CN101528178B - Sauna device - Google Patents
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- CN101528178B CN101528178B CN2007800395502A CN200780039550A CN101528178B CN 101528178 B CN101528178 B CN 101528178B CN 2007800395502 A CN2007800395502 A CN 2007800395502A CN 200780039550 A CN200780039550 A CN 200780039550A CN 101528178 B CN101528178 B CN 101528178B
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Abstract
The invention provides a sauna device made up of a small number of components without any special heat source, operable at a low running cost, capable of turning a sauna room into a high humidity space with low noise. The sauna device has a heating/humidifying unit for heating/humidifying air, a ventilating unit for exhausting the air in the sauna room, and a control unit for controlling the heating/humidifying unit and the ventilating unit. The heating/humidifying unit has a heating section for heating the air through a circulation air-blowing section for circulating the air in the sauna room and a humidifying section for humidifying the heated air having passed through the heating section. The humidified are is blown out into the sauna room through the humidifying section. A bent portion where the air-blowing duct through which the humidified air having passed through the humidifying section passes is bent is provided.
Description
Technical field
The present invention relates to a kind of spatial sauna apparatus of Saunas that is used for making the hot and humid gaseous environment of the indoor formation of Saunas object such as bathroom.
Background technology
In the past, as an example of this sauna apparatus, knownly be located at the ceiling in bathroom and make the bathroom form the atomising device of sauna chamber.
Saunas has: with indoor temperature form about 100 ℃ and with relative humidity form the low wet environment of high temperature about 10% the dry type Saunas, make indoor temperature form about 40～50 ℃ and make the steam type Saunas of the middle hot and humid environment about relative humidity forms more than 70%.In recent years, be arranged on the sauna apparatus in bathroom or the shower room etc., perhaps can receive publicity, propose to have the sauna apparatus of various steam type with the sauna apparatus that bathroom or shower room self use as sauna house.
Figure 25 is the schematic major part profile of expression internal structure in an example of so in the past sauna apparatus.
Shown in figure 25, sauna apparatus has: through air and the air-supply arrangement 105 of from air outlet 104 to bathroom in blowing of the blowing fan 102 in the ceiling 101 that is arranged on the bathroom in the air entry 103 absorption bathrooms; The water of being located on the air-supply arrangement 105 and will supplying with via feed pipe 106 heats with heater 107 through steam and forms steam, the steam raising plant 108 that this steam is sprayed in the bathroom from nozzle 109.
In addition, as the relevant information of technical literature formerly known patent document 1 for example.
In such sauna apparatus in the past; Owing to adopt the mode of carrying out warming and humidifying through steam with 107 pairs of water of heater; So that normal-temperature water rises to temperature to a certain degree from room temperature; And spray and evaporate humidification from nozzle 109, and form 70～100% middle high temperature Saunas space in order to make space in the bathroom form 40～50 ℃, relative humidity, need make the temperature of the injection warm water of nozzle 109 form more than 50 ℃.In addition; Owing to adopt from nozzle 109 direct modes, do not have discomfort so will make Saunas object person shower water droplet, except temperature in the bathroom that depends on this moment to spraying in the bathroom; Also to depend on injection temperation;, injection temperation, sees that the injection warm water more than 50 ℃ is necessary when being 50～70 ℃ certainly from the body sense for being good in the body sense.Therefore,, need great amount of heat, need to drop into more energy in order normal-temperature water to be heated to 50～60 ℃.Promptly, need a large amount of electric energy, in construction, have to carry out construction corresponding to big electric current in order to add hot water with heater 107 through steam.
In addition, only the temperature in the bathroom is risen, need very many injection flows, promptly need drop into more energy through injection warm water from nozzle 109.
In addition; For effectively with warming in the bathroom; Shown in Figure 26 other sauna apparatus in the past adopts the structure of dual-purpose Wen Fengyong heater 110; But the Wen Fengyong heater that air heat is used 110 is necessary with the steam of water heating usefulness with heater 107 boths, still need drop into lot of energy.
According to above elaboration; In such sauna apparatus in the past, under the situation of not using special thermal source such as hot water supply device, water is become warm water in order to make electricity consumption; And need lot of energy; Have the problem that when Saunas turns round, consumes operating cost, needing to reduce operating cost is consumes electric power, perhaps shortens from starting Saunas through early stage forward position running to the time between the balneation.
In addition since from the warm water of nozzle 109 ejection directly to the bathroom internal spraying, thereby exist its directly contact Saunas user health and in the body sense bad problem.
In addition, also exist because of unfortunate run into that water droplet then causes in the bathroom, can not reading and the Saunas running in health problem such as can not have a bath, require to provide a kind of space that action such as reading is not also restricted in sauna chamber.
Figure 27 is as the internal structure sketch map of the disclosed sauna apparatus of sprayer unit in another example of in the past this sauna apparatus.
About this sprayer unit in the past; Known such scheme: leading section is crooked to spray direction; In the air supply duct of front end formation nozzle, set spray nozzle 201; From this spray nozzle 201 ejection spray liquids and from said nozzle ejection, in this sprayer unit, form the first air blow-off outlet 202 at the upper limb of nozzle; And the lower edge at said nozzle forms the second air blow-off outlet 203, blows out spray liquid with the air that blows out from this first and second air blow-off outlet from nozzle.
In addition, as the relevant information of technical literature formerly, for example known have a patent documentation 2.
But, in the sprayer unit shown in the patent documentation 2, as the mechanism of the noise that reduces spraying; Consider to make the direction of advance of sound crooked; Consideration is provided with swan-neck etc. at blow-off outlet, but for the sauna apparatus that is used for the bathroom, the noise of not only spraying; Also have the air-supply sounds such as sound of the wind that produce from fan electromotor in the bathroom, to echo, can bring discomfort.
In addition, in the Saunas space, loosen, or the granule that the reading of wearing glasses can produce humidifying air when waiting coagulating in a large number on health, temperature humidity distribution variation, glasses atomize, and dew drops onto the first-class discomfort of book.
In addition, produce discomfort such as uneven drying during drying clothes.
Figure 28 is the side cut away view of the sauna apparatus of the band atomizing functions that in another example of in the past this sauna apparatus, utilizes the bathroom.
Shown in figure 28; This sauna apparatus forms such structure: have the air heated air air supplying part 302 of blowing of the heating by the heating part that air is heated 301, the humidifying air air supplying part 304, suction inlet 305 and the blow-off outlet 306 that add wet end 303, will be blown by the humidifying air that adds wet end 303 humidifications; Converge in the front of blow-off outlet 306 from the heated air of heated air air supplying part 302 with from the humidifying air of humidifying air air supplying part 304, blow out the warming and humidifying air from blow-off outlet 306.In addition, adopt and make assistant that humidification rotates through motor with the warm water collision and broken structure as adding wet end 303.
In addition, as the relevant information of technical literature formerly known patent document 3 for example.
In such sauna apparatus in the past, be divided into heated air air supplying part 302 and humidifying air air supplying part 304, in addition; Exist wind path to form two wind paths, many, the complex structure of component count, product weight is big; Maintainability is also poor, and the problem that product cost is high requires to reduce component parts.
In addition, there is the problem that causes the operating sound noise because of the sound of motor sound and the broken water of assistant, requires to alleviate operating sound.
Figure 29 and Figure 30 are that another example of this sauna apparatus in the past is each construction profile of bathroom heating drying machine and the axonometric chart of cycling element.
