CN210376576U

CN210376576U - Casing peeling and soldering tin pressure resistance testing machine

Info

Publication number: CN210376576U
Application number: CN201921181032.0U
Authority: CN
Inventors: 陈贤
Original assignee: Dongguan Incheon Automation Equipment Co Ltd
Current assignee: Dongguan Incheon Automation Equipment Co Ltd
Priority date: 2019-07-25
Filing date: 2019-07-25
Publication date: 2020-04-21
Anticipated expiration: 2029-07-25

Abstract

The utility model relates to the technical field of magnetic ring coils, in particular to a casing peeling and tin soldering pressure-resistant testing machine, which comprises a casing heating pipe shrinking machine, a laser peeling machine, a tin soldering machine, a pressure-resistant testing machine and an outflow conveying belt which are connected in sequence; the heat-shrinkable tube sleeving machine comprises a machine table, a disc, an output end, a driving motor and a plurality of carriers, wherein the disc is positioned on the machine table, the output end of the driving motor is connected with the bottom end of the disc in a rotating mode, the carriers are positioned on the disc, the heat-shrinkable tube sleeving machine further comprises a feeding vibration disc, a heat-shrinkable tube disc, a sleeving tube module, a heat-shrinkable module and a discharge rail, the feeding vibration disc is connected with a rail, and the other end of the rail is positioned on one side of the disc and matched with the carriers. The utility model discloses have the integration processing and detect the flow, the continuity is good, promotes machining efficiency, has very strong practicality.

Description

Casing peeling and soldering tin pressure resistance testing machine

Technical Field

The utility model relates to a magnetic ring coil processing technology field specifically is a casing is skinned withstand voltage test machine of soldering tin.

Background

A magnetic ring coil is a commonly used component in a circuit and can be used as a transformer, the main structure of the magnetic ring coil is that an annular magnetic ring is externally wound with an insulating wire, the insulating wire is wound and then is assembled with a bottom plate to form a wiring pin, in order to form a magnetic ring coil with good performance, people can carry out a series of processing on a magnetic ring framework and then carry out various tests to ensure that qualified products flow to the market.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a casing is skinned withstand voltage test machine of soldering tin to solve the problem that proposes among the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme:

a casing peeling and soldering tin pressure-resistant testing machine comprises a casing thermal shrinkage machine, a laser peeling machine, a soldering tin machine, a pressure-resistant testing machine and an outflow conveying belt which are sequentially connected;

the heat-shrinkable tube sleeving machine comprises a machine table, a disc, an output end, a driving motor and a plurality of carriers, wherein the disc is positioned on the machine table, the output end of the driving motor is connected with the bottom end of the disc in a rotating mode, the carriers are positioned on the disc, the heat-shrinkable tube sleeving machine further comprises a feeding vibration disc, a heat-shrinkable tube disc, a sleeving tube module, a heat-shrinkable module and a discharge rail, the feeding vibration disc is connected with a rail, and the other end of the rail is positioned on one side of the disc and matched with the carriers.

Preferably, sleeve pipe die set is including installing the base on the board, install the support on the base, install the primary contraction cylinder at support upper end lateral wall, connect the secondary contraction cylinder at primary contraction cylinder lower extreme, connect the sleeve pipe of secondary contraction cylinder lower extreme and lead positive pole, be used for conveying sleeve pipe send the sleeve pipe action wheel, install and be used for driving on the base and send sleeve pipe action wheel pivoted to send the sleeve pipe motor, install on the base and lie in the sleeve pipe and lead the sleeve pipe under the positive pole and open and lead positive pole, be used for driving the cutter and cut off the sleeve pipe of sleeve pipe and cut off the cylinder, install and lie in the sleeve pipe rotating motor who sends sleeve pipe motor top on the support.

Preferably, the soldering tin machine includes the base platform, be located the base platform and directly shake with the soldering tin material loading that laser peeling machine discharge end is connected, be located the soldering tin material loading and directly shake the scaling powder groove of one side, be used for drawing tin module, the survey tin face module that has the probe and be used for accurate location and have anchor clamps and be used for pressing from both sides the soldering tin upper and lower motor that the product reciprocated with the tin ash on tin surface is scraped.

