CN207353127U - A kind of mechanism for testing in microswitch kludge - Google Patents
A kind of mechanism for testing in microswitch kludge Download PDFInfo
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- CN207353127U CN207353127U CN201721259598.1U CN201721259598U CN207353127U CN 207353127 U CN207353127 U CN 207353127U CN 201721259598 U CN201721259598 U CN 201721259598U CN 207353127 U CN207353127 U CN 207353127U
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- microswitch
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- testing
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Abstract
The utility model discloses the mechanism for testing in a kind of microswitch kludge, including the probe being arranged on below runner and the thimble being arranged on above runner, probe is equipped with three, its installation site is corresponding with the installation site of the shared terminal on runner on microswitch, normally opened terminal, normally closed terminal respectively, probe is connected by probe mounting base with probe sliding block, one end of probe sliding block is connected with the drive end of probe actuation component, probe actuation component is rack-mount, and probe sliding block is slidably matched with the slide being arranged on stent；The thimble is connected by pressure sensor with thimble slide plate, thimble slide plate is equipped with screw hole, screw hole coordinates with threads of lead screw, one end of leading screw is connected by bearing with stent, the other end of leading screw is connected with the drive end of thimble driving part, thimble driving part is connected by bearing with stent, and thimble slide plate is slidably matched with the slide being arranged on stent.
Description
Technical field
Electric component automatic assembling be the utility model is related to for technical field, and in particular in a kind of microswitch kludge
Mechanism for testing.
Background technology
Microswitch is made of base, upper cover, shared end, normally open end, normal-closed end, shrapnel, pressing piece, traditional assembling
Microswitch is respectively to be fitted together each component of microswitch using artificial or multiple devices, and micro- not to what is assembled
Dynamic switch is tested, and there are packaging efficiency is low, unstable product quality and product qualification rate are low.
The assembly machine of microswitch, it is integral for son and switch base assembling will to be switched.It is used for microswitch past
Assembly machine in, the feed mechanism that does not automate, is all to be placed switch and switch base with the manual operations of operating personnel
Onto assembling device, assemble includes assembly side on device, and then will switch son pushing by assembly side again is assembled in switch base, this
The step of assembly method of sample, manual operation more error-prones, cause assembling not accurately situation occur, result in the need for not stopping
Do over again, labor intensive is big, and work efficiency is very low so that product quality is low.
Utility model content
The purpose of the utility model is to overcome defect existing in the prior art, there is provided a kind of the degree of automation is high, production
Quality is stable, can effectively improve packaging efficiency, and the kind fine motion that can be tested for the property automatically to the microswitch assembled
Mechanism for testing in switch assembling machine.
To achieve the above object, the technical solution of the utility model is the test machine in a kind of microswitch kludge of design
Structure, the mechanism for testing include the probe being arranged on below runner and the thimble being arranged on above runner, and probe is equipped with three, its
Installation site is corresponding with the installation site of the shared terminal on runner on microswitch, normally opened terminal, normally closed terminal respectively, visits
Pin is connected by probe mounting base with probe sliding block, and one end of probe sliding block is connected with the drive end of probe actuation component, probe
Driving part is rack-mount, and probe sliding block is slidably matched with the slide being arranged on stent；The thimble is passed by pressure
Sensor is connected with thimble slide plate, and thimble slide plate is equipped with screw hole, and screw hole coordinates with threads of lead screw, one end of leading screw by bearing with
Stent connects, and the other end of leading screw is connected with the drive end of thimble driving part, and thimble driving part is connected by bearing and stent
Connect, thimble slide plate is slidably matched with the slide being arranged on stent.
For the ease of realizing that a kind of assemble mechanism is suitable for the test of different components, so that simplify the structure of assembly equipment,
Preferable technical solution is that the mechanism for testing further includes the runner of microswitch, and allocated catch mechanism is equipped with the side of runner,
The opposite side of runner is equipped with pressing mechanism.