As shown in the figure; Bathroom heating drying machine in the past will circulate and be assembled in the external shell 312 with unit 311; This circulation with unit 311 in inside integrally formed circulation with motor 307, circulation with fan 308 and circulate with component parts 309, make warm water through and the heat exchanger 310 that heats; Below be provided with and form suction opening 313 and the circulation portions 315 that blows out opening 314, on circulation portions 315, be provided with and separate suction opening 313 and the structure that blows out the circulation portions side demarcation strip 116 of opening 314.
In addition, as the relevant information of technical literature formerly, for example the known patent document 4.
In this bathroom heating machine; Owing to form the substantial middle of the equipment that is provided in unit 311 that will circulate, its with blow out between the opening 314 structure that is communicated with through collinear ventilation road roughly, so appending under the situation of atomizing functions; Have in the ventilation road, be provided with and add wet end; Add wet end but have in the ventilation road, to be provided with, the problem that spatially has difficulties, requirement can be provided with simply and add wet end.
Patent documentation 1: the spy opens the 2003-207176 communique
Patent documentation 2: the spy opens flat 2-233167 communique
Patent documentation 3: the spy opens the 2006-212246 communique
Patent documentation 4: the spy opens the 2005-3343 communique
Summary of the invention
The present invention researches and develops in view of the above problems; Its purpose is to provide a kind of the spraying for warm water to use special thermals source such as not using the hot water supply device; Also can consume less energy; With low cost running, in addition, the sauna apparatus that the humidifying air of producing by boasting from sauna apparatus is blown out in the bathroom with small particle diameter.
According to first mode of the present invention, sauna apparatus has to achieve these goals: the warming and humidifying portion that air is carried out warming and humidifying; Discharge the ventilation portion of the indoor air of Saunas object; The control part of control warming and humidifying portion and ventilation portion; Wherein, Warming and humidifying portion has via the air with Saunas object chamber and carries out circulation circulation air supplying part and heating part that air is heated and to carrying out the wet end that adds of humidification through the heated air behind the said heating part, and via the said wet end that adds Saunas object chamber is blown out humidifying air.That is, because humidifying air is that the heated air that heated up by heating part that air is heated is through adding the air of wet end humidification, so need water not heated up into warm water; Adding wet end is not connected with the thermals source such as hot water supply device of supplying with warm water; And the warming and humidifying air is blown out to the Saunas object is indoor from blow-off outlet, so do not need thermal source such as hot water supply device, construction becomes easy; In addition owing to not heating, so can provide operating cost cheap sauna apparatus to water.In addition, as other means, has the gas-liquid separation portion of separation big grain water droplet and fine water droplets at the downwind side of water fragmentation portion.Can obtain such sauna apparatus through these means; Immersing big water droplet in the mixing humidifying air of big grain water droplet and fine water droplets of gas-liquid separation portion impacts wall or the end face of gas-liquid separation portion and is recovered; On the other hand; Fine water droplets can not impact wall or the end face of gas-liquid separation portion and pass through, and the humidifying air of producing by boasting only becomes fine water droplet.Promptly; Can make the space of indoor formation of Saunas object limpid (transparent feel) and high humility through the fine humidifying air of producing by boasting from sauna apparatus; Therefore, can provide to create and have the humidity sense and the spatial sauna apparatus of Saunas that Saunas running action down limits less, has effects such as can reading.
Secondly, the objective of the invention is to the noise through eliminating spraying when a kind of the use is provided, the air-supply sound of fan electromotor and do not have the sauna apparatus of discomfort.
According to other modes of the present invention, sauna apparatus to achieve these goals, on the basis of first mode, adopt through add behind the wet end humidifying air passed through blows out the structure that wind path has bending section.Thus, can in bending section, isolate the intermediate frequency sound, from blow-off outlet to the indoor warming and humidifying air that low noise is provided of Saunas object.
The objective of the invention is to, provide that a kind of component parts is few, the sauna apparatus of high temperature, height humidification, low noise.
Second mode according to the present invention, sauna apparatus has to achieve these goals: the air in bathroom is carried out circulation circulation air supplying part; The air heat portion that air is heated; Air is carried out the wet end that adds of humidification; Through said circulation air supplying part make passed through said air heat portion air via the said wet end that adds from the ventilation road that blow-off outlet blows out to Saunas object chamber, wherein, said circulation air supplying part and said blow-off outlet are communicated with the ventilation road of contrary L word shape.Thus, can supply with high temperature, damp atmosphere, and be configured in the circulation air-supply wind path through adding wet end to Saunas object chamber; Thereby can realize its purpose with a spot of component parts, therefore, lightweight, low cost that can realization body; In addition, with compared with techniques in the past, need not be used to add the fan electromotor of wet end; Therefore, can access the sauna apparatus of low noise.
According to other modes of the present invention; Sauna apparatus to achieve these goals, on the basis of first mode, owing to air heat portion is configured in the outside of the shell that forms the ventilation road; So can not receive pressure fan ejection side the wind path area influence and air heat portion is set; Therefore, air heat portion is maximized, thereby can obtain to provide the sauna apparatus that to supply with the air of high temperature, high humility with big air quantity.
Description of drawings
Fig. 1 is the construction profile of internal structure of the sauna apparatus of expression embodiment one of the present invention.
Fig. 2 is the approximate three-dimensional map that the sauna apparatus of expression embodiment one of the present invention is arranged on the state in the Saunas object chamber.
Fig. 3 is the summary face upwarding assumption diagram under the state of removing panel of sauna apparatus of embodiment one of the present invention.
Fig. 4 is the summary construction diagram that the sauna apparatus of embodiment one of the present invention is seen from above.
Fig. 5 is the approximate three-dimensional map that the extraction of the sauna apparatus of embodiment one of the present invention adds the part of wet end.
Fig. 6 is the figure in the forward position (Ga り on the upright Chi) of the indoor humiture of the Saunas object of sauna apparatus of expression embodiment one of the present invention.
Fig. 7 A is the summary construction profile of the sauna apparatus of embodiment two of the present invention.
Fig. 7 B is the skeleton diagram that adds the nozzle supplying tubing in the wet end circulated air road of the sauna apparatus of embodiment two of the present invention.
Fig. 8 is the construction profile of internal structure of the sauna apparatus of expression embodiment three of the present invention.
Fig. 9 is the summary section that blows out wind path of the sauna apparatus of embodiment three of the present invention.
Figure 10 is the summary section that blows out wind path of the sauna apparatus of embodiment four of the present invention.
Figure 11 is the summary section that blows out wind path of sauna apparatus of the variation of embodiment four of the present invention.
Figure 12 is the summary section that blows out wind path of the sauna apparatus of embodiment five of the present invention.
Figure 13 is the approximate three-dimensional map of blow-off outlet of the sauna apparatus of embodiment six of the present invention.
Figure 14 is the approximate three-dimensional map of variable wind direction plate of the sauna apparatus of embodiment six of the present invention.
Figure 15 A is the vertical view of variable wind direction plate of the sauna apparatus of embodiment six of the present invention.
Figure 15 B is the front view of variable wind direction plate of the sauna apparatus of embodiment six of the present invention.
Figure 15 C is the side view of variable wind direction plate of the sauna apparatus of embodiment six of the present invention.
Figure 16 is the summary lateral view that blows out wind path of the sauna apparatus of embodiment six of the present invention.
Figure 17 is the A-A vertical view among Figure 16 that blows out wind path of sauna apparatus of embodiment six of the present invention.
Figure 18 is the general principal view that the peristome from following of the sauna apparatus of embodiment six of the present invention is seen.
Figure 19 is the approximate three-dimensional map of variable wind direction plate of the sauna apparatus of embodiment seven of the present invention.
Figure 20 is the summary section that blows out wind path of the sauna apparatus of embodiment seven of the present invention.
Figure 21 is the construction profile of internal structure of the sauna apparatus of expression embodiment eight of the present invention.
