CN107908259B - Spherical host body structure with circulating type heat dissipation - Google Patents

Abstract

The invention discloses a spherical host box structure with surrounding heat dissipation, including a Vectran upper cover, and the Vectran upper cover is arc-shaped with card edges, and the card edges are engaged with connecting protrusions that are arc-shaped and distributed on the heat sink. From the inside, the heat sink is surrounded by a trapezoidal structure under the connection protrusion, and two copper heat pipes are distributed in the heat sink. A number of annular heat expansion components are distributed in the middle of the two copper heat pipes, each of the heat expansion components is embedded in the interior of the structure between the heat sinks, and each of the copper heat pipes is connected to the heat exchange vertical pool below. Pass. The spherical host box structure with surrounding heat dissipation adopts a spherical structure creatively as a whole, which can be significantly different from any traditional host loading box. It has a more technological sense and market competitiveness, is more suitable for modern families, and can be perfectly integrated into modern Decoration.

Description

Spherical host body structure with circulating type heat dissipation

Technical field

The present invention relates to computer equipments, more particularly to a kind of spherical host body structure with circulating type heat dissipation.

Background technique

For cabinet as a part in computer fittings, the main function that it rises is to place and fix each computer fittings, is played One support and protective effect, in addition, computer housing have electromagnetic radiation shielding important function, due to cabinet unlike CPU, The accessories such as video card, mainboard can improve rapidly overall performance, so not being listed in emphasis always in DIY considers object.But machine Case be not yet it is like water off a duck's back, computer fittings is classified as one by mainframe box, and each working hardware will form high temperature, machine when working Case for one of the important indicator of selection that the heat dissipation performance of high temperature and the shape whether extremely dazzled equally are as electronics technology, Mostly it is the body structure of frame-type facade currently on the market, uses electronic product that is very universal and incorporating people's life as people One of, the structure of host cabinet is necessary not only for excellent heat dissipation effect, it is necessary to the bigger market competitiveness and The overall structure of technology sense, the extendability and more adjustable peaces that integrality, hardware modularity need to have when expanding Fill space.

Summary of the invention

For above situation, the technical problem to be solved in the present invention is to provide a kind of necessary not only for excellent heat dissipation Effect, it is necessary to which the overall structure with the bigger market competitiveness and technology sense, integrality, hardware modularity need when expanding A kind of spherical host body structure with circulating type heat dissipation of the extendability and more adjustable installation spaces that have.

To achieve the above object, the invention provides the following technical scheme: the spherical host cabinet knot with circulating type heat dissipation Structure, including Vectran upper cover, cover on the Vectran it is arc-shaped card edge is distributed with, the card edge is caught in arc-shaped be distributed in In connection bump on cooling fin, the trapezoidal structure of cooling fin is looped around the lower section of connection bump, divides in the cooling fin Two copper heat pipes symmetrical above and below are furnished with, the passage plate that can longitudinally elapse is offered on the inner wall of the Vectran upper cover, it is described The intermediate distribution of two copper heat pipes has several thermal enlargement components in a ring, and each thermal enlargement component is embedded in each cooling fin Between inside configuration at, each copper heat pipe and the heat exchange of lower section erect pond and are connected.

In one embodiment, the Vectran upper cover is arcuate structure, and surrounding has planar end surface, between each planar end surface Junction there is transition arc, and the centre of Vectran upper cover is rotating electric machine, and on the surrounding inner wall of Vectran upper cover It surround and is pasted with sealing strip.

In one embodiment, the perpendicular pond that exchanges heat is connected with condensation sap cavity, and condenses sap cavity with the longitudinal axis in the perpendicular pond that exchanges heat Line is symmetrically installed, and one end of the condensation sap cavity is fixed with ball bearing.

In one embodiment, the ball bearing is symmetrically sequentially connected with the axial line in the vertical wraparound direction of cooling fin Each cooling fin.

In one embodiment, the surrounding of the rotating electric machine, which is equally spaced, at least four rotating vanes, and each rotation Rotating vane piece be respectively facing the junction between each planar end surface of Vectran upper cover have transition arc at, each pivoting leaf Piece respectively draws the circulation conveying pipe of respective numbers respectively, and each circulation conveying pipe is all extended downwardly and is connected to around copper heat pipe It condenses at sap cavity.

