CN217241049U - High HDI circuit board of stability - Google Patents

Abstract

The utility model discloses a high-stability HDI circuit board, the structure of which comprises a positioning bottom board, a main electric body, a slot, a circuit board and an auxiliary box, wherein the upper end of the positioning bottom board is connected with the main electric body in a positioning way, the slot is embedded in the main electric body and is of an integrated structure, the circuit board is electrically connected with the main electric body in a communicating way, and the auxiliary box is arranged at the upper end and the lower end of the circuit board and is fixedly connected with the circuit board; HD I circuit board that stability is high has set up the movable block through supplementary box, has dismantled parts such as body, auxiliary wheel to when the circumstances such as circuit board table end deposition, can directly manually pull supplementary box, thereby the inside dismantlement body will remove toward the side with the auxiliary wheel, thereby reach and pull down supplementary box fast and clear up the effect of maintenance to circuit board table end, so that can solve the phenomenon that produced supplementary box and the complicated difficult dismantlement that leads to of being connected of self and can't carry out quick deashing to the circuit board after circuit board table end deposition.

Description

High HDI circuit board of stability

Technical Field

The utility model relates to a circuit board technical field, concretely relates to HD I circuit board that stability is high.

Background

With the increase of market demand of electronic products, the HD I circuit board is an indispensable part of the electronic products, so that the electronic parts can be completely inserted at the surface end of the HD I circuit board to serve as a support body of the electronic parts, the using effect of the auxiliary electric power product is achieved, the circuits of the auxiliary electric power product are uniformly distributed, and the stable operation effect can be achieved;

however, the existing HD I circuit board has the following disadvantages: because the HD I circuit board produces phenomenons such as surface deposition easily when using for a long time to can direct influence the radiating effect of whole circuit board, and then reduce the heat exchange capacity of HD I circuit board, so that need carry out the dismantlement clearance to the HD I circuit, but the structure based on the HD I circuit board is comparatively complicated then can produce the loaded down with trivial details and inconvenient phenomenon of clearing up of dismouting easily.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

In order to overcome prior art not enough, the HD I circuit board that stability is high is proposed now, solved because the HD I circuit board produces phenomenon such as surface deposition easily when using for a long time to can directly influence the radiating effect of whole circuit board, and then reduce the heat exchange capacity of HD I circuit board, so that need carry out the dismantlement clearance to the HD I circuit, but the comparatively complicated problem that then can produce the loaded down with trivial details and inconvenient phenomenon of clearance of dismouting easily based on the structure of HD I circuit board.

(II) technical scheme

The utility model discloses a following technical scheme realizes: the utility model provides a HD I circuit board that stability is high, including positioning bottom plate, the main electric body, slot, circuit board, supplementary box, positioning bottom plate upper end is connected with the main electric body location, the slot imbeds among the main electric body and structure as an organic whole, the circuit board is connected with the main electric body is expert at and is expert at the electricity, supplementary box is installed in the upper and lower end of circuit board and is carried out fixed connection.

Further, supplementary box is equipped with lid frame, holding tank, penetrating layer, movable block, dismantlement body, auxiliary wheel, the lid frame is inside to be the integral structure with the holding tank, the holding tank lower extreme carries out fixed connection with penetrating layer, the movable block is fixed in and penetrates layer table end, dismantle the body and carry out swing joint with the movable block and carry out clearance fit, the auxiliary wheel carries out swing joint with the dismantlement body.

Further, the dismantlement body is equipped with recess, rotor, balance check, contact piece, tooth's socket, reinforcement piece, the recess imbeds and structure as an organic whole among the rotor, balance check are installed in the rotor edge and are gone on swing joint, contact piece and balance check carry out clearance fit, tooth installs in contacting the piece skin, the tooth's socket imbeds and communicates with each other among the tooth, the reinforcement piece is installed in contacting the piece lower extreme.