Figure 22 is the approximate three-dimensional map that the sauna apparatus of expression embodiment eight of the present invention is arranged on the state in the Saunas object chamber.
Figure 23 is the motor approximate three-dimensional map partly of the sauna apparatus of expression embodiment eight of the present invention.
Figure 24 is the construction profile of internal structure of the sauna apparatus of expression embodiment nine of the present invention.
Figure 25 is the schematic major part profile of expression internal structure in first example of in the past sauna apparatus.
Figure 26 is the schematic major part profile of expression internal structure in second example of in the past sauna apparatus.
Figure 27 is as the internal structure sketch map of the disclosed structure of sprayer unit in the 3rd example of in the past sauna apparatus.
Figure 28 is a side cut away view of in the 4th example of in the past sauna apparatus, utilizing the sauna apparatus that has atomizing functions in bathroom.
Figure 29 is the construction profile of bathroom heating drying machine in the 5th example of in the past sauna apparatus.
Figure 30 is the axonometric chart of the cycling element of bathroom heating drying machine in the 5th example of in the past sauna apparatus.
Description of reference numerals
Saunas object chamber 1
2 warming and humidifying portions
9 control parts
10 ventilation portions
12 circulation air supplying part
13 heating parts
14 add wet end
19 electric heaters
20 add wet end circulated air road
21 nozzles
22 injection water shock surfaces
23 water fragmentation portions
24 gas-liquid separation portions
25 water storage portions
26 nozzle supplying tubing
27 discharge outlet
The outer water storage portion of 29 air flow stream paths
30 spilling water detection portions
The hole is used in 31 suctions
32 hole occlusive parts
34 heating spaces
The specific embodiment
Below, with reference to description of drawings embodiment of the present invention.
(embodiment one)
As shown in Figure 2, in inboard space 2 such as the ceiling of the Saunas object chamber 1 that constitutes by bathroom etc., the apparatus main body 3 that forms sauna apparatus is set.The peristome 4 that is formed at the lower surface of apparatus main body 3 is communicated with Saunas object chamber 1 via ceiling opening 5.In addition; On the feed water inlet 33 of apparatus main body 3 and discharge outlet 27, be connected respectively apparatus main body 3 is supplied with the feed pipe 6 of water and the drain pipe 7 that the water of discharging from apparatus main body 3 is carried out draining; Saunas object chamber 1 or apparatus main body 3 inside are heated, under the situation of humidification; Send to municipal water via 6 pairs of apparatus main bodies 3 of feed pipe, the part of the municipal water of supplying with from feed pipe 6 is used for humidification, and the water that is not used in humidification is discharged from drain pipe 7.In addition, have suction inlet 16 and blow-off outlet 17, shown in arrow, absorb and blow out air at peristome 4.
In addition; As shown in Figure 1; Apparatus main body 3 is for having the box shape of an opening surface; Be built-in with the warming and humidifying portion 8 and control part 9 (with reference to Fig. 3) that air is carried out warming and humidifying in inside, on the other hand, externally dispose the air of Saunas object chamber 1 is discharged ventilation portion 10 and the air-lock 11 of regulating the opening shape that is communicated with ventilation portion 10 and apparatus main body 3 outside the room.What warming and humidifying portion 8 had that air to Saunas object chamber 1 circulates that heating part 13 that the air of the circulation air supplying part 12 of air-supply, the air-supply that will circulate heats up, the air of blowing of will circulating carry out humidification adds wet end 14.On the other hand, control part shown in Figure 39 is with ventilation portion 10, air-lock 11, circulation air supplying part 12, heating part 13 and add wet end 14 and be electrically connected, thereby regulates exercises.
At position configuration panel 15 in the face of Saunas object chamber 1; Panel 15 has suction inlet 16 and blow-off outlet 17; Be located at the circulation blowing fan 18 on the circulation air supplying part 12 through driving; Blow to the heating part 13 of warming and humidifying portion 8 through circulation air supplying part 12 by suction apparatus main body 3 via suction inlet 16 for the air of Saunas object chamber 1.
Add wet end 14 and have nozzle 21 and injection water shock surface 22, on the other hand, constitute by the gas-liquid separation portion 24 and the water storage portion 25 of temporary transient savings water in the downstream of air flow as water fragmentation portion 23.
Nozzle 21 is connected with nozzle supplying tubing 26, and nozzle supplying tubing 26 is connected with running water pipe in feed water inlet 33, so normal-temperature water is passed through nozzle supplying tubing 26 and supply nozzle 21, sprays from nozzle 21.Nozzle 21 is on cone shape surface roughly, to concentrate water droplet and the open circles of spraying is tapered.Promptly in nozzle 21 inside, supply with that water circles round with helical form and spray, owing to be involved in air during rotation from the jet of nozzle 21; So compare with other nozzle, few with respect to the injection flow of identical hydraulic pressure, in addition; Because it is bigger that the aperture of nozzle is obtained, thus can be effective with respect to obstructions such as scales, on the other hand; Because jet velocity is also fast, so it is also thin to spray particle diameter.The injection water that ejects from nozzle 21 impacts the injection water shock surface 22 that is positioned at the below, and then by miniaturization.By the water droplet of miniaturization through circulation air supplying part 12 be heated to air flow more than 80 ℃ through electric heater 19 and cross and generate humidifying air.At this moment be rich in fine water droplet with injection water shock surface 22 ballistic injection waters; Though so spray with normal-temperature water but can form fine water droplet; Thereby surface area increases; The area that contacts with heated air flow increases, so part evaporation, a part is imported into the gas-liquid separation portion 24 that is located at the downstream along air flow in addition.Through making the water droplet miniaturization like this, thereby form the state of evaporation water droplet easily, in normal-temperature water, also can fully improve humidifying performance thus.This embodiment example in the forward position of the humiture in the Saunas object chamber 1 is for the moment used in record among Fig. 6.Can know according to Fig. 6, As time goes on, be changed to state in the Saunas object chamber 1 with sufficient humiture.
In addition, in this embodiment one, use the injection water that sprays from the nozzle 21 of water spray, with the water miniaturization, but also can use the second fluid nozzle that sprays with gas-liquid mixed, its action effect has no difference.
Like Fig. 1, Fig. 4 and shown in Figure 5, big grain water droplet in the injection water droplet that crosses with heated air, more than a part of diameter 1 μ m drips in the lower surface that adds wet end circulated air road 20, but a part is invaded in the gas-liquid separation portion 24.Gas-liquid separation portion 24 is the stainless steel wire shape of envelope at random of fine rule shape; Water droplet that on injection water shock surface 22, impact to form and heated air cross and during gap through the stainless steel wire of gas-liquid separation portion 24 of the humidifying air that generates; Big grain water droplet impacts attached on the stainless steel wire; This adheres to repeatedly and carries out, and then adheres to water droplet and becomes big, drops onto in the water storage portion 25 that is located at the bottom because of deadweight.On the other hand, the fine water droplet below the diameter 1 μ m can not impact as the gap of the stainless steel wire of gas-liquid separation portion 24 and pass through, and blows out to Saunas object space 1 from blow-off outlet 17.
Dispose the water storage portion 25 of temporary transient savings water in the bottom of gas-liquid separation portion 24, the big grain water droplet that its temporary transient savings are reclaimed by gas-liquid separation portion 24.Water storage portion 25 is with respect to from electric heater 19 downward-sloping and localized injection water shock surfaces 22, further downward-sloping configuration, and the bottom surface of water storage portion 25 forms a part and has downward-sloping bottom surface.On the other hand, the bottom surface of water storage portion 25 has downward-sloping with respect to discharge outlet 27 and forms, and water or the warm water of savings in water storage portion 25 is discharged to apparatus main body 3 outsides through discharge outlet 27 easily.
