CN208210562U - A kind of conference facility radiator - Google Patents

Abstract

The utility model discloses a kind of conference facility radiators, including box component and radiating subassembly, the box component includes box body, supporting block and socle, the box body is in rectangular box, the box body is fixedly connected with the supporting block, and the box body is located at the downside of the supporting block, socle described in sliding slot is offered in the box body to be fixedly connected with the box body, and the socle is located at the downside of the box body, the radiating subassembly includes air port heat dissipation box, heat sink, radiator fan, the first radiator-grid；In the inside of box body, radiator fan box heat sink is added, it radiates conducive to engine body exterior, the excessively high influence of temperature is avoided to use, the heat that heat-dissipating pipe can be such that faster radiator fan is discharged dissipates as soon as possible, most suitable temperature is kept to body, convenient for the normal operation of body, air port heat dissipation box can be discharged convenient for the hot gas of body heat dissipation air port discharge with most fast speed, guarantee the balance of the temperature inside equipment.

Description

A kind of conference facility radiator

Technical field

The utility model belongs to conference facility technical field, and in particular to a kind of conference facility radiator.

Background technique

Conference facility refer to hold a meeting in meeting room used in a series of electronic equipments, including audio-video system equipment, The classification such as office equipment, interpreting equipment, recording equipment, light units, specific equipment have projector, Systematic Main Frame of Meeting, meeting Microphone, central control system host, matrix switcher, the power amplifier that amplifies, speaker, video tracking camera, computer etc..

Function of the original conference facility itself with heat dissipation, thermal diffusivity is poor, and service performance is more single, long in equipment It in the use process of time, still will lead to that body is hot, influence the speed of service of equipment, be not easy to body normal operation, shadow Ring the effect used.

Utility model content

The purpose of this utility model is to provide a kind of conference facility radiators, to solve to propose in above-mentioned background technique Function of the original conference facility itself with heat dissipation, thermal diffusivity is poor, and service performance is more single, makes for a long time in equipment Body is hot in the process, still will lead to, and influences the speed of service of equipment, is not easy to body normal operation, influence using The problem of effect.

To achieve the above object, the utility model provides the following technical solutions: a kind of conference facility radiator, including box Body component and radiating subassembly, the box component include box body, supporting block and socle, and the box body is in rectangular box, described Box body is fixedly connected with the supporting block, and the box body is located at the downside of the supporting block, offers sliding slot in the box body The socle is fixedly connected with the box body, and the socle is located at the downside of the box body, and the radiating subassembly includes air port Heat dissipation box, heat sink, radiator fan, the first radiator-grid, the second radiator-grid, heat-dissipating pipe, side plate and power supply line, the air port heat dissipation Box is slidably connected at the outside of the box body, and the air port heat dissipation box sliding is in the inside of the sliding slot, the air port heat dissipation box It is equipped with heat-radiating rod, the heat-radiating rod is detachably connected on the inside of the air port heat dissipation box, the heat sink and the box body It is detachably connected, and the heat sink is located at the inside of the box body, the radiator fan is rotatably connected on the interior of the box body Side, the radiator fan are located at the inside of the heat sink, and first radiator-grid is fixedly connected on the inside of the box body, institute The upside that the first radiator-grid is located at the radiator fan is stated, second radiator-grid is fixedly connected with the box body, and described Two radiator-grids are located at the inside of the box body, and second radiator-grid is located at the downside of the radiator fan, the heat-dissipating pipe with The box body shell dismantling connection, and the heat-dissipating pipe is located at the downside of the box body, the heat-dissipating pipe is located at second heat dissipation The outside of net, the side plate are fixedly connected with the heat-dissipating pipe, and the side plate is located at the outside of the heat-dissipating pipe, the side plate It is equipped with screw, the screw is spirally connected through the side plate and with the box body, and the power supply line is fixedly connected on the box The outside of body, the power supply line and the radiator fan are electrically connected.

Preferably, the S-type tubulose of the heat-dissipating pipe, the width phase of the width of the heat-dissipating pipe and second radiator-grid Together, the length of the heat-dissipating pipe is identical as the length of second radiator-grid.

Preferably, the socle is cylindrical, and the socle is rubber material, and the socle has certain adsorptivity.

Preferably, the air port heat dissipation box is L-shaped, and the width of the air port heat dissipation box is less than the width of the sliding slot, The thickness of the air port heat dissipation box is less than the thickness of the sliding slot.

Preferably, air-permeating hole is offered on the air port heat dissipation box, the air-permeating hole is located at the outside of the heat-radiating rod.