Furthermore, the recess is circular sunken form, the rotor is the cylinder shape, the contact piece outside is equipped with multiunit tooth and tooth's socket, the reinforcement piece is the solid form of disc.

Furthermore, the holding tank is provided with a positioning seat, a refrigerating pipe, a gasket, a temperature guide body, a transmission shaft and a dispersing sheet, the positioning seat is connected with the refrigerating pipe in a positioning mode, the gasket is embedded in the refrigerating pipe and fixedly connected with the refrigerating pipe, the temperature guide body is communicated with the refrigerating pipe through the gasket, the transmission shaft is embedded in the lower end of the temperature guide body, and the dispersing sheet is fixed to the lower end of the transmission shaft.

Furthermore, the positioning seat is respectively provided with one on each side of the refrigeration pipe, three groups of gaskets and the heat conducting bodies are arranged on the refrigeration pipe, two transmission shafts are arranged at the lower end of each group of the heat conducting bodies, and the number of the dispersing tablets is consistent with that of the transmission shafts and is positioned at the lower end of the transmission shafts.

Furthermore, the dispersible tablet is provided with a limiting body, a through groove, a bump, a receiving groove, a central reinforcing body, a laminating layer and a temperature diffuser, wherein the inner side of the limiting body and the through groove are of an integrated structure, the lower end of the through groove is fixedly connected with the bump, the bump is laminated with the receiving groove, the receiving groove is embedded into the central reinforcing body, the laminating layer is laminated with the bottom end of the central reinforcing body, and the temperature diffuser is fixedly connected with the central reinforcing body through the laminating layer.

Furthermore, the limiting body is in a solid cuboid shape, the penetrating groove is in a vertical penetrating shape, the bump is in a protruding polishing shape, the diameter area of the receiving groove is larger than that of the bump, and the surface layer of the adhering layer contains a corresponding magnetic attraction piece.

(III) advantageous effects

Compared with the prior art, the utility model, following beneficial effect has:

1) HD I circuit board that stability is high has set up the movable block through supplementary box, has dismantled parts such as body, auxiliary wheel to when the circumstances such as circuit board table end deposition, can directly manually pull supplementary box, thereby the inside dismantlement body will remove toward the side with the auxiliary wheel, thereby reach and pull down supplementary box fast and clear up the effect of maintenance to circuit board table end, so that can solve the phenomenon that produced supplementary box and the complicated difficult dismantlement that leads to of being connected of self and can't carry out quick deashing to the circuit board after circuit board table end deposition.

2) HD I circuit board that stability is high, contact piece has been set up through dismantling the body, tooth, the tooth's socket, parts such as reinforcing plate, thereby dismantle the body and rotate the in-process on the movable block, the recess of rotor can carry out whole part and the mutual concatenation effect of movable block formation, and then the tooth of contact piece can promote the rotation performance of rotor with the tooth's socket, and can form under holding according to tooth's socket and be convenient for control the auxiliary box through dismantling the body and in the scope that opens and shuts, make it reach the effect that length was dismantled in control, so that can further promotion dismantlement body's result of use, and convenient to control dismantlement length, make it can form and need not dismantle the auxiliary box completely and can carry out the deashing to the circuit board, further promotion holistic practicality and dismouting efficiency.

3) HD I circuit board that stability is high has set up parts such as refrigeration pipe, the heat conductor, the dispersion tablet through the holding tank to can strengthen the original radiating efficiency of circuit board under holding each other with numerous parts according to the newly-increased refrigeration pipe of holding tank, make it according to the refrigeration pipe with lead under the mutually supporting of the heat conductor, can refrigerate in the circuit board carries out the heat dissipation process and come to carry out quick conduction through the dispersion tablet with low temperature, so that can reach and strengthen the original radiating effect of circuit board, and make it operate under continuously being in the high frequency state, break the bad reaction that the heat dissipation inhomogeneous that produces under the high temperature condition leads to of deposition or.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic diagram of the HD I circuit board with high stability of the present invention;

FIG. 2 is a schematic structural view of an improved auxiliary box according to the present invention;

fig. 3 is a three-dimensional structure schematic diagram of the improved dismounting body of the present invention;

fig. 4 is a schematic structural view of a newly added component of the accommodating tank of the present invention in front view;

fig. 5 is a schematic structural view of the improved three-dimensional decomposition of the dispersion tablet of the present invention.