As shown in Figure 5; Water storage portion 25 is made up of the outer water storage portion 29 of air flow stream path that the water storage portion circular flow path in the circulation flow path that is configured in the air-flow of being supplied gas by circulation air supplying part 12 28 disposes with avoiding the circulation flow path of air-flow, and discharge outlet 27 is provided in the outer water storage portion 29 of air flow stream path.Like this configuration be because, discharge outlet 27 is if be positioned at water storage portion circular flow path 28, the air flow of the air supplying part that then circulates 12 also flows to discharge outlet 27, near the discharge outlet 27 of water storage portion 25 (with reference to Fig. 4), it is turbulent that air and waterishlogging are given birth to, and draining well.Discharge outlet 27 has the sufficient bore of draining easily in order to discharge the water that sprays from nozzle 21, and the part of the water that ejects from nozzle 21 temporarily is trapped in water storage portion 25, behind the certain hour from discharge outlet 27 to apparatus main body 3 outside discharges.The water of discharging from discharge outlet 27 through the construction of the downward-sloping drain pipe 7 of nature generally by to guiding such as rhones.But, owing to the inboard space 2 of ceiling that is set to of apparatus main body 3, so have protuberances such as flank at the inboard edge of the ceiling in bathroom as the bathroom of Saunas object chamber 1 more; The drain pipe 7 that is connected with the discharge outlet 27 of apparatus main body 3 is along the edge as the outside in the bathroom of Saunas object chamber 1; Be inclined upwardly and become, drain pipe 27 is if use pitch tube etc., then when the bight is provided with angle in addition; It is big that R becomes; The local formation of its result is inclined upwardly, the unfavorable condition in so such construction etc., can cause can not draining situation.In addition, drain pipe 7 by the situation of filling such as scale too.Therefore, on the part of water storage portion 25, dispose float switch as spilling water detection portion 30.Spilling water detection portion 30 is arranged in the outer water storage portion 29 of air flow stream path, if more than the moisture storage capacity certain value of water storage portion 25, then spilling water detection portion detects water expires, and transmits signal to the control part 9 of its electrical connection.On the other hand, control part 9 receives the full signals detected of water, transmits signal to the electromagnetic valve (not shown) as water supply switching portion; Feed water valve is closed, stop and supply water, thereby stop to spray from nozzle 21; And remote controller (not shown) is carried signal, show as anomalous signals.Spilling water detection portion 30, completely surveys and can carry out high-precision water so situations such as waviness can not take place because of air the water surface of the water of being saved owing to be located in the outer water storage portion 29 of air flow stream path.On the other hand, water storage portion 25 is because the certain water of savings, so supply gas and by the water droplet of water fragmentation portion 23 miniaturizations, its part contact water storage face, and importing gas-liquid separation portion 24 through circulation air supplying part 12.The air on the water storage surface of contact water storage portion 25 is given the humidity composition under the situation for dry air; Be fed to gas-liquid separation portion 24 as humidifying air; In addition, under situation for the humidifying air that contains big grain water droplet, the big grain water droplet contact water surface and attracteding in the water storage portion 25; Therefore, the humidifying air stream of intrusion gas-liquid separation portion 24 is admitted to as the humidifying air of the degree of having removed big grain water droplet.
Humidifying air through gas-liquid separation portion 24 constitutes the humidifying air that only contains fine water droplets; Supply gas to Saunas object chamber 1 from blow-off outlet 17; But because wind pushing air self becomes high temperature through electric heater 19, so under the state that suppresses dewfall, be diffused in the Saunas object chamber 1 from the fine water droplets of blow-off outlet 17.Promptly; To keep fine state to expand to as the bathroom of Saunas object chamber 1 inner owing to the fine water droplets of humidifying air; So can provide formation user not to be had the spatial Saunas object chamber 1 of the tired sense that water droplet brings; Therefore, can in Saunas object chamber 1, read, can enlarge the scope of utilizing of Saunas object chamber 1.In addition, the impact through 23 pairs of water of water fragmentation portion makes the water miniaturization, can the air that be rich in anion given in the Saunas object chamber 1 by thunder Nader effect.
In addition, as shown in Figure 5, near the wall that adds the water storage portion 25 of wet end 14 is provided with suction with hole 31.This suction the reasons are as follows with hole 31 is set.In the time of in the inboard space 2 of the ceiling that apparatus main body 3 is arranged on Saunas object chamber 1; Carry out the construction of feed pipe 6 and drain pipe 7; But drain pipe 7 is downward-sloping if do not form nature, and the water that then sprays from nozzle 21 is not discharged from; The water that spilling water detection portion 30 detects water storage portion 25 is full, and the injection of nozzle 21 is stopped.Thus, drain pipe 7 must form downward-sloping.On the other hand,,, form apparatus main body 3 and be arranged in the space 2, ceiling inboard, connecting the state of feed pipe 6 and drain pipe 7 so in the construction way, do not have under the state of apposition panel 15 owing to last installation panel 15 when constructing.When being in this state following time, about adding wet end 14, can confirm the outside that apparatus main body 3 is inner, can confirm that promptly suction is with hole 31.In addition, even the sequence of construction of working as drain pipe 7 under last situation, also can form the state that can confirm easily to absorb water with hole 31 through removing panel 15.Under the state that can confirm to absorb water with hole 31, water is added wet end 14 inside from suction with hole 31 a small amount of supplies, the water droplet that then is supplied to drops in the water storage portion 25, and is directed to discharge outlet 27.Guide to the supply water in the discharge outlet 27 if work as connected drain pipe 7, then emit from the patent part side of drain pipe 7 for downward-sloping.Like this, can confirm to carry out with downward-sloping reliably to the construction of drain pipe 7.On the other hand; Can confirm following situation; When the construction of drain pipe 7 constitutes under the acclivitous situation, before water was emitted from the patent part of drain pipe 7, spilling water detection portion 30 detected spilling water; Perhaps ought not insert under the situation of power supply, because of the construction of drain pipe 7, producing condition of poor from apparatus main body 3 spilling waters.In addition, through will absorb water with hole 31 be arranged on discharge outlet 27 near, can make the inside that adds wet end 14 not too wetted and construction that carry out drain pipe 7 is confirmed, can suppress to come Absorb Water with situation such as growing of the antibacterial due to the residual water of the supply water in hole 31.
On the other hand, after the affirmation of the drain pipe 7 when construction finished, the means installing hole occlusive part 32 of suction with hole 31 stopped up in conduct in absorbing water with hole 31.Through by stop up in the hole occlusive part 32 add wet end 14 suction with hole 31; Thereby humidifying air can not leak with hole 31 from suction, can prevent to follow said leakage to cause water droplet attached in the apparatus main body and the humidification amount that the water droplet that brings falls or the leakage of humidification composition causes reduction.
(embodiment two)
Next, embodiment two is described.In addition, use identical Reference numeral with embodiment one multiple part, it explains omission.
Shown in Fig. 7 A, heating part 13 is an electric heater 19, and the air of being carried by circulation air supplying part 12 is heated through the inside of electric heater 19.Electric heater 19 is made up of heater element (not shown) and conducting strip (not shown); Conducting strip is owing to the heat with electric heater 19 passes to air flow effectively in addition; So the flow direction with respect to air has certain width; Therefore, air flow when the electric heater 19 by shown in conducting strip width and by rectification.On the other hand, add wet end 14 and have nozzle 21 and injection water shock surface 22, constitute by the gas-liquid separation portion 24 and the water storage portion 25 of temporary transient savings water in the downstream of air flow as water fragmentation portion 23.Nozzle 21 is connected with nozzle supplying tubing 26, and nozzle supplying tubing 26 is connected with running water pipe through feed water inlet 33, and shown in Fig. 7 B, formation makes the structure of advancing tortuously and being connected with nozzle 21 simultaneously as the heating space 34 of the downwind side of electric heater 19.
