CN204231763U - Pcb assembly machine - Google Patents
Pcb assembly machine Download PDFInfo
- Publication number
- CN204231763U CN204231763U CN201420459655.0U CN201420459655U CN204231763U CN 204231763 U CN204231763 U CN 204231763U CN 201420459655 U CN201420459655 U CN 201420459655U CN 204231763 U CN204231763 U CN 204231763U
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- pcb
- assembly
- feeding device
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- equipment
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Abstract
A kind of PCB assembly machine, comprising: frame, the rotary disc assembly be arranged in frame, at least one group of assembly equipment be arranged in frame; Assembly equipment comprises at least two pay-offs and assembling external member, and assembling external member comprises support feeding device, point glue equipment, PCB feeding device, PCB press fit device and drawing mechanism; Support feeding device, point glue equipment, PCB feeding device, PCB press fit device and drawing mechanism are arranged in order around the periphery of rotary disc assembly; Near bracket feeding device and PCB feeding device place all arrange pay-off, and support feeding device, PCB feeding device are used for obtaining material in pay-off; Support feeding device comprises: main part, travel mechanism, material fetching mechanism and transducer, and main part is arranged in frame, and travel mechanism is arranged on main part, and material fetching mechanism is arranged in travel mechanism, and sensor setting is on main part.Above-mentioned PCB assembly machine, improves the quality of product to a certain extent.
Description
Technical field
The utility model relates to mechanical field, particularly relates to a kind of PCB assembly machine.
Background technology
Along with further developing of science and technology, entire roboticized work mode replaces operating type manually gradually.But at present, PCB assembly process adopts operating type manually mostly, need manual operation major part operation, can not realize full-automatic assembling, expend muscle power, production efficiency is low, and cost of labor is high, and human body easily to contact noxious substance unhealthful.
Utility model content
Based on this, be necessary to provide a kind of circumferentially edge placement, reduce manpower, save that operating personnel's muscle power, production efficiency are high, cost-saving, human body is without the need to contacting noxious substance thus not unhealthful PCB assembly machine.
A kind of PCB assembly machine, comprising: frame, the rotary disc assembly be arranged in described frame, at least one group of assembly equipment be arranged in described frame;
Described assembly equipment comprises at least two pay-offs and assembling external member, and described assembling external member comprises support feeding device, point glue equipment, PCB feeding device, PCB press fit device and drawing mechanism; Described support feeding device, described point glue equipment, described PCB feeding device, described PCB press fit device and described drawing mechanism are arranged in order around the periphery of described rotary disc assembly;
Contiguous described support feeding device and described PCB feeding device place all arrange described pay-off, and described support feeding device, described PCB feeding device are used for obtaining material in described pay-off;
Described support feeding device comprises: main part, travel mechanism, material fetching mechanism and transducer, described main part is arranged in described frame, described travel mechanism is arranged on described main part, and described material fetching mechanism is arranged in described travel mechanism, and described sensor setting is on described main part.
In one of them embodiment, described assembling external member also comprises and being arranged in described frame, and the support pressure locking device between described support feeding device and described point glue equipment.
In one of them embodiment, described PCB assembly machine comprises assembly equipment described in two groups, and the described assembling external member often organized in described assembly equipment is all sequentially arranged around the periphery of described rotary disc assembly.
In one of them embodiment, described assembling external member in assembly equipment described in two groups is crisscross arranged, and wherein the described drawing mechanism assembled described in a group in external member is arranged at another and organizes between described support feeding device in described assembling external member and described support pressure locking device.
In one of them embodiment, described rotary disc assembly comprises protractor and is arranged at the rotating disk on protractor, described rotating disk has extended radially outward multiple bracing frame, each support frame as described above and each described assembling external member one_to_one corresponding are arranged, and support frame as described above is provided with away from one end of described rotating disk and places position.
In one of them embodiment, described travel mechanism comprises the first cylinder assembly be arranged on described main part and the second cylinder assembly be arranged on described first cylinder assembly, described first cylinder assembly is vertical with the direction of motion of described second cylinder assembly, and the direction of motion of the first cylinder assembly is parallel with described rotary disc assembly.
