CN100348163C - Pediluvium apparatus - Google Patents
Pediluvium apparatus Download PDFInfo
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- CN100348163C CN100348163C CNB2004100639435A CN200410063943A CN100348163C CN 100348163 C CN100348163 C CN 100348163C CN B2004100639435 A CNB2004100639435 A CN B2004100639435A CN 200410063943 A CN200410063943 A CN 200410063943A CN 100348163 C CN100348163 C CN 100348163C
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- pediluvium apparatus
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Abstract
To improve usability of a foot bath device without using hot water, to prevent high-temperature heated liquid particles from being directly jetted to a foot by mixing air, to eliminate the necessity of providing a jetting port largely apart by eliminating the possibility of a scald, to miniaturize the device, to especially warm the entire foot by first warming the sole and the entire foot to obtain an improvement in sensitivity to the cold. In a foot bath device, a user inserts his/her foot into a main body 1 to take a warm bath. This foot bath device is provided with a liquid tank 2, a heating means 11 for heating a liquid supplied from the liquid tank 2 to generate heated liquid particles, and a means for jetting mixture air in which the heated liquid particles by the heating means 11 is mixed with an air to the sole of the inserted foot.(C)2005,JPO&NCIPI.
Description
Technical field
The present invention relates to the heat Pediluvium apparatus of usefulness of foot.
Background technology
Japan publication 11-89909 communique discloses a kind of existing Pediluvium apparatus.Use this Pediluvium apparatus, user can be put into foot to the bath space that is injected with hot water, and foot is implemented to heat blood circulation promoting.
Yet existing this Pediluvium apparatus is implemented to heat to foot in order to use hot water, is used to soak a large amount of water of foot needs.Therefore, exist and to heat water to that hot water need spend the suitable time and after use, also to need to move arduously problem such as Pediluvium apparatus during pouring.
And, in Japanese publication 2000-51376 communique and Japanese publication 2000-271188 communique, also disclose and do not used hot water, and be to use the Pediluvium apparatus of steam.
Yet these Pediluvium apparatus directly are injected into Pediluvium apparatus inside with steam, contact with foot in order not make high-temperature steam, must make whole device bigger.
Summary of the invention
The present invention is exactly the invention that addresses the above problem usefulness, and purpose of the present invention just provides a kind of safe, small-sized and use portable Pediluvium apparatus.
A kind of Pediluvium apparatus provided by the invention has: include and place the spatial housing of foot bath that the user foot is used; The liquid container that storaging liquid is used; Described liquid is implemented heating to produce the heater that the heating liquid particle is used; And described heating liquid particle and air are mixed the mist that forms supply with the feedway that described foot bath space is used.
Therefore, this Pediluvium apparatus provided by the invention is to adopt the heating liquid particle of similar steam and air to mix the mist that forms, and the foot of user is implemented to heat, so do not need to use hot water, uses light.And the heating liquid particle is not directly to be supplied to the foot bath space, thus can not produce scald, safe in utilization.Owing to do not need to avoid high temperature heating liquid particle, so can also make equipment miniaturization.
Best described feedway comprises: described heating liquid particle and air are implemented to mix the mixing chamber of usefulness; Air is imported the air flue that described mixing chamber uses; Described heating liquid particle is imported the particle path that described mixing chamber uses; Mist is supplied with the drain passageway that described foot bath space is used by described mixing chamber.
Best described air flue is used for the air in the described foot bath space is directed into described mixing chamber.At this moment, can further promote the circulation of mist.
Best described feedway has the fan that is configured at least one place in described air flue, described particle path and the described drain passageway.Employing is provided with the form of the composition of fan, can further promote air, heating liquid particle to import, and can improve the mixing efficiency of mist.
Best described fan is for importing air and importing the desk fan that described heating liquid particle is used by described particle path by described air flue.At this moment, can utilize a desk fan to implement to import the operation of air and heating liquid particle expeditiously.
