CN102128478A - Air type guiding and radiating unit - Google Patents
Air type guiding and radiating unit Download PDFInfo
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- CN102128478A CN102128478A CN2010102705314A CN201010270531A CN102128478A CN 102128478 A CN102128478 A CN 102128478A CN 2010102705314 A CN2010102705314 A CN 2010102705314A CN 201010270531 A CN201010270531 A CN 201010270531A CN 102128478 A CN102128478 A CN 102128478A
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Abstract
The present invention relates to an air type guiding and radiating unit which can realize air conditioning with a high efficiency and has the following advantages: easy construction and no space wastage. The air type guiding and radiating unit is provided along a corner part (M) and/or a dent part of the indoor space. The conditioned air which is provided by an air conditioner is used for guiding the indoor space; and after mixing, the mixed air is discharged into the indoor space through a rectification shape. Furthermore the air conditioning type guiding and radiating unit guides the heat of the mixed air for radiating to the indoor space. The air type guiding and radiating unit has an elongated whole shape which extends along the corner part (M) or/and the dent part. Furthermore the surface which faces the corner part (M) or/and the dent part is convex.
Description
Technical field
The present invention relates to air type guiding radiating element.
Background technology
Have many pipelines that thermal mediums such as burying hot and cold water on panel underground flows, utilize heat radiation to carry out the radiant panel of the air conditioning of indoor grade.
Patent documentation 1: Japanese kokai publication hei 7-19533 communique
This radiant panel is owing to only utilize thermal-radiating heat to shift, air-conditioner efficiency is low, the bad place in the place that adiabatic bad place, thermic load is big, the air-conditioning effects such as place that the turnover of air is big is many, utilize scope to be restricted, and need take some countermeasures to dewfall, there is the high problem of cost.And multi-air conditioner (マ Le チ エ ア コ Application a, off-premises station is to a plurality of indoor sets) and the wind speed of fan coil units its cold wind of indoor air conditioner such as (fan coil unit) or hot blast are big, give aeroscepsin, and the uneven temperature problem is arranged.
Summary of the invention
The present invention makes for solving above-mentioned existing problems, air type guiding radiating element of the present invention, be along indoor corner portion or/and recess setting, using the indoor air of tempered air guiding that is provided by air conditioner to be mixed the back emits to indoor rectification shape, and will guide the guiding radiating element of the heat of mixing air to indoor radiation, it is characterized in that, have the elongated global shape that extends along described corner portion or/and described recess, the face in the face of described corner portion or/and described recess in this global shape forms convex.If employing the present invention, then
(1) because the mutual superposition effect of the air circulation effect that the guiding of remote radiation function of radiation (radiation) energy and room air produces, the indoor air distribution homogenising, can carry out high efficiency, high ability, not have aeroscepsin, the uniform comfort air conditioning of temperature.Therefore, compare with only utilizing thermal-radiating air-conditioning, the space that air-conditioning can not reach is few, utilizes scope big.
Therefore (2) can utilize the clearance spaces of indoor corner portion or/and recess to hold the convex position, be arranged at and indoorly also have no relations, not need waste that the space is set.
(3) the convex position is embedded in indoor corner portion or/and therefore recess constructs easily, can stablize installation.
(4) global shape is elongated, just can be to carrying out air-conditioning on a large scale to indoor a spot of unit.
Air type guiding radiating element provided by the invention, can also possess the air feed part of sending tempered air, has guiding port, the tempered air of described air feed part is blown into wherein, guide indoor air to be mixed with this, then from a plurality of aperture portion to described indoor guiding mixed radiation box of emitting, and in the inner setting of described guiding mixed radiation box, make described guiding mixing air shunting form the rectification shape, by described aperture portion to described indoor guiding, heat with described guiding mixing air is transmitted to described guiding mixed radiation box simultaneously, then to described indoor carry out heat radiation and by described aperture portion to the described indoor thermal-radiating radiation rectifier that carries out.If employing the present invention, then
(1) under the situation with existing radiant panel, only from the heat radiation of radiant panel, but under situation of the present invention, except the heat radiation that comes from guiding mixed radiation box, also have by peristome from the radiation rectifier to indoor heat radiation, so emittance can be to reach remote at high proportion.This remote radiation effects, guiding mixing air are not detained near ceiling, reduce to emit the ringing mutual superposition that the guiding of the long-distance large-range heat transfer process of generation and room air produces with the rectification shape of indoor temperature difference, the effect that obtains is, being evenly distributed of indoor air temperature, can carry out high efficiency, high ability, not have aeroscepsin, the uniform comfort air conditioning of temperature.