In said structure; The normal-temperature water of 33 supplies is supplied with through nozzle supplying tubing 26 from the feed water inlet; But; Because the normal-temperature water of supplying with is through heating space 34 time, the exterior contour of nozzle supplying tubing 26 contacts with the heated air that is heated to more than 80 ℃ by electric heater 19, so the exterior contour of this normal-temperature water through nozzle supplying tubing 26 carries out heat exchange.Therefore, the normal-temperature water that is supplied to is heated through the nozzle supplying tubing 26 that is provided on the heating space 34, becomes warm water in the front of nozzle 21, sprays warm water from nozzle 21.Self-evident; It is bigger and diameter nozzle supplying tubing 26 is more little that nozzle supplying tubing 26 is positioned at the surface area of exterior contour of part of heating space 34; Then the absorption of heat is big more; Slow more at the flow velocity of the normal-temperature water of the internal flow of nozzle supplying tubing 26 in addition, then the temperature of the supply water of supply nozzle 21 is high more.In addition, if supply with the condition that water can access sufficient temperature, nozzle supplying tubing 26 is advanced tortuously in heating space 34.
Because the injection water that sprays from nozzle 21 becomes warm water, so the injection water of ram-jet water slug face 22 also becomes warm water.By injection water shock surface 22 ballistic injection waters further by miniaturization, by the water droplet of miniaturization through circulation air supplying part 12 with in electric heater 19, cross through the air flow that is heated to more than 80 ℃, generate humidifying air.At this moment, the injection water that impacts injection water shock surface 22 is the injection water that is rich in fine water droplets, and injection water is when for normal-temperature water; When fine water droplets was evaporated, the part of the heated air of seeing off from electric heater 19 seized latent heat, and temperature is reduced; But injection water is under the situation of warm water, and the reduction rate of heated air temperature is reduced; The humidifying air of supplying with from blow-off outlet 17 can form high humidity high temperature, and then can improve humidifying performance.
(embodiment three)
Sauna apparatus carries out with respect to the set-up mode of Saunas object chamber is as shown in Figure 2, and is identical with embodiment one.In addition, use identical Reference numeral with embodiment one multiple part, it explains omission.
Fig. 8 is the construction profile of structure of the sauna apparatus of this embodiment of expression.At this, the part that adds the later conveying air before the blow-off outlet 17 of wet end is called and blows out wind path 35.In addition, Fig. 9 comprises wind path 35 and the summary section that adds the wind path on wet end circulated air road 20 of blowing out shown in Figure 8.
As shown in Figure 9; In the section of wall; Not with join bending section 36 and of successive curve shape with the collinear wire shaped bending section 36 that joins, thereby the noise that fan electromotor produces impacts on the wall on bending section 36 tops to the opposition side reflection that blows out side, so sound insulation easily.In addition, when pasting under the situation of sound-absorbing material on the curved surface, sound-absorbing material is stripped from because of its elastic force easily, is difficult to guarantee the space, and in this embodiment, through forming collinear, guarantees to stretch the space of the sound-absorbing material 37 with soundproof effect easily.
In addition; The top wall of humidifying air and bending section 36 or the sound-absorbing material on the wall of top 37 impact; And make water adsorption on wall, thus remove moisture, through changing the hang direction and the blow-off direction of the water of removing by bending section; Through impacting the energy of wall or sound-absorbing material 37, the water droplet refinement is separated in addition.
(embodiment four)
Use identical Reference numeral with embodiment one～three identical part, specify and omit.
Shown in figure 10, periphery is provided with flank 38 in the outside of bending section 36, the top wall of humidifying air impact bending portion 36, thus make water adsorption on wall and moisture is removed.The moisture that is adsorbed on wall after arriving the flank 38 of bending section 36, drops down onto the outside of wind path transmitting on the wall.Then, the air of having removed moisture changes direction and is blown in bending section 36.In addition; Shown in figure 11; The flank 38 of outside periphery is formed under the situation of groove structure,, form such structure: be adsorbed on that moisture on the wall transmits and fall on wall from the end face of flank 38 with likewise aforementioned; This water droplet gets into water droplet accumulator tank 40, afterwards natural drying or outflow to wind path along groove in groove.
(embodiment five)
Use identical Reference numeral with embodiment one～four identical part, specify and omit.
Shown in figure 12, such twice bending section is set like bending section 36 and bending section 41, the roughly S word shape of expression is drawn in wind path formation in the accompanying drawings; Thus, the noise that is produced by fan electromotor impacts the wall on initial bending section 36 tops, and reflects to the opposition side that blows out side; Therefore, easily sound insulation, and then impact the wall of bending section 41 bottoms through the noise of bending section 36; Likewise, noise reflects to the opposition side of blow-off outlet, thereby obtains higher soundproof effect.
In addition; The top wall of humidifying air and bending section 36 impacts and makes water adsorption on wall, thereby removes moisture, changes the hang direction and the blow-off direction of the water of being removed by bending section; And then; Humidifying air through bending section 36 and bending section 41 bottom walls impact, and make water adsorption on wall, remove moisture and change blow-off direction.In addition, in any one of bending section 36 and bending section 41,, the water droplet refinement is separated through impacting the energy of wall.
(embodiment six)
Use identical Reference numeral with embodiment one～five identical part, specify and omit.
Figure 13, Figure 14 represent blow-off outlet and the axonometric chart of variable wind direction plate of the sauna apparatus of embodiment six respectively, and Figure 15 A～Figure 15 C representes the three-view drawing of the variable wind direction plate of embodiment six.
Shown in Figure 13, Figure 14, Figure 15 A～Figure 15 C; Length direction has axle to variable wind direction plate 42 along the left and right sides; One-sided axle can insert in the hole in the wind path rotatably, and the axle of opposite side is to fix with the axle concentric circles of motor 43, through operating remote controller; Make motor 43 rotations of the one-sided axle of supporting variable wind direction plate 42, and make the blow-off direction of humidifying air variable.Then; Its wing shape is made up of two wings of ala lateralis 45 and inboard wing 46; In addition, a plurality of flanks 44 of two wing shapes of supporting make the flank 44 straight formation that are positioned at central part, and; About separate localized flank 44 surperficial R partial shape gently diminish along with separation, and the wind through wing shape along its R shape and about expand.In addition, the width dimensions that makes inboard wing 46 constitutes below 1/3 with respect to ala lateralis 45, impacts and the pressure of loss with inboard wing 46 thereby relax air flow, guarantees along the sufficient air quantity of ala lateralis 45 and blows out wind speed.
Figure 16, Figure 18 are the summary lateral views that blows out wind path of the sauna apparatus of expression embodiment six, the general principal view that the peristome from following of sauna apparatus is seen, and Figure 17 representes the cross section A-A of Figure 16.
Inside wind path before the blow-off outlet still, does not need control part and spilling water space exploration owing to guarantee control part 9 that embodiment one is illustrated and the space of spilling water detection portion 30 and being limited with respect to length direction near blowing out opening.Therefore, blow-off outlet 17 is begun to extend oral area with respect to the length direction expansion from wind path wind path shape so far near peristome, and in the open space of expansion, take in variable wind direction plate 42.Opening length dimension before the shape of inboard wing 46 and the opening expansion coincide, and the opening length dimension after the shape of ala lateralis 45 and the expansion coincide, promptly; The shape of variable wind direction plate 42 forms the wide cut shape with respect to blowing out wind path 35; And the wind that blows out from the wind path upper reaches is expanded along flank 44 to the left and right, blows out to bathroom space along ala lateralis 45 simultaneously; Therefore, temperature humidity with respect to the vertical direction of blow-off direction is distributed and be able to improvement.