In order to realize the Automated assembly of microswitch whole parts, further preferred technical solution in addition,
The microswitch kludge further includes rack-mounted Cam splitter, be connected with Cam splitter fixed disk and
The movable disk that opposing cam dispenser rotates, and fixed disk is located at the top of movable disk, is evenly equipped with movable disk some
A fixture, is additionally provided with ejecting mechanism on fixed disk, and the bottom that fine motion opens is disposed with along the extension of movable disk in rack
Seat feeding and assemble mechanism, shared terminal feeding and assemble mechanism, shared terminal ftercompction mechanism, normally opened terminal feeding and assembly machine
Structure, normally opened terminal ftercompction mechanism, normally closed terminal feeding and assemble mechanism, normally closed terminal ftercompction mechanism, pressing key feeding and assembling
Mechanism, upper cover feeding and assemble mechanism, mechanism for testing, rocking bar feeding and assemble mechanism and discharging mechanism, above-mentioned each mechanism and convex
Wheel dispenser is electrically connected with the controller respectively, by controller control coordination complete the automatic assembling of microswitch with it is automatic
Test.
In order to simplify driving part, as far as possible using the standard component of buyable, to reduce equipment manufacturing costs, effect is improved
Rate, for preferable technical solution in addition, the probe actuation component is cylinder, or is electric putter, the thimble drive division is servo
Motor.
The advantages of the utility model and beneficial effect are：Mechanism for testing in the microswitch kludge has automatic
Change degree is high, product assembly quality is stable, can effectively improve packaging efficiency, and can effectively test out microswitch pressing key
Pressing qualification and product energization conduction property.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the mechanism for testing in the utility model microswitch kludge；
Fig. 2 is the dimensional structure diagram of the automatic assembling test machine of the utility model microswitch；
Fig. 3 is the top view of Fig. 2；
Fig. 4 is microswitch dimensional structure diagram.
In figure：1st, rack；2nd, Cam splitter；3rd, fixed disk；4th, movable disk；5th, fixture；6th, controller；7th, fine motion is opened
Close；7.1st, base；7.2nd, key is pressed；7.3rd, terminal is shared；7.4th, normally opened terminal；7.5th, normally closed terminal；7.6th, upper cover；
A, ejecting mechanism；B, base feeding and assemble mechanism；C, terminal feeding and assemble mechanism are shared；D, terminal is shared to mend
Press mechanism；E, normally opened terminal feeding and assemble mechanism；F, normally opened terminal ftercompction mechanism；G, normally closed terminal feeding and assemble mechanism；
H, normally closed terminal ftercompction mechanism；I, key feeding and assemble mechanism are pressed；J, upper cover feeding and assemble mechanism；K, mechanism for testing；K1、
Runner；K2, allocated catch mechanism；K3, pressing mechanism；K4, test device；L, rocking bar feeding and assemble mechanism；M, discharging mechanism；
K4, test device；K41, probe；K411, probe mounting base；K412, probe sliding block；K413, probe actuation component；
K414, drive end；K42, thimble；K421, pressure sensor；K422, thimble slide plate；K423, screw hole；K424, leading screw；K425、
Bearing；K426, thimble driving part；K427, drive end；K5, the 6th stent；K51, slide.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Implement below
Example is only used for clearly illustrating the technical solution of the utility model, and the protection model of the utility model cannot be limited with this
Enclose.
As shown in Figure 1, the utility model is the mechanism for testing in a kind of microswitch kludge, the mechanism for testing K4 bags
The probe K41 being arranged on below runner K1 and the thimble K42 being arranged on above runner K1 are included, probe K41 is equipped with three, it is installed
Position is corresponding with the installation site of the shared terminal on runner K1 on microswitch 7, normally opened terminal, normally closed terminal respectively, visits
Pin K41 is connected by probe mounting base K411 with probe sliding block K412, one end and the probe actuation component of probe sliding block K412
The drive end K414 connections of K413, probe actuation component K413 are installed on the 6th stent K5, and probe sliding block K412 is with being arranged on
Slide K51 on 6th stent K5 is slidably matched；The thimble K42 is connected by pressure sensor K421 and thimble slide plate K422
Connect, thimble slide plate K422 is equipped with screw hole K423, screw hole and leading screw K424 thread fittings, and one end of leading screw K424 passes through bearing
K425 is connected with stent K5, and the other end of leading screw K424 is connected with the drive end K427 of thimble driving part K426, thimble driving
Component K426 is connected by bearing K425 with stent K5, and thimble slide plate K422 is slided with the slide K51 being arranged on stent K5 to be matched somebody with somebody
Close.
