CN218782397U - Connector terminal detection and analysis equipment - Google Patents

Abstract

The utility model relates to an electron device detection and analysis equipment field discloses a connector terminal detection and analysis equipment, the package corresponds the first fixed establishment that sets up in proper order, actuating mechanism and to the resistance value, pull out the programmable control analytic system that the power carries out analysis display, the last second fixed establishment that is provided with by its relative first fixed establishment horizontal direction of drive of actuating mechanism removes, the last pressure sensing mechanism who is used for detecting and monitoring second fixed establishment atress that is provided with of actuating mechanism, it all is provided with the terminal fixture that is used for the centre gripping terminal and can adjust terminal clamping position in vertical direction and horizontal direction to correspond the position on first fixed establishment and the second fixed establishment, control analytic system is provided with the wire part that is linked to each other by the terminal of centre gripping. The number of times of plugging and unplugging of the terminal of the connector to be detected and the corresponding resistance value and plugging and unplugging force can be analyzed simultaneously in the detection process, the export result is displayed automatically, the detection operation is convenient, and the efficiency is high.

Description

Connector terminal detection and analysis equipment

Technical Field

The utility model relates to an electron device detection and analysis equipment field, in particular to connector terminal detection and analysis equipment.

Background

With the wide application of connector products in all aspects along with the social development, the types of connectors are more diversified, and the classification is more and more detailed. Different connectors all have different corresponding technical requirements usually, in the development process of connector, inspection testing analysis to connector sample and product plays the key role to the quality of connector product, current detection analytical instrument, it is single experimental check out test set of extraction force or the experimental check out test set of number of times of switching on generally, it is comparatively simple, in the development process of connector, need the manual work to come the record and handle a large amount of data, the corresponding software of final input carries out the analysis, it is big to use loaded down with trivial details degree of difficulty, it requires high to developer's quality, low efficiency.

SUMMERY OF THE UTILITY MODEL

The utility model provides a connector terminal detection and analysis equipment has solved current connector detection and analysis instrument, generally all is the experimental check out test set of single pull-out force or the experimental check out test set of number of switch-on times, and in the development process of connector, it is big to use loaded down with trivial details degree of difficulty, requires high, the technical problem of inefficiency to development personnel's quality.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides a connector terminal detection analytical equipment, includes the equipment rack, be provided with the operation base plate in the equipment rack, correspond in proper order on the operation base plate and be provided with first fixed establishment, actuating mechanism and control analytic system, the last one end that is close to first fixed establishment of actuating mechanism is provided with by its second fixed establishment of its relative first fixed establishment horizontal direction removal of drive, the last pressure sensing mechanism that is used for detecting and monitoring actuating mechanism to second fixed establishment orientation drive power of actuating mechanism that is provided with of actuating mechanism, the last corresponding position of first fixed establishment and second fixed establishment all is provided with the terminal fixture that is used for the centre gripping terminal and can adjust terminal clamping position in vertical direction and the horizontal vertical direction that moves relative second fixed establishment, control analytic system is provided with the terminal of centre gripping on the first fixed establishment respectively, the terminal of second fixed establishment and the wire part that pressure sensing mechanism links to each other, actuating mechanism links to each other with control analytic system and controls its action by control analytic system, control analytic system includes resistance value measurement analytic system, programmable insertion force analytic system and drive control display system. The number of times of plugging and unplugging of the terminal of the connector to be detected and the corresponding resistance value and plugging and unplugging force can be analyzed simultaneously in the detection process, the export result is displayed automatically, the detection operation is convenient, and the efficiency is high.

Further, the method comprises the following steps: the terminal clamping mechanism comprises a vertical fixing plate and a clamping base block, wherein a first sliding groove in the vertical direction is formed in the upper end of the vertical fixing plate, a second sliding groove which penetrates through the middle of the first sliding groove and the outside in the horizontal direction is formed in one side of the vertical fixing plate, a vertical sliding portion matched with the first sliding groove and the second sliding groove is formed in one side of the clamping base block, a first bolt limiting structure of the limiting vertical sliding portion is arranged at a position corresponding to the first sliding groove on the vertical fixing plate, a clamping concave table is arranged at one side, away from the vertical sliding portion, of the clamping base block, two limiting clamping blocks which are parallel in the vertical direction and can move relative to the horizontal direction are arranged in the clamping concave table, two second limiting bolt structures which are used for respectively limiting and positioning the two limiting clamping blocks in the horizontal direction are arranged at positions corresponding to the two ends of the clamping concave table, a first wire yielding groove which penetrates through in the horizontal direction is formed in the upper end of the vertical fixing plate, and a second wire yielding groove corresponding to the first wire yielding groove is formed in the upper end of the vertical fixing plate. The clamping base block can be detached and is provided with a stepping groove structure for the lead to pass through, and the terminal is connected with the clamping base block and is convenient to operate.

