CN208635948U - For the retentivity test machine of Nippon Standard three-phase socket - Google Patents

Abstract

For the retentivity test machine of Nippon Standard three-phase socket, including control panel, localization tool, press mechanism, safe grating, mechanism for testing, model adjustment mechanism, two layer frames, bottom frame body, magnetite test board, signal processor, bottom frame body bottom is equipped with signal processor, two layer frames are equipped at the top of bottom frame body, mechanism for testing is installed in two layer frames, model adjustment mechanism is equipped on the right side of mechanism for testing, localization tool is equipped at the top of two layer frames, localization tool two sides are symmetrically arranged with press mechanism, press mechanism two sides are respectively equipped with safe grating, safe grating is 2, wherein safe grating position in side is lower, other side safe grating position is higher, magnetite test board is equipped on the outside of the safe grating of the lower side in position, control panel is equipped on the right side of the safe grating of the lower side in position, equipment entirely through PLC control system into Row control.Utility model has the advantages that test data is quantified, accuracy rate is improved, fraction defective is reduced, greatly mitigates labor intensity of workers.

Description

For the retentivity test machine of Nippon Standard three-phase socket

Technical field

The utility model relates to a kind of mechanical equipment more particularly to a kind of retentivity surveys for Nippon Standard three-phase socket Test-run a machine.

Background technique

Socket can first test its properties after the completion of manufacturing, to guarantee that it is complied with standard in turn It can put goods on the market, wherein retentivity test is wherein important one, and retentivity is excessive, plug can be made into and out laborious, It will cause the damage of fitting inside socket when serious, retentivity is too small, then is easy to fall off after plug insertion, is easy to happen electric shock thing Therefore Electrical Safety is influenced, the three-phase socket retentivity test of Nippon Standard is manual testing, and testing procedure is complicated, labor intensity Greatly, and test data subjective judgement is relatively more, is easy to produce bad outflow.

Summary of the invention

According to the above technical problem, the utility model provides a kind of retentivity test for Nippon Standard three-phase socket Machine, it is characterised in that including control panel, localization tool, press mechanism, safe grating, mechanism for testing, model adjustment mechanism, two Layer frame, bottom frame body, magnetite test board, signal processor, bottom frame body bottom are equipped with signal processor, the bottom frame It is equipped with two layer frames at the top of body, mechanism for testing is installed in two layer frame, the mechanism for testing includes test plug, Test driver Axis, rotary drive mechanism, tension sensor, active cylinder, the Test driver axis top are equipped with test plug, the test It is equipped with rotary drive mechanism on the downside of drive shaft, floating junction is equipped between the Test driver axis and rotary drive mechanism, it is described Rotary drive mechanism includes rotation driving cylinder and connector, and one end cap of connector is on Test driver axis, the connection The part other end is connect with rotation driving cylinder, and tension sensor, the tension sensor are equipped on the downside of the rotary drive mechanism Downside is equipped with active cylinder, and model adjustment mechanism is equipped on the right side of the mechanism for testing, and the model adjustment mechanism includes adjustment gas Cylinder, cylinder rod, spacing adjust substrate, spacing limiter, and the adjustment cylinder is equipped with cylinder rod, the cylinder rod and spacing tune Substrate connection is saved, it is 7 that the spacing, which adjusts number of substrates, and the spacing adjusts substrate two sides and is equipped with spacing limiter, described Spacing limiter is in both ends phase backspace hook type, and the spacing limiter is engaged two-by-two in order, and it is fixed to be equipped at the top of two layer frame Position jig, is equipped with through slot among the localization tool, the through slot length, width respectively with the length of test jack, width phase Together, the localization tool two sides are symmetrically arranged with press mechanism, and the press mechanism includes pressing plate, connecting rod, lower air cylinder, cylinder Push rod, the pressing plate and connecting rod one end are hinged, and the connecting rod other end and cylinder push-rod are hinged, the cylinder push-rod setting In lower air cylinder, the press mechanism quantity is N group, and N >=1, the press mechanism two sides are respectively equipped with safe grating, institute Stating safe grating is 2, and wherein safe grating position in side is lower, and other side safe grating position is higher, 2 safe grating phases To setting, it is equipped with magnetite test board on the outside of the safe grating of the lower side in position, is set on the right side of the safe grating of the lower side in position There is control panel, equipment is controlled entirely through PLC control system.

Preferably, the press mechanism quantity is 3 groups, 3 groups of press mechanism spaced sets.

The magnetite test board material is iron.

The utility model has the following beneficial effects: the utility model positions fixed product by the localization tool of upper side, by Mechanism for testing carries out insertion rotation and extracts test, and the function of people's wrist is realized by mechanism for testing, keeps standard plug steady It is fixed to be inserted into, it is extracted under free state, and can be realized spin locking test, test signal is transmitted to signal processor and carries out Judgement, calculating output test result, and can quantify test data, and qualified press mechanism is opened, unqualified, alarm, and improve quasi- True rate reduces fraction defective, and can greatly mitigate labor intensity of workers.

