CN103565630A

CN103565630A - Micro-fog sauna device

Info

Publication number: CN103565630A
Application number: CN201210576213.XA
Authority: CN
Inventors: 翁叶帆; 陈炎新; 袁洪坚; 冯煜; 罗冠华; 铃木康浩; 藤井聪
Original assignee: Panasonic Ecology Systems Guangdong Co Ltd; Matsushita Electric Industrial Co Ltd
Current assignee: Panasonic Ecology Systems Guangdong Co Ltd; Panasonic Holdings Corp
Priority date: 2012-07-30
Filing date: 2012-12-26
Publication date: 2014-02-12
Anticipated expiration: 2032-12-26
Also published as: WO2014019433A1; JP2015522382A; JP5959743B2; CN103565630B; TWI529355B; TW201413186A

Abstract

The invention discloses a micro-fog sauna device, which comprises a circulating air supply device, a heating device and a humidification device, wherein the circulating air supply device is used for circulating indoor air; the heating device is used for heating the air; the humidification device is arranged on the downstream side of the heating device, and is used for humidifying the air; a water storage part for storing water is arranged on the lower part of the humidification device, and a humidification part for sucking the water stored in the water storage part and performing spraying is arranged on the upper part of the humidification device; a crushing device is fixedly arranged around the humidification part, and is shaped like a circular cone with a plurality of ribs; openings of airflow passages are formed among the ribs. The micro-fog sauna device has the advantages that the efficiency of contact between the air and water drops is high, and humidification loss and heat loss are reduced.

Description

Micro-mist sauna apparatus

Technical field

The invention relates to a kind of sauna apparatus, particularly about a kind of micro-mist sauna apparatus.

Background technology

Be illustrated in figure 1 a kind of known micro-mist sauna apparatus 1, comprise: make the cycle blowing device 2 of indoor air circulation, the heater 3 of heated air, be provided with the damping device 4 of humidifying air at the downstream side of above-mentioned heater 3.

Described damping device 4, the guide plate 6 that its injection apparatus 5 by inject high pressure water, the fine water droplets that injected water under high pressure collision is smashed are sent forth, the cycle blowing device 2 of sending the warm air collaborating with above-mentioned fine water droplets form micro-mist Saunas.

Micro-mist sauna apparatus 1 of the above-mentioned known technology of picture, when the water being supplied to does not form effective humidification composition and is just directly discharged micro-mist sauna apparatus 1, the water yield being discharged from can be a lot, and the water yield and heat are discharged from micro-mist sauna apparatus 1 in the lump, cause the waste of humidification and heat too much.

Summary of the invention

The present invention is for solving the problem of above-mentioned prior art, and spy provides a kind of more efficient breaker of micro-mist sauna apparatus that makes.

For achieving the above object, a kind of micro-mist sauna apparatus provided by the invention, comprise: the cycle blowing device that makes indoor air circulation, the heater of heated air, at the downstream side of above-mentioned heater, be provided with the damping device of humidifying air, above-mentioned damping device is provided with the storage part of water-retention in bottom, on top, be provided with the humidifying part that drinks up and spray in the water of above-mentioned storage part accumulating, the surrounding of above-mentioned humidifying part is fixed with the breaker that is cone shape, this breaker has plural muscle, between the muscle of above-mentioned plural number, be formed with the opening of air flow path.

Described breaker is conical for the shape expanding to top forms, and when having the opening of the communication port that forms the air spiraling, has and forms the portion of dripping that is contained in airborne large grain water droplet catching by colliding and produce with muscle.

Described breaker for having the portion of dripping that is " く " word shape of plural number when the bottom surface of cone shape is seen.

The central side of the portion of dripping of being located at " く " word shape of described breaker arranges at an angle for the Bu Yixiang center of dripping with respect to outside.

The gabarit side of the portion of dripping of " く " word shape of described breaker, with respect to the circumference of breaker, forms to have the inclined-plane of the angulation expanding laterally.

Each of " く " word shape of described breaker the shape of portion for more becoming thinner to bottom of dripping.

Second portion of dripping that is provided with on the top of described partly or completely muscle that the direction same with the portion of dripping of " く " font of described breaker extend.

Described breaker is provided with the lid of ring-type from the opening of top to central side.

Block completely or part is blocked on wind path near the opening between the muscle of the first air outlet of described damping device.

The muscle of the first air outlet of described close described damping device comprises the positive muscle that accounts for sum 1/3rd to 1/2nd in the face of the first air outlet.

The muscle of the first air outlet of described close described damping device also comprises that being positioned at the total sixth of accounting for of the first air outlet lateral surface arrives eighth muscle.