(2) existing radiant panel uses hot water in order to realize heat radiation, and under situation of the present invention, then with tempered air as radiant heat source, therefore needn't worry to take place leakage accident, can simplified apparatus, do not use air-supply power just can access circulating effect, can reduce operating cost.
(3) because tempered air is mixed with room air, can control dew point, do not need drainage treatment equipment as the dewfall countermeasure, can seek to reduce cost, strengthen the refrigerating capacity of unit air volume of tempered air and the warm ability of system (make feed air temperature high or low than usually), minimizing air feed air quantity is by reducing the power of blowing, realize the miniaturization of equipment such as pipeline, seek to reduce cost.
Air type guiding radiating element provided by the invention, can also be, the radiation rectifier forms with the spacing of the regulation a plurality of heat transfer plates with band shape and is provided with face to face, can make its one side, gap heat transmit the structure that the shape of rectification on one side passes through the shunting of guiding mixing air simultaneously by described heat transfer plate.If employing the present invention, then
(1) can will guide the heat high efficiency of mixing air, pass to whole radiation rectifier reliably by enough heat transfer plates, and can transmit heat to guiding mixed radiation box equably, and can realize often stable heat radiation.
(2) can emit the guiding mixing air by enough heat transfer plate rectification shapes, seek being evenly distributed of air themperature of air-conditioning.
Air type provided by the invention guiding radiating element, can also be, on the heat transfer plate of described radiation rectifier, inserting many ellipticity straight tubes, the transverse that makes this ellipticity straight tube from corner portion or recess towards indoor.If employing the present invention, then
(1) can enough ellipticity straight tubes prevent that distortion such as the warpage of radiation rectifier and bending from taking place and strengthened, the raising security is emitted the guiding mixing air reposefully with low pressure loss, seeks to reduce the air-supply power of air conditioner.
Air type provided by the invention guiding radiating element, can also possess the face that has in the face of the described convex of corner portion or recess have simultaneously relative with this convex face, at the shade of the indoor peristome that exposes; Inside at described shade, described guiding mixed radiation box is set, makes it form two relative at least sides from its all side to being provided with the structure that guides the spacer portion that air path uses the scope of described guiding port and described shade and the described air feed part; In described guiding mixed radiation box, the described guiding port that the tempered air of air feed part is blown into forms wire along the Central Line of the centre of two the described relative sides that form described spacer portion; In described air feed part, form the blow-off outlet that blows out described tempered air, make it form wire along described guiding port.If employing the present invention, then
(1) Central Line along guiding mixed radiation box sends the guiding mixing air, be sent to indoor by the radiation rectifier, therefore can make the guiding mixing air flow to the Zone Full of radiation rectifier, be not partial to, do not have bypass, shunting reliably, the rectification shape flows, and makes heat be transmitted to the Zone Full of guiding mixed radiation box equably, enlarge effective air-conditioning scope of each unit, seek to improve air-conditioner efficiency.
(2) air feed part has a blow-off outlet to get final product, can simplified structure, make easily.
Air type provided by the invention guiding radiating element, can also be, the inner space that makes air feed part from the weather side of the long side direction of blow-off outlet alee side dwindle.If employing the present invention, then
(1) inner space that makes air feed part from the long side direction weather side of blow-off outlet alee side progressively dwindle, therefore can make the air quantity, wind speed homogenising of the long side direction Zone Full of blow-off outlet and not fluctuate.Therefore can realize guiding evenly, circulating effect is good, can evenly mix by the guiding air, the temperature of the air of emitting from guiding mixed radiation box is stable and comfortable air-conditioning uniformly.