Compared with prior art, the utility model has the beneficial effects that having added radiator fan box in the inside of box body and having dissipated Hot plate radiates conducive to engine body exterior, avoids the excessively high influence of temperature from using, heat-dissipating pipe can make radiator fan institute faster The heat of discharge dissipates as soon as possible, keeps most suitable temperature to body, convenient for the normal operation of body, air port heat dissipation box is convenient for The hot gas of body heat dissipation air port discharge can be discharged with most fast speed, guarantee the balance of the temperature inside equipment.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the utility model side view；

Fig. 3 is the radiation tube structure with heat schematic diagram of the utility model；

In figure: 10, box component；11, box body；111, sliding slot；12, supporting block；13, socle；20, radiating subassembly；21, wind Mouth heat dissipation box；211, heat-radiating rod；22, heat sink；23, radiator fan；24, the first radiator-grid；25, the second radiator-grid；26, it radiates Pipe；27, side plate；271, screw；28, power supply line.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of conference facility radiator, including box body Component 10 and radiating subassembly 20, box component 10 include box body 11, supporting block 12 and socle 13, and box body 11 is in rectangular box, Box body 11 is fixedly connected with supporting block 12, and box body 11 is located at the downside of supporting block 12, and 111 socle of sliding slot is offered in box body 11 13 are fixedly connected with box body 11, and socle 13 is located at the downside of box body 11, and radiating subassembly 20 includes air port heat dissipation box 21, heat sink 22, radiator fan 23, the first radiator-grid 24, the second radiator-grid 25, heat-dissipating pipe 26, side plate 27 and power supply line 28, air port heat dissipation box 21 are slidably connected at the outside of box body 11, and in the inside of sliding slot 111, air port heat dissipation box 21 is equipped with to be dissipated the sliding of air port heat dissipation box 21 Hot pin 211, heat-radiating rod 211 are detachably connected on the inside of air port heat dissipation box 21, and heat sink 22 is detachably connected with box body 11, and Heat sink 22 is located at the inside of box body 11, and radiator fan 23 is rotatably connected on the inside of box body 11, and radiator fan 23 is located at heat dissipation The inside of plate 22, the first radiator-grid 24 are fixedly connected on the inside of box body 11, and the first radiator-grid 24 is located at the upper of radiator fan 23 Side, the second radiator-grid 25 are fixedly connected with box body 11, and the second radiator-grid 25 is located at the inside of box body 11, the second radiator-grid 25 In the downside of radiator fan 23, heat-dissipating pipe 26 and 11 shell dismantling connection of box body, and heat-dissipating pipe 26 is located at the downside of box body 11, heat dissipation Pipe 26 is located at the outside of the second radiator-grid 25, and side plate 27 is fixedly connected with heat-dissipating pipe 26, and side plate 27 is located at the outer of heat-dissipating pipe 26 Side, side plate 27 are equipped with screw 271, and screw 271 is spirally connected through side plate 27 and with box body 11, and power supply line 28 is fixedly connected on box The outside of body 11, power supply line 28 and radiator fan 23 are electrically connected.

In the present embodiment, air port heat dissipation box 21 is slidably connected at the outside of box body 11, convenient for what body thermovent was discharged Hot wind radiates, and heat-radiating rod 211 is detachably connected on the inside of air port heat dissipation box 21, has thermal diffusivity, heat sink 22 and box Body 11 is detachably connected, and heat sink 22 is located at the inside of box body 11, there is certain thermal diffusivity, convenient for preferably to fuselage It radiates, radiator fan 23 is rotatably connected on the inside of box body 11, and radiator fan 23 is located at the inside of heat sink 22, and machine is discharged Heat caused by body, the first radiator-grid 24 are fixedly connected on the inside of box body 11, and the first radiator-grid 24 is located at radiator fan 23 Upside, have air permeability, convenient for heat dissipation, the second radiator-grid 25 is fixedly connected with box body 11, and the second radiator-grid 25 is located at box The inside of body 11, the second radiator-grid 25 are located at the downside of radiator fan 23, convenient for the discharge of hot gas, heat-dissipating pipe 26 and 11 shell of box body Dismantling connection, and heat-dissipating pipe 26 is located at the downside of box body 11, heat-dissipating pipe 26 is located at the outside of the second radiator-grid 25, can reduce box The heat of 11 bottom of body, the hot wind that radiator fan 23 is discharged, can dissipate faster.

Further, the S-type tubulose of heat-dissipating pipe 26, the width of heat-dissipating pipe 26 is of same size with the second radiator-grid 25, dissipates The length of heat pipe 26 is identical as the length of the second radiator-grid 25.

In the present embodiment, the S-type tubulose of heat-dissipating pipe 26, the width of heat-dissipating pipe 26 is of same size with the second radiator-grid 25, The length of heat-dissipating pipe 26 is identical as the length of the second radiator-grid 25, dissipates faster convenient for heat, and body is made to keep suitable temperature Degree.

Further, socle 13 is cylindrical, and socle 13 is rubber material, and socle 13 has certain adsorptivity.

In the present embodiment, socle 13 is cylindrical, and socle 13 is rubber material, and socle 13 has certain adsorptivity, makes With stationarity, when use, is more stable for it.

