CN106288096A - A kind of office area partition-type radiation heat transfer air-conditioner tail end equipment and heat exchange processing method - Google Patents

Abstract

The invention provides a kind of office area partition-type radiation heat transfer air-conditioner tail end equipment, it utilizes and cuts off the composition component that radiant panel cuts off as indoor office position, the radiation heat transfer air conditioning terminal freezing as different office areas each during office area is cut off/heating the most again, directly carry out radiation heat transfer and air-supply air-flow heat exchange to office area regional area space by cutting off radiant panel, its damp and hot power can more be concentrated, it is efficient for the damp and hot load in office area regional area space is processed, help to promote the energy consumption utilization ratio of air conditioning system, reduce the overall energy consumption of office building air conditioning system, and different clerical workforce can be better met to office area regional area environmental amenity degree and differentiated demand, reduce unnecessary energy consumption waste；Present invention also offers the heat exchange processing method of this office area partition-type radiation heat transfer air-conditioner tail end equipment, it is possible to preferably ensure the cooling of office area regional area space refrigeration and the harmony of heating, comfortableness simultaneously.

Description

A kind of office area partition-type radiation heat transfer air-conditioner tail end equipment and heat exchange processing method

Technical field

The present invention relates to Indoor environment air-conditioning technical and radiation cooling heating end technology field, be specifically related to one and do Public position partition-type radiation heat transfer air-conditioner tail end equipment and heat exchange processing method.

Background technology

The electricity wasted because of an office air-conditioning high energy consumption difficult problem every year in China is surprising, according to relevant departments' investigation display, often Year accounts for building the 5% ~ 10% of total energy consumption because of the electricity of office's air-conditioning high energy consumption waste.The a large amount of use of air conditioning system result in Shared by air conditioning energy consumption, the proportion of society's total energy consumption is increasing.Therefore, reduce the energy consumption of office's air conditioning system, build for reducing Build the aspect such as the energy consumption of system, alleviation current energy source pressure, Optimization of Energy Structure, raising efficiency of energy utilization and suffer from non- The most important meaning.

Belonging to personal air from the interior space of residential building different, it is public that the interior space of office building belongs to half Space, the public territory such as passageway, corridor is higher to the occupation proportion of the interior space, the air conditioning system air-conditioning to space, public territory Process energy consumption increases；Meanwhile, and considering the requirements such as ventilation, fire-fighting, the spatial closure in Office Area is not so good as Indoor Residential Ecological Space, activity and the frequency of ingress and egress of personnel are higher in addition, and the heat leakage causing the interior space is relatively big, adds the heat of air conditioning system Load；And, in Office Area, spatial area is also generally bigger than interior space of residence, in order to ensure that air-conditioning arrives as far as possible Each corner in space, Office Area, the air output demand of air conditioning system is bigger, has caused the operation power of air conditioning system the most Increase.The energy resource consumption that these factors all cause office building air conditioning system is higher.

In addition to the problem that energy resource consumption is higher, existing office air conditioning system yet suffers from for clerical workforce place Office area regional area environment adjust the poor problem of comfort level.Trace it to its cause, mainly have two aspects: be on the one hand to do Though being provided with air-conditioning equipment in public district to improve working environment, but for bigger Office Area, space, going out of existing air conditioning system Wind design is difficult to the office area regional area taking into account each clerical workforce place equalized, owing to air-conditioning air-flow is in space In course of conveying heating power decay, be easily caused occur near air-conditioner air outlet office area region supercool (during summer cooling) or Overheated (during Winter heat supply) and air-conditioning are away from the not enough situation of the office area region cold heat load supply of air outlet, impact office The environmental degree of comfort of position regional area；On the other hand it is, due to the difference such as fat or thin, body constitution of different personnel, the perception to temperature Ability and comfort level demand are the most otherwise varied, even if under identical ambient temperature, the comfort level of different personnel is experienced the most endless Identical, and existing office air conditioning system cannot meet the different personnel differentiated demand to office air conditioner surroundings.

Therefore, how to improve the energy consumption of office air conditioning system and for the local environment comfort level of office area, become One important topic of Indoor environment air-conditioning technical field research in recent years.

Summary of the invention

For above-mentioned deficiency present in prior art, it is an object of the invention to provide a kind of office area partition-type radiation Heat exchanging air conditioner end equipment, in order to help to promote the energy consumption utilization ratio of air conditioning system, reduces office building air conditioning system Overall energy consumption, better meets different clerical workforce to office area regional area environmental amenity degree and differentiated demand.

For solving above-mentioned technical problem, present invention employs following technological means:

A kind of office area partition-type radiation heat transfer air-conditioner tail end equipment, including for being arranged on indoor floor and can splice Combination forms the partition radiant panel that office area cuts off；The hollow platy structure that described partition radiant panel is the most vertically arranged, every On disconnected radiant panel for the side panel towards office area be front panel, side panel for office area dorsad be rear side panel, And cut off the front panel of radiant panel as its radiating surface；It is attached at front panel in cutting off the hollow space of radiant panel to be equipped with Partition panel capillary bed, the feed pipe of described partition panel capillary bed and liquid back pipe extend the outer surface cutting off radiant panel；Every Be provided with overdraught mouth at the upper position of the front panel of disconnected radiant panel, lower position is provided with leg space ventilation mouth, and cuts off Radiant panel be provided with can drive the air-flow cut off in radiant panel hollow space from overdraught mouth flow to leg space ventilation mouth and The two-way blower fan group of overdraught mouth is flowed to from leg space ventilation mouth.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, may select scheme as one, described two-way Blower fan group includes two-way blower fan and controls for controlling the two-way blower fan of two-way blower fan start and stop, rotation direction and running speed Device；Described two-way blower fan is arranged at the partition overdraught mouth position of radiant panel, leg space ventilation mouth position or cuts off spoke Penetrate the interior position between overdraught mouth and leg space ventilation mouth of hollow space of plate, and the setting direction of two-way blower fan makes It can drive when forward operates the air-flow cut off in radiant panel hollow space from overdraught mouth flow to leg space ventilation mouth, The air-flow cut off in radiant panel hollow space is driven to flow to overdraught mouth from leg space ventilation mouth during reversed operation；Described two-way wind The control output end of machine controller is electrically connected with the power supply control end of two-way blower fan.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, may select scheme as another kind, described double Aweather unit includes the first unidirectional blower fan, the second unidirectional blower fan and for controlling the unidirectional of unidirectional blower fan start and stop and running speed Controller of fan；Described first unidirectional blower fan is arranged at partition the overdraught mouth position of radiant panel, leg space ventilation mouth position Place or position between overdraught mouth and leg space ventilation mouth in cutting off the hollow space of radiant panel, and first is unidirectional The setting direction of blower fan can drive the air-flow cut off in radiant panel hollow space to flow to from overdraught mouth in the running Leg space ventilation mouth；Described second unidirectional blower fan is arranged at partition the overdraught mouth position of radiant panel, leg space ventilation mouth position Place or position between overdraught mouth and leg space ventilation mouth in cutting off the hollow space of radiant panel, and second is unidirectional The setting direction of blower fan can drive the air-flow cut off in radiant panel hollow space to flow to from leg space ventilation mouth in the running Overdraught mouth；The control output end of described unidirectional controller of fan by gating circuit respectively with the first unidirectional blower fan, second The power supply control end of unidirectional blower fan is electrically connected.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, preferably, described partition radiant panel Rear side panel be heat insulating board or there is insulation material layer.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, preferably, described partition radiant panel Hollow space in the partition panel capillary bed laid include being attached at the first partition that the upper area of front panel is laid Plate branch road capillary bed and be attached at the second partition panel branch road capillary bed that the lower area of front panel is laid, described the The feed flow end of one partition panel branch road capillary bed and the second partition panel branch road capillary bed connects parallel at partition panel capillary bed Feed pipe on, the liquid returning end of the first partition panel branch road capillary bed and the second partition panel branch road capillary bed connect parallel every On the liquid back pipe of disconnected plate capillary bed, and at the feed flow end entrance of the first partition panel branch road capillary bed, it is provided with first for liquid stream Control valve, is provided with second for liquid-flow controlling valve at the feed flow end entrance of the second partition panel branch road capillary bed.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, as improvement project, described partition radiant panel Hollow space in be positioned at the position directly below of partition panel capillary bed the direction of laterally laying along partition panel capillary bed and set Be equipped with the guiding gutter that catchments, described in the guiding gutter that catchments guide and be communicated to one end of a drainage pipeline, another of described drainage pipeline End extends the outer surface cutting off radiant panel.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, as improvement project, also include from cutting off spoke Penetrate the desktop radiant panel extending laterally outward setting at the front panel medium position of plate；Described desktop radiant panel is the most horizontal The hollow platy structure arranged, and the downside panel of desktop radiant panel as its radiating surface, the upper panel of desktop radiant panel is Heat insulating board or there is insulation material layer；Cut off on the front panel of radiant panel corresponding at desktop radiant panel institute link position There is transverse opening so that the hollow space cutting off radiant panel is connected with each other through with the hollow space of desktop radiant panel；Desktop It is attached at downside panel in the hollow space of radiant panel and is equipped with desktop branch road capillary bed, desktop branch road capillary bed Feed flow end and liquid returning end are respectively communicated to cut off feed pipe and the liquid back pipe of radiant panel, and in the confession of desktop branch road capillary bed The 3rd it is provided with for liquid-flow controlling valve at liquid end entrance.

In above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, as further improvement project, described table Downside panel surface in surface radiation plate hollow space has from away from cutting off radiant panel one laterally closer partition radiant panel side The gradient tilted.

Correspondingly, present invention also offers the heat exchange process side of above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment Method, for carrying out cool-down dehumidification or heat temperature raising to room air.To this end, present invention employs following technological means:

The heat exchange processing method of above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, for indoor office area local Regional space carries out refrigeration cool-down and dehumidifying；The method particularly as follows:

After partition radiant panel is arranged at the office area position of indoor as the composition component that office area cuts off, by system Low-temperature receiver is passed through refrigerating fluid, after refrigerating fluid flows through partition panel capillary bed to cutting off the feed pipe of partition panel capillary bed on radiant panel Refrigeration source is flow back into from liquid back pipe；Start the two-way blower fan group cut off on radiant panel simultaneously, control it and drive in partition radiant panel Absolutely empty interior air-flow flows to overdraught mouth from leg space ventilation mouth so that cut off the overdraught mouth of radiant panel as air-supply Mouth, leg space ventilation mouth are as return air inlet；During this, in partition panel capillary bed, the cold of refrigerating fluid is given by heat transfer and is cut off After the front panel of radiant panel, the office area regional area space cutting off radiant panel installation site corresponding is carried out radiation heat transfer system Cold, and under the driving effect of two-way blower fan group, cut off in the office area regional area space that radiant panel installation site is corresponding Air is inhaled in partition radiant panel hollow space from the leg space ventilation mouth cutting off radiant panel, and cuts off in radiant panel driving Formed in absolutely empty and flow to the air-flow of overdraught mouth and partition panel capillary bed from leg space ventilation mouth and carry out quilt after heat convection Refrigeration, the steam in air-flow contacts with partition panel capillary bed surface and catches a cold and condense simultaneously, reaches to dehumidify air-flow Purpose, cool down, dehumidify after air again from cut off radiant panel overdraught mouth be sent back to cut off radiant panel installation site In corresponding office area regional area space；So circulation, it is achieved refrigeration cool-down and the dehumidifying to office area regional area space.

The heat exchange processing method of above-mentioned office area partition-type radiation heat transfer air-conditioner tail end equipment, for indoor office area Heat in regional area space；The method particularly as follows:

After partition radiant panel is arranged at the office area position of indoor as the composition component that office area cuts off, by supplying Warm source is passed through for warm fluid to cutting off the feed pipe of partition panel capillary bed on radiant panel, and heating liquid stream is after partition panel capillary bed Heating source is flow back into from liquid back pipe；Start the two-way blower fan group cut off on radiant panel simultaneously, control it and drive in partition radiant panel Absolutely empty interior air-flow flows to leg space ventilation mouth from overdraught mouth so that cut off the leg space ventilation mouth of radiant panel as air-supply Mouth, overdraught mouth are as return air inlet；During this, in partition panel capillary bed, the heat for warm fluid gives partition by heat transfer After the front panel of radiant panel, the office area regional area space cutting off radiant panel installation site corresponding is carried out radiation heat transfer confession Warm, and under the driving effect of two-way blower fan group, cut off in the office area regional area space that radiant panel installation site is corresponding Air is inhaled in partition radiant panel hollow space from the overdraught mouth cutting off radiant panel, and cuts off in radiant panel driving Formed in absolutely empty and flow to the air-flow of leg space ventilation mouth and partition panel capillary bed from overdraught mouth and carry out quilt after heat convection Heating, it is corresponding that the air after heating up that is heated is sent back to cut off radiant panel installation site from the overdraught mouth cutting off radiant panel again Office area regional area space in；So circulation, it is achieved the heating to office area regional area space.

