CN204262746U - The production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement - Google Patents
The production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement Download PDFInfo
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- CN204262746U CN204262746U CN201420627898.0U CN201420627898U CN204262746U CN 204262746 U CN204262746 U CN 204262746U CN 201420627898 U CN201420627898 U CN 201420627898U CN 204262746 U CN204262746 U CN 204262746U
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- framework
- immersed solder
- integrated circuit
- mounted integrated
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Abstract
The utility model relates to the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement.This production equipment comprises immersed solder equipment, cutting equipment, proximity switch, cylinder and controller; Immersed solder equipment comprises frame and immersed solder operating-controlling mechanism; Establish working space in frame, on front side of working space, establish a table top; Immersed solder operating-controlling mechanism is movably connected on cross slide way; A cleat assembly is established below immersed solder operating-controlling mechanism; Cutting equipment comprises cutting motor, cutter plate and guide assembly; Guide assembly input is positioned on the side table top of immersed solder equipment, and cylinder is fixed in the middle part of table top, proximity switch bag inductor part and treat sensing part; Treat that sensing part is fixed on cleat assembly side, inductor partial fixing is in the corresponding side of guide assembly; Inductor part signal connection control device, a controller wherein output end signal connects cylinder, and another output connects cutting motor.The advantage of this production equipment integrates immersed solder, cutting operation, and production efficiency is high.
Description
Technical field
The utility model belongs to the manufacturing and processing equipment of circuit board, particularly relates to the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement.
Background technology
Dip-soldering machine refers to equipment circuit board being carried out immersed solder, and existing dip-soldering machine has full automatic, also has automanual, and in order to immersed solder better, a lot of small business often selects automanual.For existing Semiautomatic dip-soldering machine, it is mainly by manual operation one immersed solder operating-controlling mechanism.
Cutter is the abbreviation of PCB cutter, is mainly used in excising components and parts and is welded in the unnecessary pin after wiring board, the pinrshape that is otherwise known as, cuts pin machine etc.Can be divided at a high speed and low speed cutter according to rotating speed cutter.The general movement rotating speed of cutter of low speed, at below 3000r/min, is directly run by motor; High speed cutter, makes movement rotating speed reach more than 4500r/min by speed change.
At present, two equipment are all ripe, and operating personnel generally first carry out immersed solder, then carry out cutting because point to be in two machines complete two originally can continuous print operation, cause present surface-mounted integrated circuit production efficiency low.In addition, with regard to current immersed solder, because existing immersed solder operating-controlling mechanism structure is simple, lack rational stopping means and parallel control, easily when immersed solder, surface-mounted integrated circuit is excessively shallow, the excessive or immersion Xi Shui that tilts, cause immersed solder weak effect, even cause surface-mounted integrated circuit to be scrapped, not only the wasting of resources is large, affects overall product control.With regard to current cutting equipment, its automaticity is low, and cutting has reaction force, cutting work efficient under, and manual operations is dangerous large.
Summary of the invention
Goal of the invention of the present utility model is that providing a kind of produces for surface-mounted integrated circuit in motor protection testing arrangement, and integrate immersed solder operation and cutting operation, automaticity is high, effective production equipment.