Preferably, the pressure-resistant testing machine comprises a base platform, a feeding channel, a pressure-resistant feeding guide roller, a pressure-resistant testing module, a material distributing channel and a comprehensive testing module, wherein the feeding channel is located on the base platform and is used for receiving soldering products of the soldering machine, the pressure-resistant feeding guide roller is located on the base platform and is used for clamping, the pressure-resistant testing module is located on the base platform and is used for detecting the pressure-resistant performance of the products, the material distributing channel is located on the base platform and is.

Compared with the prior art, the beneficial effects of the utility model are that: the pressure-resistant testing machine for peeling and soldering tin of casing comprises manually pouring a magnetic ring skeleton product into a feeding vibration disk, conveying to a carrier on a disk via a track, clamping, rotating to the position of a heat-shrinkable casing disk, rolling the heat-shrinkable casing into a casing module, conveying to a casing conveying driving wheel, descending a casing guide rod to press the casing to open a guide rod, conveying the casing to the casing guide rod by a casing conveying motor, ascending a stroke of the casing guide rod, cutting the casing by a casing cutting cylinder to control a cutter, ascending the casing guide rod for the second time, rotating the cut casing to the magnetic ring skeleton via a casing rotating motor, sleeving the casing into the magnetic ring skeleton product, rotating the disk, rotating the heat-shrinkable casing to the heat-shrinkable module, performing heat shrinkage, heating to a proper temperature via a heating jig in the heat-shrinkable module, flowing a gas through the heating jig, and guiding the hot gas to shrink the casing position via a copper pipe, pressing the upper end of the sleeve with a jig before thermal shrinkage to make the consistency of the product after thermal shrinkage better, rotating the disc to a discharge rail, flowing to a laser peeling machine, peeling off the wire skin from bottom to top by laser, moving the peeled product to a soldering tin feeding and directly vibrating, translating the product to a position in a soldering flux groove by a clamp on a soldering tin upper motor and a soldering tin lower motor, feeding soldering flux, translating the product to a tin furnace position, starting a tin pulling module, scraping tin ash on the tin surface, leading the product to be better tinned, ensuring the quality of the soldering tin, descending the clamp belt product, descending a probe on the tin surface testing module, retracting the probe when the probe contacts the tin surface, finishing the soldering tin by descending the clamp belt product at a corresponding height, accurately ensuring the position of the soldering tin, moving the product welded with the tin to a feeding channel on a pressure-resistant testing machine for multiple times, clamping a row of products to the pressure-resistant testing module when the material is enough, leading the probe detection jig on the pressure-resistant testing module, the test, the product clamp that will test the completion is to dividing the material way, and unqualified product is pushed forward by the back to flow out the base station on the unqualified silo by the defective work module on the feed channel, and qualified product is delivered to the integrated test module test, presss from both sides unqualified product to middle material way release base station, and qualified product clamp flows out the base station to the outflow conveyer belt, the utility model discloses have the integration processing and detect the flow, the continuity is good, promotes machining efficiency, has very strong practicality.

Drawings

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

fig. 2 is a schematic view of the three-dimensional structure of the sleeve module according to the present invention.

In the figure: the device comprises a heat shrinkable tube sleeving machine 1, a machine table 11, a disc 12, a feeding vibration disc 13, a heat shrinkable tube disc 14, a rail 15, a sleeving module 16, a base 161, a driving wheel 162 for feeding sleeves, a sleeve opening guide rod 163, a sleeve guide rod 164, a secondary shrinkage cylinder 165, a primary shrinkage cylinder 166, a sleeve rotating motor 167, a sleeve feeding motor 168, a sleeve cutting cylinder 169, a heat shrinkage module 17, a discharging rail 18, a laser peeling machine 2, a soldering tin machine 3, a soldering flux groove 31, a tin pulling module 32, a tin surface measuring module 33, a soldering tin feeding direct vibration 34, a soldering tin feeding and discharging motor 35, a pressure resistance testing machine 4, a feeding channel 41, a pressure resistance feeding guide roller 42, a pressure resistance testing module 43, a material distributing channel 44, a comprehensive testing module 45 and an outflow conveying belt 5.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-2, the present invention provides a technical solution:

the utility model provides a withstand voltage test machine of casing skinning soldering tin, including the hot shrink tube machine 1 of cover that connects gradually, laser peeling machine 2, soldering machine 3, withstand voltage test machine 4 and outflow conveyer belt 5, cover hot shrink tube machine 1 includes board 11, be located disc 12 on board 11, the output rotates the driving motor who is connected and is located a plurality of carriers on disc 12 with disc 12 bottom, cover hot shrink tube machine 1 still including using disc 12 to set gradually the material loading vibration dish 13 on board 11 as the center, thermal shrinkage sleeve pipe dish 14, sleeve pipe die set 16, thermal shrinkage module 17 and ejection of compact rail 18, material loading vibration dish 13 is connected with track 15, the other end of track 15 is located disc 12 one side and matches with the carrier.

The sleeve module 16 includes a base 161 installed on the machine platform 11, a support installed on the base 161, a primary shrinkage cylinder 166 installed on the side wall of the upper end of the support, a secondary shrinkage cylinder 165 connected to the lower end of the primary shrinkage cylinder 166, a sleeve guide rod 164 connected to the lower end of the secondary shrinkage cylinder 165, a sleeve conveying driving wheel 162 for conveying sleeves, a sleeve conveying motor 168 installed on the base 161 for driving the sleeve conveying driving wheel 162 to rotate, a sleeve opening guide rod 163 installed on the base 161 and located right below the sleeve guide rod 164, a sleeve cutting cylinder 169 for driving a cutter to cut sleeves, and a sleeve rotating motor 167 installed on the support and located above the sleeve conveying motor 168.

The soldering machine 3 comprises a base platform, a soldering tin feeding direct vibration 34, a soldering flux groove 31, a tin pulling module 32, a tin surface measuring module 33 and a soldering tin upper and lower motor 35, wherein the soldering tin feeding direct vibration 34 is positioned on the base platform and connected with the discharge end of the laser peeling machine 2, the soldering flux groove 31 is positioned on one side of the soldering tin feeding direct vibration 34, the tin ash pulling module is used for scraping tin ash on the surface of tin, the tin surface measuring module is provided with a probe and is used for accurate positioning, and the soldering tin upper and lower motor 35.

The pressure-resistant testing machine 4 comprises a base platform, a feeding channel 41, a pressure-resistant feeding guide roller 42, a pressure-resistant testing module 43, a material distributing channel 44 and a comprehensive testing module 45, wherein the feeding channel 41 is positioned on the base platform and used for receiving a soldering product of the soldering machine 3, the pressure-resistant feeding guide roller 42 is positioned on the base platform and used for clamping, the pressure-resistant testing module 43 is positioned on the base platform and used for detecting the pressure-resistant performance of the product, the material distributing channel 44 is positioned on the base.

The pressure-resistant testing machine for peeling and soldering tin of the casing is characterized in that a magnetic ring framework product is manually poured into a feeding vibration disc 13, the magnetic ring framework product is conveyed to a carrier on a disc 12 through a rail 15 and clamped tightly, the magnetic ring framework product is rotated to the position of a heat-shrinkable casing disc 14, the heat-shrinkable casing is integrally wound into a casing module 16 and conveyed to a casing conveying driving wheel 162, a casing guide rod 164 descends to press the casing to open a guide rod 163, a casing conveying motor 168 conveys the casing to a casing guide rod 164, the casing guide rod 164 ascends for one stroke, a casing cutting cylinder 169 controls a cutter to cut the casing, the casing guide rod 164 ascends for the second time, the cut casing is rotated to the magnetic ring framework through a casing rotating motor 167, the casing magnetic ring framework product is sleeved with the casing, the disc 12 is rotated, the coil framework product sleeved with the heat-shrinkable casing is rotated to a heat shrinkage module 17 to carry out heat shrinkage, a, the hot air flow is blown by a copper pipe to shrink the position of a sleeve of a product by air flow through a heating jig, the upper end of the sleeve is pressed by the jig before thermal shrinkage, the consistency of the product after thermal shrinkage is better, a disc 12 rotates to a discharge rail 18 and flows to a laser peeling machine 2, a laser peels off a wire from bottom to top, the peeled product is moved to a soldering tin feeding direct vibration 34, a clamp on a soldering tin upper and lower motor 35 translates the product to the position in a soldering flux groove 31, soldering flux is applied, then the product is translated to a tin furnace position, a tin pulling module 32 is started, tin ash on the surface of tin is scraped, the product is better tinned, the quality of the soldering tin is ensured, the clamp is used for lowering the product, meanwhile, a probe on a tin surface measuring module 33 is lowered, the probe retracts when the probe contacts the tin surface, the clamp is used for lowering the product to a corresponding height to complete soldering tin, the position of the soldering tin can be accurately ensured, the tin soldering can be repeatedly carried, treat that the material is when enough measuring, press from both sides one row of product to withstand voltage test module 43, withstand voltage test module 43 upper band probe detection tool stretches out simultaneously, tests, and the product clamp that will test the completion is to dividing material way 44, and unqualified product flows the base station by pushing forward on unqualified silo by the defective work module on the feed channel 41 behind, and qualified product delivers to comprehensive test module 45 tests, presss from both sides unqualified product to middle material way release base station, and qualified product presss from both sides to 5 outflow base stations of outflow conveyer belt, the utility model discloses have the integration processing and detects the flow, the continuity is good, promotes machining efficiency, has very strong practicality.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A casing peeling and soldering pressure-resistant testing machine comprises a casing heat shrinking machine (1), a laser peeling machine (2), a soldering machine (3), a pressure-resistant testing machine (4) and an outflow conveying belt (5) which are connected in sequence;