In one of them embodiment, described material fetching mechanism comprises feeding main body, sucker and elastic component;
Described feeding main body is arranged in described frame, and described feeding main body offers connecting hole;
Described sucker slides and is arranged in described feeding main body, and its glide direction is vertical with described rotary disc assembly, and described sucker is hollow structure, and the inside of described sucker is connected with described connecting hole;
Described elastic component is sheathed on described sucker, and its elasticity direction is vertical with described rotary disc assembly.
In one of them embodiment, described pay-off involving vibrations dish, be arranged at conveyer belt on described vibrating disk and feeding transducer, described conveyer belt extends to the described support feeding device corresponding with it or described PCB feeding device, and described feeding sensor setting is in one end near the described support feeding device corresponding with it or described PCB feeding device of described conveyer belt.
In one of them embodiment, described point glue equipment comprises: be arranged at the some glue main body in described frame, the 3rd cylinder assembly be arranged in described some glue main body, four-cylinder assembly, the fixed mount be arranged on described four-cylinder assembly, the packing element be arranged on described fixed mount be arranged on described 3rd cylinder assembly, described 3rd cylinder assembly is vertical with the direction of motion of described four-cylinder assembly, and the direction of motion of the 3rd cylinder assembly is parallel with described rotary disc assembly.
In one of them embodiment, described point glue equipment also comprises a glue controller, and described some glue controller is arranged on described fixed mount.
Above-mentioned PCB assembly machine, only need in the course of the work artificial pcb board and support to be processed are put into pay-off just can, all without the need to manpower monitoring or operate in other operations, saved human cost.Further, because PCB assembly machine is without the need to manually directly contacting operation, and then the healthy hidden danger avoiding operating personnel's Long Term Contact glue to bring, and the sense of fatigue that long-term operation pressing pcb board brings.Improve the quality of product to a certain extent.In addition, because each equipment of PCB assembly machine is all arranged around rotating disk, make its operation capable of circulation, improve operating efficiency, and then improve production capacity.
It is more steady that support pressure locking device makes support to be processed place before a glue, thus make point glue equipment treat machining support more accurately carrying out a glue.
Because PCB assembly machine adopts independent binary channels operating type, be namely provided with two groups of assembly equipments, two pcb boards can be assembled simultaneously, improve the production capacity of PCB assembly machine further, save time and production cost.In addition, under the prerequisite meeting production capacity, wherein one group of assembly equipment can be made to produce another kind of product, make full use of resource, make it meet the different demands of producing.
Two assembling match parts are crisscross arranged, and take full advantage of space, make pay-off uniform distribution, can not influence each other.
Support feeding device is cooperatively interacted by slidably sucker and elastic component, makes support feeding device more stable when feeding, not easily makes material drop.
Point glue controller makes the flexibility of PCB assembly machine stronger, can carry out adjustment gel quantity as required.
Accompanying drawing explanation
Fig. 1 is the structural representation of the PCB assembly machine of the utility model one preferred embodiment;
Fig. 2 is the distribution schematic diagram of the PCB assembly machine assembling external member shown in Fig. 1;
Fig. 3 is the enlarged drawing at the PCB assembly machine A place shown in Fig. 1;
Fig. 4 is the structural representation of the PCB assembly machine support feeding device shown in Fig. 1;
Fig. 5 is the structural representation of the PCB assembly machine point glue equipment shown in Fig. 1.
Embodiment
As shown in Figure 1 to Figure 3, it is respectively the structural representation of the PCB assembly machine 10 of the utility model one preferred embodiment, assembles the enlarged drawing at the distribution schematic diagram of external member and the A place of PCB assembly machine 10.
PCB assembly machine 10, comprising: frame 100, the rotary disc assembly 200 be arranged in frame 100, the assembly equipment be arranged in frame 100.Assembly equipment comprises pay-off 300 and assembling external member.Assembling external member comprises: support feeding device 400, support pressure locking device 500, point glue equipment 600, PCB feeding device 700, PCB press fit device 800 and drawing mechanism 900.Each equipment in facilities is all arranged in frame 100.