Further, the method comprises the following steps: the centre gripping base block has a plurality ofly and centre gripping concave station is inside to be provided with multiple spacing grip block that is used for corresponding to the multiple model terminal of matching centre gripping respectively. The applicability is strong, and the detection analysis can be carried out on terminals of various types.

Further, the method comprises the following steps: first bolt limit structure includes two first limit bolt holes and two first limit bolts that match with first limit bolt hole, two first limit bolt hole level respectively sets up the position that corresponds with first spout both ends on vertical fixed plate, the upper end of vertical sliding part is located first limit bolt hole and between circumference downside and the centre of a circle in the first spout, the bolt end of first limit bolt is conical. The high-precision operation is not needed during the limiting and fixing of the clamping base block, the limiting and fixing effect can be achieved after the first limiting bolt is screwed up in a fuzzy correspondence mode, and the clamping base block is convenient and fast to use.

Further, the method comprises the following steps: the limiting clamping blocks comprise outer limiting clamping blocks and inner limiting clamping blocks which are fixedly attached, the inner limiting clamping blocks are respectively located on one sides, close to each other, of the two outer limiting clamping blocks, the inner limiting clamping blocks are made of elastic materials, and the elastic horizontal protruding structures of vertical column cloth are arranged on one sides, close to each other, of the inner limiting clamping blocks. The clamping of the fixed terminal is stable, ensuring that no additional displacement occurs within a preset detection time period.

Further, the method comprises the following steps: the second limit bolt structure comprises two second limit bolt holes and two second limit bolts matched with the second limit bolt holes, wherein the two second limit bolt holes are arranged on the clamping base block in parallel along the horizontal moving direction of the limit clamping block and correspond to the clamping concave table in position, the two second limit bolt holes are arranged in parallel in the vertical direction of the second limit bolt holes, the bolt ends of the second limit bolts are provided with annular clamping grooves, and the horizontal limit clamping grooves which are used for accommodating the bolt ends of the second limit bolts with the annular clamping grooves and are rotated and moved in the horizontal direction are arranged on one side of the limit clamping block corresponding to the second limit bolts. Two bolt structures that parallel carry out spacing location to spacing grip block simultaneously, and spacing location is accurate firm.

Further, the method comprises the following steps: first fixed establishment includes two first slide rails, a plurality of first slider, first fixed base block and two fixed grillages, two first slide rail level parallel fixation is on operation base plate and perpendicular with second fixed establishment horizontal migration direction, and is a plurality of first slider sets up respectively on two first slide rails and can the horizontal direction free slip, the lower extreme of first fixed base block is fixed on a plurality of first sliders, two fixed grillage fixes respectively on operation base plate the both sides of first fixed base block correspond the position, two on the fixed grillage with the corresponding position of first fixed base block both sides all be provided with the third spacing bolt hole that the horizontal direction runs through, two the downthehole third spacing bolt that matches that all is provided with of third spacing bolt, first fixed base block both sides all are provided with the horizontal position hole with the corresponding position of third spacing bolt hole, bolt one end of third spacing bolt hole passes third spacing bolt hole and extends to the horizontal position that corresponds downthehole and can the free rotation, two horizontal distance that horizontal position hole bottom was greater than the third spacing bolt hole on the first fixed base block is located two nearest horizontal bolt holes respectively. The clamping base block of the first fixing mechanism can be finely adjusted relative to the second fixing mechanism after the clamping base block of the first fixing mechanism is fixed, and the terminals fixed on the first fixing mechanism and the second fixing mechanism are effectively aligned.