Be preferably in the spatial bottom surface of described foot bath and be provided with the foot mounting table that user placement foot is used; Described foot mounting table has one or several holes that are through to foot mounting table top by the bottom of foot mounting table; Described feedway can be supplied to the foot bath space by the downside of described foot mounting table with described mist.At this moment, can implement to heat to the arch of the foot of user expeditiously.
Preferably make the size in the described hole that is positioned at user toe front side, bigger than the size in the described hole that is positioned at user heel position.At this moment, can implement emphasis to foot toe side heats.
Preferably be provided with the control device of described heating liquid particle and Air mixing ratio being controlled usefulness.At this moment, can implement control to the temperature of mist by the control that heating liquid particle and air blending ratio are carried out.
Best described control device can also be controlled described heater according to the mode that the generation cycle that makes described heating liquid particle changes.At this moment, temperature that can the periodically-varied mist applies temperature to user and adds thermostimulation, so user can be experienced heating often.
When can reaching ceiling temperature according to the temperature when described mist, reduces by best described control device the generation of heating liquid particle, when the temperature of described mist reaches than the low set point of temperature of described ceiling temperature, increase the mode of the generation of heating liquid particle, described heater is controlled.At this moment, can when the temperature fall maintenance that makes mist is certain, be changed in the temperature generation cycle of mist.
And, stop to produce the heating liquid particle when described control device can also reach ceiling temperature according to the temperature when described mist at the appointed time and described heater is being controlled through the mode that begins to produce the heating liquid particle after the described stipulated time once more.At this moment, can when making the time maintenance that stops the heating liquid particle certain, be changed in the temperature generation cycle of mist.
And described control device can also be in certain cycle, and the generation persistent period and the generation that change the heating liquid particle stop the persistent period.At this moment, can when the variations in temperature cycle maintenance that makes mist is certain, be changed in the temperature generation cycle of mist.
The preheating device of liquid in the described liquid container being implemented preheating preferably is set.At this moment, user does not need to wait for the long time, promptly can begin to carry out foot bath.
The aviso device that the temperature of liquid of circular in described liquid container reaches set point of temperature preferably is set.
Preferably be provided with: the liquid-detecting that the residual liquid quantity in the described liquid container is detected; Stop the heating arresting stop that adds hot work of described heater in the time of under residual liquid quantity is in ormal weight.At this moment, can also prevent the empty liquid container that burns.
Description of drawings
Fig. 1 is the outside drawing of expression as the Pediluvium apparatus of first embodiment of the invention;
Fig. 2 is the profile (profile when the line C-C in Fig. 3 cuts Pediluvium apparatus open) of this Pediluvium apparatus of expression;
Fig. 3 is the axonometric chart of the supply unit of this Pediluvium apparatus of expression;
Profile when Fig. 4 cuts open for this supply unit of expression A-A along the line;
Fig. 5 is the profile of expression supply unit B-B along the line as shown in Figure 4;
Fig. 6 A is the side view of the foot mounting table of this Pediluvium apparatus of expression;
Fig. 6 B is the plane graph of this foot mounting table of expression;
Fig. 7 is the temperature controlled figure of mist of this Pediluvium apparatus of explanation;
Fig. 8 is the figure that further describes this temperature control usefulness;
Fig. 9 is the figure of the another kind of temperature-controlled process of this Pediluvium apparatus of explanation;
Figure 10 is the figure of another temperature-controlled process of this Pediluvium apparatus of explanation;
Figure 11 is the figure of the explanation embodiment different with this Pediluvium apparatus part;
Figure 12 is the figure of the mist type of flow of this Pediluvium apparatus of explanation;
Figure 13 is the figure of the explanation embodiment different with this Pediluvium apparatus part;
Figure 14 is the figure of the explanation embodiment different with this Pediluvium apparatus part;
Figure 15 is the figure of the another kind of shape of foot mounting table of this Pediluvium apparatus of explanation;
Figure 16 A is the profile of the variform embodiment of the foot mounting table of this Pediluvium apparatus of expression;
Figure 16 B is the plane graph of the foot bath interior volume of this Pediluvium apparatus of expression;
Figure 17 A is the profile of the variform embodiment of the foot mounting table of this Pediluvium apparatus of expression;
Figure 17 B is the plane graph of the foot bath interior volume of this Pediluvium apparatus of expression;
Figure 18 A is the figure of the explanation embodiment different with the supply unit part of this Pediluvium apparatus;
Figure 18 B is the figure of the explanation embodiment different with the supply unit part of this Pediluvium apparatus;
Figure 19 is the profile of expression as the Pediluvium apparatus of second embodiment of the invention;
Figure 20 is arranged on the figure of the fan in this Pediluvium apparatus for expression.