PCB assembly machine 10 comprises two groups of assembly equipments, the assembling external member often organized in assembly equipment is all sequentially arranged around the periphery of rotary disc assembly 320, namely the periphery along rotary disc assembly 200 sets gradually support feeding device 400, support pressure locking device 500, point glue equipment 600, PCB feeding device 700, PCB press fit device 800 and drawing mechanism 900, and correspondingly arranges pay-off 300.Such as, support pressure locking device 500 in same group of assembly equipment is between support feeding device 400 and point glue equipment 600.Two assembling match parts are crisscross arranged, and the drawing mechanism 900 wherein in an assembling match part is arranged between support feeding device 400 in another assembling match part and support pressure locking device 500.Also can be understood as, each equipment in every assembling match part is all in another assembling match part between adjacent two equipment.
According to actual conditions, each equipment in the two assembling match parts be crisscross arranged also can adopt other modes to arrange, and such as, drawing mechanism 900 wherein in one group is arranged between support pressure locking device 500 in another group and point glue equipment 600.Or, two assembling match part noninterlaces are arranged, namely two assembling match parts join end to end, such as two assembling match parts join end to end and are positioned at the periphery of a circle, the PCB press fit device 800 of drawing mechanism 900 wherein in an assembling match part in this group and the pay-off 300 in another assembling match part or between drawing mechanism 900, often organize in tactic adjacent two equipment the equipment not arranging another group.In order to solve the technical problem of enhancing productivity or processing multiple different structure simultaneously, PCB assembly machine 10 also can arrange three groups of assembly equipments, or more organizes assembly equipment.Wherein, the described assembling external member often organized in described assembly equipment is all sequentially arranged around the periphery of described rotary disc assembly; And for example, the described assembling external member in the described assembly equipment of each group is crisscross arranged; Like this, adopt the setting of many group assembly equipments, make PCB assembly machine 10 can assemble multiple pcb board or multiple different pcb board simultaneously, thus improve production efficiency and the output of PCB machine.
Pay-off 300 is at least two, and such as, as shown in Figure 1, pay-off 300 is four.Pay-off 300 is respectively adjacent to two support feeding devices 400 and two PCB feeding devices 700 are arranged, to make support feeding device 400 and PCB feeding device 700 arrange the material that can pick up in pay-off 300, namely support feeding device 400, PCB feeding device 700 for obtaining material in pay-off 300.Pay-off 300 involving vibrations dish, be arranged at conveyer belt on vibrating disk and feeding transducer, conveyer belt extends to the support feeding device 400 corresponding with it or PCB feeding device 700, and feeding sensor setting is in one end near the support feeding device 400 corresponding with it or PCB feeding device 700 of conveyer belt.
In other embodiments, pay-off 300 also can be other quantity, as long as ensure to be equipped with pay-off 300 near each support feeding device 400 and PCB feeding device 700, such as PCB assembly machine 10 has a support feeding device 400 and a PCB assembly machine 10, now PCB assembly machine 10 has two pay-offs, 300, two pay-offs 300 corresponding support feeding device 400 and PCB feeding device 700 is arranged respectively.
Rotary disc assembly 200 comprises protractor 210 and is arranged at the rotating disk 220 on protractor 210, and protractor 210 rotates for driven rotary dish 220.Rotating disk 220 has extended radially outward multiple bracing frame 230, multiple bracing frame 230 is arranged with each assembling external member one_to_one corresponding, namely arranges with support feeding device 400, point glue equipment 600, PCB feeding device 700, PCB press fit device 800 and drawing mechanism 900 one_to_one corresponding.Bracing frame 230 is provided with placement position 240 away from one end of rotating disk 220, placing position 240 is arranged in below the assembling end of each equipment of rotating disk 220 periphery assembling external member, for placing support to be assembled, assembly operation can be carried out to be assembled of being positioned over placement position 240 to make the assembling end of each equipment.Wherein outwards refer to that autorotation disk center is to the direction away from center of turntable.