Further, air port heat dissipation box 21 is L-shaped, and the width of air port heat dissipation box 21 is less than the width of sliding slot 111, air port The thickness of heat dissipation box 21 is less than the thickness of sliding slot 111.

In the present embodiment, air port heat dissipation box 21 is L-shaped, and the width of air port heat dissipation box 21 is less than the width of sliding slot 111, wind The thickness of mouth heat dissipation box 21 is less than the thickness of sliding slot 111, sliding property and connectivity is made it have, convenient for of different sizes to model Computer equipment uses.

Further, air-permeating hole is offered on air port heat dissipation box 21, air-permeating hole is located at the outside of heat-radiating rod 211.

In the present embodiment, air-permeating hole is offered on air port heat dissipation box 21, air-permeating hole is located at the outside of heat-radiating rod 211, is convenient for Hot wind is preferably evacuated.

The working principle and process for using of the utility model: after the utility model installs, in use, by notebook electricity Brain equipment is placed on the upside of radiator fan 23, and the sliding of air port heat dissipation box 21 is placed in the inside of sliding slot 111, air port heat dissipation box 21 In the air outlet position of computer, power supply line 28 and external power supply are electrically connected, and the rotation of radiator fan 23 is in the downside of body by machine The hot gas discharge that body generates, heat sink 22 play the function of dredging heat dissipation, and convenient for more preferable heat dissipation faster, heat-dissipating pipe 26 is detachable It is connected to the downside of the second radiator-grid 25, hot wind discharge passes through heat-dissipating pipe 26, volatilizees faster convenient for heat, air port heat dissipation box 21 The function of dredging the heat dissipation of body gas vent is played, its heat dissipation effect is become apparent from.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of conference facility radiator, it is characterised in that: including box component (10) and radiating subassembly (20), the box body Component (10) includes box body (11), supporting block (12) and socle (13), and the box body (11) is in rectangular box, the box body (11) it is fixedly connected with the supporting block (12), and the box body (11) is located at the downside of the supporting block (12), the box body (11) it offers sliding slot (111) socle (13) on to be fixedly connected with the box body (11), and the socle (13) is located at institute State the downside of box body (11), the radiating subassembly (20) include air port heat dissipation box (21), heat sink (22), radiator fan (23), First radiator-grid (24), the second radiator-grid (25), heat-dissipating pipe (26), side plate (27) and power supply line (28), the air port heat dissipation box (21) it is slidably connected at the outside of the box body (11), the air port heat dissipation box (21) is slided in the inside of the sliding slot (111), The air port heat dissipation box (21) is equipped with heat-radiating rod (211), and the heat-radiating rod (211) is detachably connected on the air port heat dissipation box (21) inside, the heat sink (22) are detachably connected with the box body (11), and the heat sink (22) is located at the box The inside of body (11), the radiator fan (23) are rotatably connected on the inside of the box body (11), radiator fan (23) position In the inside of the heat sink (22), first radiator-grid (24) is fixedly connected on the inside of the box body (11), and described One radiator-grid (24) is located at the upside of the radiator fan (23), second radiator-grid (25) and the box body (11) fixed company It connects, and second radiator-grid (25) is located at the inside of the box body (11), second radiator-grid (25) is located at the heat dissipation The downside of fan (23), the heat-dissipating pipe (26) and the box body (11) shell dismantling connection, and the heat-dissipating pipe (26) is located at institute The downside of box body (11) is stated, the heat-dissipating pipe (26) is located at the outside of second radiator-grid (25), the side plate (27) and institute It states heat-dissipating pipe (26) to be fixedly connected, and the side plate (27) is located at the outside of the heat-dissipating pipe (26), sets on the side plate (27) Have screw (271), the screw (271) is spirally connected through the side plate (27) and with the box body (11), the power supply line (28) it is fixedly connected on the outside of the box body (11), the power supply line (28) and the radiator fan (23) are electrically connected.

2. a kind of conference facility radiator according to claim 1, it is characterised in that: the heat-dissipating pipe (26) is S-type Tubulose, the width of the heat-dissipating pipe (26) is of same size with second radiator-grid (25), the length of the heat-dissipating pipe (26) It is identical as the length of second radiator-grid (25).

3. a kind of conference facility radiator according to claim 1, it is characterised in that: the socle (13) is in cylinder Shape, the socle (13) are rubber material, and the socle (13) has certain adsorptivity.

4. a kind of conference facility radiator according to claim 1, it is characterised in that: the air port heat dissipation box (21) is in L shape, the width of the air port heat dissipation box (21) are less than the width of the sliding slot (111), the thickness of the air port heat dissipation box (21) Degree is less than the thickness of the sliding slot (111).

5. a kind of conference facility radiator according to claim 1, it is characterised in that: on the air port heat dissipation box (21) Air-permeating hole is offered, the air-permeating hole is located at the outside of the heat-radiating rod (211).