In order to realize foregoing invention object, the utility model have employed following technical scheme:
A production equipment for surface-mounted integrated circuit in motor protection testing arrangement, comprises for the immersed solder equipment of immersed solder bottom surface-mounted integrated circuit, cutting equipment, proximity switch, cylinder and the controller for electrical equipment component pin excision bottom surface-mounted integrated circuit; Described immersed solder equipment comprises frame and carries out the immersed solder operating-controlling mechanism of immersed solder operation for clamping surface-mounted integrated circuit; Be provided with the working space of an opening towards front side in described frame, the frame on front side of working space is provided with a table top; Frame above described working space is provided with cross slide way, the frame below working space is provided with successively scaling powder atomizing device, pre-heating drying device and immersed solder pond; Immersed solder operating-controlling mechanism is movably connected on described cross slide way; One is provided with for clamping the cleat assembly of surface-mounted integrated circuit below immersed solder operating-controlling mechanism; Described cutting equipment comprises the cutting pedestal, cutting motor, cutter plate and the guide assembly that are connected to frame side; Described cutting motor to be arranged on cutting pedestal and its output upward, cutter plate is horizontally fixed on cutting motor output, and guide assembly is in above cutter plate; Described guide assembly input is positioned on the side table top of immersed solder equipment, and described cylinder is fixed in the middle part of described table top, leaves the accommodation space of described cleat assembly between described cylinder output and guide assembly input; Described proximity switch bag inductor part and treat sensing part; Describedly treat that sensing part is fixed on cleat assembly side, inductor partial fixing is in the corresponding side of guide assembly; Described inductor part signal connection control device, a controller wherein output end signal connects cylinder, and another output connects cutting motor.
As preferably, described immersed solder operating-controlling mechanism comprises the longitudinal extension guide rail be arranged on cross slide way, the first framework be arranged on longitudinal extension guide rail, is in the first framework and the second framework, the link assembly connecting the first framework and the second framework and the elastic stretching elastic that can move down; Horizontal blend stop is provided with above described first framework; Described link assembly is made up of balancing weight, balancing weight connecting rod, master connecting-rod and handle connecting rod; Described balancing weight is connected to master connecting-rod the inner by balancing weight connecting rod, and described handle connecting rod is connected to master connecting-rod outer end; Described second framework is spacing under horizontal blend stop, and the middle part of the second framework is hinged on master connecting-rod; The second frame side wall be positioned at outside hinged place is provided with limited block, and limited block is positioned at below described master connecting-rod; Described elastic stretching elastic is connected between described first framework outer end and the second framework outer end, to make described second frame parallel in described first framework; Described cleat assembly is vertically fixed on below the second framework.
As preferably, the table top between described cylinder output and guide assembly input is provided with limited block.
As preferably, described cleat assembly is made up of pair of parallel strip clamping plate and a pair connecting plate, and connecting plate upper end described in a pair is vertically fixed on the second framework, and lower end is fixedly connected with a pair strip clamping plate respectively; Corresponding groove is respectively equipped with inside strip clamping plate described in a pair; During work, described in treat that immersed solder surface-mounted integrated circuit is clamped in this between groove.
As preferably, the master connecting-rod the inner in described link assembly is hinged on the first framework inner end; Described master connecting-rod the inner is provided with on the folding surface of a downward bending, and described balancing weight connecting rod is fixedly connected on described master connecting-rod by folding surface; When handle connecting rod presses to range, balancing weight had both had larger spatial accommodation, with counterweight better, its balancing weight can be made again to be topmost against in dip-soldering machine frame, play position-limiting action.
As preferably, described guide assembly is made up of pair of guide rails, is respectively equipped with corresponding guide groove inside pair of guide rails; On described cleat assembly a pair groove Distance geometry described on guide assembly a pair guide groove all match with described surface-mounted integrated circuit width.
Compared with prior art, have employed the production equipment of technique scheme, the beneficial effects of the utility model are as follows:
One, this production equipment integrates immersed solder and cutting operation, and after immersed solder terminates, automatically enter cutting operation, shortened production process, efficiency is high, effective.
Two, for optimal technical scheme of the present utility model, it adopts the immersed solder operating-controlling mechanism of above-mentioned Rational structure, not only convenient operation immersed solder; And when above-mentioned elastic stretching elastic elasticity pulls the second framework outer end, making the second framework be against below master connecting-rod by limited block simultaneously; Make that the second framework is relatively stable can not be overturn, the position designing limited block just can keep the second frame parallel in the first framework; And then making immersed solder operating-controlling mechanism surface-mounted integrated circuit be sent into the accurate positioning of tin pond immersed solder, not rosin joint, not easily scraps, and immersed solder is effective.In addition, upper immersed solder operating-controlling mechanism carries out in manipulation process, flexible spacing, and when pressing down, the second frame stability does not move down with not rocking, and operating effect is good.
