CN208139483U - A kind of building HVAC water-cooling heat radiating device - Google Patents

Abstract

The utility model discloses a kind of building HVAC water-cooling heat radiating devices, including device noumenon, water supply pipe, air outlet, front air inlet, water cooling box and air hose, insertion is provided with water supply pipe on the right side of device noumenon, device noumenon front openings are provided with air outlet, the insertion of device noumenon front is provided with front air inlet, and front air inlet is located above air outlet, water cooling box is fixedly connected with inside device noumenon, water cooling box upper and lower ends are fixedly connected to air hose, and air hose is fixedly connected far from water cooling box one end with air outlet.This kind builds HVAC water-cooling heat radiating device, to improve air cooling speed, it can be rapidly cooled by two latticed water flow nets to by the air of water flow net, air is quickly cooled down when passing through water flow net inner mesh by the water inside grid, equipment cooling air speed is improved, solves the existing device deficiency slow to air cooling velocity.

Description

A kind of building HVAC water-cooling heat radiating device

Technical field

The utility model relates to radiating device technical field, specially a kind of building HVAC water-cooling heat radiating device.

Background technique

HVAC is a component part of building.Full name in discipline classification is heat supply for combustion gas ventilation and air-conditioning man Journey, including：Heating, ventilation, air conditioning these three aspects, functionally and the indispensable a part of future home, Heating,Ventilating and Air Conditioning is the central air-conditioning at point family, and the maximum feature of central air-conditioning is can to create a kind of comfortable indoor environment, and family The air-conditioning of general fission is occupied, it can only solve the problems, such as changes in temperature, and can't resolve air handling process.

But existing equipment carries out air cooling using single means, for the cold of air when carrying out water-cooling But speed is not fast and effective enough, while existing equipment falls behind the processing means of room air, and air quality after refrigeration obtains Less than raising, it is unfavorable for the use of equipment in a closed environment.

So how to design a kind of building HVAC water-cooling heat radiating device, becoming us will currently be solved the problems, such as.

Utility model content

The purpose of this utility model is to provide a kind of building HVAC water-cooling heat radiating devices, to solve above-mentioned background technique The problem of middle proposition.

To achieve the above object, the utility model provides the following technical solutions：A kind of building HVAC water-cooling heat radiating device, Including device noumenon, water supply pipe, air outlet, front air inlet, water cooling box and air hose, insertion is provided on the right side of described device ontology Water supply pipe, described device ontology front openings are provided with air outlet, and the insertion of described device ontology front is provided with front air inlet, And front air inlet is located above air outlet, described device body interior is fixedly connected with water cooling box, the water cooling box upper and lower two End is fixedly connected to air hose, and air hose is fixedly connected far from water cooling box one end with air outlet, and described device body upper surface is embedding Enter setting there are two top air inlet, and two top air inlets are symmetricly set on device noumenon upper surface, in the air outlet Portion is rotatably connected to blinds, and blinds length and air outlet are of same size, and the insertion of described device ontology front is provided with display screen, And display location, between air outlet and front air inlet, there are two exhaust fan, institutes for the front air inlet inner rotation connection It states front air inlet outer surface and is fixedly connected with separation net, and separation net is located on the left of exhaust fan, it is fixed inside the water cooling box It is connected with water flow net, the water cooling box upper surface is fixedly connected with air purifier, the air purifier, and air purifier Between air hose and water cooling box, described device body interior bottom end is fixedly connected with compressor, and compressor is located at water cooling box Lower section, the separation net and display screen are electrically connected.

Further, there are two the water flow net is set, and two water flow nets are evenly distributed on inside water cooling box.

Further, it is made inside the air purifier of the excellent nanofiltration net of purifying property.

Further, top air inlet upper surface is arranged in device noumenon in " honeycomb " shape, and top air inlet Diameter is 20 centimetres.

Further, grid-shaped inside the water flow net to be arranged in water cooling box.