In the figure: the device comprises a positioning bottom plate-1, a main electric body-2, a slot-3, a circuit board-4, an auxiliary box-5, a cover frame-51, an accommodating groove-52, a penetrating layer-53, a movable block-54, a detachable body-55, an auxiliary wheel-56, a groove-551, a rotating body-552, a balance grid-553, a contact block-554, a tooth-555, a tooth groove-556, a reinforcing sheet-557, a positioning seat-521, a refrigerating tube-522, a gasket-523, a heat conducting body-524, a transmission shaft-525, a dispersible sheet-526, a limiting body-a 1, a penetrating groove-a 2, a bump-a 3, a receiving groove-a 4, a central reinforcing body-a 5, an attaching layer-a 6 and a temperature diffuser-a 7.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to fig. 1, the present invention provides a high-stability HD I circuit board: the positioning device comprises a positioning bottom plate 1, a main electric body 2, a slot 3, a circuit board 4 and an auxiliary box 5, wherein the upper end of the positioning bottom plate 1 is connected with the main electric body 2 in a positioning mode, the slot 3 is embedded into the main electric body 2 and is of an integrated structure, the circuit board 4 is connected with the main electric body 2 in an electrifying mode, and the auxiliary box 5 is installed at the upper end and the lower end of the circuit board 4 and is fixedly connected with the upper end and the lower end of the circuit board 4.

Please refer to fig. 2, the utility model provides a high HD I circuit board of stability, including supplementary box 5 is equipped with lid frame 51, holding tank 52, penetrates layer 53, movable block 54, dismantles body 55, auxiliary wheel 56, lid frame 51 is inside to be the integral structure with holding tank 52, and holding tank 52 lower extreme carries out fixed connection with penetrating layer 53, and movable block 54 is fixed in and penetrates layer 53 table end, dismantles body 55 and movable block 54 and carries out swing joint and carry out clearance fit, and auxiliary wheel 56 carries out swing joint with dismantlement body 55.

Referring to fig. 3, the present invention provides a HD I circuit board with high stability, which includes a detachable body 55 having a groove 551, a rotator 552, a balance grid 553, a contact block 554, teeth 555, a tooth space 556, and a reinforcement plate 557, wherein the groove 551 is embedded in the rotator 552 and is an integrated structure, the balance grid 553 is installed at the edge of the rotator 552 and is movably connected, the contact block 554 and the balance grid 553 are movably matched, the teeth 555 are installed at the outer layer of the contact block 554, the tooth space 556 is embedded in the teeth 555 and is communicated, and the reinforcement plate 557 is installed at the lower end of the contact block 554; the groove 551 is in a circular sunken shape, the rotating body 552 is in a cylindrical shape, and the rotating body 552 can be vertically placed in a specific working area under the clamping of the groove 551, so that the effect that the rotating body 552 can vertically rotate is achieved, multiple sets of teeth 555 and tooth grooves 556 are arranged on the outer side of the contact block 554, the displacement length of the integral component can be rapidly limited by the mutual matching of the teeth 555 and the tooth grooves 556, the length can be limited at any time, the disassembly convenience of the integral component is improved, the activity performance of the contact block is improved, the service cycle of the contact block is prolonged, the reinforcing sheet 557 is in a disc solid shape, the central fixed point of the contact block 554 can be further improved under the solid clamping of the reinforcing sheet 557, and the rotation balance and the stability of the contact block can be improved.