Compared to prior art, the method have the advantages that

1, the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, utilize cut off radiant panel as indoor office position every Disconnected composition component, the radiation heat transfer freezing as different office areas each in cutting off office area/heating the most again is empty Adjust end, directly carry out radiation heat transfer and air-supply air-flow heat exchange by partition radiant panel to office area regional area space, pass through The mode of two kinds of heat exchange form synchronous workings improves the heat exchange amount to office area regional area space and heat exchange efficiency, and drives The air in office area regional area space carries out circulation of air flow so that the air-supply air-flow that partition radiant panel is sent is to office area local Regional space carries out heat exchange again in can being back to rapidly after carrying out wet/thermal conditioning cut off radiant panel, reduces air-supply air-flow The damp and hot of circulation scatters and disappears, thus reduces the damp and hot load of radiation heat transfer air-conditioner tail end equipment so that radiation heat transfer air conditioning terminal fills The damp and hot power put can more concentrate, efficiently for the damp and hot load in office area regional area space is processed, and then help Promote the energy consumption utilization ratio of air conditioning system, reduce the overall energy consumption of office building air conditioning system.

2, the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, additionally it is possible to by adjusting two-way blower fan group Running status and regulation refrigerating fluid/confession warm fluid are passed through the modes such as the opening/closing of capillary bed or flux, control to carry out to office area Radiation heat transfer and the heat exchange power of air-supply heat exchange, so that office area partition-type radiation heat transfer air-conditioner tail end equipment can be more preferable Satisfied different clerical workforces to office area regional area environmental amenity degree and differentiated demand.

3, in the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, owing to being used for being arranged on different office The partition radiant panel of position all can independently control start and stop and run, and therefore can close and not use partition radiation corresponding on office area Plate, reduces unnecessary energy consumption waste.

4, the heat exchange processing method of office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention is combined, it is possible to preferably Ensure the cooling of office area regional area space refrigeration and the harmony of heating, comfortableness, it is to avoid because cooling flow only collects In live in the lower space of office area and directly to affect and to do from the upper space of the office area upwards reason such as wandering for current of warm air The problem of refrigeration/heating comfort that public regional area space, position is overall.

5, the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention and heat exchange control thereof, it is possible in order to have Effect solves the office area regional area environment high, to clerical workforce place of office building air conditioning energy consumption in prior art and adjusts Whole comfort level is poor, cannot meet different personnel to problems such as the differentiated demands of office air conditioner surroundings, and having good market should Use prospect.

Accompanying drawing explanation

Fig. 1 is the structural representation of office area partition-type a kind of specific embodiments of radiation heat transfer air-conditioner tail end equipment of the present invention Figure.

Fig. 2 is that the A-A cutting off radiant panel in office area partition-type radiation heat transfer air-conditioner tail end equipment shown in Fig. 1 regards to section Figure structure schematic representation.

Fig. 3 is to use the partition radiant panel in office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention to splice and combine A kind of concrete office area forming office area partition cuts off the top view splicing and combining example.

Fig. 4 is that the structure of office area partition-type radiation heat transfer air-conditioner tail end equipment another kind specific embodiments of the present invention is shown It is intended to.

Detailed description of the invention

With embodiment, technical scheme is described further below in conjunction with the accompanying drawings.

The invention provides a kind of office area partition-type radiation heat transfer air-conditioner tail end equipment, Fig. 1 shows that the present invention handles official business The structural representation of a kind of specific embodiments of position partition-type radiation heat transfer air-conditioner tail end equipment, Fig. 2 is office area shown in Fig. 1 Partition-type radiation heat transfer air-conditioner tail end equipment specific embodiments is cut off the A-A of radiant panel to cross section view structural representation. As depicted in figs. 1 and 2, this office area partition-type radiation heat transfer air-conditioner tail end equipment include for be arranged on indoor floor on and Can splice and combine and form the partition radiant panel 10 that office area cuts off；Every piece is cut off the hollow that radiant panel 10 is the most vertically arranged Platy structure, cut off on radiant panel 10 for the side panel towards office area be front panel, side for office area dorsad Plate is rear side panel, and cuts off the front panel of radiant panel 10 as its radiating surface, the front side defined here, rear direction, only Be with cut off the radiant panel office area that its installation site is corresponding when actual installation uses as object of reference for, in order to follow-up Describe, and do not mean that the front and rear direction cutting off radiant panel self；It is attached at leading flank in cutting off the hollow space of radiant panel 10 Plate is equipped with partition panel capillary bed 20, and the feed pipe of partition panel capillary bed 20 and liquid back pipe extend outside partition radiant panel Surface, be respectively used to access refrigeration/heating source send water end (W.E.) and liquid returning end, and described feed pipe and liquid back pipe can be from partitions Outer surface is stretched out in optional position on radiant panel, depending on can needing according to reality application, if conveniently accessible refrigeration/heating source , therefore Fig. 1 is not specifically shown feed pipe and the liquid back pipe of partition panel capillary bed；Cut off the leading flank of radiant panel 10 Be provided with overdraught mouth 11 at the upper position of plate, lower position is provided with leg space ventilation mouth 12, as overdraught mouth 11, under The situations such as position that portion's vent 12 is each arranged in a lateral direction, quantity, layout, then can need according to reality application and Fixed, such as it is embodied as in case at the partition radiant panel shown in Fig. 2, overdraught mouth 11 is laterally being provided with two parallel, And leg space ventilation mouth 12 transverse opening is longer but is only provided with one, and cut off overdraught mouth 11 and the leg space ventilation of radiant panel Mouth 12 positions all can arrange the BAIYE wind deflector that can rotate regulation air-out direction, in order to cuts off and does corresponding to radiant panel Clerical workforce on public position regulates the wind direction of air-supply, meets different service conditions；It is additionally provided with energy on radiant panel 10 additionally, cut off The air-flow that enough drivings cut off in radiant panel hollow space flows to leg space ventilation mouth and from leg space ventilation mouth stream from overdraught mouth To the two-way blower fan group 30 of top vent.