For the ease of realizing that a kind of assemble mechanism is suitable for the test of different components, so that simplify the structure of assembly equipment,
The utility model preferred embodiment is that the mechanism for testing K4 further includes the runner K1 of microswitch, in the side of runner
Equipped with allocated catch mechanism K2, pressing mechanism K3 is equipped with the opposite side of runner.
In order to realize the Automated assembly of microswitch whole parts, the further preferred implementation of the utility model
Scheme is that as shown in Figure 2,3, the automatic assembling test machine of microswitch includes rack 1, and cam segmentation is provided with rack 1
Device 2, the movable disk 4 that fixed disk 3 and opposing cam dispenser 2 rotate, and fixed disk 3 are connected with Cam splitter 2
In the top of movable disk 4, several fixtures 5 are evenly equipped with movable disk 4, ejecting mechanism A is additionally provided with fixed disk 3,
In rack 1 along the extension of movable disk 4 be disposed with base feeding that fine motion opens and assemble mechanism B, shared terminal feeding with
Assemble mechanism C, shared terminal ftercompction mechanism D, normally opened terminal feeding and assemble mechanism E, normally opened terminal ftercompction mechanism F, normal-closed end
Sub- feeding and assemble mechanism G, normally closed terminal ftercompction mechanism H, pressing key feeding and assemble mechanism I, upper cover feeding and assemble mechanism
J, mechanism for testing K, rocking bar feeding and assemble mechanism L and discharging mechanism M, above-mentioned each mechanism and Cam splitter 2 respectively with control
Device 6 is electrically connected, and controls coordination to complete the automatic assembling of microswitch 7 and automatic test by controller 6.Wherein test machine
Structure K is made of runner K1, allocated catch mechanism K2, pressing mechanism K3 and tetra- parts of test device K4.
In order to simplify driving part, as far as possible using the standard component of buyable, to reduce equipment manufacturing costs, effect is improved
Rate, the utility model preferred embodiment is in addition, the probe actuation component probe actuation component K413 is cylinder, or is electricity
Push rod, the thimble drive division K426 are servomotor.
The automatic assembling test machine operation principle of microswitch described in the utility model is：
The first step, base carry out the feeding and sub-material of base by base vibration feeding component and harbour, then on base
Expect that the wharf boat in mechanism under the promotion of cylinder assembly, on the position for the base that base is pressed into fixture and compresses.
Second station is moved to after second step, upper complete base and had both shared terminal installation station, directly shakes and send shared terminal
To in the groove of shared terminal dragging plate, shared terminal dragging plate is under the dragging of cylinder assembly by shared terminal in shared harbour
Isolate, and be moved to the front of base, share terminal thimble and shared terminal is pressed into base under the action of cylinder.
The 3rd station is transported to after 3rd step, upper complete shared terminal and both shares terminal ftercompction station, shares terminal ftercompction machine
The shared terminal tabletting of structure carries out ftercompction under the action of cylinder assembly to shared terminal, it is ensured that shared terminal is completely forced into base
In, complete the assembling of shared terminal.
4th step, assembled and the 4th station moved to after shared terminal both normally opened terminal erector position, normally opened terminal lead to
Cross normally opened terminal vibration feeding component, normally opened terminal is sent in the groove of normally opened terminal dragging plate by straight shake, normally opened terminal dragging plate
Normally opened terminal is isolated in front from normally open end subcode under the dragging of cylinder assembly, and is moved to the front of base, it is normally opened
Normally opened terminal is pressed into base by terminal thimble under the action of cylinder.
The 5th station both normally opened terminal ftercompction stations, normally opened terminal ftercompction machine are transported to after 5th step, upper complete normally opened terminal
The normally opened terminal tabletting of structure carries out ftercompction under the action of cylinder assembly to normally opened terminal, it is ensured that normally opened terminal is completely forced into base
In, complete the assembling of normally opened terminal.