Referring to fig. 4, the present invention provides an HD I circuit board with high stability, which includes a receiving groove 52 having a positioning seat 521, a cooling tube 522, a spacer 523, a heat conductor 524, a transmission shaft 525 and a dispersing sheet 526, wherein the positioning seat 521 is connected to the cooling tube 522 in a positioning manner, the spacer 523 is embedded into the cooling tube 522 and is fixedly connected to the cooling tube 522, the heat conductor 524 is communicated with the cooling tube 522 through the spacer 523, the transmission shaft 525 is embedded into the lower end of the heat conductor 524, and the dispersing sheet 526 is fixed to the lower end of the transmission shaft 525; the positioning seat 521 is respectively equipped with one in refrigeration pipe 522 both sides, and then guarantee that refrigeration pipe 522 can realize the fixed point operation effect, inject its position, gasket 523 and heat conduction body 524 are equipped with three groups altogether on refrigeration pipe 522, thereby reach and lead the produced low temperature of refrigeration pipe 522 fast and to the transmission axle 525 in the middle of, transmission axle 525 all is equipped with two at every group heat conduction body 524 lower extreme, dispersible tablet 526 is unanimous with the quantity of transmission axle 525, and be located the transmission axle 525 lower extreme, so that can be quick carry low temperature gas in the middle of the integrated device, strengthen the heat dispersion of device, make it keep operating under the high frequency state continuously.

Referring to fig. 5, the present invention provides a high stability HD I circuit board, which includes a dispersible tablet 526 having a stopper a1, a through groove a2, a bump a3, a receiving groove a4, a central reinforcement a5, an adhesive layer a6, and a temperature diffuser a7, wherein the inner side of the stopper a1 and the through groove a2 are integrated into a whole, the lower end of the through groove a2 is fixedly connected to the bump a3, the bump a3 is adhered to the receiving groove a4, the receiving groove a4 is embedded into the central reinforcement a5, the adhesive layer a6 is adhered to the bottom end of the central reinforcement a5, and the temperature diffuser a7 is fixedly connected to the central reinforcement a5 through the adhesive layer a 6; the limiting body a1 is a cuboid solid form, the penetrating groove a2 can be positioned in the central area of the limiting body a1 according to the shape of the limiting body a, and further can be matched with the shape of a corresponding component, the penetrating groove a2 is a vertical penetrating form, so that the component at the lower end of the limiting body can be fixed by the penetrating of the component by the self form, the bump a3 is in a convex polishing form, the diameter area of the bearing groove a4 is larger than that of the bump a3, the limiting body a 3678 and the bearing groove a 3538 can form a mutual attaching and fixing effect, low temperature can be rapidly conducted into the temperature diffuser a7 at the lower end of the attaching layer a6, and the surface layer of the attaching layer a6 contains a corresponding magnetic suction piece, so that the connecting performance of the lower end of the limiting body a5 and the central reinforcing body a can be improved through the magnetic suction piece.

The utility model provides an HD I circuit board with high stability through improvement, and the working principle is as follows;

firstly, when the device is used, the device is firstly placed in a working area, then the device is connected with an external power supply, so that electric energy required by the device can be provided for the work, parts such as the main electric body 2, the circuit board 4 and the like can be positioned in the corresponding using area through the positioning bottom plate 1, the main electric body 2 is mutually connected with external electric energy through the slot 3, a plurality of elements in the circuit board 4 can be electrified, and meanwhile, the upper end and the lower end of the circuit board 4 can be covered by the auxiliary box 5, so that the operation stability of the circuit board 4 and the positioning effect of reinforcing the elements are improved;

secondly, the auxiliary box 5 can completely wrap the parts of the circuit board 4 through the accommodating groove 52 in the cover frame 51, and meanwhile, according to the mutual matching of the movable block 54 of the penetrating layer 53 and the lower-end dismounting body 55, the upper layer and the lower layer of the auxiliary box 5 can be directly pulled to drive the dismounting body 55 to move in the movable block 54, so that the auxiliary wheel 56 can improve the overall moving smoothness, the auxiliary box 5 can be quickly separated from the circuit board 4, and the dust on the circuit board 4 can be quickly cleaned;