In addition, the expansion of the peristome of the length direction through carrying out blow-off outlet 17, thereby obtain at opening on the extended line of length dimension of suction opening 47 of broad can overlapping blow-off outlet 17 length dimension, design performance is good.
(embodiment seven)
Figure 19, Figure 20 represent axonometric chart and the summary section that blows out wind path of variable wind direction plate of the sauna apparatus of embodiment seven respectively.
Use identical Reference numeral with embodiment one～six phase part together, specify and omit.
The blade 49 that variable wind direction plate 48 has angle in the end face setting of inboard wing 46, blade 49 can dwindle blowing out the peristome inboard when variable, thus, the air supply areas of blow-off outlet 17 changes because of adding blade 49, and wind speed can strong and weakly be changed.For example, blade that kind shown in figure 20 is adjusted on the extended line that overlaps bending section, thereby the frictional resistance in the wind path reduces, and wind speed increases, then, the wind on the blade 49 flow and ala lateralis 45 impacts, blow out to bathroom space along ala lateralis 45.The variable position of the variable wind direction plate 48 when being target with respect to bathing center court with the bathroom; As stated; Blade is designed on the extended line of bending section; Thereby also can guarantee to have the wind speed of guaranteeing to arrive ground, and the distribution of the humiture in the bathroom also is able to improvement with respect to the above-below direction in the bathroom especially.
(embodiment eight)
Like Figure 21, shown in Figure 22; The sauna apparatus of this embodiment has: make the air circulation of Saunas object chambers 51 such as bathroom circulation air supplying part 56, through the warm water of sending here from hot water supply device 52 carry out heat exchange and the air heat portion 57 of heated air, to air carry out humidification add wet end 58, through circulation air supplying part 56 with the air of Saunas object chamber 51 from suction inlet 59 suck and through air heat portion 57 after by adding wet end from the ventilation road 61 that blow-off outlet 61 blows out to Saunas object chamber 51; The ventilation road 61 that circulation air supplying part 56 and blow-off outlet 60 is passed through to the L word shape is communicated with, thereby forms the main body 53 of sauna apparatus.
In addition; Constitute like this as adding wet end 58; The ejiction opening 62 that will spray from the water that feed pipe 54 is sent here is arranged on the level ventilation road portion 63 of the approximate horizontal state on the ventilation road 61 that forms with the word shape of falling L, makes the pressure fan ejiction opening 66 downward-sloping settings of the lower surface 64 of level ventilation road portion 63 from circulation air supplying part 56.In addition, the end of portion 63 is provided with water storage portion 67 on level ventilation road, and setting can be from this water storage portion 67 to externally drained drainage path 68.The water of discharging from drainage path 68 in addition, generally is directed to through sparge pipe 55 rhone etc.
In addition, the outside with air heat portion 57 is configured in the shell 69 that forms ventilation road 61 forms roughly L word shape or cubic U word shape with the mode of surrounding shell 69.
In addition, shown in figure 23, the motor of sauna apparatus partly constitutes such structure, and the motor 70 of the air supplying part 56 that will be used to circulate is arranged on outside the ventilation road, in the part that covers motor 70 tops peristome 71 is set.
In above-mentioned structure, the sauna apparatus of this embodiment has: the air heat portion 57 that makes the circulation air supplying part 56 of the air circulation of Saunas object chambers 51 such as bathroom, air is heated, to air carry out humidification add wet end 58, through circulation air supplying part 56 in air heat portion 57 through after by adding wet end 58 from the ventilation road 61 that blow-off outlet 60 blows out to Saunas object chamber 51.Circulation air supplying part 56 and the ventilation road 61 of blow-off outlet 60 through the word shape of falling L are communicated with; Therefore, 60 ventilation road 61 is elongated from circulation air supplying part 56 to blow-off outlet, can increase the humidification space; Improve the humidification ability, and the humidification air supplying part that need in sauna apparatus in the past, not use.In addition, blow-off outlet 60 can approaching be arranged on the center side in the bathroom that constitutes Saunas object chamber 51, and can increase the distance of the fan electromotor from blow-off outlet 60 to the circulation air supplying part 56 that constitutes noise generation source.
Thus, through such structure, the sauna apparatus of this embodiment can be to Saunas object chamber 51 whole high temperature, the damp atmospheres supplied with; To add wet end 58 and be configured in the circulation air-supply wind path, thereby can realize, lightweight, cost degradation that can realization body with less component parts; In addition; With compared with techniques in the past, because the fan electromotor that need in adding wet end 58, not use, so can realize low noiseization.
In addition; Because ejiction opening 62 is arranged in the approximate horizontal ventilation road portion 63 with the ventilation road 61 of the formation of the word shape of falling L roughly; Even so contact with the wall on ventilation road 61 and become under the situation of water droplet when humidifying air; Because water droplet can temporarily store up the bottom surface side on ventilation road 61, so water droplet can directly not drop to Saunas object chamber 51 from blow-off outlet 60, thereby can not bring discomfort to user.
In addition; Because level is ventilated the lower surface 64 of road portion 63 from the pressure fan ejiction opening 66 downward-sloping settings of circulation air supplying part 56; And the water storage portion 67 that is provided with the end of being located at level ventilation road portion 63 with can be from water storage portion 67 to externally drained drainage path 68; Even so contact with the wall on ventilation road 61 and become under the situation of water droplet when humidifying air, lower surface 64 is through the downward-sloping ventilation road 61 water storage portion 67 of leading, water droplet is discharged to the outside via drainage path 68; Moisture can not be trapped in the ventilation road 61, thereby is difficult to produce mycete, antibacterial etc.
In addition, owing to the outside that air heat portion 57 is configured in the shell 69 that forms ventilation road 61, so can increase air heat portion 57; Can reduce heating efficiency, flowing resistance; And under the situation that ventilation road 61 in, dispose air heat portion 57, limit the size on ventilation road 61, so the also size of limit air heating part 57 by the size of circulation air supplying part 56; But; Owing to the influence of the wind path area that can not receive pressure fan ejiction opening 66 sides is provided with air heat portion 57,, can supply with the air of high temperature, high humility with big air quantity so air heat portion 57 is maximized.
In addition; Owing to air heat portion 57 is formed roughly L word shape or cubic U word shape with the mode of surrounding shell 69; So can dispose air heat portion 57 effectively, can increase heating surface (area) (HS, thereby can heat up through 57 pairs of air of large-scale air heat portion; Can promote the humidification amount, add heat, thereby can shorten Saunas starting leading edge time.
In addition, the motor that is used in circulation air supplying part 56 70 is located at outside the ventilation road 61, the part on the top that covers motor 70 is provided with peristome 71; So during through circulation air supplying part 56, directly run into warm wind by the air of air heat portion 57 heating in order not make motor 70, and the shape of the shape of framework and motor 70 is identical and cave in; Be arranged on outside the ventilation road 61; Thereby the temperature that can suppress motor 70 rises, and in addition, can not crowd around the heat of motor 70 or its surrounding space through the setting of peristome 71; The temperature that suppresses motor 70 rises, thereby can improve the durability of motor 70.
(embodiment nine)
Use identical Reference numeral with embodiment eight identical parts, specify and omit.