The office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention is when specifically applying, by refrigeration/heating source Water end (W.E.) is sent to connect and carry with the feed pipe cutting off partition panel capillary bed on radiant panel and liquid back pipe with liquid returning end respectively Refrigerating fluid/for warm fluid；And cut off radiant panel in indoor concrete installation position, quantity and the concrete side of splicing and combining Formula, then need specifically to need the quantity of the office area arranged and position distribution situation to be determined according to the interior space；Cut off Specifically splice form between radiant panel, can be to make by being designed with fastening structure at the vertical seamed edge cutting off radiant panel Can direct mutual snapping between different partition radiant panels, it is also possible to be by conducts such as junction button, corner brace, solid partition panels Difference is cut off and is connected between radiant panel by intermediate connector so that partition radiant panel splices and combines formation office area and cuts off, but institute At least should be assigned one piece on each office area in the office area partition formed and cut off radiant panel.

In order to preferably be shown, Fig. 3 shows employing office area partition-type radiation heat transfer air-conditioning of the present invention end Partition radiant panel in end device splices and combines a kind of concrete office area partition of formation office area partition and splices and combines example.From Fig. 3 is it will be seen that use two pieces cut off radiant panel 10 and splice, just by the solid partition panel of several piece and some connectors The office area partition with four office areas can be formed, after installing desk and office chair, just can make for clerical workforce With；Wherein, each office area to should have one piece cut off radiant panel, and wherein relative to the public one piece of partition of two office areas Radiant panel, to increase operation rate.When utilizing partition radiant panel to splice and combine formation office area partition in being embodied as, Ke Yican Cut off according to this office area and splice and combine example；It is of course also possible to the need arranged according to thing situation and the office area of office space Want, use other office area to cut off and splice and combine mode.

Two-way about office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention is arranged on partition radiant panel Blower fan group, when implementing, can use multiple different design form to make it possess above-mentioned two-way airflow driving force.

Such as a kind of design form, two-way blower fan group can be designed as including two-way blower fan and two-way for controlling The two-way blower fan controller of blower fan start and stop, rotation direction and running speed；Two-way blower fan is arranged at the top of partition radiant panel and leads to At tuyere position, leg space ventilation mouth position or cut off radiant panel hollow space in be positioned at overdraught mouth and leg space ventilation Position between Kou, and the setting direction of two-way blower fan can drive when forward operates partition radiant panel hollow space Interior air-flow flows to leg space ventilation mouth from overdraught mouth, drives the air-flow cut off in radiant panel hollow space when reversed operation Overdraught mouth is flowed to from leg space ventilation mouth；And the control output end of two-way blower fan controller and the power supply control end of two-way blower fan It is electrically connected.Wherein, if two-way blower fan group is arranged on overdraught mouth position, leg space ventilation mouth position, relatively for ease of Maintenance and cleaning, but a bit weaker for cutting off the air stream drives harmony in radiant panel hollow space；And if two-way blower fan group The interior position between overdraught mouth and leg space ventilation mouth of hollow space being arranged on partition radiant panel is more conducive to carry Rise the air stream drives cut off in radiant panel hollow space harmonious, but relative to for the convenience the most slightly worse that keeps in repair and clear up A bit, now can consider to be designed as detachably tying by the mounting structure of the rear side panel or two-way blower fan group that cut off radiant panel Structure, in order to pull down when needed cut off the rear side panel of radiant panel or the mounting structure of two-way blower fan group and to two-way blower fan The operations such as group carries out keeping in repair, cleaning.Two-way blower fan controller then can be preferably provided on the front panel cutting off radiant panel, or Person connects the front panel position extending to cut off radiant panel by cable, in order to the personnel on office area are double by operation Regulate two-way blower fan start and stop, rotation direction or running speed to controller of fan, thus to the start and stop state of two-way blower fan group, Air stream drives direction and air flow rate are controlled by.

As another kind of design form, two-way blower fan group may be designed in and includes the first unidirectional blower fan, the second unidirectional wind Machine and for controlling the unidirectional controller of fan of unidirectional blower fan start and stop and running speed；First unidirectional blower fan is arranged at partition spoke It is positioned at overdraught in penetrating the hollow space of the overdraught mouth position of plate, leg space ventilation mouth position or partition radiant panel Mouthful and leg space ventilation mouth between position, and the setting direction of the first unidirectional blower fan can drive partition spoke in the running The air-flow penetrated in plate hollow space flows to leg space ventilation mouth from overdraught mouth；Second unidirectional blower fan is arranged at and cuts off radiant panel Overdraught mouth position, leg space ventilation mouth position or cut off radiant panel hollow space in be positioned at overdraught mouth and under Position between portion's vent, and the setting direction of the second unidirectional blower fan can drive in the running partition radiant panel in Absolutely empty interior air-flow flows to overdraught mouth from leg space ventilation mouth；And the control output end of unidirectional controller of fan is by gating Circuit power supply control end with the first unidirectional blower fan, the second unidirectional blower fan respectively is electrically connected.Wherein, the first unidirectional blower fan and Second unidirectional blower fan can be disposed adjacent, it is also possible to separately positioned, same, if the first unidirectional blower fan, the second unidirectional blower fan set Put in overdraught mouth position, leg space ventilation mouth position then relatively for ease of maintenance and cleaning, but for cutting off in radiant panel Absolutely empty interior air stream drives harmony is a bit weaker；And if the first unidirectional blower fan, the second unidirectional blower fan are arranged on partition radiation In the hollow space of plate, the position between overdraught mouth and leg space ventilation mouth is more conducive to promote in partition radiant panel Absolutely empty interior air stream drives is harmonious, but relative to for the convenience that keeps in repair and clear up the most a bit weaker, now can examine Consider and be designed as detachably tying by the mounting structure of the rear side panel or the first unidirectional blower fan, the second unidirectional blower fan that cut off radiant panel Structure, in order to pull down rear side panel or the first unidirectional blower fan, the installation of the second unidirectional blower fan cutting off radiant panel when needed Structure and two-way blower fan group is keeped in repair, the operation such as cleaning.Unidirectional controller of fan then can be preferably provided at partition radiation On the front panel of plate, or connected the front panel position extending to cut off radiant panel by cable, in order to office area On personnel gate regulation the first unidirectional blower fan or the start and stop of the second unidirectional blower fan or fortune by operating unidirectional controller of fan Rotary speed, thus start and stop state, air stream drives direction and the air flow rate of two-way blower fan group is controlled by.