Air type guiding radiating element provided by the invention can also be to be provided with the wind direction guiding mechanism of adjusting wind direction in air feed part.If employing the present invention, then
(1) utilizes the wind direction guiding mechanism that the direction of guiding mixing air is adjusted, can seek to make the direction and being evenly distributed of air-flow, improve air-conditioner efficiency.
Air type guiding radiating element provided by the invention, can also be provided with the gap width of the short brink of the blow-off outlet of adjusting wire, and can freely change blow out wind speed blow out width adjusting mechanism, with and/or adjust the gap width of short brink of the guiding port of wire, and can freely adjust the guiding width adjusting mechanism that guides wind speed.If employing the present invention, then
(1) can change wind speed and/or the guiding wind speed that blows out arbitrarily, can select the only guiding air of air-conditioning mixing ratio is further improved air-conditioner efficiency.
Air type guiding radiating element provided by the invention can also be to be provided with the heat storage of the heat of storage guiding mixing air in the inside of described ellipticity straight tube.If employing the present invention, then
(1) can utilize heat storage to make the heat of Zone Full of radiation rectifier distribute and realize homogenising more reliably, so indoor temperature distribution is good, can realize more stable comfortable air-conditioning.
Air type guiding radiating element provided by the invention, can also be, on each heat transfer plate of radiation rectifier,, make to guide the aperture portion of mixed radiation box relative being formed on the normal direction outstanding on the long side direction and contact with adjacent described heat transfer plate and even the jut of approaching short tubular with prescribed distance with described jut.If employing the present invention, then
(1) jut of heat transfer plate is arranged in the aperture portion of guiding mixed radiation box, can cover aperture portion, therefore can promote to guide the long side direction shunting of mixing air to heat transfer plate, can prevent reliably that it from from aperture portion bypass (not going into excessively), can make the heat of guiding mixing air be delivered to whole radiation rectifier equably.
(2) utilize the protuberance will be from heat transfer plate to radial the carrying out of aperture portion of indoor heat radiation by guiding mixed radiation box, therefore emittance is reached very on a large scale, can further make being evenly distributed of indoor air temperature, realize the uniform comfort air conditioning of temperature.
Description of drawings
Fig. 1 is the stereogram of expression air type guiding radiating element at the example of corner portion setting.
Fig. 2 is the side cut away view of Fig. 1.
Fig. 3 is the stereogram of whole unit.
Fig. 4 is the plane of whole unit.
Fig. 5 is the plane that the top part of guiding mixed radiation box disconnects.
Fig. 6 is air feed part and the plane central authorities cross-sectional view that guides the mixed radiation box.
Fig. 7 is the profile of seeing from the E direction of Fig. 4.
Fig. 8 is the overall perspective view that the part of shade disconnects.
Fig. 9 be the air feed part seen from the F direction of Fig. 6 with guiding mixed radiation box want portion's profile.
Figure 10 be expression radiation rectifier variation want portion's profile.
Figure 11 be expression radiation rectifier another variation want the facial planes profile.
Figure 12 be another variation of seeing from the J direction of Figure 11 want portion's profile.
Figure 13 is the side view of expression air type guiding radiating element at the example of corner portion and recess setting.
Figure 14 is the section plan of Figure 13.
Symbol description
2 radiation rectifiers;
8 heat transfer plates;
9 aperture portion;
10 guiding ports;
11 air feed part;
12 blow-off outlets;
13 shades;
14 peristomes;
15 spacer portion;
16 guiding mixed radiation boxes;
98 juts;
99 straight tubes;
A blows out width adjusting mechanism;
B guides width adjusting mechanism;
G wind direction guiding mechanism;
The HA gap width;
The HB gap width;
The L Central Line;
M corner portion;
The N recess;
S is indoor;
The T heat storage.