Compared with prior art, the utility model has the beneficial effects that：This kind builds HVAC water-cooling heat radiating device, to make It obtains air refrigerating speed to improve, can be rapidly cooled by two latticed water flow nets to by the air of water flow net, air By being quickly cooled down when water flow net inner mesh by the water inside grid, equipment cooling air speed is improved, is solved existing The device deficiency slow to air cooling velocity, to improve air quality, nanofiltration that can be excellent by purifying property by inside Air purifier made of netting carries out air filtration to the air in air hose, and the impurity in air is effectively filtered, so that The air entered from air inlet is cooled down again after equipment clean, to improve the air quality in space, is solved existing Processing of the device to air deficiency not in place can be 20 centimetres by diameter for the air infiltration rate for accelerating equipment Air inlet auxiliary front air inlet in top is entered the wind simultaneously, improves the intake velocity of equipment, thus accelerate the refrigerating speed of water cooling box, Top air inlet upper surface makes top air inlet that can once absorb more air quantity in " honeycomb " shape simultaneously, solves existing dress Empty the slow-footed deficiency of aspiration, from top to bottom, equally distributed water flow cools down air on the net, the air cooled with not Cooling air automatic sedimentation in water cooling box separates, so that the cooling of air is more uniform, improves air cooled speed.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the schematic diagram of the section structure on the right side of the device noumenon of the utility model；

Fig. 3 is the water cooling box detailed construction schematic diagram of the utility model.

In figure：1- device noumenon；101- water supply pipe；Air inlet at the top of 102-；103- air outlet；1031- blinds；104- is aobvious Display screen；The front 105- air inlet；1051- exhaust fan；106- separation net；2- water cooling box；201- air hose；202- water flow net；3- is empty Gas purifier；4- compressor.

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 building HVAC water-cooling heat radiating device, packet Include device noumenon 1, water supply pipe 101, air outlet 103, front air inlet 105, water cooling box 2 and air hose 201,1 right side of device noumenon Insertion is provided with water supply pipe 101, and 1 front openings of device noumenon are provided with air outlet 103, and 1 front insertion of device noumenon is provided with Front air inlet 105, and front air inlet 105 is located at 103 top of air outlet, is fixedly connected with water cooling box inside device noumenon 1 2,2 upper and lower ends of water cooling box are fixedly connected to air hose 201, and air hose 201 is fixed far from 2 one end of water cooling box and air outlet 103 Connection, there are two top air inlets 102 for the insertion setting of 1 upper surface of device noumenon, and two top air inlets 102 are symmetricly set on 1 upper surface of device noumenon, 103 inner rotation of air outlet are connected with blinds 1031, and 1031 length of blinds and 103 width of air outlet Identical, 1 front insertion of device noumenon is provided with display screen 104, and display screen 104 is located at air outlet 103 and front air inlet 105 Between, there are two exhaust fans 1051 for the connection of 105 inner rotation of front air inlet, and air inlet 105 outer surface in front is fixedly connected with Separation net 106, and separation net 106 is located at 1051 left side of exhaust fan, is fixedly connected with water flow net 202, water cooling box inside water cooling box 2 2 upper surfaces be fixedly connected with air purifier 3, air purifier 3, and air purifier 3 be located at air hose 201 and water cooling box 2 it Between, 1 inner bottom of device noumenon is fixedly connected with compressor 4, and compressor 4 is located at 2 lower section of water cooling box, separation net 106 and aobvious Display screen 104 is electrically connected.

Further, there are two water flow net 202 is set, and two water flow nets 202 are evenly distributed on inside water cooling box 2, air Cooling on equally distributed water flow net 202 from top to bottom, the air and uncooled air cooled is automatic in water cooling box 2 Sedimentation separation improves air cooled speed so that the cooling of air is more uniform.

Further, it is made inside air purifier 3 of the excellent nanofiltration net of purifying property, by inside by purifying Air purifier 3 made of the nanofiltration net haveing excellent performance carries out air filtration to the air in air hose 201, will be in air Impurity is effectively filtered, so that being cooled down again after equipment clean from the air that air inlet enters, to improve in space Air quality.

Further, air inlet 102 upper surface in top is arranged in device noumenon 1 in " honeycomb " shape, and top air inlet 102 diameters be 20 centimetres, by diameter be 20 centimetres top air inlet 102 assist front air inlet 1052 simultaneously into Wind, improves the intake velocity of equipment, to accelerate the refrigerating speed of water cooling box, while air inlet 102 upper surface in top is in " bee Nest " shape makes top air inlet 102 that can once absorb more air quantity.

Further, 202 inside of water flow net is grid-shaped is arranged in water cooling box 2, is passed through by 202 Duis of latticed water flow net The air for crossing water flow net 202 is rapidly cooled, by the fast quickly cooling of water inside grid when air passes through 202 inner mesh of water flow net But, equipment cooling air speed is improved.