In the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, owing to cutting off radiant panel plate both in order to make The composition component cut off for indoor office position, again as the radiation heat transfer air-conditioning end of different office areas each in cutting off office area End, therefore by the way of refrigeration/heating source partition panel capillary bed within cutting off radiant panel carries refrigerating fluid/confession warm fluid, Just the office area partition-type radiation heat transfer air-conditioner tail end equipment enabling to the present invention both can be in summer for indoor office Regional area space, position carries out refrigeration cool-down and dehumidification treatments, can be used in the winter time again regional area space, indoor office position Carry out heating process.

Specifically, in summer, utilize the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention to indoor The flow process that office area regional area space carries out refrigeration cool-down and dehumidification treatments is as follows.Radiant panel will be cut off cut off as office area Composition component be arranged at the office area position of indoor after, by refrigeration source to cutting off partition panel capillary tube on radiant panel The feed pipe of net is passed through refrigerating fluid, and refrigerating fluid flows back into refrigeration source from liquid back pipe after flowing through partition panel capillary bed；Start simultaneously Cut off the two-way blower fan group on radiant panel, control it and drive the air-flow cut off in radiant panel hollow space to flow to from leg space ventilation mouth Overdraught mouth so that cut off radiant panel overdraught mouth as air outlet, leg space ventilation mouth as return air inlet；This process In, to cutting off radiant panel after in partition panel capillary bed, the cold of refrigerating fluid gives the front panel cutting off radiant panel by heat transfer Office area regional area space corresponding to installation site carries out radiation heat transfer refrigeration, and under the driving effect of two-way blower fan group, Cut off the air in the office area regional area space that radiant panel installation site is corresponding from the leg space ventilation mouth quilt cutting off radiant panel Suck and cut off in radiant panel hollow space, and formed in driving the hollow space cutting off radiant panel from leg space ventilation mouth flows to The air-flow of portion's vent is freezed after carrying out heat convection with partition panel capillary bed, simultaneously the steam in air-flow and partition panel Capillary bed surface contact catch a cold and condense, reach to air-flow dehumidifying purpose, cool down, dehumidify after air again from partition The overdraught mouth of radiant panel is sent back to cut off in the office area regional area space that radiant panel installation site is corresponding；So follow Ring, it is achieved refrigeration cool-down and the dehumidifying to office area regional area space.Hereafter, manage centralized collection and discharge partition radiant panel The interior condensed water collected that condensed.

Under above-mentioned refrigeration cool-down and dehumidification treatments operating mode, owing to cutting off the overdraught mouth of radiant panel as air-supply Mouth, leg space ventilation mouth are as return air inlet, simultaneously because the reason that the cold airflow in office area regional area space sinks so that Define in office area regional area space and cut off the overdraught mouth air-supply of radiant panel, leg space ventilation mouth return air from top to bottom Circulation temperature lowering air-flow, the solid arrow in Fig. 1 illustrates partition radiant panel and is in refrigeration cool-down and processes office area office under operating mode Cooling air current flow direction in portion's regional space, the most preferably ensure that and lowers the temperature office area regional area space refrigeration Harmony and comfortableness, it is to avoid cooling flow concentrates merely on the lower space of office area and to affect office area regional area empty Between the problem of overall refrigeration cool-down comfortableness.

In the winter time, utilize the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention to indoor office area local The flow process that regional space carries out heating process is as follows: the composition component that partition radiant panel cuts off as office area is arranged on indoor Office area position at after, be passed through heating by heating source to cutting off the feed pipe of partition panel capillary bed on radiant panel Liquid, heating liquid stream flows back into heating source from liquid back pipe after partition panel capillary bed；Start cut off on radiant panel two-way simultaneously Blower fan group, controls it and drives the air-flow cut off in radiant panel hollow space to flow to leg space ventilation mouth from overdraught mouth so that every The leg space ventilation mouth of disconnected radiant panel as air outlet, overdraught mouth as return air inlet；During this, in partition panel capillary bed Heat for warm fluid passes through heat transfer to office corresponding to cutting off radiant panel installation site after cutting off the front panel of radiant panel Regional area space, position carries out radiation heat transfer heating, and under the driving effect of two-way blower fan group, cuts off radiant panel installation site The corresponding air in office area regional area space is inhaled into partition radiant panel hollow from the overdraught mouth cutting off radiant panel In space, and formed in driving the hollow space cutting off radiant panel from overdraught mouth flow to the air-flow of leg space ventilation mouth with every Disconnected plate capillary bed is heated after carrying out heat convection, and the air after heating up that is heated is again from the overdraught mouth quilt cutting off radiant panel Return to cut off in the office area regional area space that radiant panel installation site is corresponding；So circulation, it is achieved to office area local The heating of regional space.

Under above-mentioned heating processes operating mode, owing to cutting off the leg space ventilation mouth of radiant panel as air outlet, overdraught Mouth is as return air inlet, simultaneously because the reason that the thermal current in office area regional area space rises so that in office area local The intensification of circulation from the bottom to top cutting off the leg space ventilation mouth air-supply of radiant panel, overdraught mouth return air is defined in regional space Air-flow, the dotted arrow in Fig. 1 illustrates partition radiant panel and is in heating and processes under operating mode in office area regional area space Intensification air current flow direction, the most preferably ensure that to office area regional area space heating harmony, comfortableness and Heat supply efficiency, it is to avoid directly upwards wandering and affect office area regional area space from the upper space of office area for current of warm air Overall heat supply efficiency and the problem of comfortableness.

