CN207262716U - A kind of general electric power heating system in north and south - Google Patents

A kind of general electric power heating system in north and south Download PDF

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Publication number
CN207262716U
CN207262716U CN201721224493.2U CN201721224493U CN207262716U CN 207262716 U CN207262716 U CN 207262716U CN 201721224493 U CN201721224493 U CN 201721224493U CN 207262716 U CN207262716 U CN 207262716U
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China
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heating
air
cold air
housing
warm
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CN201721224493.2U
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Chinese (zh)
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王金成
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Guangzhou Weimin Energy Technology Co Ltd
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Guangzhou Weimin Energy Technology Co Ltd
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Abstract

The utility model discloses the electric power heating system that a kind of north and south is general, it includes heating installation, warm wind output channel, warm wind drives wind turbine, cooling protection device and cold air interchange channel, heating installation includes the first housing and heat-producing machine, heat-producing machine is located in first shell body, hot air outlet of the warm wind output channel respectively with the first housing and cooling protection device connects, warm wind driving wind turbine is located in first shell body, cooling protection device is the second housing with hollow cavity, heating installation is located in the hollow cavity of the second housing, cold air interchange channel is used to the cool air reflux in heating space being delivered to heating installation, warm heat air is delivered to heating space at the same time.The utility model can be adapted to it is small, in, very much not isospace heats, and is especially suitable for north heating, the north can be overcome and indoor heating comfort level can be improved to a certain extent using the defects of coal heating system produces atmosphere pollution, heat supply efficiency is low, energy consumption is big.

Description

A kind of general electric power heating system in north and south
Technical field
A kind of heating system is the utility model is related to, it particularly relates to which a kind of be used in the interior of cold season in winter Adjust the general electric power heating system in the north and south of room temperature.
Background technology
In cold winter, especially in the north, since weather is extremely cold, usually to heat to interior.Current Heating system mainly has hot-water heating system, steam heating system and hot air heating system, and most commonly used at present is hot water Heating system, the major advantage of hot-water heating system are:Its room temperature is more stable, and sanitary condition is good;Can Central Regulation water temperature, just According to outdoor temperature situation of change adjusting heat dissipation capacity;The long lifespan that system uses.But there is also following for hot-water heating system Defect:It is this although coal heating is calculated in economic aspect comparison since hot-water heating system is commonly boiler central heating Heating system energy consumption is big, and single is also limited resources for stock number, also has a major issue, we consume these one While secondary property resource, also serious pollution, mist especially in recent years are caused to atmospheric environment and our air of breathing Air pollution caused by haze weather is also more or less related with the boiler central heating in the winter north.Every northern heating Season, that haze are also that the another ripple of a ripple is patronized to attack, these hazes patronize we be it is unwanted, it is non-which forms one The problem of normal contradiction.On the one hand we need a warm winter, and on the one hand we need a fresh clean air ring Border is breathed for us, and for actual conditions and technological means at this stage, the problem of this contradiction can not also effectively solve, only It can be to try to reduce point pollution.
Ripe air-conditioning machine with function of warming is not widely adopted also in cold winter to heat heating or heating now, The restraining factors of this respect have very much, and most significant of which is that air-conditioning machine with function of warming can not normally be sent out under northern severe cold weather The effect of its heating is waved, also such as southern winter under slightly cold weather condition, opens present refrigerating and air-conditioning heating Heating, indoor air feel somewhat uncomfortable, seem inside this uncomfortable sensation including indoor air feeling of freshness It is not present, also either refrigeration or heating heats, and room air is all relatively more dry, and the skin histology of people is also because of these situations Presence always feel drying, it is also to cause one of uncomfortable factor of people's body-sensing that air, which does not have enough humidity,.
Utility model content
For more than deficiency, the utility model provide one kind can be adapted to it is small, in, very much not isospace heat, be adapted to south North heating, heat supply efficiency is high, energy consumption is low, does not produce the environment-friendly type of atmosphere pollution, and can improve interior to a certain extent The general electric power heating system in north and south for the comfort level that heats, it includes heating installation, warm wind output channel and warm wind driving Wind turbine, the heating installation include the first housing and heat-producing machine, accommodating chamber, the first shell are equipped with the first shell body The bottom of body is equipped with cold wind import, and the top of first housing is equipped with warm air outlet, and the warm air outlet and cold wind import are equal It is connected with accommodating chamber;The heat-producing machine is fixed in the accommodating chamber, and the heat-producing machine is used for cold in accommodating chamber Air carries out heat temperature raising, and the warm wind output channel is used to the warm heat air that the heating installation produces being transported to room Interior heating space, the both ends of the warm wind output channel are respectively arranged with into warm wind port and warm wind flow export, the warm wind output Passage is connected into warm wind port with the warm air outlet of the first housing, and the warm wind flow export of the warm wind output channel is used for will be warm Hot-air is transported to heating space;The conveying for the warm heat air that the warm wind driving wind turbine is used to produce heating installation carries For the power of air-flow flowing, the warm wind driving wind turbine is fixed in accommodating chamber, and warm wind driving wind turbine is positioned close to The junction of warm wind output channel and heating installation;The warm wind driving device includes motor, wind wheel and shaft, the electricity Machine is used to drive wind wheel to rotate to produce the power of air-flow flowing, and the wind wheel passes through shaft and motor is pivotally connected.