Shown in figure 24; Constitute like this as adding wet end 72; Thereby nozzle that water is sprayed 73 is set and comprises nozzle 73 and injection water shock surface 74 and carry out the water fragmentation portion 75 of humidification to injection water shock surface 74, be separated into the gas-liquid separation portion 78 of big water droplet and fine water droplets in the downwind side setting of water fragmentation portion 75 through the water slug that will spray from nozzle 73.The size of the water droplet that is reclaimed by gas-liquid separation portion 78 in addition, is more than the 10 μ m.In addition, the nozzle supplying tubing 76 of nozzle 73 being supplied with water is arranged to by 77 heating of water heating part.
In addition; The water droplet of the big grain that is recovered is guiding discharge outlet 79 via the water storage portion 83 of the savings drippage water of the bottom of being located at gas-liquid separation portion 78; Water storage portion 83 is arranged on outside the air flow stream path 81 that adds wet end ventilation road 80, the spilling water detection portion 82 of the spilling water of surveying water storage portion 83 is arranged on outside the air flow stream path 81 of water storage portion 83.
In said structure; Setting impacts the water fragmentation portion 75 that injection water shock surface 74 carries out humidification through injection water from nozzle 73 on the wet end 72 because adding; So spray water droplet through from the injection of nozzle 73 and based on the ballistic impulsive force of wall by miniaturization, water droplet forms the size of easy evaporation, owing to generate the water droplet by 75 miniaturizations of water fragmentation portion; The humidification amount is improved, and the forward position temperature rises and accelerates.
In addition; Because the upstream side that is formed on nozzle 73 is provided with the structure of water heating part 77; So the cold water of supply nozzle carries out heat exchange with mobile warm water in water heating part 77, thereby is heated, can spray warm water from nozzle 73; Thereby can make the humidification amount, add the heat rising, can shorten Saunas starting leading edge time.
In addition; Owing to separate into the gas-liquid separation portion 78 of big grain water droplet and fine water droplets in the downwind side setting of water fragmentation portion 75, thus invade in the mixing humidifying air of big grain water droplet and fine water droplets in the gas-liquid separation portion 78, greatly a water droplet and gas-liquid separation portion 78 wall or end face impact and be recovered.On the other hand; Fine water droplets can not impacted wall or the end face of gas-liquid separation portion 78 and passed through; The humidifying air that blows out only becomes fine water droplet; Make the space that forms limpid and high humility in the Saunas object chamber 51 through the fine humidifying air that blows out, have the Saunas space that the action under humidity sense and the Saunas running limits less, has effects such as can reading so can create.
In addition be the structure more than the 10 μ m owing to form the size of the water droplet that reclaims by gas-liquid separation portion 78, so user can somatosensory to the adhering to of water droplet, and can use for a long time.
In addition; The water droplet of the big grain that is recovered is guiding discharge outlet 79 via the water storage portion 83 of the savings drippage water of the bottom of being located at gas-liquid separation portion 78, so fall with the wall or the ballistic big grain water droplet of end face of gas-liquid separation portion 78, is directed to the water storage portion 83 that is arranged on the bottom; On the other hand; Because water storage portion 83 has discharge outlet 79, so the water of savings can be discharged to the outside from discharge outlet 22, the big grain water droplet that is recovered can not be trapped in the ventilation road 61; And discharge to the outside, so be difficult to produce mycete, antibacterial etc.
In addition; Because water storage portion 83 is arranged on outside the air flow stream path 81 that adds wet end ventilation road 80; The spilling water detection portion 82 of the spilling water of surveying water storage portion 83 is arranged on outside the air flow stream path 81 of water storage portion 83; So can the water storage capacity be kept certain or be below the certain value, because spilling water detection portion 82 is positioned at the water storage portion 83 outside the circulation flow path that adds the air-flow outside the wet end circulated air road, so be difficult to receive the influence of the waviness of water storage face; And can survey high-precision water level, thereby can suppress from installing the situation of interior spilling water.
Utilizability on the industry
In area, the coldest Hokkaido, must carry out humidification during winter heating, thus setting the control temperature and humidity through suitable, thus in the aircondition that is wholely set heating plant and damping device, also can use.
Claims (36)
1. sauna apparatus is characterized in that having:
Air is carried out the warming and humidifying portion of warming and humidifying;
Discharge the ventilation portion of the indoor air of Saunas object;
Control the control part of said warming and humidifying portion and said ventilation portion,
Wherein,
Said warming and humidifying portion has: to the air of said Saunas object chamber circulate the circulation air supplying part of air-supply, the heating part that the air of circulation air-supply is heated, to carrying out the wet end that adds of humidification through the heated air behind the said heating part, and blow out humidifying air from blow-off outlet to Saunas object chamber via the said wet end that adds.
2. sauna apparatus as claimed in claim 1 is characterized in that,
Saidly add that wet end has as water fragmentation portion and the nozzle and the injection water shock surface of injection water,
Through the water slug that goes out from said nozzle ejection to wall as said injection water shock surface, thereby air is carried out humidification.
3. sauna apparatus as claimed in claim 2 is characterized in that,
To supply with the nozzle supplying tubing heating of water to said nozzle through the heating space that heats up by said heating part.
4. sauna apparatus as claimed in claim 2 is characterized in that,
Have big grain water droplet and the gas-liquid separation portion of fine water droplets more than the extractor gauge sizing at the downwind side of said water fragmentation portion.
5. sauna apparatus as claimed in claim 4 is characterized in that,
Said big grain water droplet after Separation and Recovery, the discharge outlet that leads via the water storage portion of the savings drippage water of the bottom that is formed at gas-liquid separation portion.
6. sauna apparatus as claimed in claim 5 is characterized in that,
Said water storage portion has said heating part and the said air flow stream path water storage portion outward wet end circulated air road outside that adds that adds wet end and constitute of linking that be positioned at,
Outside said air flow stream path, has spilling water detection portion in the water storage portion.
7. sauna apparatus as claimed in claim 1 is characterized in that,
The said wet end that adds has the suction that can suck water from the outside and uses the hole.
8. sauna apparatus as claimed in claim 7 is characterized in that,
Have the hole occlusive part of inaccessible said suction with the hole.
9. sauna apparatus as claimed in claim 1 is characterized in that,
Electric heater is adopted in said heating part,
This electric heater has the configuration of angle ground with respect to said heating part of binding and the said wet end circulated air road that adds that adds wet end and constitute.
10. sauna apparatus as claimed in claim 1 is characterized in that,
Has bending section through the said wind path that blows out that humidifying air passed through that adds behind the wet end.
11. sauna apparatus as claimed in claim 10 is characterized in that,
The bending section that forms the said wind path wall that blows out wind path is discontinuous.
12. sauna apparatus as claimed in claim 10 is characterized in that,
Said bending section is joined with linear wire shaped in the section of the wall of said bending section.
13. sauna apparatus as claimed in claim 12 is characterized in that,
On said bending section, paste sound-absorbing material.
14. sauna apparatus as claimed in claim 10 is characterized in that,
On said bending section, be provided with the water droplet recoverer.
15. sauna apparatus as claimed in claim 12 is characterized in that,
On said bending section, be provided with the water droplet recoverer.
16. sauna apparatus as claimed in claim 10 is characterized in that,
The said wind path that blows out is formed roughly S word shape.
17. sauna apparatus as claimed in claim 12 is characterized in that,
The said wind path that blows out is formed roughly S word shape.
18. sauna apparatus as claimed in claim 14 is characterized in that,
The said wind path that blows out is formed roughly S word shape.
19. sauna apparatus as claimed in claim 16 is characterized in that,
Near the peristome of the blow-off outlet of the said trailing edge that blows out wind path, be provided with the variable wind direction plate.
20. sauna apparatus as claimed in claim 17 is characterized in that,
Near the peristome of the blow-off outlet of the said trailing edge that blows out wind path, be provided with the variable wind direction plate.