By above-mentioned running it will be seen that the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, sharp With cutting off the composition component that radiant panel cuts off as indoor office position, the most again as different offices each during office area is cut off Position carries out the radiation heat transfer air conditioning terminal freezing/heating, and is directly carried out to office area regional area space by partition radiant panel Radiation heat transfer and air-supply air-flow heat exchange, improve office area regional area empty by the way of two kinds of heat exchange form synchronous workings Between heat exchange amount and heat exchange efficiency, and drive the air in office area regional area space to carry out circulation of air flow to cut off radiation The air-supply air-flow that plate is sent can be back to after office area regional area space is carried out wet/thermal conditioning cut off radiant panel rapidly Inside carry out heat exchange again, even if being directed to the Office Area interior space that closure is the best, it is also possible to reduce air-supply circulating current quilt Scatter the area of space beyond office area regional area space and cause extra damp and hot lost chance, thus reduce radiation and change The damp and hot load of hot air-conditioner tail end equipment so that the damp and hot power of radiation heat transfer air-conditioner tail end equipment can more be concentrated, efficiently For the damp and hot load in office area regional area space is processed, and then help to promote the energy consumption utilization ratio of air conditioning system, fall The overall energy consumption of low office building air conditioning system.Moreover, the office area partition-type radiation heat transfer air conditioning terminal of the present invention Device can also be controlled to cut off radiant panel sent by the start and stop of the two-way blower fan group on regulation partition radiant panel and running speed Go out start and stop and the air flow rate of air-flow of blowing, regulate the mesh of its place office area regional area ambient temperature and humidity reaching differentiation , so that office area partition-type radiation heat transfer air-conditioner tail end equipment can better meet different clerical workforce to office area Regional area environmental amenity degree and differentiated demand.Meanwhile, due to the partition radiation for being arranged on different office area Plate all can independently control start and stop and run, and therefore can close and not use partition radiant panel corresponding on office area, and minimizing need not The energy consumption waste wanted.Visible, the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention can be existing in order to effectively to solve The office area regional area environment high, to clerical workforce place of office building air conditioning energy consumption in technology is had to adjust comfort level Difference, different personnel cannot be met to problems such as the differentiated demands of office air conditioner surroundings.

In being embodied as application, the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention can also be specifically Further improved in the design of structure and programming and distribution.

Such as, the rear side panel cutting off radiant panel in office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention is best For heat insulating board or have insulation material layer, reduce in the hollow space cutting off radiant panel the cold heat amount of air-flow towards dorsad Scatter and disappear in office area side.

The most such as, as depicted in figs. 1 and 2, in the partition panel capillary bed 20 laid in cutting off the hollow space of radiant panel, Can be designed as including being attached at the first partition panel branch road capillary bed 21 of the upper area laying of front panel and attaching In the second partition panel branch road capillary bed 22 that the lower area of front panel is laid, the first partition panel branch road capillary bed 21 He The feed flow end of the second partition panel branch road capillary bed 22 connects parallel on the feed pipe of partition panel capillary bed, the first partition panel Branch road capillary bed 21 connects returning at partition panel capillary bed parallel with the liquid returning end of the second partition panel branch road capillary bed 22 On liquid pipe, and it is provided with first for liquid-flow controlling valve at the feed flow end entrance of the first partition panel branch road capillary bed 21, the Second it is provided with for liquid-flow controlling valve at the feed flow end entrance of two partition panel branch road capillary beds 22；For avoiding view effect numerous Miscellaneous, the feed pipe and the liquid back pipe and first that eliminate partition panel capillary bed in figure supply liquid stream for liquid-flow controlling valve and second The associated connecting structure of control valve, those skilled in the art can specify its actual mode of communicating；So design is excellent Gesture is, user of service can by regulation first for liquid-flow controlling valve, second select for liquid-flow controlling valve opening/closing Control only to cut off the top of radiant panel carry out radiation heat transfer or only cut off the bottom of radiant panel and carry out radiation heat transfer, it is also possible to pass through Regulation first controls to cut off radiant panel carry out spoke for liquid-flow controlling valve, the opening/closing or flux of the second confession liquid-flow controlling valve Penetrate heat exchange and the heat exchange power of air-supply heat exchange, so that office area partition-type radiation heat transfer air-conditioner tail end equipment can be more preferable Meet different clerical workforce to office area regional area environmental amenity degree and differentiated demand.

Additionally, in the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, it is contemplated that in the refrigeration in summer Under cooling and dehumidification treatments operating mode, may collect have asking of condensed water because condensing on partition panel capillary bed in cutting off radiant panel Topic, the most as depicted in figs. 1 and 2, can design and just be positioned at partition panel capillary bed in the hollow space cutting off radiant panel Lower position arranges, along the direction of laterally laying of partition panel capillary bed, the guiding gutter that catchments, and this guiding gutter that catchments guides and is communicated to One end of a piece drainage pipeline, the other end of drainage pipeline extends the outer surface cutting off radiant panel；Thus so that cut off radiation In plate, the condensation on partition panel capillary bed can drip downwards catchmenting in guiding gutter of being pooled to, and the guiding gutter water conservancy diversion that catchmented It is discharged to drainage pipeline cut off outside radiant panel, solves the drainage problem of condensed water.

As improvement on the other hand, it is contemplated that need on office area that there is desk tops, therefore at office area of the present invention In partition-type radiation heat transfer air-conditioner tail end equipment, as shown in Figure 4, except cutting off in addition to radiant panel 10, it is also possible to design increase from Cut off the desktop radiant panel 40 extending laterally outward setting at the front panel medium position of radiant panel 10, it is possible in order to as doing Public desktop, but its function is not limited to that, and this desktop radiant panel 40 can the hollow platy with global design as horizontally set be tied Structure, the downside panel of desktop radiant panel 40 can use Heat Conduction Material to make, in order to as its radiating surface, and desktop radiant panel 40 Upper panel 41 be preferably designed for heat insulating board or there is insulation material layer, heat insulation with surface on which, it is to avoid desktop spoke The upper surface penetrating plate is supercool or overheated and affects its comfort as desk tops；Meanwhile, before cutting off radiant panel 10 Corresponding to there is transverse opening at 40 link positions of desktop radiant panel on side panel so that cut off the hollow space of radiant panel with The hollow space of desktop radiant panel is connected with each other through；And be attached at downside panel in the hollow space of desktop radiant panel 40 and lay Desktop branch road capillary bed 23, the feed flow end of desktop branch road capillary bed 23 and liquid returning end is had to be respectively communicated to cut off radiation The feed pipe of plate 20 and liquid back pipe, and at the feed flow end entrance of desktop branch road capillary bed 23, it is provided with the 3rd for flow quantity control Valve processed；For avoiding view effect numerous and diverse, figure eliminates the feed pipe of partition panel capillary bed and liquid back pipe and the 3rd feed flow The associated connecting structure of flow control valve, those skilled in the art can specify its actual mode of communicating；Meanwhile, in Fig. 4 Other label is all identical with Fig. 1 with the implication of symbol.Since so, increase the desktop radiant panel arranged except can be as office Outside desktop uses, in the case of the desktop branch road capillary bed internal to it is passed through refrigerating fluid/confession warm fluid, desktop radiates Plate can also surpass and carries out heat exchange radiation below, promotes the Radiant exothermicity to office area regional area space and radiation further Heat exchange efficiency；Simultaneously because the hollow space cutting off radiant panel is connected with each other through with the hollow space of desktop radiant panel, cut off When radiant panel carries out air-supply heat exchange, the air-flow cut off in radiant panel hollow space also can flow through in desktop radiant panel absolutely empty in the lump Between, carry out heat convection with desktop branch road capillary bed, thus promote the air-supply to office area regional area space further Heat exchange amount and air-supply heat exchange efficiency；Further, user of service can supply the opening/closing or flux of liquid-flow controlling valve by regulation the 3rd And control desktop radiant panel and assist radiation heat transfer and the heat exchange power of air-supply heat exchange, to meet the use demand under different situations. In addition, it is contemplated that the desktop branch road capillary bed under the refrigeration cool-down and dehumidification treatments operating mode in summer, in desktop radiant panel On be likely to there will be condensation, therefore, it can to design the downside panel surface in desktop radiant panel hollow space have from away from Cut off the gradient of radiant panel one laterally closer partition radiant panel lopsidedness so that condense on desktop branch road capillary bed Condensing drip when falling on the downside panel surface in desktop radiant panel hollow space, it is possible to the most diversed to cutting off spoke Penetrate in plate absolutely empty in, thus discharge in the lump by the condensed water discharging structure cut off in radiant panel, solve desktop radiant panel Condensate water discharging problem.

