CN217637075U - High-efficient swift back row seat detection device - Google Patents

Abstract

The utility model provides a high-efficient swift back row seat detection device, solves the back row seat that prior art exists and need carry at a plurality of different detection station, and the inspection personnel check the drawing, measure the length of time of position degree, and detection efficiency is low, and intensity of labour is big, the poor problem of security. The device comprises a detection substrate, wherein a positioning support seat is arranged in the middle of the detection substrate, and a handrail mounting hole detection mechanism is arranged below the positioning support seat; the both sides of handrail mounting hole detection mechanism are provided with lower support steel wire respectively and detect the seat, and the top that lower support steel wire detected the seat is provided with headrest detection mechanism, and headrest detection mechanism's the outside is provided with the support steel wire and detects the round pin, and the below of going up the support steel wire and detecting the round pin is provided with fixed mouthful steel wire and detects the round pin. Its reasonable in design, compact structure can simulate each key position point of car factory loading, can the snap judgments product whether qualified, effectively shortens the time that inspection personnel checked drawing, measured position degree, promotes detection efficiency, and the device uses conveniently.

Description

High-efficient swift back row seat detection device

Technical Field

The utility model belongs to the technical field of the product inspection utensil, concretely relates to can simulate each key position point of car factory loading, can judge fast whether qualified product, effectively shorten the time that inspection personnel checked drawing, measured position degree, promote detection efficiency, use convenient high-efficient swift back row seat detection device.

Background

When the automobile rear seat is loaded on the site of a factory, the related installation operation comprises the following steps: foam installation, screw fixation, steel wire sleeve buckle, pressing surface lamination fixation and the like. Because the operations are carried out on the loading site of a car factory, for a manufacturer of the rear row seats of the car, key position points in the loading process need to be known, and corresponding detection is carried out, so that whether the rear row seat products are qualified or not is effectively judged, and adverse effects on subsequent installation are avoided. However, most of the existing detection methods for the rear seats of the automobile adopt a mode of manually detecting each key position point, the rear seats need to be conveyed to and fro at a plurality of different detection stations, and not only is the time for an inspector to check drawings and measure position degrees long, the detection efficiency is low, the labor intensity is high, but also the safety is poor, and the detection accuracy is low. Therefore, it is necessary to improve the detection method and device for the rear seat of the automobile in the prior art.

SUMMERY OF THE UTILITY MODEL

The utility model discloses to above-mentioned problem, provide one kind and can simulate each key position point of car factory loading, can judge fast whether qualified product, effectively shorten the time that inspection personnel checked drawing, measured position degree, promote detection efficiency, use convenient high-efficient swift back row seat detection device.

The utility model adopts the technical proposal that: this high-efficient swift back row seat detection device is including detecting the base plate, its characterized in that: a positioning support seat is arranged in the middle of the detection substrate, and a handrail mounting hole detection mechanism is arranged below the positioning support seat; the both sides of handrail mounting hole detection mechanism are provided with the lower support steel wire respectively and detect the seat, and the lower support steel wire of both sides detects the top of seat and is provided with headrest detection mechanism respectively, and, headrest detection mechanism's outside portion still is provided with the support steel wire respectively and detects the round pin, and the below of going up the support steel wire and detecting the round pin is provided with fixed mouthful steel wire and detects the round pin.

The positioning support seat comprises three groups of datum positioning vertical blocks, and the datum positioning vertical blocks are connected with the detection substrate through vertical block height adjusting bolts respectively. The three groups of reference positioning vertical blocks are attached to the middle of the rear-row seat framework to be detected, so that reference positioning is formed, the height of the reference positioning vertical blocks is adjusted through the vertical block height adjusting bolts, and the device is convenient to use.

The handrail mounting hole detection mechanism comprises a fixed base connected with a detection substrate, a positioning clamping column is arranged at the top of the fixed base, and a detection positioning penetrating pin is arranged below the positioning clamping column; the both sides of location joint post are provided with respectively and detect the slide rail, and the slip is provided with the detection slide of symmetrical arrangement on the detection slide rail of both sides, the one end that detects on the slide, towards the outside is provided with the slip detection round pin respectively. With fix a position the position at back row seat skeleton middle part through location joint post to utilize and detect the location and wear the round pin to detect the handrail hole, simultaneously, order about the detection slide of both sides and slide along detecting the slide rail respectively, and then use the slip that detects slide outside end to detect the position of round pin to the handrail mounting hole.