21. sauna apparatus as claimed in claim 19 is characterized in that,
Said variable wind direction plate forms width than the said wide shape of width that blows out wind path.
22. sauna apparatus as claimed in claim 20 is characterized in that,
Said variable wind direction plate forms width than the said wide shape of width that blows out wind path.
23. sauna apparatus as claimed in claim 19 is characterized in that,
On said variable wind direction plate, be provided with blade.
24. sauna apparatus as claimed in claim 20 is characterized in that,
On said variable wind direction plate, be provided with blade.
25. a sauna apparatus is characterized in that having:
The air of Saunas object chamber is carried out circulation circulation air supplying part;
The air heat portion that air is heated;
Air is carried out the wet end that adds of humidification;
Through said circulation air supplying part make passed through said air heat portion air via the said wet end that adds from the ventilation road that blow-off outlet blows out to Saunas object chamber,
Wherein,
Said circulation air supplying part and said blow-off outlet are communicated with by the said ventilation road of the word shape of falling L.
26. sauna apparatus as claimed in claim 25 is characterized in that,
The said wet end that adds is located at the approximate horizontal ventilation road portion that is the said ventilation road that the word shape of falling L forms.
27. sauna apparatus as claimed in claim 26 is characterized in that,
With the downward-sloping setting of pressure fan ejiction opening of the lower surface of said approximate horizontal ventilation road portion from said circulation air supplying part,
The water storage portion that is provided with the end of being located at said approximate horizontal ventilation road portion with can be from this water storage portion to externally drained drainage path.
28. sauna apparatus as claimed in claim 25 is characterized in that,
Said air heat portion is disposed at the outside of the shell that forms said ventilation road.
29. sauna apparatus as claimed in claim 28 is characterized in that,
Said air heat portion is formed L word shape or cubic U word shape with the mode of surrounding said shell.
30. sauna apparatus as claimed in claim 25 is characterized in that,
The motor that will be used for said circulation air supplying part is located at outside the said ventilation road,
Part covering said motor top is provided with peristome.
31. sauna apparatus as claimed in claim 25 is characterized in that,
Saidly add that wet end has as water fragmentation portion and the nozzle and the injection water shock surface of injection water,
Through the water slug that goes out from this nozzle ejection to the injection water shock surface, thereby carry out humidification.
32. sauna apparatus as claimed in claim 31 is characterized in that,
The structure that formation will be heated the nozzle supplying tubing of said nozzle supply water through the water heating part.
33. sauna apparatus as claimed in claim 31 is characterized in that,
Be provided with the big grain water droplet isolated more than the prescribed level and the gas-liquid separation portion of fine water droplets at the downwind side of said water fragmentation portion.
34. sauna apparatus as claimed in claim 33 is characterized in that,
By said gas-liquid separation is more than the 10 μ m from the said prescribed level of the water droplet that reclaims partly.
35. sauna apparatus as claimed in claim 33 is characterized in that,
Formation will by said gas-liquid separation partly from the water droplet of the big grain that reclaims via the water storage portion of the savings drippage water of the bottom of being located at said gas-liquid separation portion the structure of the discharge outlet that leads.
36. sauna apparatus as claimed in claim 1 is characterized in that,
Through said add behind the wet end humidifying air passed through blows out wind path and have the flank that bending section and the outside periphery of being located at said bending section are used to remove moisture.
Applications Claiming Priority (7)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006287286A JP4830784B2 (en) | 2006-10-23 | 2006-10-23 | Sauna equipment |
| JP287286/2006 | 2006-10-23 | ||
| JP326623/2006 | 2006-12-04 | ||
| JP2006326623A JP2008136706A (en) | 2006-12-04 | 2006-12-04 | Sauna device |
| JP2007012308A JP2008180411A (en) | 2007-01-23 | 2007-01-23 | Sauna device |
| JP012308/2007 | 2007-01-23 | ||
| PCT/JP2007/070238 WO2008050647A1 (en) | 2006-10-23 | 2007-10-17 | Sauna device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101528178A CN101528178A (en) | 2009-09-09 |
| CN101528178B true CN101528178B (en) | 2012-01-11 |
Family
ID=39438350
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007800395502A Active CN101528178B (en) | 2006-10-23 | 2007-10-17 | Sauna device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4830784B2 (en) |
| CN (1) | CN101528178B (en) |
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| JP5824611B2 (en) * | 2010-09-02 | 2015-11-25 | パナソニックＩｐマネジメント株式会社 | Liquid refinement device and sauna device using the same |
| CN103565626B (en) * | 2012-07-30 | 2017-09-22 | 广东松下环境系统有限公司 | Micro- mist sauna apparatus |
| CN103565627A (en) * | 2012-07-30 | 2014-02-12 | 广东松下环境系统有限公司 | Fog sauna device |
| CN103655153B (en) * | 2012-09-14 | 2017-08-08 | 广东松下环境系统有限公司 | Micro- mist sauna apparatus |
| CN103655155B (en) * | 2012-09-14 | 2018-06-05 | 广东松下环境系统有限公司 | Micro- mist sauna apparatus |
| CN103713657A (en) * | 2012-09-28 | 2014-04-09 | 广东松下环境系统有限公司 | Water level control device and water level control method of micro mist sauna device |
| JP6204068B2 (en) * | 2013-05-23 | 2017-09-27 | 株式会社ガスター | Humidifier and heating humidifier |
| CN107218677B (en) * | 2016-03-22 | 2021-06-04 | 广东松下环境系统有限公司 | Cooling fan |
| JP6776088B2 (en) * | 2016-10-17 | 2020-10-28 | 株式会社ハーマン | Bath mist device |
| CN107051806A (en) * | 2017-02-15 | 2017-08-18 | 北京国悦纳净健康科技有限公司 | A kind of nanoscale water smoke manufacture method and equipment |
| JP2019163901A (en) * | 2018-03-20 | 2019-09-26 | パナソニックＩｐマネジメント株式会社 | Ventilator |
| CN111981452B (en) * | 2019-05-22 | 2023-02-28 | 科勒公司 | Steam system and method |
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| JP2589128Y2 (en) * | 1993-04-09 | 1999-01-20 | シンワハイテク株式会社 | Low temperature mist sauna equipment |
| JP3207337B2 (en) * | 1995-08-21 | 2001-09-10 | 勝義 井内 | Aroma generation and humidification device for sauna room and sauna bath device provided with the device |
| JP2001190631A (en) * | 2000-01-07 | 2001-07-17 | Noritz Corp | Mist sauna apparatus |
| JP2003207176A (en) * | 2002-01-11 | 2003-07-25 | Max Co Ltd | Ventilator for bathroom |
| JP2005021427A (en) * | 2003-07-03 | 2005-01-27 | Matsushita Electric Ind Co Ltd | Bathroom sauna apparatus |
| JP4367047B2 (en) * | 2003-08-01 | 2009-11-18 | パナソニック株式会社 | Sauna method and sauna apparatus |
| JP4367267B2 (en) * | 2004-07-14 | 2009-11-18 | パナソニック株式会社 | Sauna equipment |
-
2006
- 2006-10-23 JP JP2006287286A patent/JP4830784B2/en not_active Expired - Fee Related
-
2007
- 2007-10-17 CN CN2007800395502A patent/CN101528178B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2457999Y (en) * | 2001-01-05 | 2001-11-07 | 何志华 | Steam house |
Non-Patent Citations (1)
| Title |
|---|
| JP特开2006-25967A 2006.02.02 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101528178A (en) | 2009-09-09 |
| JP2008104484A (en) | 2008-05-08 |
| JP4830784B2 (en) | 2011-12-07 |
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