According to actual conditions, each bracing frame 230 also can arrange multiple placement position 240, each equipment in now rotating disk 220 periphery assembling external member all can move along the orientation of the placement position 240 on the bracing frame 230 corresponding with it, to make each equipment after the processing completing a placement position 240, the next one that can move on this bracing frame 230 is placed position 240 and is processed.It is pointed out that and also can omit bracing frame 230, now, rotating disk 220 is arranged places position 240 one to one with support feeding device 400, point glue equipment 600, PCB feeding device 700, PCB press fit device 800 and drawing mechanism 900.
See also Fig. 4, it is the structural representation of the PCB assembly machine 10 support feeding device 400 shown in Fig. 1.
Support feeding device 400 comprises: be arranged at the main part 410 in frame 100, the travel mechanism 420 be arranged on main part 410, the transducer 440 that is arranged at the material fetching mechanism 430 in travel mechanism 420 and is arranged on main part 410.Transducer 440 is for detecting workpiece to be added.
Travel mechanism 420 comprises the first cylinder assembly 421 be arranged on main part 410 and the second cylinder assembly 422 be arranged on the first cylinder assembly 421.First cylinder assembly 421 is vertical with the direction of motion of the second cylinder assembly 422, and the direction of motion of the first cylinder assembly 421 is parallel with rotary disc assembly 200.First cylinder assembly 421 comprises the first cylinder 421A be arranged on main part 410 and the first slide block 421B be arranged on the first cylinder 421A.First cylinder 421A drives the relative rotary disc assembly 200 of the first slide block 421B to seesaw.Second cylinder assembly 422 comprises the second cylinder 422A be arranged on the first slide block 421B and the second slide block 422B be arranged on the second cylinder 422A.Second cylinder 422A drives the relative rotating disk 220 of the second slide block 422B to move up and down.
Material fetching mechanism 430 comprises: the elastic component 433 being arranged at the feeding main body 431 on main part 410, being slidably disposed in the sucker 432 in feeding main body 431 and being sheathed on sucker 432.Feeding main body 431 comprises the motor 431A, shaft coupling 431B and the link 431C that connect setting successively.Link 431C offers connecting hole 431D, and link 431C is arranged on the second slide block 422B, feeding main body 431 is arranged on main part 410.Sucker 432 is slidably disposed on link 431C along the vertical direction of rotary disc assembly 200.Sucker 432 is hollow structure, and the inside of sucker 432 is connected with connecting hole 431D.The elasticity direction of elastic component 433 is vertical with rotary disc assembly 200, and elastic component 433 is spring.
In the present embodiment, the structure of PCB feeding device 700 and drawing mechanism 900 is all identical with the structure of support feeding device 400.In other embodiments, the structure of PCB feeding device 700 and drawing mechanism 900 also can be different from the structure of support feeding device 400.
See also Fig. 5, it is the structural representation of PCB assembly machine 10 point glue equipment 600 shown in Fig. 1.
Point glue equipment 600 comprises: be arranged at and frame 100 put glue main body 610, the 3rd cylinder assembly 620 be arranged in a glue main body 610, the four-cylinder assembly 630 be arranged on the 3rd cylinder assembly 620, the fixed mount 640 be arranged on four-cylinder assembly 630, be arranged at packing element 650 on fixed mount 640 and some glue controller 660.Point glue controller 660 is for controlling the gel quantity of glue in packing element 650.
3rd cylinder assembly 620 is vertical with the direction of motion of four-cylinder assembly 630, and the direction of motion of the 3rd cylinder assembly 620 is parallel with rotary disc assembly 200.3rd cylinder assembly 620 comprises the 3rd cylinder 621 be placed in a glue main body 610 and the 3rd slide block 622 be arranged on the 3rd cylinder 621.3rd cylinder 621 drives the relative rotary disc assembly 200 of the 3rd slide block 622 to seesaw.Four-cylinder assembly 630 comprises the four-cylinder 631 be arranged on the 3rd slide block 622 and the Four-slider 632 be arranged on four-cylinder 631.Four-cylinder 631 drives the relative rotating disk 220 of Four-slider 632 to move up and down.