In one embodiment, it is bonded the inner wall of Vectran upper cover between the rotating vane and fin is distributed with outward, respectively The fin is movably arranged in the arc-shaped fin mounting groove for being distributed in rotating electric machine surrounding.

Compared with prior art, the beneficial effects of the present invention are: the spherical host body structure that there is circulating type to radiate Whole creativeness uses spherical structure, present any traditional host loads cabinet can be clearly distinguishable from, with more science and technology Sense and the market competitiveness, are more suitable Modern Family, perfect can incorporate in modern finishing, the encapsulation position of host is using high-intensitive Polyarylate fiber product Vectran upper cover as encapsulation, directly plugged using connection bump and card edge, can rapidly by Vectran upper cover is assemblied on cooling fin, forms integral structure, and Vectran upper cover may make entire mainframe box as encapsulation Position is with biggish installation space and flexible variation performance, quality light and handy still integral strength and metalwork phase above body When scratch-resistant and friction, copper heat pipe can quickly absorb the heat source of box house, and be erected in pond from exchanging heat to condensation sap cavity conveying Condensate liquid circulation temperature lowering is carried out to copper heat pipe, thermal enlargement component influenced by thermal energy, can pass through the receipts of this body structure body Contracting is to carry out stress changes, and stress is consumed by the contraction of thermal enlargement component and is discharged, and rotating vane is placed on Vectran The inside of lid transfers the wind energy circulation of box house by rotating, to sweep along thermal energy from heat dissipation from center from top to bottom It is exported at piece, structure of the invention can realize the circular temperature-fall period that condensate liquid and wind energy are carried out to 360 ° of divergence expressions, and hot It can also can be discharged simultaneously from surrounding, can effectively ensure that the operating temperature of internal hardware.

Detailed description of the invention

Fig. 1 is positive structure schematic of the present invention；

Fig. 2 is overlooking structure diagram of the present invention；

Fig. 3 is structure schematic diagram of the present invention.

Specific embodiment

Below with reference to the attached drawing in the present embodiment, the technical solution in the present embodiment is clearly and completely described, Obviously, described embodiment is only this part of the embodiment, instead of all the embodiments.Based on the embodiment in sheet, Every other embodiment obtained by those of ordinary skill in the art without making creative efforts, belongs to this guarantor The range of shield.

It will be recognized by those of ordinary skill in the art that the positional terms such as " upper end ", " lower end ", "outside", "inner" are needles For the description term of attached drawing, it is not offered as the limitation of the protection scope limited the claim.

It is arc-shaped in Vectran upper cover 1 to be distributed with card edge 9 as shown in embodiment in attached drawing referring to Fig. 1, on Vectran Lid 1 is caught in the arc-shaped connection bump 2 being distributed on cooling fin 3 by card edge 9, on the surrounding inner wall of Vectran upper cover 1 Inside the connection space that the sealing strip 15 attached is squeezed into the two, the expansion of sealing strip 15 itself is special after extruding force disappears Property have an effect, the part that is not completely combined of the two junction is filled up completely, dust and moist gas is avoided to enter in cabinet, The trapezoidal structure of cooling fin 3 is looped around the lower section of connection bump 2, and the distribution arrangement of cooling fin 3 is whole spatially spherical, and due to It is trapezium structure, surround the overall structure formed in covering of the fan, the sky for being conducive to speed air circulation is released in top Between, two copper heat pipes 4 symmetrical above and below, the high heat transfer that internal body working hardware generates when working are distributed in cooling fin 3 Enter inside copper heat pipe 4, the intermediate distribution of two copper heat pipes 4 has several thermal enlargement components 7 in a ring, thermal enlargement component 7 by Thermal energy in copper heat pipe 4 influences rapid expansion and contraction, is consumed by the conversion between thermal energy and kinetic energy to thermal energy, respectively Thermal enlargement component 7 is embedded at the inside configuration between each cooling fin 3, each embedding when calorific potential can be from the outflow external world between cooling fin 3 Shrinkage expansion can also be carried out simultaneously by entering the thermal enlargement component 7 between each cooling fin 3, and auxiliary thermal energy is consumed, and thermal enlargement Component 7 can also accelerate the flowing velocity of the condensed fluid in condensation sap cavity 5 by expansion, carry out intensive work in each hardware When, accelerate radiating rate, realizes that superb working efficiency, each copper heat pipe 4 erect pond 6 with the heat exchange of lower section and be connected, exchange heat perpendicular pond 6 It is connected with condensation sap cavity 5, and condenses sap cavity 5 and be symmetrically installed with the longitudinal axis in the perpendicular pond 6 that exchanges heat, perpendicular 6 memory of pond that exchanges heat is placed with cold Lime set, condensation sap cavity 5 extracts condensed fluid out of exchange heat perpendicular pond 6, after condensed fluid absorbs the thermal energy transmitted from each copper heat pipe 4 Cold and hot exchange is carried out in into the perpendicular pond 6 that exchanges heat, thermal energy is adsorbed, again condensation of the condensate liquid of temperature back to normal from the other side Outflow, is absorbed heat by the other end of circulation conveying to each copper heat pipe 4, to realize circulation heat absorption, condense and change in sap cavity 5 The whole process of heat.