In order to further realize the utility model, the electric power heating system further includes cooling protection device, the cooling Protective device is the second housing with hollow cavity, the bottom end closure of second housing, the second housing hollow cavity Cross-sectional area it is bigger than the cross-sectional area of heating installation, the heating installation is arranged on the hollow of the second housing Clearance space between the madial wall of interior intracavitary, the lateral wall of first housing and the second housing hollow cavity forms cold air Circulation passage, the cold air stream circulation passage are connected with the cold wind import of the first housing, the setting of the cooling protection device There are cold air inlet and hot air outlet, the cold air inlet is connected with cold air stream circulation passage, the hot air outlet It is connected with the warm wind flow export of warm wind output channel.
In order to further realize the utility model, the electric power heating system further includes cold air interchange channel, described cold Warm wind interchange channel is used to continuously flow back the cold air in heating space to be delivered to heating installation and heated Heating, while warm heat air caused by heating installation is continuously delivered to heating space;The cold air is handed over Changing passage includes cold air flow channel, hot-air flow pass and partition plate, and the cold air flow channel is flowed out with hot-air Channel parallel is distributed in heating space, and two are separated into using partition plate between the cold air flow channel and hot-air flow pass A mutually disconnected autonomous channel, the air outlet of the cold air flow channel and the cold air inlet phase of cooling protection device Connection, the air inlet of the hot-air flow pass are connected with the hot air outlet of cooling protection device, the cold air stream The air outlet of the air intake vent and the hot-air flow pass that enter passage is connected with indoor heating space.
In order to further realize the utility model, thermal insulation layer is provided with the partition plate.
In order to further realize the utility model, if being equipped with along its length on the side wall of the cold air flow channel Equally distributed cold air ostium is done, some be uniformly distributed is equipped with along its length on the hot-air outflow channel side wall Stream of hot air portal.
In order to further realize the utility model, the shape of cross section of the cold air ostium for circular, ellipse or Person is square, and each cold air ostium is provided with protection net, to prevent debris from entering cold sky from cold air ostium Gas flow channel.
In order to further realize the utility model, the shape of cross section that the stream of hot air is portalled for circular, ellipse or Person is square, and each stream of hot air portals and is provided with protection net, empty into heat to prevent debris from portalling from stream of hot air Gas flow pass.
In order to further realize the utility model, the heating installation further includes fixing bracket, the fixing bracket Including fixed part and supporting part, the fixed part is fixed at the top of supporting part, and the fixed part is arranged on the first housing Accommodating chamber in, the fixed part is fitted closely and is fixedly connected with the madial wall of accommodating chamber bottom, the fixed part be equipped with just The through hole of accommodating chamber is smoothly entered in cold air, the supporting part is arranged on the bottom of the first housing and positioned at accommodating chamber Outside, first housing are arranged on by supporting part and fixed part on the inner bottom surface of the second housing hollow cavity, so that The inner bottom surface of cold wind import distance the second housing hollow cavity of first housing at a distance of one end distance, so as to allow cold air compared with Entered in accommodating chamber well and heated by cold wind import.
In order to further realize the utility model, the heat-producing machine is some heating tube groups heated with Electric heating Into the heating tube sets at least to three, and the heating tube is arranged side by side in lateral separation in heating passage or in perpendicular It is arranged side by side to interval.
In order to further realize the utility model, the heat-producing machine is some heating tube groups heated with Electric heating Into the heating tube sets at least to three, and the heating tube is arranged or is arranged in parallel in diagonal cross in heating passage.
The beneficial effects of the utility model:
1st, the general electric power heating system in a kind of north and south of the utility model, can independently use heating installation similar face The less interior space heating of product uses, and directly cold air inside is heated by the heat-producing machine of heating installation, so The warm heat air of heating is transported to indoor heating space by warm wind output channel afterwards, so constantly allows indoor hot and cold air Cycle alternation heats constantly in the accommodating chamber of heating installation, it is possible to for the less interior space heating of area;And Heating installation can be kept flat with accumbency and is installed on the wall in indoor heating space, can also be installed on room using form is stood up At the corner of interior heating space, it can also be installed on by suspension type on the ceiling in indoor heating space, the spirit of its mounting means Work is various, can select specific mounting means according to the custom of user hobby and indoor deployment scenarios, the side of installing and using Just, it is versatile.