Further, the method comprises the following steps: actuating mechanism includes linear driving mechanism, slide rail set spare and transmission grillage, slide rail set spare sets up and fixes on operating substrate, the lower extreme of second fixed establishment and transmission grillage all sets up on slide rail set spare and can be relative first fixed establishment horizontal direction free slip, the transmission grillage is located on slide rail set spare between second fixed establishment and the linear driving mechanism, the inside of transmission grillage is provided with the rectangle cavity, pressure sensing mechanism sets up the intermediate position of keeping away from second fixed establishment one side lateral wall in the rectangle cavity, the rectangle cavity is close to second fixed establishment one side and is provided with the level towards second fixed establishment direction and runs through outside transmission hole, transmission hole and pressure sensing mechanism horizontal direction correspond, be provided with through the inside transfer line of transmission Kong Yanshen to the rectangle cavity with transmission hole corresponding position on the second fixed establishment, be provided with the radial boss that is located the rectangle cavity inside on the transfer line, the external diameter of radial boss is greater than the internal diameter in transmission hole, the end of transfer line is provided with the flexure strip that corresponds with pressure sensing mechanism, linear driving mechanism links to each other with the transmission grillage and drives the drive grillage and is greater than the horizontal distance of second fixed establishment between the horizontal distance. The influence on the transmission pressure is small, and the service life of the pressure sensing mechanism is effectively prolonged.

Drawings

FIG. 1 is a schematic partial front view of the present invention;

FIG. 2 is a schematic front view of the terminal clamping mechanism;

FIG. 3 is a front view of a wire member locking feature;

FIG. 4 is a schematic front view of a clamping base block;

fig. 5 is a schematic front view of the first fixing mechanism and the terminal holding mechanism;

fig. 6 is a front view of the first fixing mechanism, the second fixing mechanism, the driving mechanism, the pressure sensing mechanism, and the terminal holding mechanism.

Labeled as: the operation substrate 101, the first fixing mechanism 200, the first slide rail 211, the first slider 212, the first fixing base block 213, the fixing plate frame 214, the third limit bolt hole 215, the third limit bolt 216, the second fixing mechanism 300, the transmission rod 310, the radial boss 311, the elastic buffer sheet 312, the driving mechanism 400, the linear driving mechanism 410, the slide rail assembly 420, the transmission plate frame 430, the rectangular cavity 431, the pressure sensing mechanism 500, the control analysis system 600, the terminal clamping mechanism 700, the vertical fixing plate 710, the first sliding chute 711, the second sliding chute 712, the second wire abdicating groove 713, the first limit bolt hole 714, the first limit bolt 715, the clamping base block 720, the vertical sliding part 721, the clamping concave platform 722, the limit clamping block 723, the second limit bolt structure 724, the first wire abdicating groove 725, the outer limit clamping block 726, the inner limit clamping block 727, the second limit bolt hole 728, the second limit bolt 729, the elastic horizontal protrusion structure 730, the wire component locking structure 800, the abdicating platform 801, the limit concave platform 810, the limit pressing block 811, the cross pressing block 830, and the cross pressing block 820.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and the following detailed description.

A connector terminal detection and analysis apparatus as shown in fig. 1, includes an apparatus frame, an operation substrate 101 is disposed on the apparatus frame, a first fixing mechanism 200, a driving mechanism 400 and a control and analysis system 600 are sequentially disposed on the operation substrate 101, a second fixing mechanism 300 which is driven by the driving mechanism to move horizontally relative to the first fixing mechanism 200 is disposed at one end of the driving mechanism 400 close to the first fixing mechanism 200, a terminal clamping mechanism 700 which is used for detecting and monitoring a driving force of the driving mechanism 400 to the second fixing mechanism 300 in the direction of the first fixing mechanism 200 is disposed at a corresponding position on the driving mechanism 400, the terminal clamping position of the terminal can be adjusted in the vertical direction and in the horizontal direction relative to the second fixing mechanism 300, the control and analysis system 600 is provided with a lead component which is respectively connected to the terminal clamped on the first fixing mechanism 200, the terminal clamped on the second fixing mechanism 300 and the pressure sensing mechanism 500, the driving mechanism 400 is connected to the control and analysis system 600, and the control and analysis system 600 includes a resistance value measurement and analysis system 600 and a programmable display system.