Referring to fig. 2, as shown in embodiment in attached drawing, Vectran upper cover 1, Vectran upper cover 1 is by high-intensitive polyarylate fibre Fiber products-Vectran is made, and as the upper cover position of cabinet, has compared to traditional metal shell more lightweight and convenient Characteristic, and intensity is suitable, and signal shielding is excellent, soft, and has extendability, has in internal hardware installation bigger Installation space, Vectran upper cover 1 is arcuate structure, and surrounding has planar end surface, and the junction between each planar end surface had Circular arc is crossed, arc transition is full, and abrasionproof is wear-resisting, no prominent edge.

Referring to Fig. 1, Fig. 2, Fig. 3, as shown in embodiment in attached drawing, the surrounding of rotating electric machine 12 is equally spaced and has at least four Rotating vane 13, rotating electric machine 12 are sequentially connected with rotating vane 13, and rotating vane 13 rotates, top-down to cover wind-force Entire box house carries out comprehensive release by cooling fin to the thermal energy of box house, and since each rotating vane 13 divides Not towards the junction between each planar end surface of Vectran upper cover 1 have transition arc at so that each rotating vane 13 it Between can be bonded the inner wall of Vectran upper cover 1, and fin 14 is distributed with outward simultaneously, each fin 14 is all movably arranged in arc Shape is distributed in the fin mounting groove 11 of 12 surrounding of rotating electric machine, and the heat dissipation of fin 14 and thermally conductive function are superior, each rotating vane 13 each circulation conveying pipes 10 for drawing respective numbers respectively, each circulation conveying pipe 10 are all extended downwardly and are connected to around copper heat pipe 4 To condensation sap cavity 5, conveying has condensed fluid in circulation conveying pipe 10, and condensed fluid covers entire case by circulation conveying pipe 10 Internal portion carries out cooling work at any time.

In the above-described embodiments, the centre of Vectran upper cover 1 is rotating electric machine 12, can make to be connected with rotating electric machine 12 Each rotating vane 13 center in the central point of entire cabinet, wind energy that rotating vane 13 each in this way passes through rotation output Effect that can be more uniform offers the passage plate that can longitudinally elapse on the inner wall of Vectran upper cover 1 to entire space 16, through passage plate 16 in the case where releasing the connection status of Vectran upper cover 1 and cooling fin 3, open spherical main body The inner space of cabinet carries out attended operation to the hard disk of box house in the space that passage plate 16 is opened, has instantaneity And convenience, one end of condensation sap cavity 5 are fixed with ball bearing 8, ball bearing 8 is with the axis in the vertical wraparound direction of cooling fin 3 Heart line is symmetrically sequentially connected with each cooling fin 3, can be rotated entire cooling fin 3 by ball bearing 8, using motor or The drive of kinetic energy equipment, can reach the purpose of flexible rotating, increase the internal heat energy velocity of discharge, ornamental value also with higher with Novelty.