Detailed description of the invention

Fig. 1 is the utility model main structure chart；

Fig. 2 is two layer frame body enlarged diagrams；

Fig. 3 is the structural schematic diagram of press mechanism, mechanism for testing, model adjustment mechanism；

Fig. 4 is press mechanism side view；

Fig. 5 is mechanism for testing structural schematic diagram；

Fig. 6 is model adjustment mechanism enlarged diagram.

Such as figure, control panel -1, localization tool -2, press mechanism -3, safe grating -4, mechanism for testing -5, model adjustment Mechanism -6, two layer frame bodies -7, bottom frame body -8, magnetite test board -9, signal processor -10；

Pressing plate -301, connecting rod -302, lower air cylinder -303, cylinder push-rod -304；

Test plug -501, Test driver axis -502, rotary drive mechanism -503, tension sensor -504, active cylinder - 505；

It adjusts cylinder -601, cylinder rod -602, spacing and adjusts substrate -603, spacing limiter -604.

Specific embodiment

Shown in reference to the accompanying drawing, the utility model is further described:

Embodiment 1:

The utility model is the retentivity test machine for Nippon Standard three-phase socket, it is characterised in that including control panel 1, localization tool 2, press mechanism 3, safe grating 4, mechanism for testing 5, model adjustment mechanism 6, two layer frames 7, bottom frame body 8, magnetic Stone test board 9, signal processor 10,8 bottom of bottom frame body are equipped with signal processor 10, are equipped with two layer frames at the top of bottom frame body 8 7, mechanism for testing 5 is installed, mechanism for testing 5 includes test plug 501, Test driver axis 502, rotary driving machine in two layer frames 7 Structure 503, tension sensor 504, active cylinder 505 are equipped with test plug 501, Test driver at the top of Test driver axis 502 It is equipped with rotary drive mechanism 503 on the downside of axis 502, floating junction is equipped between Test driver axis 502 and rotary drive mechanism 503, Rotary drive mechanism 503 includes rotation driving cylinder and connector, and one end cap of connector is on Test driver axis 502, connector The other end connect with rotation driving cylinder, equipped with tension sensor 504 on the downside of rotary drive mechanism 503, under tension sensor 504 Side is equipped with active cylinder 505, and model adjustment mechanism 6 is equipped on the right side of mechanism for testing 5, and model adjustment mechanism 6 includes adjustment cylinder 601, cylinder rod 602, spacing adjust substrate 603, spacing limiter 604, and adjustment cylinder 601 is equipped with cylinder rod 602, cylinder rod 602, which adjust substrate 603 with spacing, connect, and it is 7 that spacing, which adjusts 603 quantity of substrate, and spacing adjusts 603 two sides of substrate and is equipped with spacing Limiter 604, spacing limiter 604 are in both ends phase backspace hook type, and spacing limiter 604 is engaged two-by-two in order, two layer frames 7 top Portion is equipped with localization tool 2, is equipped with through slot among localization tool 2, through slot length, width respectively with the length of test jack, width Identical, 2 two sides of localization tool are symmetrically arranged with press mechanism 3, and press mechanism 3 includes pressing plate 301, connecting rod 302, lower air cylinder 303, cylinder push-rod 304, pressing plate 301 and 302 one end of connecting rod are hinged, and 302 other end of connecting rod and cylinder push-rod 304 are hinged, Cylinder push-rod 304 is arranged in lower air cylinder 303, and 3 quantity of press mechanism is N group, N >=1, preferably, the number of press mechanism 3 Amount is 3 groups, 3 groups of 3 spaced sets of press mechanism, and 3 two sides of press mechanism are respectively equipped with safe grating 4, and safe grating 4 is 2, Wherein safe grating 4 position in side is lower, and safe grating 4 position in the other side is higher, and 2 safe gratings 4 are oppositely arranged, position compared with Magnetite test board 9 is equipped on the outside of the safe grating 4 of low side, 9 material of magnetite test board is iron, the safety of the lower side in position Control panel 1 is equipped on the right side of grating 4, equipment is controlled entirely through PLC control system.