2nd, the general electric power heating system in a kind of north and south of the utility model, it includes heating installation, warm wind output Passage, warm wind driving wind turbine, protective device and cold air interchange channel, heating installation are used to add cold air inside Heat heats up and produces warm heat air, and heating installation is by the heating tube for the heater being arranged in accommodating chamber, to accommodating chamber Interior cold air carries out heat temperature raising, so as to produce warm heat air, recycling is arranged on warm wind output channel and is filled with heating The warm wind driving wind turbine for the junction (in interface channel) put, driving wind wheel rotation, which is produced towards warm wind output channel, flows to flowing gas Stream, so that the warm heat air in the accommodating chamber of heating installation is continuously delivered in warm wind output channel, and leads to The hot-air flow pass that warm heat air is transported to cold air interchange channel by warm wind output channel is crossed, in hot-air flow pass Hot-air portalled by equally distributed stream of hot air and be diverted to whole heating space so that each angle of whole heating space Heating can be achieveed the purpose that by falling, to improve the effective area of heating, heat supply efficiency and heating comfort level.Meanwhile warm Under the continuous operating of the wind wheel of wind driving wind turbine, negative pressure can be produced in accommodating chamber, the cold air of heating space is successively via cold Air inflow hole, cold air flow channel, cold air inlet, cold air stream circulation passage and heating installation cold wind into Mouth enters in the accommodating chamber of the first housing, after the heated device of cold air is heated into warm heat air, just along cold air interchange channel Hot-air flow pass on stream of hot air shunting of portalling be transported to heating space, and the cold air of heating space continuous edge again The cold air flow channel for cold air interchange channel flows into heating installation.In this way, just complete indoor heating space Cold and heat air cycle alternation, realizes effective heating of the whole interior space.In addition, the utility model can be big according to the interior space The multiple heating installations of small selection, then by cold air interchange channel by each heating installation be connected into one it is unified Heating system facility, the size according to heating space are laid, its take independent assortment mode can be adapted to it is small, in, big etc. different supply Warm space heating uses.
3rd, the general electric power heating system in a kind of north and south of the utility model, the cold air interchange channel of setting, Yi Jipei The warm wind driving wind turbine that hot and cold air flowing exchanges is closed, in order to which the cold air input of heating installation and hot-air are defeated Go out, since cold air flow channel and the hot-air outflow channel parallel of cold air interchange channel are distributed in heating space the bottom of close to The position in face, the warm heat air that heating installation produces can be portalled uniform conveying by the stream of hot air of hot-air flow pass To indoor lower position, the principle constantly risen using hot-air causes indoor realized from top to bottom full of warm heat air preferably Heat on ground;Meanwhile the cold air at indoor different corners can be uniformly distributed in cold air and flow into and lead to from indoor lower position again The cold air ostium in road, which is drawn into cold air and flows into, to be led to, and is then back in heating installation and is heated.It is i.e. so logical The cooperation of cold air interchange channel and warm wind driving wind turbine is crossed, utilizes the hot and cold air natural rule that space flows freely indoors Rule:Cold air density is relatively large and the trend of downward Doenward flow is presented, and hot-air density is relatively small and presents on upwards The dynamic natural tendency of up-flow, so that the heating system of the utility model can follow the characteristics of motion of hot and cold air so that this practicality The stream of hot air that the interior space is uniformly distributed on new hot-air flow pass is portalled, constantly defeated from indoor lower position Go out hot-air, indoor hot-air will necessarily occur on alter movement, while cause on the cold air flow pass of the utility model The even cold air ostium for being distributed in the interior space, and constantly absorb reflux from indoor lower position and drop to orientation under interior The cold air put, with the constantly warm heat air of heating space output indoors, while again constantly reflux suck indoor cold air into Row heating, heating system takes such a benign circulation course of work repeatedly, to reach the mesh that the interior space integrally heats So that heating effect reaches optimal.In addition, the iterative cycles course of work set in this way, since the warm heat of output is empty Gas all the time from below on alter and move to top, and suck reflux be all the time in the colder cold air in indoor lower section, therefore can The warm air of the indoor top of order reaches warmer, and the relatively cold air in indoor lower section also becomes warm gradually, in heating system plus Thermal technology makees after a certain period of time, and the cold air of indoor lower position will also reach certain temperature or satisfactory in one kind Heating system, can be then arranged to constant temperature heating operating mode by comfortable temperature at this time, to ensure that indoor temperature is in one kind Make us the temperature constant state to feel comfortably cool, this can improve indoor heating comfort level to a certain extent.