The specific embodiment
Fig. 1～Fig. 9 represents an embodiment of air type guiding radiating element of the present invention, this air type guiding radiating element, be to be provided with along the indoor M of corner portion, use the indoor air of tempered air guiding that provides by air conditioner to be mixed, emit to indoor rectification shape, and will guide the guiding radiating element of the heat of mixing air to indoor radiation; Have the elongated global shape that extends along the M of corner portion, the face 1 in the face of the M of corner portion in this global shape forms convex.Tempered air is to implement the temperature humidity adjustment by not shown air conditioner, provides by air-supply paths 17 such as pipelines.In the present invention, the M of corner portion comprises the part that all are made of the object of indoor existence such as ceiling, wall, pillar.Express the situation that air type guiding radiating element is set at the corner of ceiling and the wall M of portion in the legend.
Air type guiding radiating element possesses the air feed part 11 of sending tempered air, has guiding port 10, by air feed part 11 it is blown into tempered air, guide the air of indoor S to be mixed, guiding mixed radiation box 16, shade 13 and the radiation rectifier 2 of emitting to indoor S from a plurality of aperture portion 9.Air feed part 11, guiding mixed radiation box 16 and shade 13 are the structures of extending along the M of corner portion.Inside at this guiding mixed radiation box 16, setting makes the shunting of guiding mixing air, forming the rectification shape guides to indoor S by aperture portion 9, the heat of guiding mixing air is transmitted to guiding mixed radiation box 16, to indoor S heat radiation, and pass through aperture portion 9 to the thermal-radiating radiation rectifier 2 of indoor S.Radiation rectifier 2 is flattened rectangular on the whole, contacts with at least one face (facing the side of indoor S in the legend) of guiding mixed radiation box 16, can freely realize the heat conduction with it.
The guiding mixing air reduces wind speed while the member resistance shunting diffusion that utilizes radiation rectifier 2 and guiding mixed radiation box 16, gap by heat transfer plate 8,8 forms the rectification shape on one side on one side, makes the heat of guiding mixing air be delivered to whole radiation rectifier 2 equably.Aperture portion 9 keeps the interval to be formed at the roughly Zone Full of the face 30 of a side of facing indoor S that guides mixed radiation box 16 mutually.In legend, aperture portion 9 forms the slotted hole shape, but also can form circle or other shapes, and the position also can freely be changed.For heat radiation effect that makes radiation rectifier 2 and 16 couples of indoor S of guiding mixed radiation box and the heat transfer process that the guiding mixing air is emitted generation are brought into play to greatest extent, with respect to whole 30 of guiding mixed radiation box 16, all the gross area of aperture portion 9 preferably is set at it more than 20%～30%, but can freely change.For the shunting diffusion, the rectification that make the guiding mixing air can be worked best by effect and heat transfer process, set shape and number, the spacing etc. of heat transfer plate 8 and aperture portion 9, it is below half of its air outlet slit side that formation makes the wind speed of the air intake side of radiation rectifier 2, preferably makes it be reduced to its structure below 20%～30%.
At guiding mixed radiation box 16, the guiding port 10 that the tempered air of air feed part 11 is blown into is along the L shaped one-tenth wire in Central Line of the centre of two the relative sides that form spacer portion 15; In air feed part 11, the blow-off outlet 12 that blows out tempered air is formed wire along guiding port 10.Air feed part 11 is made of the position that surrounds from the more and more narrow funnelform partition member 19,19 of upwind leeward and shade 13.The inner space of air feed part 11 from the weather side of the long side direction of blow-off outlet 12 alee side diminish gradually, the wind direction guiding mechanism G that adjusts wind direction is set in air feed part 11.In the legend, separate with hang plate 11a the inside of air feed part 11, to dwindle the inner space, still air feed part 11 is dwindled itself, or with additive method it be dwindled.Again, the shape of air feed part 11, structure etc. can freely change, and for example also can establish member outside shade 13 in addition, make itself and partition member 19,19 constitute air feed part 11.