The lower support steel wire detects the seat and includes that the lower support detects the pedestal, and the bottom that the lower support detected the pedestal links to each other with the detection base plate, and the top that the lower support detected the pedestal then is provided with the steel wire profile modeling and detects the groove. The position degree of the lower supporting steel wire on the back row seat framework is detected by utilizing the steel wire profile modeling detection groove at the top of the lower supporting steel wire detection seat.

The upper support steel wire detection pin comprises an upper support detection pin seat, the top of the upper support detection pin seat is provided with a telescopic pin hole in vertical arrangement, a steel wire detection lifting pin is movably inserted in the telescopic pin hole, and the steel wire detection lifting pin is connected with a detection pin lifting handle arranged on the side part of the upper support detection pin seat. The steel wire is driven by the detection pin lifting handle to detect that the lifting pin is lifted in the telescopic pin hole, so that the detection opening at the upper end part of the steel wire detection lifting pin is utilized to detect the position degree of the upper support steel wire on the back-row seat framework.

The fixed port steel wire detection pin comprises a fixed port detection pin seat, the bottom of the fixed port detection pin seat is connected with the detection substrate, and a steel wire detection penetrating pin is arranged at the top of the fixed port detection pin seat. The steel wire at the top of the pin seat is detected by the fixed opening to detect the penetrating pin, so as to detect the fixed opening on the back row seat framework.

The headrest detection mechanism comprises a connecting seat, two groups of headrest bushing detection jacks are arranged on the connecting seat along the direction of a headrest bushing, and a headrest profiling detection bolt is movably arranged in each headrest bushing detection jack. The position degree of the headrest is detected by the headrest profiling detection bolt inserted in the headrest bushing detection jack of the connecting seat.

The upper portion of connecting seat is provided with the benchmark couple and detects the piece, and the benchmark couple detects the piece and includes the detection piece main part that links to each other with the connecting seat, and the front end that detects the piece main part is provided with the couple and detects the wide groove. The hook position on the back row seat framework is detected by utilizing the hook detection wide groove at the front end of the reference hook detection block.

The middle part of the detection block main body is provided with a telescopic chute, a telescopic groove plate is arranged in the telescopic chute in a sliding manner, and a hook detection narrow groove is formed in the end part of the telescopic groove plate, which is positioned on one side of the hook detection wide groove; and the telescopic groove plate is in sliding connection with a handle guide groove arranged on the side part of the detection block main body through a groove plate telescopic handle, and a groove plate locking nut is further arranged on the detection block main body. The telescopic groove plate is driven to slide in the telescopic sliding groove in a reciprocating mode through the groove plate telescopic handle, and then the width of the detection groove at the front end of the reference hook detection block is flexibly changed according to the sizes of different diameters of steel wires at the position of a hook of a back-row seat framework.

The utility model has the advantages that: because the utility model adopts the detection substrate, the middle part of the detection substrate is provided with the positioning support seat, and the handrail mounting hole detection mechanism is arranged below the positioning support seat; the both sides of handrail mounting hole detection mechanism are provided with lower support steel wire respectively and detect the seat, the top that the lower support steel wire of both sides detected the seat is provided with headrest detection mechanism respectively, headrest detection mechanism's the outside is provided with support steel wire respectively and detects the round pin, it detects the structural style that the round pin below sets up fixed mouthful steel wire and detects the round pin to go up support steel wire, so its reasonable in design, compact structure, can simulate each key position point of car factory loading, can judge fast whether back row seat skeleton product is qualified, and then shorten the inspection personnel and check the drawing, the time of measuring position degree, effectively promote detection efficiency, it is convenient to use the device.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the positioning support seat in fig. 1.

Fig. 3 is a schematic view of a structure of the handrail mounting hole detection mechanism in fig. 1.

Fig. 4 is a schematic structural view of the lower supporting wire detecting base in fig. 1.

Fig. 5 is a schematic view showing a structure of the upper supporting wire detecting pin of fig. 1.

Fig. 6 is a schematic view of a structure of the fixed-port wire detecting pin of fig. 1.