Three, because immersed solder work is in inside working space, and fill surface-mounted integrated circuit outside working space, install surface-mounted integrated circuit in outside and move to inner side by immersed solder operating-controlling mechanism, successively through scaling powder atomizing, pre-heating drying, finally press down and enter immersed solder pond, complete immersed solder, immersed solder process safety, clean, sanitary; After completing immersed solder, can surface-mounted integrated circuit be moved to outside working space again, namely move to the accommodation space leaving described cleat assembly between cylinder output and guide assembly input; Now, by proximity switch inductor part induction, open the control procedure of follow-up automatic cutting, therefore make whole immersed solder and cutting process efficiency high, easy to operate, effective.
Accompanying drawing explanation
Fig. 1: the structural representation of the utility model embodiment.
The partial enlargement structural representation at A place in Fig. 2: Fig. 1.
Fig. 3: the side structure schematic diagram of immersed solder operating-controlling mechanism in the utility model embodiment.
Fig. 4: the outer face structural representation of immersed solder operating-controlling mechanism in the utility model embodiment.
Fig. 5: the side structure schematic diagram of cutting equipment in the utility model embodiment.
Fig. 6: the structured flowchart of control system in the utility model embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further.
Embodiment: the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement as shown in figures 1 to 6, this production equipment comprises for the immersed solder equipment of immersed solder bottom surface-mounted integrated circuit, cutting equipment 9, proximity switch 8, cylinder 6 and the controller 7 for electrical equipment component pin excision bottom surface-mounted integrated circuit.
Above-mentioned immersed solder equipment comprises frame 2, aspirating air pipe 13 and carries out the immersed solder operating-controlling mechanism 1 of immersed solder operation for clamping surface-mounted integrated circuit, and be provided with the working space of an opening towards front side in its frame 2, aspirating air pipe 3 is arranged on frame 2 and is communicated with described working space.This working space front opening is towards operator, and rear end extends in frame.Frame 2 above working space is provided with cross slide way 22, the frame below working space is provided with successively scaling powder atomizing device 3, pre-heating drying device 4 and immersed solder pond 5.Immersed solder operating-controlling mechanism 1 is movably connected on cross slide way 22, specifically can in working space external extension; One is provided with for clamping the cleat assembly 15 of surface-mounted integrated circuit below immersed solder operating-controlling mechanism 1.
Immersed solder operating-controlling mechanism 1 specifically comprises longitudinal extension guide rail 12, first framework 10, second framework 14, connects link assembly 13 and the elastic stretching elastic 16 of the first framework 10 and the second framework 14.Wherein, longitudinal extension guide rail 12 is for being arranged on dip-soldering machine cross slide way, and the first framework 10 is arranged on longitudinal extension guide rail 12, longitudinally outwards extends and drive in face of the first framework 10 to operator, to load surface-mounted integrated circuit with longitudinal extension guide rail 12.Be provided with horizontal blend stop 101, second framework 14 above first framework 10 spacing under horizontal blend stop 101, be in the first framework 10 and also can move down.Link assembly 13 is made up of balancing weight 135, balancing weight connecting rod 134, master connecting-rod 130 and handle connecting rod 131.It is inner that balancing weight 135 is connected to master connecting-rod 130 by balancing weight connecting rod 134, and handle connecting rod 131 is connected to master connecting-rod 130 outer end.Master connecting-rod 130 the inner in link assembly 13 is hinged on the first framework 10 inner end, and the middle part of the second framework 14 is hinged on master connecting-rod 130.