In this embodiment, the resistance measurement analysis system is a resistance measurement component and corresponding analysis and calculation software; the plugging force analysis system is plugging force analysis software; the driving programmable control display system comprises a computer, programmable control software and a display screen. In a specific implementation, two terminals (matched male terminal and female terminal) connected to the control analysis system 600 are respectively and correspondingly fixed in the terminal clamping mechanisms 700 of the first fixing mechanism 200 and the second fixing mechanism 300, and when the driving mechanism 400 drives the terminal on the second fixing mechanism 300 to move relatively to the terminal on the first fixing mechanism 200 in a pulling and inserting manner, the pressure sensing mechanism 500 monitors in real time the driving force when the second fixing mechanism 300 moves in the direction toward the first fixing mechanism 200 and transmits the driving force to the pulling and inserting force analysis system of the control analysis system 600 through a wire component, in the process of continuous pushing, the pushing force applied to the second fixing mechanism 300 reaches a stable value before the terminal on the second fixing mechanism 300 and the terminal on the first fixing mechanism 200 are relatively inserted, when the terminal on the second fixing mechanism 300 and the terminal on the first fixing mechanism 200 are relatively inserted, the pushing force applied to the second fixing mechanism 300 is suddenly increased, that when the pushing force applied to the terminal on the second fixing mechanism 300 and the terminal on the first fixing mechanism 200 are relatively inserted, the maximum pushing force applied to the second fixing mechanism 300 is automatically calculated, and the relative inserting force is obtained as a relative inserting force value, and the inserting times of the linear inserting force can be recorded in each time, and the linear inserting force can be obtained according to the relative inserting force graph, and the inserting times of the linear inserting and the inserting force can be automatically recorded in each time, and the linear inserting times of the linear inserting process, and the linear inserting times of the linear inserting force can be obtained in each time, and the linear inserting process, and the linear inserting force can be obtained; meanwhile, a resistance signal during plugging conduction is transmitted to a resistance value measurement and analysis system through a lead component, and a corresponding plugging and unplugging frequency and resistance linear graph is produced according to the resistance change and plugging and unplugging frequency during each relative plugging; the linear graph of the plugging and unplugging times and the plugging force and the linear graph of the resistance can be displayed on a display device of a driving programmable control display system in real time.

The number of times of plugging and unplugging of the terminal of the connector to be detected and the corresponding resistance value and plugging and unplugging force can be analyzed simultaneously in the detection process, the export result is displayed through an automatic telephone, the detection operation is convenient, and the efficiency is high.

On the basis, as shown in fig. 1 to 3, the terminal clamping mechanism 700 includes a vertical fixing plate 710 and a clamping base block 720, a first sliding groove 711 in a vertical direction is provided at an upper end of the vertical fixing plate 710, a second sliding groove 712 penetrating through a middle portion of the first sliding groove 711 and an outside in a horizontal direction is provided at one side of the vertical fixing plate 710, a vertical sliding portion 721 matched with the first sliding groove 711 and the second sliding groove 712 is provided at one side of the clamping base block 720, a first bolt limiting structure for limiting the vertical sliding portion 721 is provided at a position corresponding to the first sliding groove 711 on the vertical fixing plate 710, a clamping concave table 722 is provided at one side of the clamping base block 720 far from the vertical sliding portion 721, two limiting clamping blocks 723 which are parallel in the vertical direction and can move relatively in the horizontal direction are provided in the clamping concave table 722, two second limiting bolt structures 724 for limiting and positioning the two limiting positions of the two limiting clamping blocks 723 respectively are provided at positions corresponding to two ends of the clamping concave table 722, a first lead-stepping groove through which penetrates in the horizontal direction is provided at an upper end of the clamping base block 720, and a lead stepping groove 725 corresponding to the vertical fixing plate 710.

In specific implementation, the first fixing mechanism 200 and the second fixing mechanism 300 are further correspondingly provided with a wire component locking structure 800, the wire component locking structure 800 includes a limiting base 810 and a rotating pressing block 820, the upper ends of the first fixing mechanism 200 and the second fixing mechanism 300 are respectively provided with a yielding concave platform 801 corresponding to the second wire yielding groove 713, the limiting base 810 is fixed at the upper end of one side, away from the second wire yielding groove 713, of the yielding concave platform 801, the limiting base 810 is provided with a cross concave platform 811, the wire component includes a cross clamping block 830 elastically clamped on the wire and matched with the cross concave platform 811, and the rotating pressing block 820 is arranged on one side of the cross concave platform 811 on the limiting base 810 and used for rotating the upper surface of the limiting cross clamping block 830. In operation, the limitation of the first bolt limiting structure on the clamping base block 720 and the limitation of the rotating pressing block 820 on the cross clamping block 830 are firstly released, the wire parts of the clamping base block 720 and the connecting terminal are taken down, the two matched terminals are respectively connected with the control analysis system 600 through the wire parts, the two matched terminals are respectively fixed in the limiting clamping blocks 723 of the two clamping base blocks 720 through the second limiting bolt structures 724, the two clamping base blocks 720 can be correspondingly placed on a platform during clamping, the two terminals are correspondingly clamped and fixed in the horizontal direction and the vertical direction, the corresponding installation is simple and convenient, the fixing and limiting of the terminals in a narrow or more limited space are not needed, finally, the clamping base blocks 720 with the two clamped terminals are respectively arranged in the vertical fixing plates 710 in the first fixing mechanism 200 and the second fixing mechanism 300 and fixed through the first bolt limiting structure, the wire parts pass through the first wire abdicating groove 725 and the second wire abdicating groove 713 and are extended by the wire part locking structure 800 to fix 8978, and the fixing part of the first wire abdicating mechanism 300 does not affect the second fixing mechanism 300 to move relatively.