Fig. 7 is a schematic view of a structure of the headrest detecting mechanism in fig. 1.

Fig. 8 is a schematic diagram of a reference hook detection block in fig. 7.

The sequence numbers in the figures illustrate: 1 detection substrate, 2 location supporting seat, 3 handrail mounting hole detection mechanism, 4 lower supporting steel wire detection seats, 5 upper supporting steel wire detection pins, 6 fixed port steel wire detection pins, 7 headrest detection mechanism, 8 mobile trolley, 9 back row seat skeleton, 10 benchmark location vertical blocks, 11 vertical block height adjusting bolts, 12 fixed base, 13 detection location through pins, 14 location joint post, 15 detection slide rail, 16 detection slide seat, 17 slide detection pins, 18 slide limit post, 19 lower supporting detection seat body, 20 steel wire profiling detection groove, 21 upper supporting detection pin seat, 22 telescopic pin holes, 23 steel wire detection lifting pins, 24 detection pin lifting handle, 25 fixed port detection pin seat, 26 steel wire detection through pins, 27 connecting seat, 28 headrest bush profiling detection jack, 29 headrest detection pin, 30 benchmark hook detection block, 31 detection block main body, 32 hook detection wide groove, 33 telescopic slide groove, 34 telescopic groove plate, 35 hook detection groove, 36 groove plate telescopic handle, 37 handle guide groove, 38 groove plate locking nut.

Detailed Description

The specific structure of the present invention will be described in detail with reference to fig. 1 to 8. The efficient and quick rear-row seat detection device comprises a detection substrate 1 for placing a rear-row seat framework 9, wherein a movable trolley 8 is arranged at the lower part of the detection substrate 1 so as to facilitate the movement of the device; and the board surface of the detection substrate 1 and the table surface of the movable trolley 8 are vertically arranged at a certain angle. A positioning support seat 2 is arranged in the middle of the detection substrate 1, the positioning support seat 2 is composed of three groups of reference positioning vertical blocks 10, and the reference positioning vertical blocks 10 are respectively connected with the plate surface in the middle of the detection substrate 1 through vertical block height adjusting bolts 11; and then three groups of datum positioning vertical blocks 10 are attached to the middle part of the rear-row seat framework 9 to be detected to form datum positioning, the height of the datum positioning vertical blocks 10 is adjusted through vertical block height adjusting bolts 11, and the device is convenient to use.

The below of location supporting seat 2 is provided with handrail mounting hole detection mechanism 3, and handrail mounting hole detection mechanism 3 includes unable adjustment base 12 that links to each other with detecting base plate 1, and the intermediate position at unable adjustment base 12 top is provided with location joint post 14, and the below of location joint post 14 is provided with detects the location and wears round pin 13. The two sides of the positioning clamping column 14 are respectively provided with a detection slide rail 15, the detection slide rails 15 on the two sides are provided with symmetrically arranged detection slide seats 16 in a sliding manner, and the extreme position of the sliding movement of the detection slide seats 16 is provided with a sliding limiting column 18; the detection slide 16 is provided with a slide detection pin 17 at one end thereof facing outward. Thus, the middle position of the back-row seat frame 9 is positioned by the positioning clamping column 14, the detecting positioning penetrating pin 13 is used for detecting the armrest hole, and meanwhile, the detecting sliding seats 16 on the two sides are driven to respectively slide along the detecting sliding rails 15, so that the position of the armrest mounting hole is detected by using the sliding detecting pin 17 arranged at the outer side end of the detecting sliding seat 16.

Two sides of the handrail mounting hole detection mechanism 3 are respectively provided with a lower supporting steel wire detection seat 4, the lower supporting steel wire detection seat 4 is composed of a lower supporting detection seat body 19, the bottom of the lower supporting detection seat body 19 is connected with the detection substrate 1, and the top of the lower supporting detection seat body 19 is provided with a steel wire profiling detection groove 20; the position degree of the lower supporting steel wire on the rear seat framework 9 and used for being in contact with the lower end of the vehicle body for supporting is detected by utilizing the steel wire profile modeling detection groove 20 at the top of the lower supporting steel wire detection seat 4. The headrest detection mechanisms 7 are respectively arranged above the lower supporting steel wire detection seats 4 on the two sides, each headrest detection mechanism 7 is composed of a connecting seat 27, two groups of headrest bushing detection insertion holes 28 arranged along the direction of a headrest bushing are formed in the connecting seats 27, and a headrest profiling detection plug pin 29 is movably inserted into each headrest bushing detection insertion hole 28; so as to detect the position degree of the headrest through the headrest profiling detecting bolt 29 inserted into the headrest bushing detecting insertion hole 28 of the connecting seat 27.

