CN204143433U - circuit board upgrading tool - Google Patents

circuit board upgrading tool Download PDF

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Publication number
CN204143433U
CN204143433U CN201420442420.0U CN201420442420U CN204143433U CN 204143433 U CN204143433 U CN 204143433U CN 201420442420 U CN201420442420 U CN 201420442420U CN 204143433 U CN204143433 U CN 204143433U
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China
Prior art keywords
circuit board
supporting plate
horizontal supporting
guide groove
terminal
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CN201420442420.0U
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Chinese (zh)
Inventor
樊海洋
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Shenzhen Skyworth Digital Technology Co Ltd
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Shenzhen Skyworth Digital Technology Co Ltd
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Abstract

A kind of circuit board upgrading tool, comprise casing, casing comprises vertically disposed fixed head and coupling assembling, and coupling assembling comprises the first horizontal supporting plate, riser and the second horizontal supporting plate, and the first horizontal supporting plate is connected with fixed head is vertical and establishes multiple first guide groove; Riser and the first horizontal supporting plate are connected and establish multiple signal port and multiple power port, second horizontal supporting plate and riser are connected and establish multiple second guide groove, circuit board two ends are plugged in the first guide groove and the second guide groove, and the signal terminal of circuit board and power supply terminal are plugged in signal port and power port; Upgrade unit, is located at fixed head; Power supply module, is electrically connected with upgrade unit.The circuit board upgrading tool that the utility model provides, if multiple first guide groove and multiple second guide groove, circuit board two ends are sticked in the first guide groove and the second guide groove respectively, the upgrading of multiple circuit board can be fixed simultaneously, and establish multiple signal port and the corresponding wiring of power port, solve the problem that plug line is in disorder, enhance productivity.

