CN204757110U

CN204757110U - Novel domestic safe heat dissipation device

Info

Publication number: CN204757110U
Application number: CN201520405687.7U
Authority: CN
Inventors: 尹文珊; 王一凡
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-14
Filing date: 2015-06-14
Publication date: 2015-11-11
Anticipated expiration: 2025-06-14

Abstract

The utility model discloses a novel domestic safe heat dissipation device, the outside parcel of radiator has the protection network, the protection network is network structure, radiator one end is connected with buffer through the air bleeding valve, the radiator upper end is connected with the steel pipe, install the strainer valve on the steel pipe, through increase the buffer design on the air bleeding valve, can effectually avoid carminative in -process, the user is scalded to high -temperature gas and high -temperature water, front end through at the radiator has increased the strainer valve, can filter by effectual dirt and impurity with the aquatic, inside jam or the scale deposit phenomenon of appearing of radiator has been avoided, influence the radiating effect, the plastics groove has been increased through the bottom, set up the flow pipe way in the plastics grooves, make things convenient for the maintenance of pipeline, the heat preservation bed course has been increased, can effectually keep the peripheral heat of hydraulic pipe -line, avoid the heat to give off the waste, the design of outside increase protection network, can keep apart the radiator with the external world, avoid the touch to scald, do not influence simultaneously the radiating effect of radiator again.

Description

The safe heat abstractor of a kind of novel household

[technical field]

The utility model relates to technical field of living goods, specifically the safe heat abstractor of a kind of novel household.

[background technology]

Radiator is the terminal device of Home Heating, thermal source is generally city central heating, self-built boiler room, community, Domestic wall stove etc., pass through heat transfer, radiation, convection current heat spreader out, the temperature in room is allowed to get a promotion, along with modern house living-pattern preservation, radiator heating has obtained the approval of most domestic heating, radiator heating is high-efficiency comfortable not only, and extremely meet the live and work custom of modern, so increasing people starts to select radiator heating, in order to realize better heating effect and ensure the safety that radiator uses, the selection of radiator should consider safety factor.

In use there is a lot of potential safety hazard in radiator, radiator self-temperature is very high, touches and likely can scald; Containing impurity such as incrustation scales in heating water, long-time use is easily piled up or blocking radiator in radiator, affects radiating effect.

Radiator before the use first will by the evacuate air in radiator, recirculated water could circulate in radiator, existing emptying operation utilizes spanner to be turned on by the air bleeding valve on radiator, direct exhaust, drained rear closedown, adopt wrench operated exhaust inconvenient, in radiator, pressure is very high in addition, the gas be extruded directly discharges and is easy to make operator injured, with high-temperature water in the gas of discharging at the end of exhaust soon in addition, operator's None-identified high-temperature water ejection time, easy scald operator, the pipeline that radiator connects is inside ground, in connecting pipe, the heat of hot water easily distributes, cause heating thermal losses, existing aqueduct is directly embedded in the cement bottom ground, if pipeline needs to change, base plate is needed to pry open, complicated operation.

Therefore, for overcome above-mentioned technology deficiency and design can safety operation is exhausted to radiator, can avoid touching radiator and scalding simultaneously, facilitate the aqueduct maintenance of radiator, extend the safe heat abstractor of a kind of novel household in service life of aqueduct, inventor's problem to be solved just.

[utility model content]

For the deficiencies in the prior art, the purpose of this utility model is to provide the safe heat abstractor of a kind of novel household, its structure is simple, easy to operate, can safety operation is exhausted to radiator, simultaneously can avoid touching radiator and scalding, facilitate the aqueduct maintenance of radiator in addition, extend the service life of aqueduct, have extraordinary practical value.

The utility model solves the technical scheme that its technical problem adopts: the safe heat abstractor of a kind of novel household, it comprises radiator, strainer valve, air bleeding valve, articulation, threeway, protection network, buffer unit, bed course, steel pipe, PB manages, described radiator outer wrap has protection network, described protection network is network structure, radiator one end is connected with buffer unit by air bleeding valve, described radiator upper end is connected with steel pipe, described steel pipe is provided with strainer valve, steel pipe is connected with by articulation bottom described radiator, steel pipe bottom described radiator is connected with PB pipe by threeway, described PB pipe is arranged in bed course.

Further, described air bleeding valve is provided with hand and twists bolt.