The contacting efficiency that the invention has the advantages that air and water droplet is high, reduce humidification loss and thermal loss.

Accompanying drawing explanation

Fig. 1 is a kind of schematic diagram of known micro-mist sauna apparatus;

Fig. 2 A, Fig. 2 B are the schematic perspective views of the overall different angles of the first embodiment of the present invention;

Fig. 3 is the breaker schematic perspective view of the first embodiment of the present invention.

Fig. 4 is the overall schematic perspective view of the second embodiment of the present invention;

Fig. 5 A, Fig. 5 B are that the breaker of the second embodiment of the present invention removes the schematic diagram after lid.

The specific embodiment

Fig. 2 A, Fig. 2 B are the schematic perspective views of the overall different angles of the first embodiment of the present invention.As shown in the figure, a kind of breaker 60 of the present invention is mounted on micro-mist sauna apparatus 10.Micro-mist sauna apparatus 10 comprises: make the cycle blowing device 11 of indoor air circulation, the heater 12 of heated air, be provided with the damping device 20 of humidifying air at the downstream side of above-mentioned heater 12, above-mentioned cycle blowing device 11 is centrifugal blowers, and above-mentioned heater 12 is PCT heater.Above-mentioned damping device 20 is provided with the storage part 21 of water-retention in bottom, on top, be provided with the humidifying part 22 that drinks up and spray in the water of above-mentioned storage part 21 accumulating, the surrounding of above-mentioned humidifying part 22 is provided with the breaker that is slightly cone shape 60 with plural muscle 61, the opening 62 that is formed with air flow path between the muscle 61 of above-mentioned plural number, breaker 60 is fixed on storage part 21.

Fig. 3 is breaker 60 schematic perspective views of the first embodiment of the present invention.As shown in the figure, breaker 60 is to top and the shape expanding laterally, and form, be slightly conical, when thering is the opening 62 of the communication port that forms the air spiral, have and form the plural portion of dripping 611 that is contained in airborne large grain water droplet catching by colliding and produce with muscle 61.When each portion 611 of dripping sees from the angle of the bottom surface of cone shape, be " く " word shape.Each portion 611 shape for more becoming thinner to bottom of dripping.

The central side of the portion of dripping 611 of being located at " く " word shape of breaker 60 arranges at an angle for the Bu611Yi Xiang center 64 of dripping with respect to outside.The gabarit side of the portion of dripping of " く " word shape of breaker 60, with respect to the circumference 65 of breaker 60, forms with the acutangulate inclined-plane 66 of tangent line shape to have the angulation expanding laterally.

For another example shown in Fig. 2 A and Fig. 2 B, humidifying part 22 is for having the rotor that is slightly cone shape of the opening 63 of the inclination expanding to top, from being located at the storage part 21 of bottom, absorbing water and spray, on the one hand, the air flow that cycle blowing device 11 is blown enters the inside of breaker 60 and rises from being located at the opening 62 of breaker 60 of the surrounding of humidifying part 22, when the bulky grain water droplet the water droplet of being sprayed out from humidifying part 22 on the other hand drops to bottom due to gravity, the portion of dripping 611 by the breaker 60 that dwindles to bottom is captured, and again flow into storage part 21.Each of " く " word shape of breaker 60 shape of portion 611 for more becoming thinner to bottom of dripping.

Detailed process is as follows:

Due to the gabarit side of the portion of dripping of " く " word shape of breaker 60 circumference with respect to breaker 60, to there is the inclined-plane of the angulation expanding laterally, form.The inclined-plane of the air flow being blown by cycle blowing device 11 portion of dripping 611 of the gabarit of outstanding " く " word shape along the outside to breaker 60, while spiraling, enter the inside of breaker 60, then contact in the inside of breaker 60 with the trickle water droplet gushing out from humidifying part 22.

When air flow enters the inside of breaker 60, because the surface of the portion of dripping 611 along " く " word shape is directed, so can not produce turbulent flow, the air opposing that enters the air flow of breaker 60 diminishes.Can, when reducing the pressure loss of air, reduce vibration and noise thus.

The inside that guides to humidifying part 22 that air flow is smoothed, plate by " く " word shape changes wind direction to humidifying part 22 centers, thereby form the stream that spirals, on the one hand, the water of being sprayed out from humidifying part 22 collides and produces fine water droplets with the right angle, edge of the portion 611 of dripping, and flows in the highest inner Long contact time of breaker 60 of density with above-mentioned spiraling.Due in high breaker 60 inside of density, while air flow spirals, contact, thereby can there is higher humidification ability.