4th, the general electric power heating system in a kind of north and south of the utility model, is uninterruptedly handed over room air by cold air Passage outflow and suction are changed, the continuous iterative cycles heating of room air is realized, so as to solve traditional electric heating system System consumes the defects of more electric energy, therefore the utility model is more environmentally-friendly energy saving.In addition, the heating system of the utility model due to Heated using electrically heated mode, it is versatile, it is not only suitable for southern cold snap and uses, could be applicable to the extremely cold weather in the north In the case of use.For southern user, it does not have to take mode of central heating so that sporadic user can unrestricted choice this The heating system heating of kind clean environment firendly;And for the north for, the north can be overcome to use coal heating system originally System easily produces the defects of atmosphere pollution and low heat supply efficiency.
Brief description of the drawings
Fig. 1 is the schematic cross-sectional view of the embodiment one of the utility model;
Fig. 2 is the schematic cross-sectional view of the embodiment one of the utility model;
Fig. 3 is the schematic cross-sectional view of the embodiment two of the utility model;
Fig. 4 is the sectional view of A-A sections in Fig. 3;
Fig. 5 is the sectional view of B-B sections in Fig. 3;
Fig. 6 is the schematic cross-sectional view of the embodiment two of the utility model;
Fig. 7 is the structure diagram of the cold air interchange channel of the embodiment two of the utility model;
Fig. 8 is the indoor combination scheme of installation of the utility model.
Embodiment
The utility model is further elaborated below in conjunction with the accompanying drawings, wherein, the direction of the utility model is using Fig. 1 as mark It is accurate.
Embodiment one:
As shown in Figure 1 to Figure 2, the general electric power heating system in a kind of north and south of the utility model, it includes heating Device 1, warm wind output channel 2 and warm wind driving wind turbine 3, wherein:
Heating installation 1 is used to cold air inside is carried out heat temperature raising and produces warm heat air, heating installation 1 Including the first housing 11, heat-producing machine 12 and fixing bracket 13, the exterior contour of first housing 11 of the present embodiment is designed to rectangular Body, the first housing 11 are made of heat safe metal material, and the first housing 11 may be designed as square or cylindrical Shape, its concrete shape can be designed according to actual needs;First housing 11 is in longitudinally disposed, is equipped with the first housing 11 and is used to hold Receive and the accommodating chamber 111 of heater 12 is installed, the bottom of the first housing 11 is equipped with cold wind import 112, the top of the first housing 11 Equipped with warm air outlet, the top warm air outlet and cold wind import 112 of the first housing 11 are connected with accommodating chamber 111;Heat-producing machine 12 are realized using the prior art, and heat-producing machine 12 is used to heat the cold air in the accommodating chamber 111 of the first housing 11, this reality The heat-producing machine 12 for applying example forms for some heating tubes with Electric heating heating, and heat-producing machine 12 is coordinated using screw rod and nut Fixed form be fixed in the accommodating chamber 111 of the first housing 11;Fixing bracket 13 includes fixed part 131 and supporting part 132, fixed part 131 is fixed at the top of supporting part 132, and fixed part 131 is arranged on the accommodating chamber 111 of the first housing 11 Interior, fixed part 131 is fitted closely and is fixedly connected with the madial wall of 111 bottom of accommodating chamber, and fixed part 131 is equipped with up/down perforation Through hole 1311, in order to which the cold air entered from cold wind import 112 successfully can enter accommodating chamber via through hole 1311 111, supporting part 132 is arranged on the bottom of the first housing 11 and positioned at the outside of accommodating chamber 111, with by supporting part 132 and The fixed part 131 being fixed on supporting part 132 forms the first housing 11 firm support, and may be such that the first housing 11 Cold wind import 112 is apart from ground 12cm or so, so as to allow cold air preferably to enter accommodating chamber by cold wind import 112 Heating in 111.
Warm wind output channel 2 is used to the warm heat air that heating installation 1 produces being transported to the every of indoor heating space A corner, the both ends of warm wind output channel 2 are respectively arranged with into warm wind port and warm wind flow export 21, warm wind output channel 2 into Warm wind port is connected with the top warm air outlet of 1 first housing 11 of heating installation, is equipped with the left end of warm wind output channel 2 Warm heat air is transported to the warm wind flow export 21 of heating space every nook and cranny.
Warm wind driving wind turbine 3 is used to provide the conveying for the warm heat air that heating installation 1 produces to the dynamic of air-flow flowing Power, warm wind driving wind turbine 3 are fixed in the accommodating chamber 111 of the first housing 11, and warm wind driving wind turbine 3 is by screw and admittedly Determine the junction that part is fixed at warm wind output channel 2 and heating installation 1;Warm wind driving device 3 includes motor 31, wind Wheel 32 and shaft 33, motor 31 are used for the power for driving the rotation of wind wheel 32 to produce air-flow flowing, and wind wheel 32 passes through shaft 33 and electricity Machine 31 is pivotally connected.