In order to allow balancing weight 135, both there is larger spatial accommodation, with counterweight better, its balancing weight 135 can be made again to be against in dip-soldering machine frame topmost, play position-limiting action, master connecting-rod 130 the inner of the present utility model is provided with on the folding surface 133 of a downward bending, and balancing weight connecting rod 134 is fixedly connected on master connecting-rod 130 particular by folding surface 133.
When above-mentioned balancing weight 135 is spacing topmost, when namely handle connecting rod 131 presses to range, the second framework 14 position of the present utility model is in below the first framework 10.The second framework 14 sidewall be positioned at outside hinged place is provided with limited block 141, and limited block 141 is positioned at below master connecting-rod 130.And above-mentioned elastic stretching elastic 16 is connected between described first framework 10 outer end and the second framework 14 outer end, elastic stretching elastic 16 elasticity can pull the second framework 14 outer end, second framework 14 is against below described master connecting-rod 130 by limited block 141, finally makes the second framework 14 be parallel to described first framework 10.
Here, why the utility model adopts elastic stretching elastic 16, and can not adopt extension spring herein, and reason is when operator looses one's grip, and the second framework 14 can be made to move to inside the first framework 10 receive under the gravity of balancing weight 135.It is little that elastic stretching elastic 16 of the present utility model shrinks rear spatial accommodation, and the second framework 14 can be made completely to receive to the first framework 10; And according to extension spring, the second framework 14 can be caused cannot intactly to take in inside the first framework 10.
Above-mentioned cleat assembly 15 is specifically vertically fixed on below the second framework 14.Cleat assembly 15 is specifically made up of pair of parallel strip clamping plate 150 and a pair connecting plate 151, and connecting plate 151 upper end described in a pair is vertically fixed on the second framework 14, and lower end is fixedly connected with a pair strip clamping plate 150 respectively.Be respectively equipped with corresponding groove 1501 inside strip clamping plate 150 described in a pair, during work, described in treat that immersed solder surface-mounted integrated circuit is clamped in this between groove 1501.
As shown in Figure 1 and Figure 5, above-mentioned cutting equipment 9 comprises the cutting pedestal 91, cutting motor 90, cutter plate 94 and the guide assembly 92 that are connected to frame 2 side; Cutting motor 90 to be arranged on cutting pedestal 91 and its output upward, cutter plate 94 is horizontally fixed on cutting motor 90 output, and guide assembly 92 is in above cutter plate 94; Guide assembly 92 input is positioned on the side table top of immersed solder equipment, and described cylinder 6 is fixed in the middle part of described table top, leaves the accommodation space of described cleat assembly 15 between cylinder 6 output and guide assembly 92 input;
Above-mentioned guide assembly 92 is specifically made up of pair of guide rails, is respectively equipped with corresponding guide groove 93 inside pair of guide rails.On cleat assembly 15 a pair groove 1501 Distance geometry guide assembly 92 on a pair guide groove 93 all match with surface-mounted integrated circuit width.
Above-mentioned proximity switch 8 comprises inductor part 81 and treats sensing part 80; Treat that sensing part 80 is fixed on the right-hand member of outside strip clamping plate 150 in cleat assembly 15, and inductor part 81 is fixed on the corresponding side of guide assembly 92, i.e. follower rail left end.As shown in Figure 6, its inductor part 81 signal connection control device 7, a controller 7 wherein output end signal connects cylinder 6, and another output connects cutting motor 90.
In addition, cause cleat assembly 15 and guide assembly 92 cannot be corresponding to prevent cleat assembly 15 transition from outwards moving, the table top of the utility model between above-mentioned cylinder 6 output and guide assembly 92 input is provided with positive stop 60, and the interior edge of positive stop 60 is in the length direction on edge in follower rail.