Further, described buffer unit comprises interface, surge chamber, buffer board, discharging valve, and described surge chamber upper end is provided with the interface be connected with the gas outlet of air bleeding valve, and described surge chamber inside is provided with buffer board, described buffer board is arcuate structure, is connected with discharging valve bottom described surge chamber.

Further, described bed course comprises plastic channel, heat-insulation mortar bed, insulation bed course, internal decorative layer, floor construction layer, plastic channel is provided with inside described floor construction layer, described plastic channel outer setting has insulation bed course, described insulation bed course top is provided with internal decorative layer, be provided with heat-insulation mortar bed bottom described insulation bed course, in described plastic channel, be provided with water supply arm and return branch.

Further, the material of described insulation bed course is foam or glass fibre material.

Further, described steel pipe is hot galvanized steel pipe, and described steel pipe outer setting has pipe clamp.

Further, described PB pipe is connected with water supply arm, return branch respectively.

Further, the thickness of described plastic channel is 2mm.

The beneficial effects of the utility model are:

1, the utility model by increasing buffer unit design on air bleeding valve, can effectively avoid in the process be vented, and high-temperature gas and high-temperature water scald user.

2, the utility model is by adding strainer valve design in the front end of radiator, can effectively the dirt in water and contaminant filter be fallen, and avoids radiator inside and occurs blocking or scale formation, affect radiating effect.

3, the utility model adds plastic channel design by bottom, water supply conduit is arranged in plastic channel, facilitates the maintenance of pipeline.

4, the utility model is by adding insulation bedding design, effectively can be kept by the heat of hydraulic pipeline periphery, avoid heat to distribute waste

5, the utility model outside increases protection network design, radiator can be isolated from the outside open, and avoids touching and scalds, do not affect again the radiating effect of radiator simultaneously.

[accompanying drawing explanation]

Fig. 1 is the utility model structural representation.

Fig. 2 is the utility model structure top view.

Fig. 3 is buffer unit structure schematic diagram in the utility model.

Fig. 4 is cushion layer structure schematic diagram in the utility model.

Description of reference numerals: 1-radiator; 2-strainer valve; 3-air bleeding valve; 4-articulation; 5-threeway; 6-pipe clamp; 7-protection network; 8-buffer unit; 9-bed course; 10-steel pipe; 11-PB manages; 31-hand twists bolt; 81-interface; 82-surge chamber; 83-buffer board; 84-discharging valve; 91-water supply arm; 92-return branch; 93-plastic channel; 94-is heat-insulation mortar bed; 95-is incubated bed course; 96-internal decorative layer; 97-floor construction layer.

[detailed description of the invention]

Below in conjunction with specific embodiment, set forth the utility model further, should be understood that these embodiments are only not used in restriction scope of the present utility model for illustration of the utility model.In addition should be understood that those skilled in the art can make various changes or modifications the utility model after the content of having read the utility model instruction, these equivalent form of values drop on application appended claims limited range equally.

Be the utility model structural representation see Fig. 1, the utility model structure top view see Fig. 2, the utility model comprises radiator 1, strainer valve 2, air bleeding valve 3, articulation 4, threeway 5, protection network 7, buffer unit 8, bed course 9, steel pipe 10, PB pipe 11, radiator 1 outer wrap has protection network 7, protection network 7 is network structure, radiator 1 one end is connected with buffer unit 8 by air bleeding valve 3, radiator 1 upper end is connected with steel pipe 10, steel pipe 10 is provided with strainer valve 2, steel pipe 10 is connected with by articulation 4 bottom radiator 1, steel pipe 10 is connected with PB pipe 11 by threeway 5, PB pipe 11 is arranged in bed course 9, air bleeding valve 2 is provided with hand and twists bolt 31.

Buffer unit 8 structural representation in the utility model see Fig. 3, buffer unit 8 comprises interface 81, surge chamber 82, buffer board 83, discharging valve 84, surge chamber 82 upper end is provided with the interface 81 be connected with the gas outlet of air bleeding valve 3, surge chamber 82 inside is provided with buffer board 83, buffer board 83 is arcuate structure, is connected with discharging valve 84 bottom surge chamber 82.