A kind of general electric power heating system basic functional principle in north and south of the present embodiment:As shown in Figure 1 to Figure 2, heat The cold air of (interior) in space enters in the accommodating chamber 111 of the first housing 11 from the cold wind import 112 of heating installation 1, Heat temperature raising is carried out to the cold air in accommodating chamber 111 by the heating tube for the heater 12 being arranged in accommodating chamber 111, so that Warm heat air is produced, recycles warming up for the junction (in interface channel) for being arranged on warm wind output channel 2 and heating installation 1 Wind driving wind turbine 3 drives the rotation of wind wheel 32 to produce and towards warm wind output channel 2 flows to air flow, so that by heating installation 1 Accommodating chamber 111 in warm heat air be continuously delivered in warm wind output channel 2, and pass through warm wind output channel 2 will Warm heat air is transported to the every nook and cranny of heating space so that whole heating space can achieve the purpose that heating, to improve The effective area and comfort level of heating.
Embodiment two:
As shown in Figures 3 to 8, the general electric power heating system in a kind of north and south of the utility model, it includes heating Device 1, warm wind output channel 2, warm wind driving wind turbine 3, protective device 4, cold air interchange channel 5 and indoor heating space wall 10, wherein:
Heating installation 1 is used to cold air inside is carried out heat temperature raising and produces warm heat air, heating installation 1 Including the first housing 11, heat-producing machine 12 and fixing bracket 13, the exterior contour of first housing 11 of the present embodiment is designed to rectangular Body, the first housing 11 are made of heat safe metal material, and the first housing 11 may be designed as square or cylindrical Shape, its concrete shape can be designed according to actual needs;First housing 11 is in longitudinally disposed, is equipped with the first housing 11 and is used to hold Receive and the accommodating chamber 111 of heater 12 is installed, the bottom of the first housing 11 is equipped with cold wind import 112, the top of the first housing 11 Warm wind port is equipped with out, the top of the first housing 11 goes out warm wind port and cold wind import 112 is connected with accommodating chamber 111;Heat-producing machine 12 are realized using the prior art, and heat-producing machine 12 is used to heat the cold air in the accommodating chamber 111 of the first housing 11, this reality The heat-producing machine 12 for applying example forms for some heating tubes with Electric heating heating, and some heating tubes are fixed on heat-producing machine Heat in passage, heating tube is preferably 3 or more, and heating tube can laterally side by side be arranged, is vertically arranged in juxtaposition, diagonal cross cloth Put or or parallel arrangement, the mode of diagonal cross arrangement will enable cold wind by preferably being made during position at heat-generating pipe Heat, heating effect are more preferable;Heating tube can also carry out cold wind heating operations using heat-generating pipe microrunning mode, this is transported at a slow speed Transformation of ownership heat, which is set, can use lateral arrangement also using being vertically arranged or diagonally disposed.Heat-producing machine 12 is coordinated using screw rod and nut Fixed form be fixed in the accommodating chamber 111 of the first housing 11;Fixing bracket 13 includes fixed part 131 and supporting part 132, fixed part 131 is fixed at the top of supporting part 132, and fixed part 131 is arranged on the accommodating chamber 111 of the first housing 11 Interior, fixed part 131 is fitted closely and is fixedly connected with the madial wall of 111 bottom of accommodating chamber, and fixed part 131 is equipped with up/down perforation Through hole 1311, in order to which the cold air entered from cold wind import 112 successfully can enter accommodating chamber via through hole 1311 111, supporting part 132 is arranged on the bottom of the first housing 11 and positioned at the outside of accommodating chamber 111.
Warm wind output channel 2 is used for each angle that the warm heat air that heating installation 1 produces is transported to heating space Fall, warm wind output channel 2 is used for each angle that the warm heat air that heating installation 1 produces is transported to indoor heating space Fall, the both ends of warm wind output channel 2 are respectively arranged with into warm wind port and warm wind flow export 21, warm wind output channel 2 into warm wind Mouth goes out warm wind port with the top of 1 first housing 11 of heating installation and is connected, and being equipped with the left end of warm wind output channel 2 will be warm Hot-air is transported to the warm wind flow export 21 of heating space every nook and cranny.
Warm wind driving wind turbine 3 is used to provide the conveying for the warm heat air that heating installation 1 produces to the dynamic of air-flow flowing Power, warm wind driving wind turbine 3 are fixed in the accommodating chamber 111 of the first housing 11, and warm wind driving wind turbine 3 is by screw and admittedly Determine part and be fixed at close warm wind output channel 2 and the junction of heating installation 1;Warm wind driving device 3 includes motor 31st, wind wheel 32 and shaft 33, motor 31 are used for the power for driving the rotation of wind wheel 32 to produce air-flow flowing, and wind wheel 32 passes through shaft 33 It is pivotally connected with motor 31.