In said process, from humidifying part 22, be ejected the water droplet that comes and muscle 61 collide when forming fine water droplets, each portion 611 shape for more becoming thinner to bottom of dripping due to " く " word shape of breaker 60, therefore bulky grain water droplet can drop along the portion of dripping 611 of breaker 60, the path of fine water droplets and bulky grain water droplet is distinguished, so fine water droplets can not absorbed by bulky grain water droplet, thereby can provide efficient micro-mist sauna apparatus 10.The water that the portion of dripping 611 by breaker 60 is recovered drops downwards along the inclined-plane of the portion of dripping 611, but owing to more becoming thinner to bottom, and the water droplet flowing down is separately integrated and becomes large, so can again not splash because of the stream that spirals in humidifying part 22, but be recycled to storage part 21, the bulky grain water droplet being recovered can not splash again, and large grain water droplet also handlebar fine water droplets around absorbs the effect being integrated.Thus, can from product, not blow out water droplet, and, by suppressing large grain water droplet to again splashing in air flow, thereby can increase the humidification ability of micro-mist sauna apparatus 10.

For another example shown in Fig. 2 B and Fig. 3, second portion 612 of dripping that is provided with on the top of muscle 61 partly or completely that the direction same with the portion of dripping 611 of " く " font of described breaker 60 extend.The room air being inhaled into by cycle blowing device 11 is heated by heater 12, from the opening 62 being arranged between the muscle 61 of humidifying part 22 breaker 60 around, enter, the water droplet that is humidifying part 22 ejections of axle rotation with the ,Yi cylinder center that produces fine water droplets contacts, form humidifying air convolution and rise, be directed to a wind path part, that be connected with the first air outlet 100 of damping device 20 of the circumference of being located at breaker 60.On the top of a part of muscle 61, be provided with second and drip after portion 612, humidifying air and second drips and when portion 612 collides, is directed to the first air outlet 100 of damping device 20.Like this, the humidifying air that contains fine water droplets, by with second drip that portion 612 collides and because the cyclone effect that swirling flow produces, make bulky grain water droplet further separated with fine water droplets, only there is fine water droplets to blow out to the second air outlet 200 of damping device 20, the water droplet thereby the air outlet (not shown) of micro-mist sauna apparatus 10 can not drip.

Fig. 4 is the overall schematic perspective view of the second embodiment of the present invention; Fig. 5 A, Fig. 5 B are that the breaker of the second embodiment of the present invention removes the schematic diagram after lid.As shown in the figure, described breaker 60 is provided with the lid 104 of ring-type from the opening of top to central side.The water droplet of being sprayed out from humidifying part 22 crosses by the stream that spirals importing between the plural muscle 61 from breaker 60, the centrifugal force that bulky grain water droplet flows along with spiraling rises along the periphery of breaker 60 inner faces, knock the lid 104 of ring-type, after flowing to below, the portion of dripping 611 is stored again, and the fine water droplets that concentrates on the stream center of spiraling due to centrifugal force is from being arranged on hole 105 ejection to humidifying part 22 at Gai104 center, and bulky grain water droplet is completely separated with fine water droplets, due to centrifugal force, along periphery, rise, can suppress to adhere in the wind path after breaker 60 bulky grain water droplet, or after bulky grain water droplet condenses, peel off and disperse and drip from the first air outlet 100.

Because turn and flow into the first air outlet 100 from the direction (with the rectangular direction of the first air outlet 100) of heater 12 from making the air that the described cycle blowing device 11 of indoor air circulation blows out, so wind concentrates on

muscle

61A, 61B place near the first air outlet 100 of described damping device 20, the wind speed of the opening between

muscle

61A, 61B accelerates.As shown in Figure 5A, the wind speed being positioned in the present embodiment between the opening 62 between three muscle 61A (accounting for total sixth) of the first air outlet 100 lateral surface is the fastest; The slowest away from the first air outlet 100, the wind speed that is positioned between the opening 62 between eight muscle 61C (account for sum 1/2nd) at first air outlet 100 back sides; And wind speed between opening 62 between the most close remaining the first air outlet 100, positive seven muscle 61B in the face of the first air outlet 100 (accounting for sum 1/3rd) is placed in the middle.In the present invention 1/2nd, 1/3rd, sixth etc. are not one and fixedly define, according to practical situation and the first air outlet 100 size situations of humidifying part 22 work, can adjust to some extent, can be more, also can lack, as 2/3rds, eight/first-class.

The present invention stops up completely through the opening 62 between the very fast and close muscle 61A of the first air outlet 100 of wind speed of the surrounding of described breaker 60, opening 62 between the muscle 61B of the first air outlet of the most close described damping device 20 of Partial Blocking, but opening 62 between other muscle 61C does not stop up.