the method is characterized in that: the sleeve heat-shrinkable tube machine (1) comprises a machine table (11), a disc (12) positioned on the machine table (11), a driving motor with an output end connected with the bottom end of the disc (12) in a rotating mode, and a plurality of carriers positioned on the disc (12), wherein the sleeve heat-shrinkable tube machine (1) further comprises a feeding vibration disc (13), a heat-shrinkable sleeve tube disc (14), a sleeve pipe module (16), a heat-shrinkable module (17) and a discharging rail (18) which are arranged on the machine table (11) in sequence by taking the disc (12) as a center, the feeding vibration disc (13) is connected with a track (15), and the other end of the track (15) is positioned on one side of the disc (12) and matched with the carriers.

2. The casing peeling and soldering tin pressure resistance testing machine according to claim 1, characterized in that: the sleeve module (16) comprises a base (161) installed on a machine table (11), a support installed on the base (161), a primary shrinkage cylinder (166) installed on the side wall of the upper end of the support, a secondary shrinkage cylinder (165) connected to the lower end of the primary shrinkage cylinder (166), a sleeve guide rod (164) connected to the lower end of the secondary shrinkage cylinder (165), a sleeve conveying driving wheel (162) used for conveying sleeves, a sleeve conveying motor (168) installed on the base (161) and used for driving the sleeve conveying driving wheel (162) to rotate, a sleeve opening guide rod (163) installed on the base (161) and located right below the sleeve guide rod (164), a sleeve cutting cylinder (169) used for driving a cutter to cut off the sleeves, and a sleeve rotating motor (167) installed on the support and located above the sleeve conveying motor (168).

3. The casing peeling and soldering tin pressure resistance testing machine according to claim 1, characterized in that: soldering tin machine (3) including the base platform, be located the base platform and directly shake (34) with the soldering tin material loading that laser peeling machine (2) discharge end is connected, be located soldering tin material loading and directly shake scaling powder groove (31) of (34) one side, be used for pulling out tin module (32) of scraping the tin ash on tin surface, have the probe and be used for surveying tin face module (33) of accurate location and have anchor clamps and be used for pressing from both sides upper and lower soldering tin motor (35) that press from both sides the product and reciprocate.

4. The casing peeling and soldering tin pressure resistance testing machine according to claim 1, characterized in that: the pressure-resistant testing machine (4) comprises a base platform, a feeding channel (41) which is positioned on the base platform and used for receiving a tin soldering product of the tin soldering machine (3), a pressure-resistant feeding guide roller (42) which is positioned on the base platform and used for clamping, a pressure-resistant testing module (43) which is positioned on the base platform and used for detecting the pressure-resistant performance of the product, a material distributing channel (44) which is positioned on the base platform and used for placing the product, and a comprehensive testing module (45) which is used for comprehensively testing the pressure-resistant qualified product.