6th step, assembled and the 6th station moved to after normally opened terminal both normally closed terminal erector position, normally closed terminal lead to
Cross normally closed terminal vibration feeding component, normally closed terminal is sent in the groove of normally closed terminal dragging plate by straight shake, normally closed terminal dragging plate
Normally opened terminal is isolated in front from normally open end subcode under the dragging of cylinder assembly, and is moved to the front of base, is being pushed up
After press mechanism pushes shared terminal, normally closed terminal is pressed into base by normally opened terminal thimble under the action of cylinder assembly.
The 7th station both normally closed terminal ftercompction stations, normally closed terminal ftercompction machine are transported to after 7th step, upper complete normally closed terminal
The normally closed terminal tabletting of structure carries out ftercompction under the action of cylinder assembly to normally closed terminal, it is ensured that normally closed terminal is completely forced into base
In, complete the assembling of normally closed terminal.
8th step, complete to move to the 8th station after the assembling of normally closed terminal and both pressed key and press grain installation station, pressing
Key press a vibration feeding component, it is straight shake pressing key is pressed grain to be sent to pressing key press in the groove of grain dragging plate, pressing key press grain and is dragged
Pressing key is pressed grain under the dragging of cylinder assembly and presses and isolated in grain harbour from pressing key by plate, and be moved to base just before
Side, after top-pressure mechanism pushes shared terminal, pressing key, which presses a thimble pressing key is pressed grain under the action of cylinder assembly, presses
Enter in base, complete the assembling that pressing key presses grain.
9th step, complete to move to the 9th station both reserved idle stations after pressing key presses the assembling of grain
Tenth step, moving to by the 9th station the tenth station, both upper cover assembling station, upper cover are vibrated by upper cover
Expect that component carries out the feeding and sub-material of upper cover, then promotion of the wharf boat in upper cover feed mechanism in cylinder assembly with harbour
It is lower that upper cover is pressed on base and compressed, complete upper cover assembling.
11st step, completion upper cover assembling the 11st station of movement had both ejected station, will under the promotion of ejecting mechanism
The product that above-mentioned station assembles is ejected in the runner of mechanism for testing.
12nd step, movable disk go to the 12nd station by the 11st station and both reserve idle station, test at the same time
Device is tested assembling microswitch in above-mentioned station in test station, test device, including flow passage structure, pressing
Mechanism, allocated catch mechanism, mechanism for testing, discharging mechanism, microswitch travel forward 100 under the stirring of allocated catch mechanism in runner
Millimeter, pressing station is sent to by microswitch, pressing key of the thimble in pressing mechanism under the action of cylinder to microswitch
Carry out pressing test by grain, the pressing key of testing jiggle switch press grain installation whether qualification, and transfer information in PLC.
13rd step, allocated catch mechanism stir forward 100 millimeters again, and microswitch is sent to the test station of mechanism for testing
On, mechanism for testing tests the qualified products of a upper station, and the probe of mechanism for testing moves upwards under the promotion of cylinder,
So that the shared terminal of probe and microswitch, normally opened terminal, normally closed terminal contact respectively, pressure sensor in mechanism for testing
Thimble moves downward under the action of servomotor, pushes pressing key button, the information that will be pressed key button pushing with do not push
PLC is transferred to, so as to judge whether microswitch assembling is qualified.
14th step, allocated catch mechanism stir forward 100 millimeters, and microswitch is sent to dress rocking bar station, rocking bar feeder
Structure will carry out the product of a upper work test passes installation of rocking bar, and rocking bar is sent to by rocker vibrating loading assemblies and straight shake
In rocking bar harbour, rocking bar distribution block holds up rocking bar, effect of the rocking bar suction nozzle in cylinder assembly upwards under the promotion of cylinder assembly
Lower first move downward picks up rocking bar, then rises, then under the action of cylinder assembly horizontal movement to dress rocking bar station it is micro-
The surface of dynamic switch, is moving downward, and by rocking bar fastening on microswitch, completes the assembling of rocking bar.