Working principle：Firstly, device noumenon 1 is placed on stable ground, guarantee the stabilization of device, and open power supply, The modules of device noumenon 1 are detected, after inspection can starting apparatus use, by air from two when use Air inlet enters inside equipment simultaneously, is then transported in air purifier 3 air by air hose 201 and carries out air cleaning, Air is carried out to the air in air hose 201 inside air purifier 3 made of purifying property excellent nanofiltration net Impurity in air has been obtained but effect and filtered by filtering, and subsequent air passes through water flow net by two 202 pairs of latticed water flow net 202 air is rapidly cooled, and air is quickly cooled down when passing through 202 inner mesh of water flow net by the water inside grid, simultaneously Air is cooling on equally distributed water flow net 202 from top to bottom, and air after cooling and uncooled air are in water cooling box 2 Automatic sedimentation separation utilizes air hose 201 by air delivery after cooling to air outlet later so that the cooling of air is more uniform In 103, then the external world is emitted by the blinds 1031 in air outlet 103, to achieve the purpose that water-cooling, if water cooling box 2 freezes Effect is not ideal enough, can also be freezed by compressor 4 to 2 water flow inside of water cooling box, so that water cooling box 2 has lower water flow temperature Degree carries out air cooling, improves device refrigeration effect to prevent mosquito from entering equipment and passes through display screen using separation net 106 104, which control its release current, carries out electric shock elimination to the mosquito in air, by being used cooperatively for above structure, so that the device Water-cooled effect when in use is good, while air quality in space also can be improved.

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 building HVAC water-cooling heat radiating device, including device noumenon（1）, water supply pipe（101）, air outlet（103）, front Air inlet（105）, water cooling box（2）And air hose（201）, described device ontology（1）Right side insertion is provided with water supply pipe（101）, institute State device noumenon（1）Front openings are provided with air outlet（103）, described device ontology（1）Front insertion is provided with positive air inlet Mouthful（105）, and front air inlet（105）Positioned at air outlet（103）Top, described device ontology（1）Inside is fixedly connected with water Ice chest（2）, the water cooling box（2）Upper and lower ends are fixedly connected to air hose（201）, and air hose（201）Far from water cooling box（2）One End and air outlet（103）It is fixedly connected, it is characterised in that：Described device ontology（1）Upper surface insertion setting there are two top into Air port（102）, and two top air inlets（102）It is symmetricly set on device noumenon（1）Upper surface, the air outlet（103）It is interior Portion is rotatably connected to blinds（1031）, and blinds（1031）Length and air outlet（103）It is of same size, described device ontology（1） Front insertion is provided with display screen（104）, and display screen（104）Positioned at air outlet（103）And front air inlet（105）Between, The front air inlet（105）There are two exhaust fans for inner rotation connection（1051）, the front air inlet（105）Outer surface is solid Surely it is connected with separation net（106）, and separation net（106）Positioned at exhaust fan（1051）Left side, the water cooling box（2）Inside is fixed to be connected It is connected to water flow net（202）, the water cooling box（2）Upper surface is fixedly connected with air purifier（3）, the air purifier（3）, And air purifier（3）Positioned at air hose（201）With water cooling box（2）Between, described device ontology（1）Inner bottom is fixedly connected with Compressor（4）, and compressor（4）Positioned at water cooling box（2）Lower section, the separation net（106）With display screen（104）It is electrically connected.

2. a kind of building HVAC water-cooling heat radiating device according to claim 1, it is characterised in that：The water flow net （202）There are two if, and two water flow nets（202）It is evenly distributed on water cooling box（2）It is internal.

3. a kind of building HVAC water-cooling heat radiating device according to claim 1, it is characterised in that：The air purifier （3）Inside is made of the excellent nanofiltration net of purifying property.

4. a kind of building HVAC water-cooling heat radiating device according to claim 1, it is characterised in that：The top air inlet （102）Upper surface is arranged in " honeycomb " shape in device noumenon（1）In, and top air inlet（102）Diameter is 20 centimetres.

5. a kind of building HVAC water-cooling heat radiating device according to claim 1, it is characterised in that：The water flow net （202）Internal grid-shaped setting is in water cooling box（2）In.