Wind direction guiding mechanism G is made of upwardly extending many small pieces 7 in side that the airflow direction that keeps being spaced apart and arranged in tempered air intersects.Under the situation that does not have wind direction guiding mechanism G, flow shown in the thick arrow of the dotted line of tempered air image pattern 6, and utilize the resistance of wind direction guiding mechanism G, shown in the thick arrow of solid line that can image pattern 6, wind direction is adjusted on the vertical direction of long side direction of air feed part 11.The width of this small pieces 7 and highly can freely changing.
As shown in Figure 9, the gap width HA of the short brink of the blow-off outlet 12 of adjusting wire is set, and can change the gap width HB of short brink that blows out width adjusting mechanism A and adjust the guiding port 10 of wire that blows out wind speed freely, and can adjust the guiding width adjusting mechanism B of guiding wind speed freely.Blow out width adjusting mechanism A and possess the blow-off outlet width adjustment member 3 of gap width HA increase and decrease of the short brink that makes blow-off outlet 12 and the fixing means 4 that can load and unload or install sliding freely blow-off outlet width adjustment member 3, guiding width adjusting mechanism B possesses the guiding port width adjustment member 5 of gap width HB increase and decrease of the short brink that makes guiding port 10 and the fixing means 6 that can load and unload or install sliding freely guiding port width adjustment member 5.The formations such as known screw component such as screw that some locking wires of fixing means 4,6 usefulness are roughly represented.In legend, a pair of warpage sheet material of blow-off outlet width adjustment member 3 and guiding port width adjustment member 5 usefulness constitutes, and shape and structure etc. can freely change.Being example to the only guiding air of air-conditioning mixing ratio, tempered air blow out air quantity: the guiding air quantity is about 6:4, but can freely change setting.Also have, blow out one of width adjusting mechanism A and guiding width adjusting mechanism B or both sides and also can freely omit.
As shown in Figure 7, tempered air is shown in the thick arrow of solid line, blow out from air feed part 11, when entering in the guiding mixed radiation box 16, the clearance portion between blow-off outlet 12 and the guiding port 10 is a negative pressure, shown in the thick arrow of short dotted line, air by the indoor S of spacer portion 15 guiding, shown in the picture thick arrow of long dotted line, guiding mixed radiation box 16 in mix on one side, its shunting diffusion is emitted to indoor S rectification shape.Carry out these steps repeatedly, between indoor S and guiding radiating element, cross-ventilation is stirred it.As cold air-conditioning the time, utilize guiding mixing air and the cold and hot radiation lower to carry out air-conditioning than indoor S temperature, as heating installation the time, utilize guiding mixing air and the heat radiation higher to carry out air-conditioning than indoor S temperature.For example in order to prevent dewfall and to improve air-conditioner efficiency, in moment that channeling conduct mixes tempered air is set at dew-point temperature height than indoor S, absolute humidity is low, but can freely change.
Also have, as shown in figure 10, also can be at each heat transfer plate 8 ... go up with the spacing of regulation and inserting a plurality of straight tubes 99, the heat storage T that uses by the heat of straight tube 99 storage guiding mixing airs is set in the inside of each straight tube 99 up to its both ends.Heat storage T is so long as accumulation of heat smoothly, and can get final product by smooth heat conducting material, can freely select to use solid or liquid, heat storage T enclosed the inside of straight tube 99 under the situation of fluid.Also have, in legend, straight tube 99 forms ellipticity, but also can be positive circle, in the embodiment of Fig. 7, also can omit the hole of the part of not inserting straight tube 99 of heat transfer plate 8, and the shape of radiation rectifier 2, structure etc. can freely change.