The upper portion of the connecting seat 27 of the headrest detecting mechanism 7 is provided with a reference hook detecting block 30, the reference hook detecting block 30 includes a detecting block main body 31 connected with the connecting seat 27, and the front end of the detecting block main body 31 is provided with a hook detecting wide groove 32. The middle part of the detection block main body 31 is provided with a telescopic chute 33, a telescopic groove plate 34 is arranged in the telescopic chute 33 in a sliding mode, and a hook detection narrow groove 35 is arranged at the end part, located on one side of the hook detection wide groove 32, of the telescopic groove plate 34. The retractable chute 34 is slidably connected to a handle guide groove 37 provided on the side of the detection block body 31 via a chute plate retractable handle 36, and the detection block body 31 is further provided with a chute plate lock nut 38. Therefore, the slot plate telescopic handle 36 drives the telescopic slot plate 34 to slide in the telescopic sliding slot 33 in a reciprocating manner, so that the width of the detection slot at the front end of the reference hook detection block 30 can be flexibly changed according to the sizes of different diameters of steel wires at the hook position of the rear-row seat framework 9; and the hook position on the rear seat frame 9 for connecting with the vehicle body is detected by using the hook detection wide groove 32 (or the hook detection narrow groove 35) at the front end of the reference hook detection block 30.

In addition, the outer sides of the two headrest detection mechanisms 7 are respectively provided with an upper support steel wire detection pin 5, the upper support steel wire detection pin 5 comprises an upper support detection pin seat 21, the top of the upper support detection pin seat 21 is provided with a vertically arranged telescopic pin hole 22, a steel wire detection lifting pin 23 is movably inserted into the telescopic pin hole 22, and the steel wire detection lifting pin 23 is connected with a detection pin lifting handle 24 arranged at the side part of the upper support detection pin seat 21; and then the steel wire detection lifting pin 23 is driven to lift in the telescopic pin hole 22 through the detection lifting pin lifting handle 24, so that the position degree of an upper supporting steel wire which is arranged on the rear seat frame 9 and is used for being in contact with the upper end of a vehicle body for supporting is detected by using a detection opening at the upper end part of the steel wire detection lifting pin 23. And fixed steel wire detection pins 6 are respectively arranged below the upper support steel wire detection pins 5 on the two sides. The fixed port steel wire detection pin 6 is composed of a fixed port detection pin seat 25, the bottom of the fixed port detection pin seat 25 is connected with the detection substrate 1, and a steel wire detection penetrating pin 26 is arranged at the top of the fixed port detection pin seat 25; the steel wire at the top of the fixed port detection pin seat 25 is used for detecting the through pin 26 to detect the position of a fixed port which is arranged on the rear seat framework 9 and is fixedly connected with the vehicle body.

When the efficient and quick rear-row seat detection device is used, a rear-row seat framework 9 to be detected is positioned and placed on the detection substrate 1 through the positioning support seat 2; then, the handrail hole is detected by the detection positioning insertion pin 13 of the handrail mounting hole detection means 3, and the position of the handrail mounting hole is detected by the slide detection pin 17 which detects the outer end of the slide base 16. Moreover, the position degree of the lower supporting steel wire on the back row seat framework 9 is detected by utilizing the steel wire profile modeling detection groove 20 at the top of the lower supporting steel wire detection seat 4; the position degree of the headrest is detected through a headrest profiling detection bolt 29 inserted in a headrest bush detection jack 28 of a connecting seat 27 of the headrest detection mechanism 7; and the hook position on the rear seat frame 9 is detected by using the hook detection groove at the front end of the reference hook detection block 30. In addition, the position degree of the upper supporting steel wire on the rear seat frame 9 is detected through the steel wire detection lifting pin 23; the position of the fixing opening on the rear seat frame 9 is detected by using the steel wire detection through pin 26 at the top of the fixing opening detection pin seat 25.