Compared with prior art, the beneficial effects of the present invention are: the spherical host body structure that there is circulating type to radiate Whole creativeness uses spherical structure, present any traditional host loads cabinet can be clearly distinguishable from, with more science and technology Sense and the market competitiveness, are more suitable Modern Family, perfect can incorporate in modern finishing, the encapsulation position of host is using high-intensitive Polyarylate fiber product Vectran upper cover as encapsulation, directly plugged using connection bump and card edge, can rapidly by Vectran upper cover is assemblied on cooling fin, forms integral structure, and Vectran upper cover may make entire mainframe box as encapsulation Position is with biggish installation space and flexible variation performance, quality light and handy still integral strength and metalwork phase above body When scratch-resistant and friction, copper heat pipe can quickly absorb the heat source of box house, and be erected in pond from exchanging heat to condensation sap cavity conveying Condensate liquid circulation temperature lowering is carried out to copper heat pipe, thermal enlargement component influenced by thermal energy, can pass through the receipts of this body structure body Contracting is to carry out stress changes, and stress is consumed by the contraction of thermal enlargement component and is discharged, and rotating vane is placed on Vectran The inside of lid transfers the wind energy circulation of box house by rotating, to sweep along thermal energy from heat dissipation from center from top to bottom It is exported at piece, structure of the invention can realize the circular temperature-fall period that condensate liquid and wind energy are carried out to 360 ° of divergence expressions, and hot It can also can be discharged simultaneously from surrounding, can effectively ensure that the operating temperature of internal hardware.

Above by specific embodiment and embodiment, invention is explained in detail, but these are not composition pair Limitation of the invention.Without departing from the principles of the present invention, those skilled in the art can also make many deformations and change Into these also should be regarded as protection scope of the present invention.

Claims (6)

1. A spherical host box structure with wrap-around heat dissipation, comprising a Vectran upper cover (1), characterized in that: the Vectran upper cover (1) is provided with card edges (9) in an arc shape, and the card edges ( 9) It is snapped into the connecting protrusions (2) distributed on the heat sink (3) in an arc shape, and the heat sink (3) is surrounded by a trapezoid structure under the connecting protrusion (2). 3) There are two copper heat pipes (4) that are symmetrical up and down, and the inner wall of the Vectran upper cover (1) is provided with a push plate (16) that can be moved longitudinally. The middle of the two copper heat pipes (4) A number of annular heat expansion components (7) are distributed, and each of the heat expansion components (7) is embedded in the interior of the structure between the heat sinks (3). The hot vertical pool (6) is connected. 2 . The spherical mainframe box structure with surrounding heat dissipation according to claim 1 , wherein the Vectran upper cover ( 1 ) is an arc-shaped structure with flat end faces around it, and the connection between the flat end faces is 2 . There is a transition arc, and the middle of the Vectran upper cover (1) is a rotating motor (12), and a sealing strip (15) is attached around the surrounding inner walls of the Vectran upper cover (1). 3. The spherical host box structure with surrounding heat dissipation according to claim 1, characterized in that: the heat exchange vertical pool (6) is communicated with the condensate chamber (5), and the condensate chamber (5) It is installed symmetrically with the longitudinal axis of the vertical heat exchange pool (6), and a ball bearing (8) is fixed at one end of the condensate chamber (5). 4 . The spherical host box structure with surrounding heat dissipation according to claim 3 , wherein the ball bearing ( 8 ) is connected with each the heat sink (3). 5 . The spherical host box structure with surrounding heat dissipation according to claim 2 , wherein at least four rotating blades ( 13 ) are equidistantly distributed around the rotating electrical machine ( 12 ). The rotating blades (13) face the transition arcs at the junctions between the flat end faces of the Vectran upper cover (1) respectively, and each of the rotating blades (13) respectively leads out a corresponding number of circulating conveying pipes (10), Each of the circulating conveying pipes (10) extends downward and surrounds the copper heat pipe (4) and communicates with the condensate chamber (5). 6 . The spherical mainframe box structure with surrounding heat dissipation according to claim 5 , wherein the rotating blades ( 13 ) are fitted with the inner wall of the Vectran upper cover ( 1 ) and fins are distributed outward. 7 . (14), each of the fins (14) is movably installed in the fin installation grooves (11) distributed around the rotating electrical machine (12) in an arc shape.