Fixed mount 640 is arranged on Four-slider 632.Fixed mount 640 comprises and is all arranged at fixed block 641 on Four-slider 632 and regulating block 642.The relative Four-slider 632 of regulating block 642 is removable, to regulate the height of the relative Four-slider 632 of packing element 650.
Packing element 650 order wears fixed block 641 and regulating block 642, and abuts with regulating block 642, is fixedly installed on fixed mount 640 by packing element 650.Packing element 650 has syringe needle 651, and syringe needle 651 wears regulating block 642, and syringe needle 651 is connected with packing element 650 inside.
When using above-mentioned PCB assembly machine 10, by stentplacement to be processed on two pay-offs 300 of two support feeding device 400 correspondences, support to be processed is sent to the feeding band of position near support feeding device 400 by pay-off 300.After feeding transducer 440 detects support to be processed, the second cylinder assembly 422 of support feeding device 400 declines, and sucker 432 is aimed at the center of support to be processed.Meanwhile, start vacuum generator, vacuum generator is connected with support feeding device 400 by connecting hole 431D, to make sucker 432 in vacuum state.Second cylinder assembly 422 continues to decline, and drives sucker 432 to continue to decline, and the vertical direction along bracing frame 230 after sucker 432 abuts support to be processed moves up, and elastic component 433 shrinks, and makes sucker 432 be adjacent to support to be processed, and picks up support to be processed.After picking up support to be processed, the second cylinder assembly 422 rises, and to make support to be processed rise, now sucker 432 and elastic component 433 reset.Rise after stopping, the first cylinder assembly 421 moves to rotary disc assembly 200 direction, until support to be processed is moved to above the placement position 240 of rotating disk 220.Driven by motor support to be processed rotates afterwards, and transducer 440 detects that the breach rear motor on support to be processed stops the rotation, and the second cylinder assembly 422 declines, and band machining support is positioned over the placement position 240 of rotating disk 220.Place final vacuum generator to close, and vacuum generator and travel mechanism 420 reset.
Protractor 210 driven rotary dish 220 rotates two stations, support feeding device 400 wherein in one group of equipment is positioned over the support to be processed on rotating disk 220, via the drawing mechanism 900 place station in another group equipment, arrive this group equipment medium-height trestle press fit device 500 place station.Support feeding device 400 in another group equipment support to be processed be positioned on rotating disk 220 rotates to another group equipment medium-height trestle press fit device 500 place station equally.Support pressure locking device 500 moves downward, and is incorporated into by support pressure to be processed and places position 240, reset afterwards.Now, support feeding device 400 and the pay-off 300 corresponding with it operate before repeating.
Protractor 210 driven rotary dish 220 rotates two stations again, support to be processed is rotated to point glue equipment 600 place station.Four-cylinder assembly 630 drives packing element 650 to decline, and starting point glue.3rd cylinder assembly 620 drives packing element 650 to move to rotating disk 220 center position, makes point glue equipment 600 by multiple somes glue site glue on support to be processed.After the cementing bundle of point, point glue equipment 600 resets.Now, support feeding device 400 and support pressure locking device 500 repeat before operation.
Protractor 210 driven rotary dish 220 rotates two stations again, the support to be processed of a glue is rotated to PCB feeding device 700 place station.Pcb board is put into the pay-off 300 corresponding with PCB feeding device 700, pcb board is sent to the feeding band of position near PCB feeding device 700 via pay-off 300.Pcb board picks up and is positioned on the support to be processed of a glue by PCB feeding device 700, resets afterwards.Now, the operation before the repetition of support feeding device 400, support pressure locking device 500 and point glue equipment 600.
Protractor 210 driven rotary dish 220 rotates two stations again, the support to be processed being placed with pcb board is rotated to PCB press fit device 800 place station.PCB press fit device 800 is to pressing down, and be pressed into completely by pcb board on support to be processed and assemble in the groove of pcb board, PCB press fit device 800 resets afterwards.Now, the operation before the repetition of support feeding device 400, support pressure locking device 500, point glue equipment 600 and PCB feeding device 700.