Claims (9)

1. The utility model provides a high-efficient swift back row seat detection device, includes detection base plate (1), its characterized in that: a positioning support seat (2) is arranged in the middle of the detection substrate (1), and a handrail mounting hole detection mechanism (3) is arranged below the positioning support seat (2); the utility model discloses a headrest detection mechanism, including handrail mounting hole detection mechanism (3), headrest detection mechanism (7) are provided with respectively to the both sides of handrail mounting hole detection mechanism (3) are provided with lower support steel wire respectively and detect seat (4), and the top that the lower support steel wire of both sides detected seat (4) is provided with headrest detection mechanism (7) respectively, and, the outside portion of headrest detection mechanism (7) still is provided with respectively and supports steel wire detection round pin (5), and the below that the steel wire that goes up supports detects round pin (5) is provided with fixed mouthful steel wire and detects round pin (6).

2. The efficient and quick rear seat detection device according to claim 1, wherein: the positioning support seat (2) comprises three groups of reference positioning vertical blocks (10), and the reference positioning vertical blocks (10) are respectively connected with the detection substrate (1) through vertical block height adjusting bolts (11).

3. The efficient and quick rear seat detection device according to claim 1, wherein: the handrail mounting hole detection mechanism (3) comprises a fixed base (12) connected with the detection substrate (1), a positioning clamping column (14) is arranged at the top of the fixed base (12), and a detection positioning penetrating pin (13) is arranged below the positioning clamping column (14); the both sides of location joint post (14) are provided with respectively and detect slide rail (15), and the detection slide rail (15) of both sides go up the detection slide (16) that sliding set up of symmetrical arrangement, the one end that detects on slide (16), towards the outside is provided with respectively and slides and detects round pin (17).

4. The efficient and quick rear seat detection device according to claim 1, wherein: the lower support steel wire detection seat (4) comprises a lower support detection seat body (19), the bottom of the lower support detection seat body (19) is connected with the detection substrate (1), and a steel wire profiling detection groove (20) is formed in the top of the lower support detection seat body (19).

5. The efficient and quick rear seat detection device according to claim 1, wherein: go up support steel wire and detect round pin (5) and include support detection key seat (21), the top of going up support detection key seat (21) is provided with vertical layout's flexible pinhole (22), and flexible pinhole (22) internalization is pegged graft and is provided with steel wire and detect lifter pin (23), just the steel wire detects lifter pin (23) and last support and detects detection round pin lifting handle (24) that round pin seat (21) lateral part set up and link to each other.

6. The efficient and quick rear seat detection device according to claim 1, wherein: fixed mouthful steel wire detects round pin (6) and detects round pin seat (25) including fixed mouthful, the bottom that fixed mouthful detected round pin seat (25) links to each other with detection base plate (1), and the top that fixed mouthful detected round pin seat (25) is provided with the steel wire and detects wears round pin (26).

7. The efficient and quick rear seat detection device according to claim 1, wherein: the headrest detection mechanism (7) comprises a connecting seat (27), two groups of headrest bushing detection insertion holes (28) arranged along the direction of a headrest bushing are formed in the connecting seat (27), and a headrest profiling detection bolt (29) is movably arranged in each headrest bushing detection insertion hole (28).

8. The efficient and quick rear seat detection device according to claim 7, wherein: the upper portion of connecting seat (27) is provided with benchmark couple and detects piece (30), and benchmark couple detects piece (30) including the detection piece main part (31) that links to each other with connecting seat (27), and the front end that detects piece main part (31) is provided with the couple and detects wide groove (32).

9. The efficient and quick rear seat detection device according to claim 8, wherein: a telescopic chute (33) is arranged in the middle of the detection block main body (31), a telescopic groove plate (34) is arranged in the telescopic chute (33) in a sliding manner, and a hook detection narrow groove (35) is arranged at the end part of the telescopic groove plate (34) positioned on one side of the hook detection wide groove (32); the telescopic slot plate (34) is connected with a handle guide slot (37) arranged at the side part of the detection block main body (31) in a sliding way through a slot plate telescopic handle (36), and a slot plate locking nut (38) is also arranged on the detection block main body (31).

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