Figure 11 and Figure 12 are in the various embodiments described above, on each heat transfer plate 8 of radiation rectifier 2, on long side direction, form to normal direction (perpendicular to the direction on the plane of heat transfer plate 8) outstanding with prescribed distance, and even contact the jut 98 of approaching short tubular simultaneously with adjacent heat transfer plate 8, make the aperture portion 9 regulation or whole of guiding mixed radiation box 16 relative with jut 98.Spacing with regulation is provided with heat transfer plate 8 face to face ... the time, the image pattern example is such, and the central shaft of the jut 98 of the central shaft of jut 98 and adjacent heat transfer plate 8 is overlapping, jut 98 ... be arranged as the linearity configuration.Also have, in legend, jut 98 forms ellipse or circle or polygon etc., can freely change.In this case, heat radiation is carried out to indoor S is radial from aperture portion 9.Simultaneously, jut 98 also has the effect of the shunting that promotes the guiding mixing air.
Figure 13 and Figure 14 are the embodiment that the situation of guiding radiating element is set along indoor recess N, have the elongated global shape that extends along recess A, and in this global shape, the face 1 of facing recess N forms convex.The air intake 18 of air feed part 11 is arranged on the end face of long side direction of shade 13.Shade 13 has the convex face 1 in the face of recess N, have simultaneously relative with this convex face 1, the peristome 14 that exposes at indoor S.As shown in Figure 7, at each heat transfer plate 8 ... last maintenance is being inserted a plurality of ellipticity straight tubes 99 from normal direction at interval, makes the transverse of this ellipticity straight tube 99 point to indoor S from recess N.Other structures are identical with the various embodiments described above, so its explanation is omitted.In the present invention, recess N comprises the part that all are made of the object of wall, post, ceiling and other indoor existence.The situation of air type guiding radiating element is set respectively among the M of corner portion of the recess N of pictorial representation wall and pillar and pillar and wall.
Claims (10)
1. an air type guides radiating element, be to be provided with along indoor corner portion (M) or/and recess (N), using the indoor air of tempered air guiding that is provided by air conditioner to be mixed the back emits to indoor rectification shape, and will guide the guiding radiating element of the heat of mixing air to indoor radiation, it is characterized in that
Have along the elongated global shape of described corner portion (M) or/and described recess (N) extension, the face (1) in the face of described corner portion (M) or/and described recess (N) in this global shape forms convex.
2. air type guiding radiating element according to claim 1 is characterized in that possessing
Send tempered air air feed part (11),
Have guiding port (10), the tempered air of described air feed part (11) be blown into wherein, guide the air of indoor (S) to be mixed with this, then the guiding mixed radiation box (16) of emitting to described indoor (S) from a plurality of aperture portion (9) and
In the inner setting of described guiding mixed radiation box (16), make described guiding mixing air shunting form the rectification shape, guide to described indoor (S) by described aperture portion (9), heat with described guiding mixing air is transmitted to described guiding mixed radiation box (16) simultaneously, then described indoor (S) is carried out heat radiation and carries out thermal-radiating radiation rectifier (2) by described aperture portion (9) to described indoor (S).
3. air type guiding radiating element according to claim 2, it is characterized in that, radiation rectifier (2) forms with the spacing of the regulation a plurality of heat transfer plates (8) with band shape and is provided with face to face, can make its one side, gap heat transmit the structure that the shape of rectification on one side passes through the shunting of guiding mixing air simultaneously by described heat transfer plate (8), (8).
4. air type guiding radiating element according to claim 3, it is characterized in that, on the heat transfer plate (8) of described radiation rectifier (2), inserting many ellipticity straight tubes (99), the transverse that makes this ellipticity straight tube (99) from corner portion (M) or recess (N) towards indoor (S).
5. according to claim 2,3 or 4 described air type guiding radiating elements, it is characterized in that, possess the face (1) that has in the face of the described convex of corner portion (M) or recess (N) have simultaneously relative with this convex face (1), the shade (13) of the peristome (14) that exposes at indoor (S);
Inside in described shade (13), described guiding mixed radiation box (16) is set, makes it form two relative at least sides from its all side to being provided with the structure that guides the spacer portion (15) that air path uses the scope of described guiding port (10) and described shade (13) and the described air feed part (11);
In described guiding mixed radiation box (16), the described guiding port (10) that the tempered air of air feed part (11) is blown into forms wire along the Central Line (L) of the centre of two the described relative sides that form described spacer portion (15);
In described air feed part (11), form the blow-off outlet (12) that blows out described tempered air, make it form wire along described guiding port (10).