In sum, the office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention, utilize and cut off radiant panel conduct The composition component that indoor office position cuts off, freezes as different office areas each in cutting off office area/heats the most again Radiation heat transfer air conditioning terminal, directly carry out radiation heat transfer and air-supply gas to office area regional area space by cutting off radiant panel Stream heat exchange, improves the heat exchange amount to office area regional area space and heat exchange by the way of two kinds of heat exchange form synchronous workings Efficiency, and drive the air in office area regional area space to carry out circulation of air flow so that cut off the air-supply air-flow that radiant panel is sent Heat exchange again is carried out in can being back to rapidly after office area regional area space is carried out wet/thermal conditioning cut off radiant panel, Reduce the damp and hot of air-supply circulation of air flow to scatter and disappear, thus reduce the damp and hot load of radiation heat transfer air-conditioner tail end equipment so that radiation is changed The damp and hot power of hot air-conditioner tail end equipment can more be concentrated, efficiently at the damp and hot load to office area regional area space Reason, and then help to promote the energy consumption utilization ratio of air conditioning system, reduce the overall energy consumption of office building air conditioning system；Meanwhile, The office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention can also by adjust two-way blower fan group running status with And regulation refrigerating fluid/confession warm fluid is passed through the modes such as the opening/closing of capillary bed or flux, control to office area carry out radiation heat transfer with The heat exchange power of air-supply heat exchange, so that office area partition-type radiation heat transfer air-conditioner tail end equipment can better meet difference Clerical workforce is to office area regional area environmental amenity degree and differentiated demand；Additionally, due to be used for being arranged on different office The partition radiant panel of position all can independently control start and stop and run, and therefore can close and not use partition radiation corresponding on office area Plate, reduces unnecessary energy consumption waste；Further, in conjunction with the heat exchange of office area partition-type radiation heat transfer air-conditioner tail end equipment of the present invention Processing method, it is possible to preferably ensure the cooling of office area regional area space refrigeration and the harmony of heating, comfortableness, it is to avoid Because the lower space that cooling flow concentrates merely on office area lives for current of warm air directly from the upper space of office area upwards The reason such as wandering and the problem that affects the overall refrigeration/heating comfort in office area regional area space.In general, the present invention Office area partition-type radiation heat transfer air-conditioner tail end equipment and heat exchange control, it is possible in order to effectively to solve in prior art Office building air conditioning energy consumption office area regional area environment high, to clerical workforce place adjust comfort level poor, cannot Meet different personnel to problems such as the differentiated demands of office air conditioner surroundings, there is good market application foreground.

Finally illustrating, above example is only in order to illustrate technical scheme and unrestricted, although with reference to real Execute example the present invention has been described in detail, it will be understood by those within the art that, can be to the technical side of the present invention Case is modified or equivalent, and without deviating from objective and the scope of technical solution of the present invention, it all should be contained in the present invention Right in the middle of.

Claims (10)

1. an office area partition-type radiation heat transfer air-conditioner tail end equipment, it is characterised in that include the ground for being arranged on indoor On plate and can splice and combine formed office area cut off partition radiant panel；During described partition radiant panel is the most vertically arranged Empty platy structure, cut off on radiant panel for the side panel towards office area be front panel, side for office area dorsad Plate is rear side panel, and cuts off the front panel of radiant panel as its radiating surface；It is attached in cutting off the hollow space of radiant panel Front panel is equipped with partition panel capillary bed, and the feed pipe of described partition panel capillary bed and liquid back pipe extend partition radiation The outer surface of plate；Be provided with overdraught mouth at the upper position of the front panel cutting off radiant panel, lower position is provided with bottom Vent, and cut off radiant panel and be provided with and can drive the air-flow cut off in radiant panel hollow space from overdraught mouth flows to Portion's vent and flow to the two-way blower fan group of overdraught mouth from leg space ventilation mouth.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that described two-way Blower fan group includes two-way blower fan and controls for controlling the two-way blower fan of two-way blower fan start and stop, rotation direction and running speed Device；Described two-way blower fan is arranged at the partition overdraught mouth position of radiant panel, leg space ventilation mouth position or cuts off spoke Penetrate the interior position between overdraught mouth and leg space ventilation mouth of hollow space of plate, and the setting direction of two-way blower fan makes It can drive when forward operates the air-flow cut off in radiant panel hollow space from overdraught mouth flow to leg space ventilation mouth, The air-flow cut off in radiant panel hollow space is driven to flow to overdraught mouth from leg space ventilation mouth during reversed operation；Described two-way wind The control output end of machine controller is electrically connected with the power supply control end of two-way blower fan.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that described two-way Blower fan group includes the first unidirectional blower fan, the second unidirectional blower fan and for controlling the unidirectional wind of unidirectional blower fan start and stop and running speed Machine controller；Described first unidirectional blower fan is arranged at partition the overdraught mouth position of radiant panel, leg space ventilation mouth position Or the interior position between overdraught mouth and leg space ventilation mouth of hollow space cutting off radiant panel, and the first unidirectional wind The setting direction of machine can drive the air-flow cut off in radiant panel hollow space in the running from overdraught mouth flows to Portion's vent；Described second unidirectional blower fan is arranged at partition the overdraught mouth position of radiant panel, leg space ventilation mouth position Or the interior position between overdraught mouth and leg space ventilation mouth of hollow space cutting off radiant panel, and the second unidirectional wind The setting direction of machine can drive the air-flow cut off in radiant panel hollow space in the running from leg space ventilation mouth flows to Portion's vent；The control output end of described unidirectional controller of fan by gating circuit respectively with the first unidirectional blower fan, second single It is electrically connected to the power supply control end of blower fan.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that described partition The rear side panel of radiant panel is heat insulating board or has insulation material layer.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that described partition The partition panel capillary bed laid in the hollow space of radiant panel includes being attached at that the upper area of front panel lays the One partition panel branch road capillary bed and be attached at front panel lower area lay the second partition panel branch road capillary bed, The feed flow end of described first partition panel branch road capillary bed and the second partition panel branch road capillary bed connects parallel at partition panel hair On the feed pipe of tubule net, the liquid returning end of the first partition panel branch road capillary bed and the second partition panel branch road capillary bed connects parallel Lead on the liquid back pipe of partition panel capillary bed, and be provided with first at the feed flow end entrance of the first partition panel branch road capillary bed For liquid-flow controlling valve, at the feed flow end entrance of the second partition panel branch road capillary bed, it is provided with second for liquid-flow controlling valve.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that described partition The horizontal laying along partition panel capillary bed at the position directly below of partition panel capillary bed it is positioned in the hollow space of radiant panel Direction is provided with the guiding gutter that catchments, described in the guiding gutter that catchments guide and be communicated to one end of a drainage pipeline, described drainage pipeline The other end extend cut off radiant panel outer surface.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that also include from Cut off the desktop radiant panel extending laterally outward setting at the front panel medium position of radiant panel；