thirdly, the dismounting body 55 can achieve the effect of moving the balance rotating body 552 in the movable block 54 through the position of the groove 551 and the balance grid 553 on the rotating body 552, and can position the integral component in the movable block 54 after the stress of the auxiliary box 5 disappears according to the mutual matching of the teeth 555 and the tooth sockets 556 outside the contact block 554, so that the dust on the circuit board 4 can be cleaned without completely dismounting the auxiliary box 5, and the dust cleaning work can be performed after the auxiliary box 5 is opened at the side end of the circuit board 4, so that the dismounting convenience of the integral component can be further improved, and the cleaning efficiency of the integral circuit board 4 can be improved;

fourthly, the accommodating groove 52 can position the cooling tube 522 at the inner side of the accommodating groove by the newly-added positioning seat 521, so that the circuit board 4 can drive the cooling tube 522 to start after being electrified, the cold air emitted by the cooling tube 522 can be absorbed by the three groups of heat conducting bodies 524, the heat conducting bodies 524 can be connected with the cooling tube 522 by the gaskets 523, meanwhile, the cold air absorbed by the heat conducting bodies 524 is conducted into the dispersing pieces 526 by the transmission shaft 525, and the dispersing pieces 526 can rapidly disperse the cooling to each area of the circuit board 4 according to the characteristics of the dispersing pieces 526, thereby enhancing the heat dispersion performance of the circuit board 4, enabling the circuit board 4 to continuously perform high-frequency operation and preventing the phenomenon that the heat cannot be dissipated due to high temperature or dust accumulation;

fifthly, the dispersing tablet 526 can position the through groove a2 in the center area of itself through the self limiting body a1, the through groove a2 can connect the lower end parts of itself with each other by using the transmission shaft 525, and the projection a3 can be directly clamped into the connecting groove 4 to achieve the mutual assembly effect, so that the center reinforcing body a5 can improve the original point fixity and strength of the whole component, and meanwhile, the cold air introduced by the transmission shaft 525 can be rapidly conveyed into the corresponding area according to the temperature diffuser a7 at the lower end of the adhesive layer a6, so that the dispersing efficiency of the whole cold air can be further improved, the assembly stability of the whole component can be improved, and the use effect of itself can be enhanced.

The HD I circuit board with high stability of the utility model is optimally provided with the dismounting body 55, the teeth 555, the tooth socket 556, the refrigeration pipe 522, the heat conductor 524 and other parts which are simultaneously held, so as to solve the problems that the auxiliary box 5 is difficult to detach and the circuit board 4 cannot be rapidly cleaned due to the complex connection between the auxiliary box and the auxiliary box after the dust is accumulated at the surface end of the circuit board 4, meanwhile, the use effect of the dismounting body 55 can be further improved, the dismounting length can be conveniently controlled, the dust removal of the circuit board 4 can be realized without completely dismounting the auxiliary box 5, the overall practicability and dismounting efficiency are further improved, the original heat dissipation effect of the reinforced circuit board 4 can be achieved, and the device can continuously run in a high-frequency state, so that the adverse reaction caused by ash deposition or uneven heat dissipation generated under the high-temperature condition is avoided.

Claims (8)

1. High HDI circuit board of stability includes: the device comprises a positioning bottom plate (1), a main electric body (2), a slot (3) and a circuit board (4);

the method is characterized in that: still include supplementary box (5), supplementary box (5) are installed in the upper and lower end of circuit board (4) and are carried out fixed connection, supplementary box (5) are equipped with lid frame (51), holding tank (52), penetrate layer (53), movable block (54), are dismantled body (55), auxiliary wheel (56), lid frame (51) inside and holding tank (52) structure as an organic whole, holding tank (52) lower extreme carries out fixed connection with penetrating layer (53), movable block (54) are fixed in and penetrate layer (53) table end, dismantle body (55) and movable block (54) and carry out swing joint and carry out clearance fit, auxiliary wheel (56) carry out swing joint with the dismantlement body (55).