During operation immersed solder operating-controlling mechanism 1, first, operator should transverse shifting whole immersed solder operating-controlling mechanism to suitable position, will treat that the surface-mounted integrated circuit of immersed solder loads above-mentioned cleat assembly 15, in namely corresponding a pair groove 1501; Then, press down handle, handle connecting rod 131 overcomes balancing weight 135 by master connecting-rod 130, and because balancing weight 135 is spacing, when making the range pressed down, integrated circuit Board position mates with tin pond.Because above-mentioned elastic stretching elastic 16 elasticity pulls the second framework 14 outer end, the second framework 14 is made to be against below described master connecting-rod 130 by limited block 141, relatively stablely can not overturn, the position designing limited block 141 just can keep the second framework 14 to be parallel to the first framework 10.By these connecting rods and spacing control, make the manually operated a kind of dip-soldering machine of the utility model in accurate positioning surface-mounted integrated circuit being sent into the immersed solder of tin pond, not rosin joint, not easily scraps, and immersed solder is effective.
During complete machine work, first, according to the flow process of aforesaid operations immersed solder operating-controlling mechanism 1 by surface-mounted integrated circuit immersed solder; After immersed solder, pull-out immersed solder operating-controlling mechanism 1, and press down cleat assembly 15 is entered between cylinder 6 output and guide assembly 92 input.Now, what be in the right-hand member of outside strip clamping plate 150 treats the inductor part 81 of sensing part 80 near follower rail left end, and inductor part 81 produces induced signal, and by signal transmission to controller 7, controller 7, according to the signal of input, goes to open cylinder 6.Above-mentioned cylinder 6 output corresponds to the surface-mounted integrated circuit that cleat assembly 15 clamps, and surface-mounted integrated circuit can be beaten to guide assembly 22 until complete the cutting work below it.Controller 7, according to the signal of input, carries out delayed start-up cutting motor 90, and the cutting equipment in the utility model is only opened when needs cutting, energy-efficient.
Claims (6)
1. the production equipment of surface-mounted integrated circuit in motor protection testing arrangement, is characterized in that: comprise for the immersed solder equipment of immersed solder bottom surface-mounted integrated circuit, cutting equipment (9), proximity switch (8), cylinder (6) and the controller (7) for electrical equipment component pin excision bottom surface-mounted integrated circuit;
Described immersed solder equipment comprises frame (2) and carries out the immersed solder operating-controlling mechanism (1) of immersed solder operation for clamping surface-mounted integrated circuit; Be provided with the working space of an opening towards front side in described frame (2), the frame (2) on front side of working space is provided with a table top; Frame (2) above described working space is provided with cross slide way (22), the frame below working space is provided with successively scaling powder atomizing device (3), pre-heating drying device (4) and immersed solder pond (5); Immersed solder operating-controlling mechanism (1) is movably connected on described cross slide way (22); Immersed solder operating-controlling mechanism (1) below is provided with one for clamping the cleat assembly (15) of surface-mounted integrated circuit;
Described cutting equipment (9) comprises the cutting pedestal (91), cutting motor (90), cutter plate (94) and the guide assembly (92) that are connected to frame (2) side; Described cutting motor (90) is arranged on upper and its output of cutting pedestal (91) upward, cutter plate (94) is horizontally fixed on cutting motor (90) output, and guide assembly (92) is in cutter plate (94) top; Described guide assembly (92) input is positioned on the side table top of immersed solder equipment, described cylinder (6) is fixed in the middle part of described table top, leaves the accommodation space of described cleat assembly (15) between described cylinder (6) output and guide assembly (92) input;
Described proximity switch (8) bag inductor part (81) and treat sensing part (80); Describedly treat that sensing part (80) is fixed on cleat assembly (15) side, inductor part (81) is fixed on the corresponding side of guide assembly (92);
Described inductor part (81) signal connection control device (7), controller (7) wherein output end signal connects cylinder (6), and another output connects cutting motor (90).
