel wire inductor 508 has signal, is shown to be the heel row backrest of Type B number, instead
It is not the heel row backrest of Type B number when Type B steel wire 508 no signal of inductor；Be finally completed to heel row backrest model from
Dynamic detection, it is simple and convenient, substantially increase production efficiency.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of automotive seat heel row backrest detecting tool, including fixed substrate (1), it is characterised in that: the fixed substrate (1)
Longitudinal one end be equipped with longitudinal pressing mechanism (2), the longitudinal pressing mechanism (2) altogether there are two, and with the fixed substrate
(1) symmetrical on the basis of longitudinal center；With the longitudinal pressing mechanism (2) for starting point, fixed substrate (1) the surface edge
Counterclockwise it is sequentially installed with the first turning hold-down mechanism (3), A shaped steel wire testing agency (4), Type B steel wire testing agency
(5), corner bracket testing agency (6), longitudinal carrier testing agency (7), the second turning hold-down mechanism (9) and transversal pressing mechanism
(11)；
First turning hold-down mechanism (3) and the distribution of second turning hold-down mechanism (9) oblique angle, the A shaped steel wire detection
Mechanism (4) and Type B steel wire testing agency (5) are located at lateral one end of the fixed substrate (1), the transversal pressing mechanism (11)
It is symmetrical on the basis of the longitudinal center of the fixed substrate (1) with Type B steel wire testing agency (5), the A shaped steel wire
Testing agency (4) is corresponding with the steel wire of heel row backrest of A model, the heel row of Type B steel wire testing agency (5) and Type B number
The steel wire of backrest is corresponding；The corner bracket testing agency (6) and the longitudinal carrier testing agency (7) are located at the fixation
Longitudinal one end of substrate (1), the corner bracket testing agency (6) is corresponding with the bracket of the corner of heel row backrest, described
Longitudinal carrier testing agency (7) is corresponding with the bracket of heel row backrest longitudinally located；
Otic placode hold-down mechanism is installed between second turning hold-down mechanism (9) and the longitudinal direction of the transversal pressing mechanism (11)
(8) it is located between two otic placodes of heel row backrest with otic placode testing agency (10), the otic placode hold-down mechanism (8), the otic placode
Testing agency (10) altogether there are two, and lateral symmetry be distributed in otic placode hold-down mechanism (8) two sides.
2. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the longitudinal direction compacting machine
Structure (2) includes longitudinal load-bearing frame (201) and longitudinal compression supporting block (206), and longitudinal load-bearing frame (201) upper end is equipped with vertical
To bearing seat (204) are compressed, longitudinal compress bearing seat (204) are at U-shaped structure, longitudinal compression bearing seat (204)
Inside is hinged with longitudinal compression swingle (203), and longitudinal working front edge bottom for compressing swingle (203) is equipped with longitudinal direction
Compact heap (205), the longitudinal direction compact heap (205) are corresponding with longitudinal compression supporting block (206)；The longitudinal load-bearing frame
(201) bottom end is equipped with longitudinal compression cylinder (202), and the longitudinal direction compression cylinder (202) tilts installation, and longitudinal compression
The output end of cylinder (202) is hinged with longitudinal tail end for compressing swingle (203).
3. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the first turning pressure
Tight mechanism (3) includes the first turning compression cylinder (301), the first turning bearing seat (302) and the first corner supports block (306),
It there are two the first corner supports block (306) is total, and is distributed at L font, first turning bearing seat (302) is at U-shaped
Structure, internal first turning that is hinged with of first turning bearing seat (302) compress swingle (303), the first turning pressure
The working front edge of tight swingle (303) is equipped with turning and compresses carrier bar (304), and the turning compresses carrier bar (304) into L word
Type structure, the both ends bottom that the turning compresses carrier bar (304) are equipped with the first turning compact heap (305), and described first turns
Angle compact heap (305) is corresponding with the first corner supports block (306).
4. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the A shaped steel wire inspection
Surveying mechanism (4) includes A type carrier (401) and A shaped steel wire supporting block (408), and the A shaped steel wire supporting block (408) shares three
It is a, and be distributed in a triangle, the A shaped steel wire supporting block (408) is used to support the steel wire of A model heel row backrest；The A type is held
Carrier (401) upper end is equipped with A type bearing seat (403), and A shaped steel wire is hinged with inside the A type bearing seat (403) and compresses rotation
Bar (404), the working front edge that the A shaped steel wire compresses swingle (404) is equipped with A shaped steel wire and compresses carrier bar (406), described
A shaped steel wire compresses carrier bar (406) into U-shaped structure, and the A shaped steel wire compresses one end bottom and middle part of carrier bar (406)
Bottom end is mounted on A shaped steel wire compact heap (407), and the other end that the A shaped steel wire compresses carrier bar (406) is equipped with A fashioned iron
Silk inductor (405), the A shaped steel wire inductor (405) and the A shaped steel wire compact heap (407) respectively with the corresponding A
Shaped steel wire supporting block (408) is corresponding；The side of the A type carrier (401) is equipped with A shaped steel wire compression cylinder (402), institute
The tail end that the output end for stating A shaped steel wire compression cylinder (402) compresses swingle (404) with the A shaped steel wire is hinged.
5. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: Type B steel wire detection machine
Structure (5) includes Type B steel wire compression cylinder (501), Type B bearing seat (502), transverse frame supporting block (506) and the support of Type B steel wire
Block (507), the Type B steel wire supporting block (507) and the transverse frame supporting block (506) according to Type B heel row backrest and its
The distribution situation of steel wire is accordingly distributed, and the Type B steel wire supporting block (507) is used to support Type B steel wire, the transverse frame branch
Bracer (506) is used to support heel row back frame, and the Type B steel wire supporting block (507) side is equipped with Type B steel by Z-type frame
Silk inductor (508)；
The Type B bearing seat (502) compresses rotation at U-shaped structure, the internal Type B steel wire that is hinged with of the Type B bearing seat (502)
Bar (503), the working front edge bottom that the Type B steel wire compresses swingle (503) are separately installed with Type B steel wire compact heap (504)
With transverse frame compact heap (505), the Type B steel wire compact heap (504) is corresponding with Type B steel wire supporting block (507), institute
It is corresponding with transverse frame supporting block (506) to state transverse frame compact heap (505), the Type B steel wire compression cylinder (501)
Output end and the Type B steel wire compress swingle (503) tail end be hinged.
6. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the corner bracket inspection
Survey mechanism (6) include corner bracket compression cylinder (601), corner bracket bearing seat (602), corner bracket supporting block (607) and
Turning frame supporting block (609), the corner bracket supporting block (607) and the turning frame supporting block (609) are according to heel row
The distribution situation of back frame and corner's bracket is accordingly distributed, and the turning frame supporting block (609) is used to support heel row and leans on
The turning of back frame frame, the corner bracket supporting block (607) are used to support corner's bracket, the corner bracket supporting block
(607) side is equipped with corner bracket inductor (608) by Z-type frame；
For the corner bracket bearing seat (602) at U-shaped structure, the corner bracket bearing seat (602) is internal to be hinged with turning
Bracket compresses swingle (603), and the working front edge that the corner bracket compresses swingle (603) is equipped with corner bracket compression and holds
It carries bar (605), the bottom end that the corner bracket compresses carrier bar (605) is equipped with turning frame compact heap (604) and turning branch
Frame compact heap (606), the turning frame compact heap (604) is corresponding with turning frame supporting block (609), the turning
Bracket compact heap (606) is corresponding with corner bracket supporting block (607), the corner bracket compression cylinder (601) it is defeated
The tail end that outlet compresses swingle (603) with the corner bracket is hinged.
7. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the longitudinal carrier inspection
Surveying mechanism (7) includes longitudinal carrier compression cylinder (701), longitudinal carrier bearing seat (702) and longitudinal carrier supporting block (706),
The longitudinal carrier supporting block (706) is corresponding with bracket at the longitudinal direction of heel row back frame, the longitudinal carrier supporting block
(706) side is equipped with longitudinal carrier inductor (707) by Z-type frame；
For the longitudinal carrier bearing seat (702) at U-shaped structure, the longitudinal carrier bearing seat (702) is internal to be hinged with longitudinal direction
Bracket compresses swingle (703), and the bottom that the longitudinal carrier compresses swingle (703) is equipped with longitudinal framing compact heap
(704), the working front edge that the longitudinal carrier compresses swingle (703) is equipped with longitudinal carrier compact heap (705), the longitudinal direction
Bracket compact heap (705) is corresponding with longitudinal carrier supporting block (706), the longitudinal carrier compression cylinder (701) it is defeated
The tail end that outlet compresses swingle (703) with the longitudinal carrier is hinged.
8. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the otic placode compacting machine
Structure (8) includes that otic placode compresses mounting plate (802), and the otic placode compresses mounting plate (802) upper end and is symmetrically installed that there are two otic placode pressures
Tight bearing seat (803), the otic placode compress bearing seat (803) into U-shaped structure, and it is internal that the otic placode compresses bearing seat (803)
It is hinged with otic placode and compresses swingle (805), the working front edge that the otic placode compresses swingle (805) is equipped with otic placode compact heap
(804), the otic placode compresses mounting plate (802) bottom end and is equipped with otic placode compression cylinder (801), the otic placode compression cylinder
(801) output end passes through the otic placode and compresses mounting plate (802), the output end of the otic placode compression cylinder (801) and two
The tail end that the otic placode compresses swingle (805) is hinged；
The otic placode testing agency (10) includes otic placode detection support base (1001), the side of otic placode detection support base (1001)
Face is horizontally installed with otic placode detection cylinder (1002), and the output end of otic placode detection cylinder (1002) is equipped with cylinder push plate
(1008), the mobile front of the cylinder push plate (1008) is equipped with cylinder gag lever post (1007), the cylinder gag lever post
(1007) for being limited to the cylinder push plate (1008)；The side of the cylinder push plate (1008) is equipped with fold-line-shaped branch
The upper end of strut (1006), the fold-line-shaped support rod (1006) is equipped with positioning pin by pin shaft carrier bar (1003)
(1004), the positioning pin (1004) is corresponding with the through-hole of frame otic placode, the outside peace of the fold-line-shaped support rod (1006)
Equipped with the otic placode inductor (1005) for detection framework otic placode.
9. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: the second turning pressure
Tight mechanism (9) includes that the second turning compresses carrier (902) and the second corner supports block (903), the second corner supports block
(903) it is located at the corner of heel row back frame, the upper end that second turning compresses carrier (902) is equipped with the second turning
Bearing seat (906), second turning bearing seat (906) is at U-shaped structure, the internal hinge of second turning bearing seat (906)
It is connected to the second turning and compresses swingle (905), the working front edge that second turning compresses swingle (905) is equipped with second and turns
Angle compact heap (904), second turning compact heap (904) is corresponding with the second corner supports block (903), and described second
Turning compresses carrier (902) bottom end and is equipped with the second turning compression cylinder (901), second turning compression cylinder (901)
Output end and second turning compress swingle (905) tail end be hinged.
10. a kind of automotive seat heel row backrest detecting tool according to claim 1, it is characterised in that: described laterally to compress
Mechanism (11) includes lateral bearing frame (1102) and laterally compresses supporting block (1107), described laterally to compress supporting block (1107) position
In lateral one end bottom of heel row back frame, laterally compression supporting block (1107) side is equipped with transverse direction by Z-type frame
It compresses inductor (1106), the transversal pressing mechanism (11) is detected by laterally compression inductor (1106), heel row is leaned on
The compression effect of back frame frame；
The upper end of the lateral bearing frame (1102), which is equipped with, laterally compresses bearing seat (1103), described laterally to compress bearing seat
(1103) at U-shaped structure, described laterally compress is hinged with laterally compression swingle (1104) inside bearing seat (1103), described
The working front edge for laterally compressing swingle (1104) is equipped with lateral compact heap (1105), the transverse direction compact heap (1105) and institute
State laterally compress supporting block (1107) it is corresponding, the bottom end of the lateral bearing frame (1102) is equipped with lateral compression cylinder
(1101), the output end with the tail end for laterally compressing swingle (1104) of the lateral compression cylinder (1101) are hinged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811024951.7A CN109253889A (en) | 2018-09-04 | 2018-09-04 | A kind of automotive seat heel row backrest detecting tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811024951.7A CN109253889A (en) | 2018-09-04 | 2018-09-04 | A kind of automotive seat heel row backrest detecting tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109253889A true CN109253889A (en) | 2019-01-22 |
Family
ID=65046683
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811024951.7A Pending CN109253889A (en) | 2018-09-04 | 2018-09-04 | A kind of automotive seat heel row backrest detecting tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109253889A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112611291A (en) * | 2020-12-28 | 2021-04-06 | 天津仲宇博金属制品有限公司 | Automobile rear backrest framework checking fixture |
| CN112611291B (en) * | 2020-12-28 | 2024-05-14 | 天津仲宇博金属制品有限公司 | Automobile back row backrest framework checking fixture |
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| GB391451A (en) * | 1931-07-27 | 1933-04-27 | British United Shoe Machinery | Improvements in or relating to boot or shoe lasting methods and machines |
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| CN204346284U (en) * | 2014-12-11 | 2015-05-20 | 重庆宏立至信汽车部件制造有限公司 | Efficient automobile seat detection device |
| CN207374188U (en) * | 2017-09-05 | 2018-05-18 | 广州华智汽车部件有限公司 | A kind of Novel car seat |
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|---|---|---|---|---|
| GB391451A (en) * | 1931-07-27 | 1933-04-27 | British United Shoe Machinery | Improvements in or relating to boot or shoe lasting methods and machines |
| CN1433911A (en) * | 2002-01-22 | 2003-08-06 | 王廷森 | Intelligent vehicle robbing-resistant facilities |
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| CN112611291A (en) * | 2020-12-28 | 2021-04-06 | 天津仲宇博金属制品有限公司 | Automobile rear backrest framework checking fixture |
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