The effect of cooling protection device 4 is mainly reflected in two aspects:First, prevent the first housing of heating installation 1 The high temperature that heat-producing machine 12 in 11 produces during heating is caused to touch and scalded to child or adult, so as to play Protective action;Second, the cold air flow channel set in the cooling protection device 4, the temperature of cooling protection device 4 can be reduced While spending, and utilize cold wind via the cold air flow channel, 11 shell of the first housing of heating installation 1 can be taken away On partial heat, to prevent first shell body 11 from overheating, the service life of the motor 31 to being arranged in accommodating chamber 111 causes Influence, and can increase into the air temperature in cold air flow channel.Cooling protection device 4 has hollow cavity for one Second housing, the exterior contour of the second housing are designed to cuboid, and the second housing is made of heat safe metal material, second Housing may be designed as square or cylindrical shape, its concrete shape can be designed according to actual needs;Second housing is in It is longitudinally disposed, the bottom end closure of the second housing;The cross-sectional area of second housing hollow cavity is more transversal than heating installation 1 Face area is big, so that heating installation 1 is easy to be arranged in the hollow cavity of the second housing, and causes heating installation Clearance space between the lateral wall of 1 the first housing 11 and the madial wall of the second housing hollow cavity forms cold air stream all Road 41, cold air stream circulation passage 41 are connected with the cold wind import 112 of the first housing 11;Heating installation 1 passes through supporting part 132 and the fixed part 131 that is fixed on supporting part 132 to the first housing 11 the second housing hollow cavity inner bottom surface It is upper to form firm support, and may be such that the inner bottom surface of 112 distance the second housing hollow cavity of cold wind import of the first housing 11 12cm or so, so as to allow cold air preferably to enter heating in accommodating chamber 111 by cold wind import 112.Cold air stream Circulation passage 41 is unsuitable narrow, and cold air stream circulation passage 41 is too narrow small, and it is too fast and produce larger to may result in cold air ventilation speed Noise, while be also possible to that enough cold airs can not be provided and heated into accommodating chamber 111.Therefore, the present embodiment leads to Cross multiple test data and preferred forms are calculated, the cross-sectional area by the second housing hollow cavity is about heating Twice of the cross-sectional area of device 1, so that cold air stream circulation passage 41 reaches suitable size, avoids cold air stream all Road 41 is too narrow, produces larger noise so as to avoid cold air ventilation speed too fast, while also can ensure that abundance Cold air enter accommodating chamber 111, in 11 accommodating chamber 111 of the first housing heat-producing machine 12 carry out heat temperature raising work.
The top of cooling protection device 4 is provided with cold air inlet 42 and hot air outlet 43, cold air inlet 42 with it is cold Air communication channel 41 connects, and hot air outlet 43 is connected with the warm wind flow export 21 of warm wind output channel 2.Cooling protection fills Put and back-up ventilation mouth 44 is further opened with the side of 4 the second housing, and on the second housing corresponding to back-up ventilation mouth 44 Position is provided with the seal closure 45 for covering back-up ventilation mouth 44.
Cold air interchange channel 5 is used to the cold air of the different corner space of heating space being continuously delivered to and adds Hot heating installation 1 carries out heat temperature raising, while warm heat air caused by heating installation 1 is continuously delivered to confession The different corner space in warm space.Cold air interchange channel 5 include cold air flow channel 51, hot-air flow pass 52 and every Plate 53, cold air flow channel 51 and 52 parallel distributed of hot-air flow pass in heating space, cold air flow channel 51 with Two mutual disconnected autonomous channels are divided into using partition plate 53 between hot-air flow pass 52, be provided with partition plate 53 every Thermosphere, hot sky is caused to reduce generation heat exchange during cold air is conveyed with hot-air in cold air interchange channel 5 to the greatest extent Gas energy loss.The air outlet of cold air flow channel 51 is connected with the cold air inlet 42 of cooling protection device 4, cold air The air inlet of flow channel 51 is connected with indoor heating space, is set along its length on the side wall of cold air flow channel 51 Have some equally distributed cold air ostiums 511, the shape of cross section of cold air ostium 511 for circular, ellipse or It is square, and each cold air ostium 511 is provided with protection net, to prevent debris from entering cold sky from cold air ostium 511 Gas flow channel 51;The air inlet of hot-air flow pass 52 is connected with the hot air outlet 43 of cooling protection device 4, and heat is empty The air outlet of gas flow pass 52 is connected with indoor heating space, on 52 side wall of hot-air flow pass along its length Portal 521 equipped with some equally distributed stream of hot air, stream of hot air portal 521 shape of cross section for circular, ellipse or Person is square, and each stream of hot air portals and 521 is provided with protection net, to prevent debris portals from stream of hot air from 521 entering heat Air flow pass 52.