Protractor 210 driven rotary dish 220 rotates two stations again, the pcb board assembled is rotated to drawing mechanism 900 place station.The pcb board assembled picks up by drawing mechanism 900, and is placed in material basin, and after placing, drawing mechanism 900 resets.Now, the operation before the repetition of support feeding device 400, support pressure locking device 500, point glue equipment 600, PCB feeding device 700 and PCB press fit device 800.
Protractor 210 driven rotary dish is 220 rotations, two stations again, and now vacant placement position 240 rotates to support feeding device 400 place station again, and enters the subsequent work cycle.
Above-mentioned PCB assembly machine 10, only need in the course of the work artificial pcb board and support to be processed are put into pay-off 300 just can, all without the need to manpower monitoring or operate in other operations, saved human cost.Further, because PCB assembly machine 10 is without the need to manually directly contacting operation, and then the healthy hidden danger avoiding operating personnel's Long Term Contact glue to bring, and the sense of fatigue that long-term operation pressing pcb board brings, improve the quality of product to a certain extent.In addition, because each equipment of PCB assembly machine 10 is all arranged around rotating disk 220, make its operation capable of circulation, improve operating efficiency, and then improve production capacity.
It is more steady that support pressure locking device 500 makes support to be processed place before a glue, thus make point glue equipment 600 treat machining support more accurately carrying out a glue.
Because PCB assembly machine 10 adopts independent binary channels operating type, be namely provided with two groups of assembly equipments, two pcb boards can be assembled simultaneously, improve the production capacity of PCB assembly machine 10 further, save time and production cost.In addition, under the prerequisite meeting production capacity, wherein one group of assembly equipment can be made to produce another kind of product, make full use of resource, make it meet the different demands of producing.
Two assembling match parts are crisscross arranged, and take full advantage of space, make pay-off 300 uniform distribution, can not influence each other.
Support feeding device 400 passes through slidably sucker 432 and elastic component 433 and cooperatively interacts, and makes support feeding device 400 more stable when feeding, not easily makes material drop.
Point glue controller 660 makes the flexibility of PCB assembly machine 10 stronger, can carry out adjustment gel quantity as required.
The above embodiment only have expressed several execution mode of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection range of the present utility model.Therefore, the protection range of the utility model patent should be as the criterion with claims.
Claims (10)
1. a PCB assembly machine, is characterized in that, comprising: frame, the rotary disc assembly be arranged in described frame, at least one group of assembly equipment be arranged in described frame;
Described assembly equipment comprises at least two pay-offs and assembling external member, and described assembling external member comprises support feeding device, point glue equipment, PCB feeding device, PCB press fit device and drawing mechanism; Described support feeding device, described point glue equipment, described PCB feeding device, described PCB press fit device and described drawing mechanism are arranged in order around the periphery of described rotary disc assembly;
Contiguous described support feeding device and described PCB feeding device place all arrange described pay-off, and described support feeding device, described PCB feeding device are used for obtaining material in described pay-off;
Described support feeding device comprises: main part, travel mechanism, material fetching mechanism and transducer, described main part is arranged in described frame, described travel mechanism is arranged on described main part, and described material fetching mechanism is arranged in described travel mechanism, and described sensor setting is on described main part.
2. PCB assembly machine according to claim 1, is characterized in that, described assembling external member also comprises and being arranged in described frame, and the support pressure locking device between described support feeding device and described point glue equipment.
3. PCB assembly machine according to claim 2, is characterized in that, described PCB assembly machine comprises assembly equipment described in two groups, and the described assembling external member often organized in described assembly equipment is all sequentially arranged around the periphery of described rotary disc assembly.
4. PCB assembly machine according to claim 3, it is characterized in that, described assembling external member in assembly equipment described in two groups is crisscross arranged, and wherein the described drawing mechanism assembled described in a group in external member is arranged at another and organizes between described support feeding device in described assembling external member and described support pressure locking device.