Description

Circuit board upgrading tool
Technical field
The utility model relates to a kind of circuit board upgrading tool.
Background technology
Nowadays each electronic product manufacturer of China is increasingly competitive, and except the competition of market development module, the symptom of a trend of core competitive power has been pointed to production run by Geng Duo company, seeks a kind of production model of low cost; In traditional production model, be generally on the basis of production line balance, progressively introduce lean thinking, reduce the movement in production run, wait, action waste, thus enhance productivity, reduce production cost.
PCBA refers to PCB hollow plate part on SMT, and then on DIP the processing procedure of part.Software upgrading on current most of PCBA is all adopt to introduce various wire rod on frock table, pile with multiple PCBA circuit board on the table, then one piece of PCBA circuit board is picked up, carry out the insertion one by one of all kinds of input/output line with sensation with the terminal that a finger touches PCBA circuit board back, then carry out the software upgrading of PCBA circuit board one by one.It is in disorder that this measure easily causes PCBA circuit board to distribute, and is difficult to differentiate upgrade status, and quality is bad easily to cause that each PCBA electronic element of circuit board is met with etc., simultaneously, upgrade due to single, thus cause inefficiency of upgrading, thus cannot enhance productivity.
Utility model content
The purpose of this utility model is to provide a kind of circuit board that can solve at the circuit board upgrading tool carrying out the in disorder efficiency and raising is upgraded in software upgrade process.
In order to solve the problems of the technologies described above, the utility model provides circuit board upgrading tool, and it comprises
Casing, described casing comprises fixed head and at least one coupling assembling;
At least one coupling assembling described comprises the first horizontal supporting plate, riser and the second horizontal supporting plate, described first horizontal supporting plate is parallel with described second horizontal supporting plate to be oppositely arranged, described riser is vertically connected between described first horizontal supporting plate and described second horizontal supporting plate, described riser is parallel relative with described fixed head, and described fixed head supports described first horizontal supporting plate and described second horizontal supporting plate;
The surface of relatively described second horizontal supporting plate of described first horizontal supporting plate is provided with multiple first guide groove, and described multiple first guide groove is linearly evenly distributed along the length direction of described first horizontal supporting plate;
On the surface of relatively described first horizontal supporting plate of described second horizontal supporting plate, corresponding described multiple first guide groove is provided with multiple second guide groove;
The position that on described riser, corresponding described multiple first guide groove position is provided with multiple signal port and corresponding described multiple second guide groove is provided with multiple power port;
At least one upgrade unit, is located on described fixed head, and at least one upgrade unit described is provided with multiple shunt terminal, is electrically connected with power supply module with at least one upgrade unit described; The two ends of circuit board to be upgraded are plugged in described first guide groove and the second guide groove respectively, and the signal terminal on described circuit board and power supply terminal are plugged on corresponding signal port and power port respectively, multiple described signal terminal on described circuit board through described signal port, and is arranged in described shunt terminal.
Wherein, described circuit board upgrading tool comprises three described coupling assemblings, and three described coupling assemblings are fixedly connected sequentially, forming station stepped structure.
Wherein, the surface of relatively described second horizontal supporting plate of described first horizontal supporting plate is provided with many groups of the first contiguous blocks be arranged side by side, often organize described first contiguous block and comprise two described first contiguous blocks, described two the first contiguous blocks equidistantly arrange and form described first guide groove, the surface of relatively described first horizontal supporting plate of described second horizontal supporting plate is provided with many groups of the second contiguous blocks be arranged side by side, often organize described second contiguous block and comprise two described second contiguous blocks, described two the second contiguous blocks equidistantly arrange and form described second guide groove.
Wherein, described riser comprises the first plate face and the second plate face that are oppositely arranged, described signal port and described power port are located on described first plate face, described second plate face is provided with multiple terminal fixed block, described multiple terminal fixed block is evenly distributed along the length direction of described riser, on described multiple terminal fixed block, corresponding described multiple signal port offers multiple through hole, and the signal terminal on described circuit board, through described signal port and described through hole, is connected with described shunt terminal.
Wherein, described terminal fixed block is also provided with multiple clamping screw, each described signal terminal of each described clamping screw locking.
Wherein, described fixed head offers multiple cable hole, each described signal terminal through described cable hole, and is connected in described shunt terminal.
Wherein, at least one upgrade unit described is power splitter, and described circuit board upgrading tool comprises two described upgrade unit, and two described upgrade unit are arranged side by side on described fixed head.
Wherein, at least one upgrade unit described is USB collector, and described circuit board upgrading tool comprises two described upgrade unit, and described two upgrade unit are arranged side by side on fixed head.