A kind of general electric power heating system basic functional principle in north and south of the present embodiment:As shown in Fig. 3, Fig. 6, this practicality New heating installation 1 is started to work after power switch is opened, the heating for the heater 12 being arranged in accommodating chamber 111 Pipe carries out heat temperature raising to the cold air in accommodating chamber 111, so as to produce warm heat air, recycling is arranged on warm wind output channel 2 is defeated towards warm wind with the warm wind driving driving rotation generation of wind wheel 32 of wind turbine 3 of the junction (in interface channel) of heating installation 1 Go out passage 2 and flow to air flow, so that the warm heat air in the accommodating chamber 111 of heating installation 1 continuously be conveyed To warm wind output channel 2, and warm heat air is transported to by warm wind output channel 2 hot-air of cold air interchange channel 5 Flow pass 52, hot-air in hot-air flow pass 52 portal 521 by the stream of hot air on hot-air flow pass 52 It is diverted to heating space so that each corner of whole heating space can achieve the purpose that heating, to improve having for heating Imitate area and comfort level.Meanwhile produced under the continuous operating of the wind wheel 32 in warm wind driving wind turbine 3 and in accommodating chamber 111 negative Pressure, the cold air of heating space is successively via cold air ostium 511, cold air flow channel on cold air flow channel 51 51st, the cold wind import 112 of cold air inlet 42, cold air stream circulation passage 41 and heating installation 1 enters the first housing 11 Accommodating chamber 111 in, after the heated device 12 of cold air is heated into warm heat air, just along the hot-air of cold air interchange channel 5 521 shuntings of portalling of stream of hot air on flow pass 52 are transported to heating space, and the cold air of heating space again constantly along The cold air flow channel 51 of cold air interchange channel 5 flows into heating installation 1.In this way, just complete the cold of heating space Warm air cycle alternation, realizes indoor heating, and warm wind blowout amount then can be by controlling warm wind to drive 3 rotating speed of wind turbine to be adjusted Section.
Further, the operation control panel convenient for the user to operate for controlling and using, operation are equipped with cooling protection device 4 Control panel uses the LCD touch intelligent control display screen 6 with microprocessor unit, LCD touch intelligent control display screen 6 For inputting, parsing various control commands and display relevant operating conditions or running parameter.LCD touch intelligent control is shown Display screen 6 is arranged on the front of cooling protection device 4, and LCD touch intelligent control display screen 6 is electrically connected to microprocessor unit Between each system component;LCD touch intelligent control display screen 6 is equipped with the electronic circuit board of button form, and it is small to include numeral Keyboard, timing parameters button, temperature adjustment buttons, controlling switch and indicator light, controlling switch are one group of switch, including " power supply " Switch, " startup " switch, " confirmation " and " adjusting " switch, one layer is covered in the top of LCD touch intelligent control display screen 6 For waterproof and the printing plastic film of electric insulation.LCD touch intelligent control display screen 6 is additionally provided with the aobvious of touch-screen form Show device, display is prompted for system running state, and display is installed on the front of cooling protection device 4, for showing electric heating Working, running parameter and the operating mode of heating system.
The foregoing is merely the better embodiment of the utility model, the utility model is not limited to above-mentioned embodiment party Formula, there may be local small structural modification in implementation process, if various changes or modifications to the utility model are not Depart from the spirit and scope of the utility model, and belong within the scope of the claims and equivalents of the utility model, then originally Utility model is also intended to include these modification and variations.

Claims (10)

  1. A kind of 1. general electric power heating system in north and south, it is characterised in that:It include heating installation, warm wind output channel and Warm wind drives wind turbine, and the heating installation includes the first housing and heat-producing machine, accommodating chamber, institute are equipped with the first shell body The bottom for stating the first housing is equipped with cold wind import, and the top of first housing is equipped with warm air outlet, the warm air outlet and cold Wind inlet is connected with accommodating chamber;The heat-producing machine is fixed in the accommodating chamber, and the heat-producing machine is used for accommodating The cold air of intracavitary carries out heat temperature raising, and the warm wind output channel is used for the warm heat air for producing the heating installation Indoor heating space is transported to, the both ends of the warm wind output channel are respectively arranged with into warm wind port and warm wind flow export, described Warm wind output channel is connected into warm wind port with the warm air outlet of the first housing, the warm wind flow export of the warm wind output channel For warm heat air to be transported to heating space;The warm wind driving wind turbine is used for the warm heat air for producing heating installation Conveying the power of air-flow flowing is provided, warm wind driving wind turbine is fixed in accommodating chamber, and warm wind driving wind turbine is set Put close to the junction of warm wind output channel and heating installation;The warm wind driving device includes motor, wind wheel and turns Axis, the motor are used to drive wind wheel to rotate to produce the power of air-flow flowing, and the wind wheel passes through shaft and motor is pivotally connected.