6. air type according to claim 5 guiding radiating element is characterized in that, the inner space that makes air feed part (11) from the weather side of the long side direction of blow-off outlet (12) alee side dwindle.
7. air type guiding radiating element according to claim 5 is characterized in that, is provided with the wind direction guiding mechanism (G) of adjusting wind direction in air feed part (11).
8. air type guiding radiating element according to claim 5, it is characterized in that, be provided with the gap width (HA) of the short brink of the blow-off outlet (12) of adjusting wire, and can freely change blow out wind speed blow out width adjusting mechanism (A), with and/or adjust the gap width (HB) of short brink of the guiding port (10) of wire, and can freely adjust the guiding width adjusting mechanism (B) that guides wind speed.
9. air type guiding radiating element according to claim 5 is characterized in that, is provided with the heat storage (T) of the heat of storage guiding mixing air in the inside of described ellipticity straight tube (99).
10. air type guiding radiating element according to claim 5, it is characterized in that, on each heat transfer plate (8) of radiation rectifier (2),, make to guide the aperture portion (9) of mixed radiation box (16) relative being formed on the normal direction outstanding on the long side direction and contact with adjacent described heat transfer plate (8) and even the jut (98) of approaching short tubular with prescribed distance with described jut (98).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-007181 | 2010-01-15 | ||
| JP2010007181A JP4999941B2 (en) | 2010-01-15 | 2010-01-15 | Pneumatic attracting radiation unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102128478A true CN102128478A (en) | 2011-07-20 |
| CN102128478B CN102128478B (en) | 2013-11-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102705314A Active CN102128478B (en) | 2010-01-15 | 2010-09-02 | Air type guiding and radiating unit |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP4999941B2 (en) |
| CN (1) | CN102128478B (en) |
| HK (1) | HK1156388A1 (en) |
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| CN103940019A (en) * | 2014-05-09 | 2014-07-23 | 广西钧富凰地源热泵有限公司 | Air conditioner system and heat pump equipment |
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| CN111750461A (en) * | 2019-03-29 | 2020-10-09 | 木村工机株式会社 | Air conditioning system |
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| JP5369260B2 (en) * | 2011-10-27 | 2013-12-18 | 株式会社サクラプロリンク | Air heat exchange system and air heat exchanger used |
| JP5396580B2 (en) * | 2011-11-01 | 2014-01-22 | 株式会社サクラプロリンク | Air heat exchanger with built-in cold / hot water coil |
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| JP2015117928A (en) * | 2014-02-07 | 2015-06-25 | 輝明 村上 | Windless air-conditioning method in building for playing badminton or table tennis and apparatus used for the same |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103528173A (en) * | 2012-07-05 | 2014-01-22 | 苏州市创建空调设备有限公司 | Low temperature strip-type air port and heating and ventilation equipment comprising low temperature strip-type air port |
| CN103940019A (en) * | 2014-05-09 | 2014-07-23 | 广西钧富凰地源热泵有限公司 | Air conditioner system and heat pump equipment |
| CN108212593A (en) * | 2018-03-13 | 2018-06-29 | 福建省统环保科技有限公司 | A kind of modified glue sprayer and apply its glue spraying waste gas processing method |
| CN108212593B (en) * | 2018-03-13 | 2023-09-29 | 福建省统一环保科技有限公司 | Improved glue spraying machine and glue spraying waste gas treatment method using same |
| CN111750461A (en) * | 2019-03-29 | 2020-10-09 | 木村工机株式会社 | Air conditioning system |
Also Published As
| Publication number | Publication date |
|---|---|
| HK1156388A1 (en) | 2012-06-08 |
| JP4999941B2 (en) | 2012-08-15 |
| CN102128478B (en) | 2013-11-20 |
| JP2011145026A (en) | 2011-07-28 |
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