Wherein, described casing also comprises a base plate, and described fixed head is vertically located on described base plate.
Wherein, described power supply module is located on described base plate, and described power supply module comprises power supply adaptor and socket, and described power supply adaptor is electrically connected on described socket, and described power supply adaptor is electrically connected with at least one upgrade unit described.
The circuit board upgrading tool that the utility model provides, by arranging multiple first guide groove and multiple second guide groove, the two ends of circuit board are sticked in the first guide groove and the second guide groove respectively, thus multiple circuit board can be fixed simultaneously upgrade, simultaneously due to each circuit board each first guide groove corresponding and the second guide groove, thus make the upgrading of circuit board orderly, thus be convenient to the upgrade status managing each circuit board; In addition, also arrange multiple signal port and the wiring of power port one_to_one corresponding, thus avoid the plug line in disorder problem that cannot differentiate, the simple and simple operation of structure, greatly increases upgrading efficiency, and then enhances productivity.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the circuit board upgrading tool that the utility model embodiment provides;
Fig. 2 is the schematic diagram at another visual angle of Fig. 1;
Fig. 3 is that the III of Fig. 2 is to partial enlarged drawing.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described.
See also Fig. 1 to Fig. 3, a kind of circuit board upgrading tool 100 that the utility model embodiment provides, comprise casing 1, at least one upgrade unit 2 and power supply module 3, at least one upgrading power supply 2 described is located on described casing 1, and described power supply module 3 is electrically connected with at least one upgrade unit 2 described.
Described casing 1 comprises fixed head 11 and at least one coupling assembling 12, and described fixed head 11 is vertically arranged, and at least one coupling assembling 12 described is fixedly connected with described fixed head 11.In the present embodiment, described casing 1 also comprises a base plate 13, and described base plate 13 is square plate, and described base plate 13 is positioned on ground or desk.Described fixed head 11 is vertical on described base plate 13.Certainly, in other embodiments, described casing 1 also can not comprise described base plate 13, arranges reinforcement in the bottom of described fixed head 11, and described fixed head 11 is stood on desktop or on ground.
Described fixed head 11 offers multiple cable hole 111, and described multiple cable hole 111 is evenly distributed along the length direction of described fixed head 11.
In the present embodiment, described coupling assembling 12 is three, and three described coupling assemblings 12 are fixedly connected sequentially, forming station stepped structure, thus multiple circuit board of can once upgrading, improve upgrading efficiency.Meanwhile, because three described coupling assemblings 12 are in turn connected to form step-like structure, thus make the arrangement of described circuit board orderly, thus be convenient to the upgrade status management of described circuit board, and then be convenient to worker's operation.
Further, described coupling assembling 12 comprises the first horizontal supporting plate 121, riser 122 and the second horizontal supporting plate 123, and described first horizontal supporting plate 121 is fixedly connected with described fixed head 11.Described riser 122 be arranged in parallel with described fixed head 11, and described riser 122 is vertically connected between described first horizontal supporting plate 121 and the second horizontal supporting plate 123.Described second horizontal supporting plate 123 is parallel with described first horizontal supporting plate 121 to be oppositely arranged.
In the present embodiment, described first horizontal supporting plate 121 is square plate, and described first horizontal supporting plate 121 is fixedly connected with one end end face of described fixed head 11 away from described base plate 13.Described first horizontal supporting plate 121 comprises first surface 1211, described first surface 1211 is provided with multiple first guide groove 1212, described multiple first guide groove 1212 is evenly distributed along the length direction of described first horizontal supporting plate 121, and one end of circuit board (not shown) engages with described first guide groove 1212.Concrete, described first surface 1211 is provided with many groups the first contiguous block 1213, often organize described first contiguous block 1213 and comprise two described first contiguous blocks 1213, described two the first contiguous block 1213 equidistant arrangement arrange and form described first guide groove 1212, and the distance between described two the first contiguous blocks 1213 is more than or equal to the thickness of described circuit board, thus is convenient to described circuit board and engages with described first guide groove 1212.Certainly, in other embodiments, described first guide groove 1212 also can be the draw-in groove be opened on described first surface.
Described riser 122 is fixedly connected with described first surface 1211.In the present embodiment, described riser 122 comprises the first plate face 1221 and the second plate face 1222 be oppositely arranged, on described first plate face 1221, corresponding described multiple first guide groove 1212 is provided with multiple signal port 1223 and corresponding described multiple first guide groove 1212 is provided with multiple power port 1224, and described multiple signal port 1223 and multiple power port 1224 are linearly arranged side by side along the length direction of described riser 122 respectively.Signal terminal (not shown) on described circuit board and power supply terminal (not shown) are plugged on corresponding signal port 1223 and power port 1224 respectively.