  2. 2. the general electric power heating system in north and south according to claim 1, it is characterised in that:The electric power heating system is also Including cooling protection device, the cooling protection device is the second housing with hollow cavity, the bottom of second housing Closing, the cross-sectional area of the second housing hollow cavity is bigger than the cross-sectional area of heating installation, and the heating supplies Heater device is arranged in the hollow cavity of the second housing, the inner side of the lateral wall of first housing and the second housing hollow cavity Clearance space between wall forms cold air stream circulation passage, and the cold air stream circulation passage is connected with the cold wind import of the first housing Logical, the cooling protection device is provided with cold air inlet and hot air outlet, and the cold air inlet circulates with cold air Passage is connected, and the hot air outlet is connected with the warm wind flow export of warm wind output channel.
  3. 3. the general electric power heating system in north and south according to claim 1, it is characterised in that:The electric power heating system is also Including cold air interchange channel, the cold air interchange channel is used to continuously flow back the cold air in heating space defeated Send to heating installation and carry out heat temperature raising, while warm heat air caused by heating installation is continuously conveyed To heating space;The cold air interchange channel includes cold air flow channel, hot-air flow pass and partition plate, the cold sky Gas flow channel is distributed in heating space with hot-air outflow channel parallel, and the cold air flow channel and hot-air outflow are logical Two mutual disconnected autonomous channels, the air outlet of the cold air flow channel and cooling are separated into using partition plate between road The cold air inlet of protective device is connected, the air inlet of the hot-air flow pass and the hot wind outlet air of cooling protection device Mouth is connected, and the air outlet of the air intake vent of the cold air flow channel and the hot-air flow pass is empty with indoor heating Between be connected.
  4. 4. the general electric power heating system in north and south according to claim 3, it is characterised in that:Be provided with the partition plate every Thermosphere.
  5. 5. the general electric power heating system in north and south according to claim 3, it is characterised in that:The cold air flow channel Side wall on be equipped with some equally distributed cold air ostiums along its length, edge on the hot-air outflow channel side wall Its length direction portals equipped with some equally distributed stream of hot air.
  6. 6. the general electric power heating system in north and south according to claim 5, it is characterised in that:The cold air ostium Shape of cross section is circular, oval or square, and each cold air ostium is provided with protection net, miscellaneous to prevent Thing enters cold air flow channel from cold air ostium.
  7. 7. the general electric power heating system in north and south according to claim 1, it is characterised in that:What the stream of hot air was portalled Shape of cross section is circular, oval or square, and each stream of hot air portals and is provided with protection net, miscellaneous to prevent Thing portals into hot-air flow pass from stream of hot air.
  8. 8. the general electric power heating system in north and south according to claim 1, it is characterised in that:The heating installation is also Including fixing bracket, the fixing bracket includes fixed part and supporting part, and the fixed part is fixed at the top of supporting part, The fixed part is arranged in the accommodating chamber of the first housing, and the fixed part and the madial wall of accommodating chamber bottom are fitted closely and consolidated Fixed connection, the fixed part are equipped with the through hole that accommodating chamber is smoothly entered easy to cold air, and the supporting part is arranged on first The bottom of housing is simultaneously arranged in the second housing positioned at the outside of accommodating chamber, first housing by supporting part and fixed part On the inner bottom surface of empty inner cavity, so that the inner bottom surface of cold wind import distance the second housing hollow cavity of the first housing is at a distance of one end Distance, is heated so as to allow cold air preferably to be entered by cold wind import in accommodating chamber.
  9. 9. the general electric power heating system in north and south according to claim 1, it is characterised in that:The heat-producing machine is some Formed with the heating tube that Electric heating heats, the heating tube sets at least to three, and the heating tube is in heating passage It is arranged side by side in lateral separation or is arranged side by side in vertical interval.
  10. 10. the general electric power heating system in north and south according to claim 1, it is characterised in that:The heat-producing machine is some Root is formed with the heating tube that Electric heating heats, and the heating tube sets at least to three, and the heating tube is in heating passage It is interior to arrange or be arranged in parallel in diagonal cross.
CN201721224493.2U 2017-09-22 2017-09-22 A kind of general electric power heating system in north and south Expired - Fee Related CN207262716U (en)

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Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721224493.2U CN207262716U (en) 2017-09-22 2017-09-22 A kind of general electric power heating system in north and south

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107504684A (en) * 2017-09-22 2017-12-22 广州伟民能源科技有限公司 A kind of general electric power heating system in north and south

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107504684A (en) * 2017-09-22 2017-12-22 广州伟民能源科技有限公司 A kind of general electric power heating system in north and south

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