The specific embodiment
Below with reference to accompanying drawing, the present invention is described in detail.
Fig. 1 represents is Pediluvium apparatus as first embodiment of the invention.This Pediluvium apparatus has the housing 1 that is the boot shape.Housing 1 has the foot bath space 100 that the foot of placing user is used as shown in Figure 2.Foot bath space 100 is formed with opening at upside, and user can be inserted foot by this opening part.This Pediluvium apparatus also has supply tank 2 and fluid box 3.Supply tank 2 is can the disassembled and assembled freely mode to be installed in the front of housing 1.The water that is injected by supply tank 2 flows into towards fluid box 3.Below fluid box 3, be provided with heater 4 as heater.Heater 4 can be implemented heating to the water in the fluid box 3, produces the such high temperature heating liquid particle of steam.
In the inside of housing 1, be provided with the supply unit that is used for the heating liquid particle that fluid box 3 produces is mixed with air the mist supply foot bath space 100 that forms in the place ahead in foot bath space 100.As Fig. 3～shown in Figure 5, supply unit is implemented blended mixing chamber 5, is used for air is imported the air flue 6 of mixing chamber heating liquid particle and air by being used for, and is used for the heating liquid particle being imported the particle path 7 of mixing chamber and being used for described mist is made of the drain passageway 8 that mixing chamber 5 supplies with foot bath spaces 100.The airport 60 that the porch of air flue 6 is used is arranged on the upside (referring to Fig. 5) of the interior lateral circle surface in foot bath space 100.Air flue 6 is used for the air in the foot bath space 100 is imported mixing chamber 5.Drain passageway 8 can be the laterally-elongated rectangle as shown in Figure 3 substantially, and is arranged on the bottom surface side of the inner peripheral surface in foot bath space 100.
And supply unit also is provided with fan 50.Fan 50 can be a desk fan of the meet that is arranged on air flue 6 and particle path 7.Fan 50 can be according to air can rotated the heating liquid particle simultaneously by air flue 6 importing mixing chamber 5 by the mode that particle path 7 imports mixing chamber 5.
Bottom surface in foot bath space 100 also shown in Fig. 6 A, Fig. 6 B, is provided with the foot mounting table 9 that can unload.Foot mounting table 9 be formed be lattice shape, below the foot mounting table, be through to a plurality of holes 90 of locating above the foot mounting table.And, around each hole 90, also be formed with a plurality of juts 91 that are used to support the user arch of the foot.Assurance has living space 92 below foot mounting table 9, when foot mounting table 9 is configured in the bottom surface in foot bath space 100, can make mixing chamber 5 and space 92 pass through drain passageway 8 mutual conduction (referring to Fig. 2).