15th step, allocated catch mechanism stir forward 100 millimeters again, and discharging mechanism is under the control of PLC to microswitch
Carry out qualified and underproof classification.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvements and modifications can also be made, these change
The scope of protection of the utility model is also should be regarded as into retouching.
Claims (4)
1. the mechanism for testing in a kind of microswitch kludge, it is characterised in that the mechanism for testing includes being arranged under runner
The probe of side and the thimble that is arranged on above runner, probe are equipped with three, its installation site respectively with runner on microswitch
Shared terminal, normally opened terminal, the installation site of normally closed terminal it is corresponding, probe passes through probe mounting base and connects with probe sliding block
Connect, one end of probe sliding block is connected with the drive end of probe actuation component, and probe actuation component is rack-mount, probe sliding block
Slide with being arranged on stent is slidably matched；The thimble is connected by pressure sensor with thimble slide plate, on thimble slide plate
Equipped with screw hole, screw hole coordinates with threads of lead screw, and one end of leading screw is connected by bearing with stent, and the other end and the thimble of leading screw drive
The drive end connection of dynamic component, thimble driving part are connected by bearing with stent, thimble slide plate and the cunning being arranged on stent
Rail is slidably matched.
2. the mechanism for testing in microswitch kludge as claimed in claim 1, it is characterised in that the mechanism for testing also wraps
The runner of microswitch is included, allocated catch mechanism is equipped with the side of runner, pressing mechanism is equipped with the opposite side of runner.
3. the mechanism for testing in microswitch kludge as claimed in claim 1, it is characterised in that the microswitch assembling
Machine further includes rack-mounted Cam splitter, and fixed disk is connected with Cam splitter and opposing cam dispenser turns
Dynamic movable disk, and fixed disk is located at the top of movable disk, several fixtures are evenly equipped with movable disk, are gone back on fixed disk
Be provided with ejecting mechanism, in rack along the extension of movable disk be disposed with base feeding that fine motion opens and assemble mechanism,
Shared terminal feeding and assemble mechanism, shared terminal ftercompction mechanism, normally opened terminal feeding and assemble mechanism, normally opened terminal ftercompction machine
Structure, normally closed terminal feeding and assemble mechanism, normally closed terminal ftercompction mechanism, pressing key feeding and assemble mechanism, upper cover feeding and dress
Fitting mechanism, mechanism for testing, rocking bar feeding and assemble mechanism and discharging mechanism, above-mentioned each mechanism and Cam splitter respectively with control
Device is electrically connected, and controls coordination to complete the automatic assembling of microswitch and automatic test by controller.
4. the mechanism for testing in microswitch kludge as claimed in claim 1, it is characterised in that the probe actuation component
For cylinder, or it is electric putter, the thimble drive division is servomotor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721259598.1U CN207353127U (en) | 2017-09-28 | 2017-09-28 | A kind of mechanism for testing in microswitch kludge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721259598.1U CN207353127U (en) | 2017-09-28 | 2017-09-28 | A kind of mechanism for testing in microswitch kludge |
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| Publication Number | Publication Date |
|---|---|
| CN207353127U true CN207353127U (en) | 2018-05-11 |
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ID=62356877
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721259598.1U Active CN207353127U (en) | 2017-09-28 | 2017-09-28 | A kind of mechanism for testing in microswitch kludge |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108646065A (en) * | 2018-07-19 | 2018-10-12 | 深圳市将臣科技有限公司 | Electrical equipment testing jig and its test method |
| CN110554307A (en) * | 2018-05-31 | 2019-12-10 | 南京鼎典科技有限公司 | Microswitch detection device |
-
2017
- 2017-09-28 CN CN201721259598.1U patent/CN207353127U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110554307A (en) * | 2018-05-31 | 2019-12-10 | 南京鼎典科技有限公司 | Microswitch detection device |
| CN108646065A (en) * | 2018-07-19 | 2018-10-12 | 深圳市将臣科技有限公司 | Electrical equipment testing jig and its test method |
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