2. The high-stability HDI circuit board of claim 1, characterized in that: the upper end of the positioning bottom plate (1) is connected with the main electric body (2) in a positioning mode, the slot (3) is embedded into the main electric body (2) and is of an integrated structure, and the circuit board (4) is connected with the main electric body (2) in an electrified mode.

3. The high-stability HDI circuit board of claim 1, characterized in that: the dismounting body (55) is provided with a groove (551), a rotating body (552), a balance grid (553), a contact block (554), teeth (555), tooth grooves (556) and reinforcing plates (557), the groove (551) is embedded into the rotating body (552) and is of an integrated structure, the balance grid (553) is installed on the edge of the rotating body (552) and is movably connected, the contact block (554) is movably matched with the balance grid (553), the teeth (555) are installed on the outer layer of the contact block (554), the tooth grooves (556) are embedded into the teeth (555) and are communicated, and the reinforcing plates (557) are installed at the lower end of the contact block (554).

4. A HDI circuit board that stability is high according to claim 3, characterized in that: the groove (551) is in a circular sunken shape, the rotating body (552) is in a cylindrical shape, multiple sets of teeth (555) and tooth grooves (556) are formed in the outer side of the contact block (554), and the reinforcing sheet (557) is in a disc solid shape.

5. The HDI circuit board that stability is high of claim 1, characterized in that: the accommodating groove (52) is provided with a positioning seat (521), a refrigerating pipe (522), a gasket (523), a heat conducting body (524), a transmission shaft (525) and a dispersing sheet (526), the positioning seat (521) is connected with the refrigerating pipe (522) in a positioning mode, the gasket (523) is embedded in the refrigerating pipe (522) and fixedly connected with the refrigerating pipe, the heat conducting body (524) is communicated with the refrigerating pipe (522) through the gasket (523), the transmission shaft (525) is embedded at the lower end of the heat conducting body (524), and the dispersing sheet (526) is fixed at the lower end of the transmission shaft (525).

6. A HDI circuit board that stability is high according to claim 5, characterized in that: the positioning seat (521) is respectively provided with one on both sides of the refrigeration pipe (522), three groups of gaskets (523) and the heat-conducting bodies (524) are arranged on the refrigeration pipe (522), two transmission shafts (525) are arranged at the lower end of each group of heat-conducting bodies (524), and the number of the dispersing tablets (526) is consistent with that of the transmission shafts (525) and is positioned at the lower end of the transmission shafts (525).

7. A HDI circuit board that stability is high according to claim 5 or 6, characterized in that: the dispersible tablet (526) is provided with a limiting body (a1), a through groove (a2), a bump (a3), a bearing groove (a4), a central reinforcing body (a5), an adhesive layer (a6) and a temperature diffuser (a7), the inner side of the limiting body (a1) and the through groove (a2) are of an integrated structure, the lower end of the through groove (a2) is fixedly connected with the bump (a3), the bump (a3) is attached to the bearing groove (a4), the bearing groove (a4) is embedded into the central reinforcing body (a5), the adhesive layer (a6) is attached to the bottom end of the central reinforcing body (a5), and the temperature diffuser (a7) is fixedly connected with the central reinforcing body (a5) through the adhesive layer (a 6).

8. A HDI circuit board that stability is high according to claim 7, characterized in that: the limiting body (a1) is in a cuboid solid state, the penetrating groove (a2) is in a vertical penetrating state, the bump (a3) is in a protruding polishing state, the diameter area of the bearing groove (a4) is larger than that of the bump (a3), and the surface layer of the laminating layer (a6) contains corresponding magnetic suction pieces.

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