Muscle 61 A of very fast and close first air outlet 100 of wind speed of the surrounding of described breaker 60, by being arranged on the shrouding 70 of opening 62 between muscle 61A, occlusion of openings 62, can not be handled upside down water droplet, but the shrouding 70 colliding between muscle 61A is gone back by bounce-back.

The muscle 61B of the first air outlet of described close described damping device, as shown in Figure 5A, breaker 60 is near half side other muscle 61B that removes described muscle 61A in a left side for the first air outlet 100, for preventing causing air quantity too small because of the opening 62 of clogging breaker 60, muscle 61B can be set to first half sealing, the structure of Lower Half opening, air can flow to by the opening 62 of the Lower Half between muscle 61B the first air outlet 100 like this.

And due to action of gravity, bulky grain water droplet is difficult to by air flow, be transported to the first air outlet 100 higher than top from the opening 62 of the Lower Half between muscle 61B, only has fine water droplets to be handled upside down.And because wind speed slows down at muscle 61C place, so although the water droplet ejecting from humidifying part 22 can move the drive at wind, but owing to having a segment distance to the first air outlet 100, water droplet can fall or be attached on wall in movement, so be only left fine water droplets while arriving the first air outlet 100.

And when wind flows to the first air outlet 100 from heater 12 along circular arc, the wind speed of the inner side of breaker 60 is lower than the wind speed in outside.So lower by muscle 61B and its wind speed around.

In sum, by obstruction, pass through the wind speed of surrounding of described breaker 60 faster between muscle 61A and near the opening 62 between the muscle 61B of the first air outlet of described damping device, thereby the outside bulky grain water droplet that can suppress to be ejected into breaker 60 is suppressed bulky grain water droplet by air flow carrying, from the first air outlet 100, drip.

Claims

1. a micro-mist sauna apparatus, comprise: make the cycle blowing device of indoor air circulation, the heater of heated air, be provided with the damping device of humidifying air at the downstream side of above-mentioned heater, it is characterized in that: above-mentioned damping device is provided with the storage part of water-retention in bottom, on top, be provided with the humidifying part that drinks up and spray in the water of above-mentioned storage part accumulating, the surrounding of above-mentioned humidifying part is fixed with the breaker that is cone shape, this breaker has plural muscle, is formed with the opening of air flow path between the muscle of above-mentioned plural number.

2. micro-mist sauna apparatus according to claim 1, it is characterized in that: described breaker is conical for the shape expanding to top forms, when thering is the opening of the communication port that forms the air spiral, have and form the portion of dripping that is contained in airborne large grain water droplet catching by colliding and produce with muscle.

3. micro-mist sauna apparatus according to claim 1 and 2, is characterized in that: described breaker for having the portion of dripping that is " く " word shape of plural number when the bottom surface of cone shape is seen.

4. micro-mist sauna apparatus according to claim 1, is characterized in that: the central side of the portion of dripping of being located at " く " word shape of described breaker arranges at an angle for the Bu Yixiang center of dripping with respect to outside.

5. according to the micro-mist sauna apparatus described in claim 1,2,3 or 4, it is characterized in that: the gabarit side of the portion of dripping of " く " word shape of described breaker, with respect to the circumference of breaker, forms to have the inclined-plane of the angulation expanding laterally.

6. according to the micro-mist sauna apparatus described in claim 1,2,3,4 or 5, it is characterized in that: each of " く " word shape of described breaker the shape of portion for more becoming thinner to bottom of dripping.

7. the breaker of micro-mist sauna apparatus according to claim 1 and 2, is characterized in that: second portion of dripping that is provided with on the top of described partly or completely muscle that the direction same with the portion of dripping of " く " font of described breaker extend.

8. micro-mist sauna apparatus according to claim 1, is characterized in that: described breaker is provided with the lid of ring-type from the opening of top to central side.

9. according to the micro-mist sauna apparatus described in claim 1 or 8, it is characterized in that: block completely or part is blocked on wind path near the opening between the muscle of the first air outlet of described damping device.

10. micro-mist sauna apparatus according to claim 9, is characterized in that: the muscle of the first air outlet of described close described damping device comprises the positive muscle that accounts for sum 1/3rd to 1/2nd in the face of the first air outlet.

11. micro-mist sauna apparatus according to claim 10, is characterized in that: the muscle of the first air outlet of described close described damping device also comprises that being positioned at the total sixth of accounting for of the first air outlet lateral surface arrives eighth muscle.