The clamping base block 720 can be disassembled and is provided with a yielding groove structure for the lead to pass through, and the terminal is connected with the clamping base block, so that the clamping operation is convenient.

On the basis of the above, as shown in fig. 2 and 4, the clamping base block 720 has a plurality of limiting clamping blocks 723 which are respectively used for correspondingly clamping a plurality of types of terminals in a matching manner and are arranged in the clamping concave table 722. In specific implementation, the terminals of various types can be detected and analyzed by classifying and distinguishing the thickness, the width and the length of the limiting clamping block 723 according to the types of the terminals of various types, so that the applicability is high.

On the basis, as shown in fig. 2, the first bolt limiting structure includes two first limiting bolt holes 714 and two first limiting bolts 715 matched with the first limiting bolt holes 714, the two first limiting bolt holes 714 are respectively horizontally disposed on the vertical fixing plate 710 at positions corresponding to two ends of the first sliding groove 711, the upper end of the vertical sliding part 721 in the first sliding groove 711 is located between the lower side of the circumference of the first limiting bolt hole 714 and the center of the circle, and the bolt end of the first limiting bolt 715 is conical. The high-precision operation is not needed when the clamping base block 720 is fixed in a limiting mode, the fuzzy correspondence can achieve the limiting and fixing effect after the first limiting bolt 715 is screwed down, and the clamping base block is convenient and fast to use.

On the basis, as shown in fig. 2 and 4, the limiting clamping block 723 comprises an outer limiting clamping block 726 and an inner limiting clamping block 727 which are fixedly attached to each other, the two inner limiting clamping blocks 727 are respectively located at the sides, close to each other, of the two outer limiting clamping blocks 726, the inner limiting clamping blocks 727 are made of elastic materials, and the sides, close to each other, of the two inner limiting clamping blocks 727 are both provided with elastic horizontal protruding structures 730 which are vertically arranged in a row. The clamping of the fixed terminal is stable, ensuring that no additional displacement occurs within a preset detection time period.

On the basis, as shown in fig. 2 and fig. 4, the second limiting bolt structure 724 includes two second limiting bolt holes 728 and two second limiting bolts 729 matched with the second limiting bolt holes 728, the two second limiting bolt holes 728 are arranged in parallel on the clamping base block 720 along the horizontal moving direction of the limiting clamping block 723 and correspond to the clamping recess 722, the two second limiting bolt holes 728 are arranged in parallel in the vertical direction, the bolt end of the second limiting bolt 729 is provided with an annular clamping groove, and a horizontal limiting clamping groove for accommodating the bolt end of the second limiting bolt 729 with the annular clamping groove to rotate and limiting the bolt end to move in the horizontal direction is arranged on the limiting clamping block 723 and corresponds to the second limiting bolt 729. In specific implementation, the second limiting bolts 729 are rotated to adjust the limiting clamping blocks 723 to move relatively in the clamping recess 722, the terminals can be correspondingly clamped between the two limiting clamping blocks 723 in the clamping recess 722 through adjustment of the second limiting bolts 729 on two sides, the two parallel bolt structures simultaneously limit and position the limiting clamping blocks 723, and the limiting and positioning are accurate and stable.

On the basis, as shown in fig. 1 and 5, the first fixing mechanism 200 includes two first slide rails 211, a plurality of first slide blocks 212, a first fixed base block 213, and two fixing plate frames 214, two of the first slide rails 211 are horizontally and parallelly fixed on the operation substrate 101 and perpendicular to the horizontal moving direction of the second fixing mechanism 300, a plurality of the first slide blocks 212 are respectively disposed on the two first slide rails 211 and can freely slide in the horizontal direction, the lower end of the first fixed base block 213 is fixed on the plurality of first slide blocks 212, two of the fixing plate frames 214 are respectively fixed at the positions corresponding to the two sides of the first fixed base block 213 on the operation substrate 101, two of the fixing plate frames 214 corresponding to the positions on the two sides of the first fixed base block 213 are both provided with third limit bolt holes 215 penetrating through in the horizontal direction, two of the third limit bolts 216 matched with the third limit bolt holes 215 are both provided with horizontal position adjusting holes, one end of each of the third limit bolt hole 215 is extended through the third limit bolt hole 215, and the two of each third limit bolt holes 215 are located at a distance from the nearest horizontal position adjusting hole of the two of the corresponding third limit bolt hole 213, and the two limit bolt holes 213 are both sides of the two limit bolt holes 215, and the two limit bolt holes are located at the nearest horizontal position adjusting holes on the horizontal position adjusting holes 213, and the two of the two limit bolt holes 213, and the two limit bolt holes.