Described second plate face 1222 is provided with multiple terminal fixed block 1225, and described multiple terminal fixed block 1225 is evenly distributed along the length direction of described riser 122.In the present embodiment, described terminal fixed block 1225 is square block, on described terminal fixed block 1225, corresponding described signal port 1223 and power port 1224 offer corresponding through hole (not shown) respectively, and the signal terminal on described circuit board and power supply terminal are each passed through each described corresponding through hole.Described terminal fixed block 1225 is also provided with clamping screw 1226, and described clamping screw 1226 locks each described signal terminal and power supply terminal, thus fixing each described terminal, avoid damaging terminal in escalation process.
Described second horizontal supporting plate 123 is fixedly connected with described riser 122 one end away from described first horizontal supporting plate 121.In the present embodiment, described second horizontal supporting plate 123 is square plate.Described second horizontal supporting plate 123 comprises second surface 1231, and described second surface 1231 and described first surface 1211 are towards setting, on described second surface 1231, corresponding described multiple first guide groove 1212 is provided with multiple second guide groove 1232, and the other end of described circuit board engages with described second guide groove 1232.Concrete, described second surface 1231 is provided with many groups the second contiguous block 1233, often organize described second contiguous block 1233 and comprise two described second contiguous blocks 1233, two described second contiguous blocks 1233 equidistantly arrange and form described second guide groove 1232, and the distance between described two contiguous blocks 1233 is more than or equal to the thickness of described circuit board, thus be convenient to the engaging of described circuit board and described second guide groove 1232.Certainly, in other embodiments, described second guide groove 1232 also can be the draw-in groove be opened on described second surface 1231.
In the present embodiment, described second horizontal supporting plate 123 also comprises one first plate face 1234, described first plate face 1234 is oppositely arranged with described second surface 1231, described first plate face 1234 is provided with many groups the 3rd contiguous block 1235, often organize described 3rd contiguous block 1235 and comprise two described 3rd contiguous blocks 1235, and two described 3rd contiguous blocks 1235 equidistantly arrange formation the 3rd guide groove 1236.Because described circuit board upgrading tool comprises three described coupling assemblings 11, the forming station stepped structure and three described coupling assemblings 11 are fixedly connected sequentially.Therefore, the guide groove corresponding matching on the second horizontal supporting plate in described 3rd guide groove 1236 and second coupling assembling, thus engage with circuit board, by that analogy, thus multiple circuit board of can simultaneously upgrading, enhance productivity, and reduce production cost.
At least one upgrade unit 2 described is located on described fixed head 11.In the present embodiment, when being upgraded by signal bit stream, described upgrade unit 2 is power splitter, and described upgrade unit 2 is two.Described two upgrade unit 2 are arranged side by side with it the described fixed head 11.Upgrade unit 2 described in each is provided with multiple shunt terminal 21, and the signal terminal of described circuit board through described signal port 1223 and described through hole, and is plugged in corresponding described shunt terminal 21 along corresponding cable hole 111, thus realizes upgrading.
Described upgrade unit 2 is also provided with signal input port 22, described signal input port 22 outer signal input terminal 23, thus realizes signal input.
Certainly, in other embodiments, when being connected computer by USB and upgrading, described upgrade unit 2 also can be USB collector, and the number of described upgrade unit 2 is two.Described two upgrade unit 2 are fixedly arranged on described fixed head 11.
Described power supply module 3 is located on described base plate 13, and is electrically connected with described upgrade unit 2.In the present embodiment, described power supply module 3 comprises multiple power supply adaptor 31 and multiple socket 32, described multiple socket 32 is located on described base plate 13 side by side, described multiple power supply adaptor 31 is electrically connected with described socket 32, and described multiple power supply adaptor 31 is electrically connected with described upgrade unit 2, described multiple power supply adaptor 31 provides power supply for the upgrading of described circuit board, thus meet described multiple circuit board upgrade simultaneously needed for power supply.
During use, the two ends of multiple circuit board to be upgraded are plugged in respectively in the first corresponding guide groove 1212 and the second guide groove 1232, signal terminal on described circuit board and power supply terminal are connected with corresponding signal port 1223 and power port 1224 respectively, and be connected in the shunt terminal 21 on described upgrade unit 2 through described cable hole 111, described socket 32 is connected with external power supply, start to upgrade, after upgrading completes, the circuit board completing upgrading described in each is pulled up, changes a collection of circuit board to be upgraded.
The circuit board upgrading tool that the utility model provides, by arranging multiple first guide groove and multiple second guide groove, the two ends of circuit board are sticked in the first guide groove and the second guide groove respectively, thus multiple circuit board can be fixed simultaneously upgrade, simultaneously due to each circuit board each first guide groove corresponding and the second guide groove, thus make the upgrading of circuit board orderly, thus be convenient to the upgrade status managing each circuit board; In addition, also arrange multiple signal port and the wiring of power port one_to_one corresponding, thus avoid the plug line in disorder problem that cannot differentiate, the simple and simple operation of structure, greatly increases upgrading efficiency, and then enhances productivity.
The above is preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.