The hollow platy structure of described desktop radiant panel generally horizontally set, and the downside panel of desktop radiant panel is as its spoke Penetrating face, the upper panel of desktop radiant panel is heat insulating board or has insulation material layer；Cut off on the front panel of radiant panel Corresponding to there is transverse opening at desktop radiant panel institute link position so that cut off hollow space and the desktop radiant panel of radiant panel Hollow space be connected with each other through；

It is attached at downside panel in the hollow space of desktop radiant panel and is equipped with desktop branch road capillary bed, desktop branch road hair The feed flow end of tubule net and liquid returning end are respectively communicated to cut off feed pipe and the liquid back pipe of radiant panel, and in desktop branch road capillary The 3rd it is provided with for liquid-flow controlling valve at the feed flow end entrance of pipe network.

Office area partition-type radiation heat transfer air-conditioner tail end equipment the most according to claim 1, it is characterised in that described desktop Downside panel surface in radiant panel hollow space has from away from cutting off radiant panel one laterally closer partition radiant panel one inclination Oblique gradient.

9. the heat exchange processing method of office area partition-type radiation heat transfer air-conditioner tail end equipment as claimed in claim 1, its feature exists In, for indoor office area regional area space is carried out refrigeration cool-down and dehumidifying；The method particularly as follows:

After partition radiant panel is arranged at the office area position of indoor as the composition component that office area cuts off, by system Low-temperature receiver is passed through refrigerating fluid, after refrigerating fluid flows through partition panel capillary bed to cutting off the feed pipe of partition panel capillary bed on radiant panel Refrigeration source is flow back into from liquid back pipe；Start the two-way blower fan group cut off on radiant panel simultaneously, control it and drive in partition radiant panel Absolutely empty interior air-flow flows to overdraught mouth from leg space ventilation mouth so that cut off the overdraught mouth of radiant panel as air-supply Mouth, leg space ventilation mouth are as return air inlet；During this, in partition panel capillary bed, the cold of refrigerating fluid is given by heat transfer and is cut off After the front panel of radiant panel, the office area regional area space cutting off radiant panel installation site corresponding is carried out radiation heat transfer system Cold, and under the driving effect of two-way blower fan group, cut off in the office area regional area space that radiant panel installation site is corresponding Air is inhaled in partition radiant panel hollow space from the leg space ventilation mouth cutting off radiant panel, and cuts off in radiant panel driving Formed in absolutely empty and flow to the air-flow of overdraught mouth and partition panel capillary bed from leg space ventilation mouth and carry out quilt after heat convection Refrigeration, the steam in air-flow contacts with partition panel capillary bed surface and catches a cold and condense simultaneously, reaches to dehumidify air-flow Purpose, cool down, dehumidify after air again from cut off radiant panel overdraught mouth be sent back to cut off radiant panel installation site In corresponding office area regional area space；So circulation, it is achieved refrigeration cool-down and the dehumidifying to office area regional area space.

10. the heat exchange processing method of office area partition-type radiation heat transfer air-conditioner tail end equipment as claimed in claim 1, its feature exists In, for being heated in indoor office area regional area space；The method particularly as follows:

After partition radiant panel is arranged at the office area position of indoor as the composition component that office area cuts off, by supplying Warm source is passed through for warm fluid to cutting off the feed pipe of partition panel capillary bed on radiant panel, and heating liquid stream is after partition panel capillary bed Heating source is flow back into from liquid back pipe；Start the two-way blower fan group cut off on radiant panel simultaneously, control it and drive in partition radiant panel Absolutely empty interior air-flow flows to leg space ventilation mouth from overdraught mouth so that cut off the leg space ventilation mouth of radiant panel as air-supply Mouth, overdraught mouth are as return air inlet；During this, in partition panel capillary bed, the heat for warm fluid gives partition by heat transfer After the front panel of radiant panel, the office area regional area space cutting off radiant panel installation site corresponding is carried out radiation heat transfer confession Warm, and under the driving effect of two-way blower fan group, cut off in the office area regional area space that radiant panel installation site is corresponding Air is inhaled in partition radiant panel hollow space from the overdraught mouth cutting off radiant panel, and cuts off in radiant panel driving Formed in absolutely empty and flow to the air-flow of leg space ventilation mouth and partition panel capillary bed from overdraught mouth and carry out quilt after heat convection Heating, it is corresponding that the air after heating up that is heated is sent back to cut off radiant panel installation site from the overdraught mouth cutting off radiant panel again Office area regional area space in；So circulation, it is achieved the heating to office area regional area space.