In specific implementation, the first fixing base block 213 can be pushed to slide on the two first slide rails 211 by adjusting the third limiting bolts 216 on the two fixing plate frames 214, that is, the positions of the clamping base blocks 720 relative to the second fixing mechanism 300 are adjusted, and after the adjustment is completed, the third limiting bolts 216 on the two fixing plate frames 214 are screwed down relative to the corresponding horizontal positioning holes. The clamping base block 720 of the first fixing mechanism 200 can be finely adjusted relative to the second fixing mechanism 300 after the clamping base block 720 of the first fixing mechanism 200 is fixed, which effectively ensures that the terminals fixed on the first fixing mechanism 200 and the second fixing mechanism 300 are effectively aligned.

On the basis, as shown in fig. 1 and fig. 6, the driving mechanism 400 includes a linear driving mechanism 410, a sliding rail assembly 420 and a transmission plate frame 430, the sliding rail assembly 420 is fixed on the operating substrate 101, the lower ends of the second fixing mechanism 300 and the transmission plate frame 430 are both disposed on the sliding rail assembly 420 and can freely slide in the horizontal direction relative to the first fixing mechanism 200, the transmission plate frame 430 is disposed between the second fixing mechanism 300 and the linear driving mechanism 410 on the sliding rail assembly 420, a rectangular cavity 431 is disposed inside the transmission plate frame 430, the pressure sensing mechanism 500 is disposed in the rectangular cavity 431 at an intermediate position far from the side wall of one side of the second fixing mechanism 300, the rectangular cavity 431 is disposed near the second fixing mechanism 300 and toward the direction of the second fixing mechanism 300, a transmission hole horizontally penetrating to the outside is disposed, the transmission hole corresponds to the horizontal direction of the pressure sensing mechanism 500, a transmission rod 310 disposed on the second fixing mechanism 300 corresponding to the transmission hole is disposed through a transmission rectangle Kong Yanshen to the inside of the cavity 431, the transmission rod 310 is disposed on the transmission rod 310 and located inside the transmission rod 310, the radial direction of the transmission hole is disposed between the transmission plate frame 430 and the transmission mechanism 300, the elastic boss is disposed at a distance greater than the horizontal distance from the end of the transmission plate frame mounting plate frame 311 of the transmission mechanism 300 to the transmission mechanism 300, and the transmission mechanism 310, and the elastic boss 311, and the elastic boss 430, and the elastic boss 310 are disposed between the elastic boss 310, and the elastic boss 310.

In this embodiment, the linear driving mechanism 410 is an air cylinder, and in the specific implementation, the linear driving mechanism 410 may also be a mechanism or a combined component having a linear driving function, such as a linear motor; when the linear driving mechanism 410 drives the transmission plate frame 430 to move on the slide rail assembly 420 towards the direction of the first fixing mechanism 200, the pressure sensing mechanism 500 inside the rectangular cavity 431 is firstly contacted with the elastic buffer piece 312 in the moving process, then the elastic buffer piece 312 applies force to the transmission rod 310, and further the second fixing mechanism 300 is pushed to move on the slide rail assembly 420 relative to the horizontal direction of the first fixing mechanism 200, the distance between the pressure sensing mechanism 500 and the elastic buffer piece 312 is only a few millimeters, so the initial collision between the pressure sensing mechanism 500 and the elastic buffer piece 312 has very small force on the pressure sensing mechanism 500, the collision damage can be ignored, and in the process of pushing the second fixing mechanism 300 to move towards the horizontal direction of the first fixing mechanism 200, the second fixing mechanism 300 is not contacted with the transmission plate frame 430, so the magnitude of the pressure is not influenced.