5. PCB assembly machine according to claim 1, it is characterized in that, described rotary disc assembly comprises protractor and is arranged at the rotating disk on protractor, described rotating disk has extended radially outward multiple bracing frame, each support frame as described above and each described assembling external member one_to_one corresponding are arranged, and support frame as described above is provided with away from one end of described rotating disk and places position.
6. PCB assembly machine according to claim 1, it is characterized in that, described travel mechanism comprises the first cylinder assembly be arranged on described main part and the second cylinder assembly be arranged on described first cylinder assembly, described first cylinder assembly is vertical with the direction of motion of described second cylinder assembly, and the direction of motion of the first cylinder assembly is parallel with described rotary disc assembly.
7. PCB assembly machine according to claim 1, is characterized in that, described material fetching mechanism comprises feeding main body, sucker and elastic component;
Described feeding main body is arranged in described frame, and described feeding main body offers connecting hole;
Described sucker slides and is arranged in described feeding main body, and its glide direction is vertical with described rotary disc assembly, and described sucker is hollow structure, and the inside of described sucker is connected with described connecting hole;
Described elastic component is sheathed on described sucker, and its elasticity direction is vertical with described rotary disc assembly.
8. PCB assembly machine according to claim 1, it is characterized in that, described pay-off involving vibrations dish, be arranged at conveyer belt on described vibrating disk and feeding transducer, described conveyer belt extends to the described support feeding device corresponding with it or described PCB feeding device, and described feeding sensor setting is in one end near the described support feeding device corresponding with it or described PCB feeding device of described conveyer belt.
9. PCB assembly machine according to claim 1, it is characterized in that, described point glue equipment comprises: be arranged at the some glue main body in described frame, the 3rd cylinder assembly be arranged in described some glue main body, four-cylinder assembly, the fixed mount be arranged on described four-cylinder assembly, the packing element be arranged on described fixed mount be arranged on described 3rd cylinder assembly, described 3rd cylinder assembly is vertical with the direction of motion of described four-cylinder assembly, and the direction of motion of the 3rd cylinder assembly is parallel with described rotary disc assembly.
10. PCB assembly machine according to claim 9, is characterized in that, described point glue equipment also comprises a glue controller, and described some glue controller is arranged on described fixed mount.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420459655.0U CN204231763U (en) | 2014-08-14 | 2014-08-14 | Pcb assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420459655.0U CN204231763U (en) | 2014-08-14 | 2014-08-14 | Pcb assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204231763U true CN204231763U (en) | 2015-03-25 |
Family
ID=52929803
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420459655.0U Expired - Fee Related CN204231763U (en) | 2014-08-14 | 2014-08-14 | Pcb assembly machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN204231763U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108848624A (en) * | 2018-05-24 | 2018-11-20 | 浙江工规科技有限公司 | Mechanism is withheld in integrated circuit board connecting equipment |
| CN108847399A (en) * | 2018-05-24 | 2018-11-20 | 浙江工规科技有限公司 | The attachment device of integrated circuit board |
| CN116209171A (en) * | 2023-04-28 | 2023-06-02 | 华田信科（廊坊）电子科技有限公司 | Hot press for electronic component installation |
-
2014
- 2014-08-14 CN CN201420459655.0U patent/CN204231763U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108848624A (en) * | 2018-05-24 | 2018-11-20 | 浙江工规科技有限公司 | Mechanism is withheld in integrated circuit board connecting equipment |
| CN108847399A (en) * | 2018-05-24 | 2018-11-20 | 浙江工规科技有限公司 | The attachment device of integrated circuit board |
| CN108848624B (en) * | 2018-05-24 | 2021-01-01 | 浙江工规科技有限公司 | Fastening mechanism in integrated circuit board connecting device |
| CN116209171A (en) * | 2023-04-28 | 2023-06-02 | 华田信科（廊坊）电子科技有限公司 | Hot press for electronic component installation |
| CN116209171B (en) * | 2023-04-28 | 2023-08-08 | 华田信科（廊坊）电子科技有限公司 | Hot press for electronic component installation |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| 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: 20150325 Termination date: 20170814 |