Bed course 9 structural representation in the utility model see Fig. 4, bed course 9 comprises plastic channel 93, heat-insulation mortar bed 94, insulation bed course 95, internal decorative layer 96, floor construction layer 97, plastic channel 93 is provided with inside floor construction layer 97, plastic channel 93 outer setting has insulation bed course 95, insulation bed course 95 top is provided with internal decorative layer 96, heat-insulation mortar bed 94 are provided with bottom insulation bed course 95, water supply arm 91 and return branch 92 is provided with in plastic channel 93, the material of insulation bed course 95 is foam or glass fibre material, steel pipe 10 is hot galvanized steel pipe, steel pipe 10 outer setting has pipe clamp 6, PB pipe 11 respectively with water supply arm 91, return branch 92 connects, the thickness of plastic channel 93 is 2mm.

The utility model is waited in use, the hot water of heating is transported in steel pipe 10 by water supply arm 91, in strainer valve on steel pipe 10 2 pairs of hot water, dirt and foreign material filter, then delivery is in radiator 1, when bringing into use radiator 1, bolt 31 is twisted with the hand hand turned on air bleeding valve 3, gas in radiator 1 will be drained in the surge chamber 82 in buffer unit 8 by the outlet on air bleeding valve 3, when discharge, at the enterprising row buffering of buffer board 83 of surge chamber 82, when in radiator 1, gas is drained, close hand and twist bolt 31, open discharging valve 84 and carry out draining, in water pipe, hot water is incubated by insulation bed course 95, heat losses is avoided to waste.

The utility model designs by increasing buffer unit 8 on air bleeding valve 3, can effectively avoid in the process be vented, high-temperature gas and high-temperature water scald user, design by adding strainer valve 2 in the front end of radiator 1, effectively the dirt in water and contaminant filter can be fallen, avoid radiator 1 inside and occur blocking or scale formation, affect radiating effect, add plastic channel 93 by bottom to design, water supply conduit is arranged in plastic channel 93, facilitate the maintenance of pipeline, design by adding insulation bed course 95, effectively the heat of hydraulic pipeline periphery can be kept, heat is avoided to distribute waste, the outside protection network 7 that increases designs, radiator 1 can be isolated from the outside open, avoid touching and scald, do not affect again the radiating effect of radiator simultaneously.

Claims

1. the safe heat abstractor of novel household, it is characterized in that: it comprises radiator, strainer valve, air bleeding valve, articulation, threeway, protection network, buffer unit, bed course, steel pipe, PB manages, described radiator outer wrap has protection network, described protection network is network structure, radiator one end is connected with buffer unit by air bleeding valve, described radiator upper end is connected with steel pipe, described steel pipe is provided with strainer valve, steel pipe is connected with by articulation bottom described radiator, steel pipe bottom described radiator is connected with PB pipe by threeway, described PB pipe is arranged in bed course.

2. the safe heat abstractor of a kind of novel household according to claim 1, is characterized in that: described air bleeding valve is provided with hand and twists bolt.

3. the safe heat abstractor of a kind of novel household according to claim 1, it is characterized in that: described buffer unit comprises interface, surge chamber, buffer board, discharging valve, described surge chamber upper end is provided with the interface be connected with the gas outlet of air bleeding valve, described surge chamber inside is provided with buffer board, described buffer board is arcuate structure, is connected with discharging valve bottom described surge chamber.

4. the safe heat abstractor of a kind of novel household according to claim 1, it is characterized in that: described bed course comprises plastic channel, heat-insulation mortar bed, insulation bed course, internal decorative layer, floor construction layer, plastic channel is provided with inside described floor construction layer, described plastic channel outer setting has insulation bed course, described insulation bed course top is provided with internal decorative layer, be provided with heat-insulation mortar bed bottom described insulation bed course, in described plastic channel, be provided with water supply arm and return branch.

5. the safe heat abstractor of a kind of novel household according to claim 4, is characterized in that: the material of described insulation bed course is foam or glass fibre material.

6. the safe heat abstractor of a kind of novel household according to claim 1, it is characterized in that: described steel pipe is hot galvanized steel pipe, described steel pipe outer setting has pipe clamp.

7. the safe heat abstractor of a kind of novel household according to claim 1, is characterized in that: described PB pipe is connected with water supply arm, return branch respectively.

8. the safe heat abstractor of a kind of novel household according to claim 4, is characterized in that: the thickness of described plastic channel is 2mm.