Embodiment 2:

Three-phase socket of the utility model for Nippon Standard with rotary locking function designs, in use, product is put After entering localization tool 2, since the arm of operator blocks 2 opposite safe gratings 4, equipment is not acted, when When both hands leave safe grating 4, equipment will start automatically, and product is fixed on localization tool 2 by press mechanism 3, under The operation logic of press mechanism 3 is: lower air cylinder 303 drives connecting rod 302 to be acted by cylinder push-rod 304, connecting rod 302 movements realizing lift with dynamic pressure plate 301 in turn, pushing, product are secured firmly on localization tool 2, then test machine Structure 5 starts to test, the operation logic of mechanism for testing 5 are as follows: active cylinder 505 is responsible for test and is actively made, and completes test plug 501 It pushes up, is inserted into it accurately in the corresponding jack of product, Test driver axis 502 transmits torque, and due to floating The presence of connector, Test driver axis 502 micro can float in X/Y plane and have runback bit function, can preferably simulate The wrist function of people avoids hardness insertion from interfering test result, and rotary drive mechanism 503 is provided to rotation locking test Rotary power, rotation driving cylinder band follower link make test plug 501 rotate by a certain angle, complete rotation locking action, draw The value of induction force is recorded and transfers data to signal processor 10 by force snesor 504, is finally shown numerical value and is being controlled On panel 1 processed, if detection is qualified, press mechanism 3 is decontroled, and product is taken out, unqualified that report can be then shown on control panel 1 It is alert, the distance between model adjustment mechanism 6, adjustable test plug 501, principle are wherein additionally provided in equipment are as follows: adjustment gas Cylinder 601 drives spacing to adjust substrate 603 by cylinder rod 602, since spacing adjustment two 603 end of substrate is equipped with spacing limiter 604, spacing distance is fixed and is engaged two-by-two between spacing limiter 604, and adjustment cylinder 601 is by the movement releasing, retract, often Mobile identical distance between two spacing limiters 604 drives spacing to adjust mobile identical distance between substrate 603, from And realize that spacing adjusts the distance between substrate 603, and cause between test plug 501 also to complete equidistant adjustment, it can be with Same equipment of the product utilization that jack spacing is different is tested in realization, in addition, the magnetite test board 9 in equipment can be examined The magnetic force for the magnetite for surveying the product back side whether there is.

The above is only the preferred embodiment of the utility model, it is noted that for the general of the art For logical technical staff, without departing from the principle of this utility model, several improvement can also be made, these improvement are also answered It is considered as the protection scope of the utility model.

Claims (3)

1. being directed to the retentivity test machine of Nippon Standard three-phase socket, it is characterised in that including control panel, localization tool, pushing Mechanism, safe grating, mechanism for testing, model adjustment mechanism, two layer frames, bottom frame body, magnetite test board, signal processor, institute Bottom frame body bottom is stated equipped with signal processor, the bottom frame body top is equipped with two layer frames, is equipped with survey in two layer frame Test-run a machine structure, the mechanism for testing include test plug, Test driver axis, rotary drive mechanism, tension sensor, active cylinder, Test plug is installed at the top of the Test driver axis, is equipped with rotary drive mechanism, the test on the downside of the Test driver axis Floating junction is equipped between drive shaft and rotary drive mechanism, the rotary drive mechanism includes rotation driving cylinder and connection Part, one end cap of connector is on Test driver axis, and the connector other end is connect with rotation driving cylinder, the rotation It is equipped with tension sensor on the downside of driving mechanism, active cylinder is equipped on the downside of the tension sensor, is set on the right side of the mechanism for testing There is model adjustment mechanism, the model adjustment mechanism includes adjustment cylinder, cylinder rod, spacing adjusting substrate, spacing limiter, institute It states adjustment cylinder and is equipped with cylinder rod, the cylinder rod adjusts substrate with spacing and connect, and it is 7 that the spacing, which adjusts number of substrates, A, the spacing adjusts substrate two sides and is equipped with spacing limiter, and the spacing limiter is in both ends phase backspace hook type, the spacing Limiter is engaged two-by-two in order, and localization tool is equipped at the top of two layer frame, and through slot is equipped among the localization tool, described Respectively with the length of test jack, of same size, the localization tool two sides are symmetrically arranged with press mechanism for through slot length, width, The press mechanism includes pressing plate, connecting rod, lower air cylinder, cylinder push-rod, and the pressing plate and connecting rod one end are hinged, the company The extension bar other end and cylinder push-rod are hinged, and the cylinder push-rod is arranged in lower air cylinder, and the press mechanism quantity is N group, N >=1, the press mechanism two sides are respectively equipped with safe grating, and the safe grating is 2, wherein side safe grating position compared with Low, other side safe grating position is higher, and 2 safe gratings are oppositely arranged, and is equipped on the outside of the safe grating of the lower side in position The safe grating right side of magnetite test board, the lower side in position is equipped with control panel, and equipment is carried out entirely through PLC control system Control.

2. the retentivity test machine described in accordance with the claim 1 for Nippon Standard three-phase socket, it is characterised in that under described Press mechanism quantity is 3 groups, 3 groups of press mechanism spaced sets.

3. the retentivity test machine described in accordance with the claim 1 for Nippon Standard three-phase socket, it is characterised in that the magnetic Stone test board material is iron.