CN209215103U

CN209215103U - A kind of cable-assembly automatic testing equipment

Info

Publication number: CN209215103U
Application number: CN201821985283.XU
Authority: CN
Inventors: 袁世忠
Original assignee: Shenzhen Heli Xingtai Technology Co Ltd
Current assignee: Shenzhen Heli Xingtai Technology Co Ltd
Priority date: 2018-11-29
Filing date: 2018-11-29
Publication date: 2019-08-06
Anticipated expiration: 2028-11-29

Abstract

The utility model relates to cable-assembly automatic test technology fields, in particular a kind of cable-assembly automatic testing equipment, including working cabined, cabinet door is fixed on the working cabined, control panel is fixed on the working cabined end face, the left side of the control panel and be located at working cabined on be fixed with electronic screw rod platform, objective table is fixed on the electronic screw rod platform end face, the fixation of objective table end face center position offers connection screw thread hole, the objective table end face is equipped with transfer table, transfer table end face center position offers threaded hole admittedly, the inside of the threaded hole is fixed with standing screw, the end of the standing screw slidably connects bull stick, torque dynamometer is fixedly connected on the right side wall of the transfer table, tension sensor is fixedly connected on the left side wall of the transfer table.The utility model by setting can pulling force to cable-assembly and distortion power automate, digitization test.

Description

A kind of cable-assembly automatic testing equipment

Technical field

The utility model relates to cable-assembly automatic test technology field, specially a kind of cable-assembly tests dress automatically It sets.

Background technique

In the connection usually being be unable to do without between cable and connector in existing micro coaxial cable connector assembly, cable would generally be adopted Retentivity is improved with stress relief element, in existing micro coaxial cable connector assembly, is usually taken directly in the cable Outside forms a stress relief element to form cable-assembly and then improve binding force between the cable and connector, due to Stress relief element in the prior art is formed directly on cable to provide retentivity, and cable can be in the mistake used in life It is often pullled and is rotated back and forth in journey, therefore pulling force for the cable-assembly of composition and distortion power are all to influence cable An important factor for service life of component, is carried out more so that user of service be allowed to further appreciate that the service life of cable-assembly The preparation changed, avoiding living to people affects, it is therefore desirable to a kind of to test current equipment for detection cable-assembly Pulling force and distortion power, existing deice detection device is single and is not carried out mechanization and automation.

In conclusion the utility model proposes a kind of cable-assembly automatic testing equipment come improve presently, there are the problem of.

Utility model content

The purpose of this utility model is to provide a kind of cable-assembly automatic testing equipments, to solve in above-mentioned background technique The problem of proposition.

To achieve the above object, the utility model provides the following technical solutions:

A kind of cable-assembly automatic testing equipment, including working cabined are fixed with cabinet door, the work on the working cabined It is fixed with control panel on cabinet end face, the left side of the control panel and is located on working cabined that be fixed with electronic screw rod flat Platform, objective table is fixed on the electronic screw rod platform end face, and the fixation of objective table end face center position offers connection Threaded hole, the objective table end face are equipped with transfer table, and transfer table end face center position offers threaded hole, the spiral shell admittedly The inside of pit is fixed with standing screw, and the end of the standing screw slidably connects bull stick, the right side of the transfer table It is fixedly connected with torque dynamometer on side wall, tension sensor is fixedly connected on the left side wall of the transfer table, it is described electronic The left side of screw rod platform and be located at working cabined end face on be fixed with positioning seat, it is lower fixed to be fixed on the positioning seat end face Position mould, the lower positioning mold top are correspondingly provided with positioning mold, and the upper positioning mold is fixedly connected in connected unit, The connected unit is connected on manual lead screw platform, and the manual lead screw platform is fixedly connected on working cabined end face and is located at The left side of positioning seat, the bottom of the working cabined are fixed with universal wheel, and the electronic screw rod platform end face center position is fixed Equipped with motor fixing frame, precise ball screw, the electronic screw rod platform end face are correspondingly provided on the left of the motor fixing frame It is above and based on precise ball screw that axisymmetrical is provided with two LM rolling guides, is slided on two LM rolling guides Connection is threaded with the first link block on the precise ball screw, first link block is fixed there are four the first sliding block It is connected with the first attachment base, first attachment base is fixed at the center of objective table bottom, and four described first slide Objective table bottom is fixedly connected on on block end face, the precise ball screw is rotatably connected to solid far from motor fixing frame end On fixed board, the fixed plate is fixedly connected on electronic screw rod platform end face, and the right part of the manual lead screw platform is equipped with hand Rolled round is fixed with screw rod on the hand-operated wheel, and the screw rod two side walls opposite on manual lead screw platform end face are simultaneously And two side walls opposite on manual lead screw platform end face are rotatablely connected, on manual lead screw platform end face and it is based on screw rod Two guide rails are set for the axis of symmetry, are slidably connected on two guide rails there are four the second sliding block, screw thread connects on the screw rod It is connected to the second link block, second link block is fixedly connected with the second attachment base, and second attachment base is fixed at company At the center of consecutive bottom, the end face of four second sliding blocks is fixedly connected in connected unit bottom, the hand-operated wheel and hand Screw rod fixed link is fixed between dynamic screw rod platform and on screw rod.