2. the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement according to claim 1, is characterized in that: described immersed solder operating-controlling mechanism (1) comprising:
-be arranged on longitudinal extension guide rail (12) on cross slide way;
-be arranged on the first framework (10) on longitudinal extension guide rail (12);
-be in second framework (14) that also can move down in the first framework (10);
-connect the link assembly (13) of the first framework (10) and the second framework (14); And
-elastic stretching elastic (16);
Described first framework (10) top is provided with horizontal blend stop (101);
Described link assembly (13) is made up of balancing weight (135), balancing weight connecting rod (134), master connecting-rod (130) and handle connecting rod (131); It is inner that described balancing weight (135) is connected to master connecting-rod (130) by balancing weight connecting rod (134), and described handle connecting rod (131) is connected to master connecting-rod (130) outer end;
Described second framework (14) is spacing under horizontal blend stop (101), and the middle part of the second framework (14) is hinged on master connecting-rod (130); The second framework (14) sidewall be positioned at outside hinged place is provided with limited block (141), and limited block (141) is positioned at described master connecting-rod (130) below; Described elastic stretching elastic (16) is connected between described first framework (10) outer end and the second framework (14) outer end, is parallel to described first framework (10) to make described second framework (14);
Described cleat assembly (15) is vertically fixed on the second framework (14) below.
3. the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement according to claim 1, is characterized in that: the table top between described cylinder (6) output and guide assembly (92) input is provided with positive stop (60).
4. the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement according to claim 2, it is characterized in that: described cleat assembly (15) is made up of pair of parallel strip clamping plate (150) and a pair connecting plate (151), connecting plate described in a pair (151) upper end is vertically fixed on the second framework (14), and lower end is fixedly connected with a pair strip clamping plate (150) respectively; Described in a pair, strip clamping plate (150) inner side is respectively equipped with corresponding groove (1501).
5. the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement according to claim 2, is characterized in that: master connecting-rod (130) the inner in described link assembly (13) is hinged on the first framework (10) inner end; Described master connecting-rod (130) the inner is provided with on the folding surface (133) of a downward bending, and described balancing weight connecting rod (134) is fixedly connected on described master connecting-rod (130) by folding surface (133).
6. the production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement according to claim 1, it is characterized in that: described guide assembly (92) is made up of pair of guide rails, inside pair of guide rails, be respectively equipped with corresponding guide groove (93); Upper a pair guide groove of guide assembly (92) (93) described in the Distance geometry of upper a pair groove of described cleat assembly (15) (1501) all matches with described surface-mounted integrated circuit width.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420627898.0U CN204262746U (en) | 2014-10-27 | 2014-10-27 | The production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420627898.0U CN204262746U (en) | 2014-10-27 | 2014-10-27 | The production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement |
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| Publication Number | Publication Date |
|---|---|
| CN204262746U true CN204262746U (en) | 2015-04-15 |
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ID=52797643
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420627898.0U Expired - Fee Related CN204262746U (en) | 2014-10-27 | 2014-10-27 | The production equipment of surface-mounted integrated circuit in a kind of motor protection testing arrangement |
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| Country | Link |
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| CN (1) | CN204262746U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108857431A (en) * | 2017-02-24 | 2018-11-23 | 温州市科泓机器人科技有限公司 | The integrated manufacturing system of chip |
-
2014
- 2014-10-27 CN CN201420627898.0U patent/CN204262746U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108857431A (en) * | 2017-02-24 | 2018-11-23 | 温州市科泓机器人科技有限公司 | The integrated manufacturing system of chip |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: Cangnan County Lingxi Town Industrial Park of Wenzhou city in Zhejiang province 325800 (opposite the Zhejiang Fujian logistics center) Patentee after: ZHEJIANG KAIDI ELECTRIC CO., LTD. Address before: 325000 Cangnan Katie Electric Co., Ltd., Cangnan Katie Electric Co., Ltd., Cangnan County, Wenzhou, Zhejiang Province, Bai Zhang Industrial Park (opposite to Zhejiang Fujian logistics center) Patentee before: CANGNAN KAIDI ELECTRIC CO., LTD. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150415 Termination date: 20181027 |