Claims (10)

1. a circuit board upgrading tool, it is characterized in that, it comprises
Casing, described casing comprises fixed head and at least one coupling assembling;
At least one coupling assembling described comprises the first horizontal supporting plate, riser and the second horizontal supporting plate, described first horizontal supporting plate is parallel with described second horizontal supporting plate to be oppositely arranged, described riser is vertically connected between described first horizontal supporting plate and described second horizontal supporting plate, described riser is parallel relative with described fixed head, and described fixed head supports described first horizontal supporting plate and described second horizontal supporting plate;
The surface of relatively described second horizontal supporting plate of described first horizontal supporting plate is provided with multiple first guide groove, and described multiple first guide groove is linearly evenly distributed along the length direction of described first horizontal supporting plate;
On the surface of relatively described first horizontal supporting plate of described second horizontal supporting plate, corresponding described multiple first guide groove is provided with multiple second guide groove;
The position that on described riser, corresponding described multiple first guide groove position is provided with multiple signal port and corresponding described multiple second guide groove is provided with multiple power port;
At least one upgrade unit, is located on described fixed head, and at least one upgrade unit described is provided with multiple shunt terminal, is electrically connected with power supply module with at least one upgrade unit described;
The two ends of circuit board to be upgraded are plugged in described first guide groove and the second guide groove respectively, and the signal terminal on described circuit board and power supply terminal are plugged on corresponding signal port and power port respectively, multiple described signal terminal on described circuit board through described signal port, and is arranged in described shunt terminal.
2. circuit board upgrading tool according to claim 1, is characterized in that, described circuit board upgrading tool comprises three described coupling assemblings, and three described coupling assemblings are fixedly connected sequentially, forming station stepped structure.
3. circuit board upgrading tool according to claim 2, it is characterized in that, the surface of relatively described second horizontal supporting plate of described first horizontal supporting plate is provided with many groups of the first contiguous blocks be arranged side by side, often organize described first contiguous block and comprise two described first contiguous blocks, described two the first contiguous blocks equidistantly arrange and form described first guide groove, the surface of relatively described first horizontal supporting plate of described second horizontal supporting plate is provided with many groups of the second contiguous blocks be arranged side by side, often organize described second contiguous block and comprise two described second contiguous blocks, described two the second contiguous blocks equidistantly arrange and form described second guide groove.
4. circuit board upgrading tool according to claim 3, it is characterized in that, described riser comprises the first plate face and the second plate face that are oppositely arranged, described signal port and described power port are located on described first plate face, described second plate face is provided with multiple terminal fixed block, described multiple terminal fixed block is evenly distributed along the length direction of described riser, on described multiple terminal fixed block, corresponding described multiple signal port and power port offer multiple through hole, signal terminal on described circuit board is through described signal port and described through hole, be connected with described shunt terminal.
5. circuit board upgrading tool according to claim 4, is characterized in that, described terminal fixed block is also provided with multiple clamping screw, each described clamping screw each described signal terminal of locking and power supply terminal.
6. circuit board upgrading tool according to claim 1, it is characterized in that, described fixed head offers multiple cable hole, each described signal terminal through described cable hole, and is connected in described shunt terminal.
7. circuit board upgrading tool according to claim 1, it is characterized in that, at least one upgrade unit described is power splitter, and described circuit board upgrading tool comprises two described upgrade unit, and two described upgrade unit are arranged side by side on described fixed head.
8. circuit board upgrading tool according to claim 1, it is characterized in that, at least one upgrade unit described is USB collector, and described circuit board upgrading tool comprises two described upgrade unit, and described two upgrade unit are arranged side by side on fixed head.
9. circuit board upgrading tool according to claim 1, it is characterized in that, described casing also comprises a base plate, and described fixed head is vertically located on described base plate.
10. circuit board upgrading tool according to claim 9, it is characterized in that, described power supply module is located on described base plate, described power supply module comprises power supply adaptor and socket, described power supply adaptor is electrically connected on described socket, and described power supply adaptor is electrically connected with at least one upgrade unit described.
CN201420442420.0U 2014-08-06 2014-08-06 circuit board upgrading tool Active CN204143433U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420442420.0U CN204143433U (en) 2014-08-06 2014-08-06 circuit board upgrading tool

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420442420.0U CN204143433U (en) 2014-08-06 2014-08-06 circuit board upgrading tool

Publications (1)

Publication Number Publication Date
CN204143433U true CN204143433U (en) 2015-02-04

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Application Number Title Priority Date Filing Date
CN201420442420.0U Active CN204143433U (en) 2014-08-06 2014-08-06 circuit board upgrading tool

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CN (1) CN204143433U (en)

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