When the linear driving mechanism 410 drives the transmission plate frame 430 to move on the slide rail assembly 420 in a direction away from the first fixing mechanism 200, the pressure sensing mechanism 500 is separated from the elastic buffer sheet 312, then the radial boss 311 is in contact with the inner wall of the rectangular cavity 431 towards the first fixing mechanism 200, force is applied to the radial boss 311 through the inner wall to drag the second fixing mechanism 300 to move on the slide rail assembly 420 in a horizontal direction away from the first fixing mechanism 200, the distance between the radial boss 311 and the inner wall of the rectangular cavity 431 towards the first fixing mechanism 200 is only a few millimeters, so that the initial collision force between the radial boss 311 and the inner wall is very small, collision damage can be ignored, the pressure sensing mechanism 500 is not stressed in the process that the linear driving mechanism 410 indirectly drives the second fixing mechanism 300 to move on the slide rail assembly 420 away from the first fixing mechanism 200, and the service life of the pressure sensing mechanism 500 is effectively prolonged.

The above-mentioned embodiments, further detailed description of the objects, technical solutions and advantages of the present invention, it should be understood that the above-mentioned embodiments are only specific embodiments of the present invention, and are not intended to limit the present invention, and any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims (8)

1. A connector terminal detection and analysis equipment comprises an equipment rack, and is characterized in that: an operation base plate (101) is arranged on the equipment rack, a first fixing mechanism (200), a driving mechanism (400) and a control analysis system (600) are correspondingly arranged on the operation base plate (101) in sequence, one end of the driving mechanism (400) close to the first fixing mechanism (200) is provided with a second fixing mechanism (300) which is driven by the driving mechanism to move horizontally relative to the first fixing mechanism (200), the driving mechanism (400) is provided with a pressure sensing mechanism (500) for detecting the driving force of the monitoring driving mechanism (400) towards the direction of the first fixing mechanism (200) to the second fixing mechanism (300), the corresponding positions of the first fixing mechanism (200) and the second fixing mechanism (300) are provided with terminal clamping mechanisms (700) which are used for clamping terminals and can adjust the clamping positions of the terminals in the vertical direction and the horizontal direction which moves relative to the second fixing mechanism (300), the control analysis system (600) is provided with lead parts which are respectively connected with a terminal clamped on the first fixing mechanism (200), a terminal clamped on the second fixing mechanism (300) and the pressure sensing mechanism (500), the driving mechanism (400) is connected with the control analysis system (600) and the action of the driving mechanism is controlled by the control system, the control analysis system (600) comprises a resistance value measurement analysis system, an insertion force analysis system and a drive programmable control display system.

2. The connector terminal detection analysis apparatus according to claim 1, wherein: the terminal clamping mechanism (700) comprises a vertical fixing plate (710) and a clamping base block (720), the upper end of the vertical fixing plate (710) is provided with a first chute (711) in the vertical direction, one side of the vertical fixing plate (710) is provided with a second sliding chute (712) which penetrates through the middle part and the outside of the first sliding chute (711) in the horizontal direction, one side of the clamping base block (720) is provided with a vertical sliding part (721) matched with the first sliding chute (711) and the second sliding chute (712), a first bolt limiting structure for limiting the vertical sliding part (721) is arranged on the vertical fixing plate (710) at a position corresponding to the first sliding chute (711), a clamping concave table (722) is arranged on one side of the clamping base block (720) far away from the vertical sliding part (721), two limiting clamping blocks (723) which are parallel in the vertical direction and can relatively move in the horizontal direction are arranged in the clamping concave table (722), two second limiting bolt structures (724) which respectively limit and position the horizontal positions of the two limiting clamping blocks (723) are arranged on the clamping base block (720) at positions corresponding to the two ends of the clamping concave table (722), the upper end of the clamping base block (720) is provided with a first lead abdicating groove (725) which penetrates in the horizontal direction, the upper end of the vertical fixing plate (710) is provided with a second wire abdicating groove (713) corresponding to the first wire abdicating groove (725).

3. The connector terminal detection analysis apparatus according to claim 2, wherein: the clamping base block (720) is provided with a plurality of limiting clamping blocks (723) which are respectively used for correspondingly matching and clamping terminals of various types and are arranged in the clamping concave table (722).

4. The connector terminal detection analysis apparatus according to claim 2, wherein: first bolt limit structure includes two first limit bolt holes (714) and two first limit bolt (715) that match with first limit bolt hole (714), two first limit bolt hole (714) level respectively sets up the position that corresponds with first spout (711) both ends on vertical fixed plate (710), in first spout (711) the upper end of vertical sliding part (721) be located first limit bolt hole (714) and between circumference downside and the centre of a circle, the bolt end of first limit bolt (715) is conical.