Preferably, the working cabined is connected by blind hinge cabinet door, and connection type is hinge connection.

Preferably, the electronic screw rod platform, manual lead screw platform, positioning seat midpoint are arranged on same straight line in work Make on cabinet end face.

Preferably, the universal wheel is arranged four and is fixed at the four corners of working cabined bottom, described universal Wheel is that can lock universal wheel.

Preferably, the control panel is electrically connected torque dynamometer and tension sensor, the type of the torque dynamometer Number for HB-100 and included fixed device, the model YZC-526 sensor of the tension sensor and included fixing line Cable fixes device.

Preferably, driving motor is fixed with inside the motor fixing frame and be electrically connected control panel, the electricity The driving end of machine fixed frame internal drive motor is fixedly connected on precise ball screw and model MHMD082P1U.

Preferably, four first sliding blocks are symmetricly set on two LM rolling guides, four second sliding blocks two-by-two It is symmetricly set on two guide rails two-by-two respectively.

Preferably, the threaded hole penetrates through transfer table, and the connection screw thread hole is correspondingly arranged threaded hole, and passes through fixation Screw flight is connected and fixed.

Compared with prior art, the utility model has the beneficial effects that

1, in the utility model, by setting torque dynamometer and tension sensor can distortion power to cable-assembly into Row test, can allow user of service to further appreciate that the data parameters of cable-assembly, guarantee to carry out more during service life The preparation changed, avoiding living to people affects.

2, in the utility model, by the way that two sides are equipped with torque dynamometer on transfer table and tension sensor can be according to need Bull stick is rotated, makes on objective table connection screw thread hole and the threaded hole on transfer table during standing screw spiral to revolve Pine carries out two sides on conversion transfer table and is equipped with torque dynamometer and tension sensor to meet the needs of measurement, so that equipment is broken Single use, improves work efficiency, the cost of use of save the cost and torque dynamometer and pulling force pass during this Sensor is electrically connected control panel, and control panel is controlled and recorded data, to realize automation apparatus.

3, in the utility model, by using screw structure can to cable-assembly fixed and when carrying out tensile test, It can guarantee relatively fixed and feeding the accuracy guarantee accuracy and validity of measurement.

Detailed description of the invention

Fig. 1 is the utility model overall structure diagram；

Fig. 2 is the electronic screw rod platform configuration schematic diagram of the utility model；

Fig. 3 is the utility model manual lead screw platform configuration schematic diagram；

Fig. 4 is the utility model transfer table schematic perspective view.

In figure: the electronic screw rod platform of 1- working cabined, 2- cabinet door, 3- control panel, 4-, 5- objective table, 6- transfer table, 7- are turned round Under square dynamometer, 8- standing screw, 9- bull stick, 10- tension sensor, 11- manual lead screw platform, the upper positioning mold of 12-, 13- Positioning mold, 14- positioning seat, 15- universal wheel, 16-LM rolling guide, 17- motor fixing frame, 18- precise ball screw, 19- First link block, the first sliding block of 20-, the first attachment base of 21-, 22- fixed plate, 23- guide rail, 24- hand-operated wheel, 25- screw rod are fixed Bar, 26- screw rod, the second link block of 27-, the second sliding block of 28-, the second attachment base of 29-, 30- connected unit, 31- connection screw thread hole, 32- threaded hole.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment, based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-4 is please referred to, the utility model provides a kind of technical solution:

A kind of cable-assembly automatic testing equipment, including working cabined 1 are fixed with cabinet door 2,1 end of working cabined on working cabined 1 It is fixed with control panel 3 on face, the left side of control panel 3 and is located on working cabined 1 and is fixed with electronic screw rod platform 4, Objective table 5 is fixed on electronic 4 end face of screw rod platform, the fixation of 5 end face center position of objective table offers connection screw thread hole 31, 5 end face of objective table is equipped with transfer table 6, and 6 end face center position of transfer table offers threaded hole 32 admittedly, and the inside of threaded hole 32 is solid Surely it is equipped with standing screw 8, the end of standing screw 8 slidably connects bull stick 9, is fixedly connected on the right side wall of transfer table 6 Torque dynamometer 7 is fixedly connected with tension sensor 10, the left side and position of electronic screw rod platform 4 on the left side wall of transfer table 6 In being fixed with positioning seat 14 on 1 end face of working cabined, lower positioning mold 13, lower positioning mold are fixed on 14 end face of positioning seat 13 tops are correspondingly provided with positioning mold 12, and upper positioning mold 12 is fixedly connected in connected unit 30, and connected unit 30 is connected to hand On dynamic screw rod platform 11, manual lead screw platform 11 is fixedly connected on the left side on 1 end face of working cabined and being located at positioning seat 14, work The bottom for making cabinet 1 is fixed with universal wheel 15, and electronic 4 end face center position of screw rod platform is fixed with motor fixing frame 17, electricity The left side of machine fixed frame 17 is correspondingly provided with precise ball screw 18, on electronic 4 end face of screw rod platform and is based on precise ball silk Bar 18 is that axisymmetrical is provided with two LM rolling guides 16, and being slidably connected on two LM rolling guides 16, there are four the first sliding blocks 20, the first link block 19 is threaded on precise ball screw 18, the first link block 19 is fixedly connected with the first attachment base 21, First attachment base 21 is fixed at the center of 5 bottom of objective table, on four 20 end faces of the first sliding block on be fixedly connected on 5 bottom of objective table, precise ball screw 18 are rotatably connected in fixed plate 22 far from 17 end of motor fixing frame, and fixed plate 22 is solid Surely it is connected on electronic 4 end face of screw rod platform, the right part of manual lead screw platform 11 is equipped with hand-operated wheel 24, fixes on hand-operated wheel 24 Equipped with screw rod 26, two side walls opposite on 11 end face of manual lead screw platform of screw rod 26 and to be rotatablely connected manual lead screw flat Two opposite side walls on 11 end face of platform are that the axis of symmetry is arranged two on 11 end face of manual lead screw platform and based on screw rod 26 Guide rail 23 is slidably connected on two guide rails 23 there are four the second sliding block 28, is threaded with the second link block 27 on screw rod 26, the Two link blocks 27 are fixedly connected with the second attachment base 29, and the second attachment base 29 is fixed at the center of 30 bottom of connected unit, The end face of four the second sliding blocks 28 is fixedly connected in 30 bottom of connected unit, between hand-operated wheel 24 and manual lead screw platform 11 and Screw rod fixed link 25 is fixed on screw rod 26.

Utility model works process: being position and the progress that work is moved the device into using universal wheel 15 when work Cable-assembly is put into the notch of lower positioning mold 13 at this time and is passed through hand hand-operated wheel 24 by locking, thus using manual Under the screw rod principle effect that the mechanism of screw rod platform 11 is constituted, positioning mold 12 is made to decline and cooperate with lower positioning mold 13 Cable-assembly is stepped up, while the other end of cable-assembly is fixed on the fixation on torque dynamometer 7 or tension sensor 10 It on device, is fixed, equipment is carried out connecing electricity at this time, because two sides are equipped with torque dynamometer 7 on transfer table 6 and pulling force passes Sensor 10 can rotate bull stick 9 according to need of work, make the threaded hole 32 on objective table 5 in connection screw thread hole 31 and transfer table 6 Torque dynamometer 7 and pull sensing are equipped with to unscrew and carry out two sides on conversion transfer table 6 during 8 spiral of standing screw Device 10 meets the needs of measurement, rotates backward bull stick 9 after conversion again, makes connection screw thread hole 31 and conversion on objective table 5 Threaded hole 32 on platform 6 unscrews during 8 spiral of standing screw to be fixed, so that equipment has broken single make With improving work efficiency, the cost of use of save the cost and be electrically connected control in torque dynamometer 7 and tension sensor 10 Panel 3 processed, control panel 3 controls the driving motor rotation in motor fixing frame 17, and then utilizes electronic 4 upper member of screw rod platform The screw rod principle of composition carries out screw rod movement, carries out tensile test or by operation control panel 3, starting torque dynamometer 7 Torsional test is carried out, while being transferred in control panel 3 in torque dynamometer 7 and 10 data measured of tension sensor and carrying out data Record and analysis, while realizing automation apparatus during this using screw structure can to cable-assembly it is fixed and into When row tensile test, it can guarantee relatively fixed and feeding the accuracy guarantee accuracy and validity of measurement, finally can It allows user of service to further appreciate that the data parameters of cable-assembly, guarantees during service life, carry out the preparation of replacement, keep away Exempt from customs examination people life affects.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims

1. a kind of cable-assembly automatic testing equipment, including working cabined (1), it is characterised in that: fixation is set on the working cabined (1) Have cabinet door (2), is fixed with control panel (3) on working cabined (1) end face, the left side and position of the control panel (3) In being fixed with electronic screw rod platform (4) on working cabined (1), objective table is fixed on electronic screw rod platform (4) end face (5), objective table (5) the end face center position fixation offers connection screw thread hole (31), and objective table (5) end face is equipped with Transfer table (6), transfer table (6) the end face center position offer threaded hole (32) admittedly, and the inside of the threaded hole (32) is solid Surely standing screw (8) are equipped with, the end of the standing screw (8) slidably connects bull stick (9), the right side of the transfer table (6) It is fixedly connected on side wall torque dynamometer (7), is fixedly connected with tension sensor on the left side wall of the transfer table (6) (10), the left side of the electronic screw rod platform (4) and be located at working cabined (1) end face on be fixed with positioning seat (14), it is described It is fixed with lower positioning mold (13) on positioning seat (14) end face, is correspondingly provided with positioning mould above the lower positioning mold (13) Have (12), the upper positioning mold (12) is fixedly connected on connected unit (30), and the connected unit (30) is connected to manual lead screw On platform (11), the manual lead screw platform (11) is fixedly connected on working cabined (1) end face and is located at positioning seat (14) The bottom in left side, the working cabined (1) is fixed with universal wheel (15), and electronic screw rod platform (4) the end face center position is solid Surely motor fixing frame (17) are equipped with, are correspondingly provided with precise ball screw (18), the electricity on the left of the motor fixing frame (17) It is that axisymmetrical is provided with two LM rolling guides on dynamic screw rod platform (4) end face and based on precise ball screw (18) (16), being slidably connected on two LM rolling guides (16), there are four the first sliding block (20), the precise ball screws (18) On be threaded with the first link block (19), first link block (19) is fixedly connected with the first attachment base (21), described A connecting seat (21) is fixed at the center of objective table (5) bottom, goes up on four the first sliding block (20) end faces solid Surely it is connected to objective table (5) bottom, the precise ball screw (18) is rotatably connected to solid far from motor fixing frame (17) end On fixed board (22), the fixed plate (22) is fixedly connected on electronic screw rod platform (4) end face, the manual lead screw platform (11) Right part be equipped with hand-operated wheel (24), be fixed with screw rod (26) on the hand-operated wheel (24), the screw rod (26) is through manual Two opposite side walls and opposite on manual lead screw platform (11) end face two are rotatablely connected on screw rod platform (11) end face Side wall is that the axis of symmetry is arranged two guide rails (23) on manual lead screw platform (11) end face and based on screw rod (26), two There are four being slidably connected on a guide rail (23) the second sliding block (28), the second link block is threaded on the screw rod (26) (27), second link block (27) is fixedly connected with the second attachment base (29), and second attachment base (29) is fixed at At the center of connected unit (30) bottom, the end face of four second sliding blocks (28) is fixedly connected in connected unit (30) bottom, Screw rod fixed link (25) are fixed between the hand-operated wheel (24) and manual lead screw platform (11) and on screw rod (26).

2. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: the working cabined (1) is logical Blind hinge cabinet door (2) connection is crossed, and connection type is hinge connection.

3. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: the electronic screw rod platform (4), manual lead screw platform (11), positioning seat (14) midpoint are arranged on working cabined (1) end face on same straight line.

4. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: the universal wheel (15) sets It sets four and is fixed at the four corners of working cabined (1) bottom, the universal wheel (15) is that can lock universal wheel.

5. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: the control panel (3) Be electrically connected torque dynamometer (7) and tension sensor (10), the model HB-100 of the torque dynamometer (7) and oneself Band fixed cable assembly apparatus, the model YZC-526 sensor of the tension sensor (10) and included fixed cable group Part device.

6. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: the motor fixing frame (17) internal to be fixed with driving motor and be electrically connected control panel (3), motor fixing frame (17) the internal drive electricity The driving end of machine is fixedly connected on precise ball screw (18) and model MHMD082P1U.

7. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: four first sliding blocks (20) it is symmetricly set on two LM rolling guides (16) two-by-two, four second sliding blocks (28) are symmetricly set on two two-by-two respectively A guide rail (23).

8. a kind of cable-assembly automatic testing equipment according to claim 1, it is characterised in that: the threaded hole (32) is passed through Logical transfer table (6), the connection screw thread hole (31) are correspondingly arranged threaded hole (32), and are threadedly coupled by standing screw (8) It is fixed.