5. The connector terminal detection and analysis apparatus according to claim 2, wherein: the limiting clamping block (723) comprises an outer limiting clamping block (726) and an inner limiting clamping block (727) which are fixedly attached, the two inner limiting clamping blocks (727) are respectively located on the sides, close to each other, of the two outer limiting clamping blocks (726), the inner limiting clamping blocks (727) are made of elastic materials, and the sides, close to each other, of the two inner limiting clamping blocks (727) are provided with elastic horizontal protruding structures (730) distributed in a vertical direction.

6. The connector terminal detection analysis apparatus according to claim 2, wherein: second spacing bolt structure (724) include two spacing bolt holes of second (728) and two spacing bolt (729) of second that match with spacing bolt hole of second (728), two spacing bolt hole of second (728) along spacing grip block (723) horizontal migration direction set up side by side on centre gripping base block (720) with centre gripping concave station (722) corresponding position, two spacing bolt hole of second (728) vertical direction is side by side, the bolt end of spacing bolt of second (729) is provided with ring groove, be provided with the horizontal spacing draw-in groove that holds the terminal swivelling of the bolt that spacing bolt (729) had ring groove and spacing its horizontal migration of spacing on spacing grip block (723) and second spacing bolt (729) correspond one side.

7. The connector terminal detection analysis apparatus according to claim 1, wherein: first fixed establishment (200) include two first slide rails (211), a plurality of first slider (212), first fixed base block (213) and two fixed grillage (214), two first slide rail (211) horizontal parallel fixes on operation base plate (101) and perpendicular with second fixed establishment (300) horizontal migration direction, and is a plurality of first slider (212) set up respectively on two first slide rails (211) and can the horizontal direction free slip, the lower extreme of first fixed base block (213) is fixed on a plurality of first slider (212), two fixed grillage (214) are fixed respectively on operation base plate (101) the both sides of first fixed base block (213) correspond the position, two fixed grillage (214) go up with the corresponding position of first fixed base block (213) both sides all are provided with third spacing bolt hole (215) that the horizontal direction runs through, two all be provided with third spacing bolt (216) rather than the matching in third spacing bolt hole (215), first fixed base block (213) and third spacing bolt hole (215) both sides all correspond two spacing bolt holes (215) and two fixed bolt holes (215) and two spacing bolt holes (215) are set up when the horizontal spacing hole (215) are adjusted the first spacing bolt hole (215) and two spacing bolt hole (215) are adjusted the horizontal spacing hole (215) are extended to two spacing bolt hole (215) and two fixed bolt hole (215) are fixed horizontal spacing hole (215) are fixed bolt hole (215) and two spacing hole (215) are fixed bolt hole (215) are fixed The bolt end is closest to the horizontal distance.

8. The connector terminal detection and analysis apparatus according to claim 1, wherein: the driving mechanism (400) comprises a linear driving mechanism (410), a sliding rail assembly (420) and a transmission plate frame (430), the sliding rail assembly (420) is arranged and fixed on an operation base plate (101), the lower ends of a second fixing mechanism (300) and the transmission plate frame (430) are arranged on the sliding rail assembly (420) and can freely slide relative to the horizontal direction of a first fixing mechanism (200), the transmission plate frame (430) is positioned between the second fixing mechanism (300) and the linear driving mechanism (410) on the sliding rail assembly (420), a rectangular cavity (431) is arranged inside the transmission plate frame (430), the pressure sensing mechanism (500) is arranged in the rectangular cavity (431) and far away from the middle position of the side wall of the second fixing mechanism (300), a transmission hole which horizontally penetrates to the outside is arranged on one side of the rectangular cavity (431) close to the second fixing mechanism (300) towards the direction of the second fixing mechanism (300), the transmission hole corresponds to the horizontal direction of the pressure sensing mechanism (500), an inner diameter zft of the transmission rod (310) corresponding to the position of the transmission rod hole is arranged on the second fixing mechanism (300) and is larger than the inner diameter of an xft boss (8978), and the transmission rod boss (311) is arranged on the transmission rod (310), the end of transmission pole (310) is provided with elastic buffer piece (312) that correspond with pressure sensing mechanism (500), linear drive mechanism (410) link to each other with transmission grillage (430) and drive transmission grillage (430) and remove relative first fixed establishment (200) horizontal direction, horizontal distance between second fixed establishment (300) and transmission grillage (430) is greater than the horizontal distance between elastic buffer piece (312) and pressure sensing mechanism (500).

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