Below, the manner of execution with the Pediluvium apparatus that constitutes is as mentioned above described.When user begins to carry out foot bath by the start button 110 on the guidance panel 10 (referring to Fig. 1) of depressing the front that is configured in housing 1, can the water in the fluid box 3 be heated by the control part (not shown) to heater 4 energisings.The high temperature heating liquid particle (steam) that is produced by fluid box 3 will produce expansion, enter particle path 7 (referring to the arrow X2 among Fig. 3～Fig. 5).On the other hand, the air in the foot bath space 100 will enter air flue 6 (can referring to the arrow X1 among Fig. 3～Fig. 5) by airport 60.The heating liquid particle that enters particle path 7 is drawn into mixing chamber 5 with the air that enters to air flue 6 by fan 50.Enter the heating liquid particle of mixing chamber 5 and air and stir, form heating liquid particle and the well-mixed mist of air by the wind-force of fan 50.Can be according to mode as described below, by control part the temperature of mist is controlled to be the temperature that is suitable for foot bath.Mists in the mixing chamber 5 can be by the air-flow effect of fan 50, enters the space 92 that is arranged under the foot mounting table 9 (can referring to the arrow X3 of Fig. 3～Fig. 5) by drain passageway 8.And mist can rise on foot mounting table top by each hole 90 on the foot mounting table 9, from arch of the foot the foot of user is implemented heating.
As top said, at this Pediluvium apparatus, user can utilize and be heated to the bathing of heating of pyritous heating liquid particle and Air mixing gas, thus no longer need a large amount of water (hot water), thus use light.And because pyritous heating liquid particle is not directly to enter the foot bath space, but at mixing chamber's 5 Hybrid Heating liquid particle and air, it is spatial to carry out entering after the temperature control foot bath again, thus can not occur scalding, safe in utilization.Even in use, the phenomenon that housing 1 is toppled over occurs, when the high-temperature-hot-water in the fluid box 3 is flowed through particle path 7, also can be subjected to obstruction such as mixing chamber 5 and drain passageway 8 etc., can not make high-temperature-hot-water directly touch foot, so can further improve its security performance.
Below, control part is elaborated.
The control part of this Pediluvium apparatus is controlled the temperature of mist by heating liquid particle and Air mixing ratio are controlled.The temperature of mist can be as shown in Figure 7, and the design temperature F that user is set by guidance panel 10 is taken as higher limit, implements control according to the mode that can change up and down.The reason that temperature is controlled is, for when making temperature keep certain mode to control, thermostimulation will progressively adapt to this temperature (promptly getting used to this temperature) subsequently even human body can be felt when beginning, and impression is less than the sensation of being heated.Change up and down by the temperature that makes mist, can add thermostimulation, make user can experience the sensation of heating often to what user applied.
For the temperature that makes mist can change up and down, the generation that control part can periodic variation heating liquid particle.Concrete is exactly, can the temperature sensor (not shown) be set in mixing chamber 5 inside, as shown in Figure 8, when the temperature of mist reaches design temperature F (ceiling temperature), stop to heater 4 power supplies (or reducing delivery), to reduce the generation of heating liquid particle; When the temperature of mist reaches than the low setting (such as being 2 ℃) of design temperature F, begin to heater 4 power supplies once more and give (or increasing delivery), to increase the generation of heating liquid particle.Repeat to implement aforesaid control operation, can make the temperature of mist, change up and down according to as shown in Figure 7 mode.The ratio of heat capacities hot water of mist is little, so can be than the easier change temperature of hot water.
And control part can also have the preheat function of the water in the fluid box 3 being implemented preheating.User can be after water enters the inside of fluid box 3, the preheating button 111 on the pressing operation panel 10.Like this, control part can be to the water preheat in the fluid box to set point of temperature.When the water in the fluid box reached set point of temperature (such as being 98 ℃), control part can utilize the aviso device such as LED and buzzer or the like, gave user with the communication of the preheating end of job.And control part can also begin to carry out foot bath (in other words be exactly, at user by depressing start button 110) before at user, and the water temperature in the fluid box is remained on set point of temperature scope (such as, 98 ℃～88 ℃).Utilize this preheat function, user is put into foot to housing 1 by all means, and does not need to wait for that the long time can begin foot bath.
And this control part can also have the heating hold function that termination heater when the surplus water in the liquid container is lower than ormal weight in warm adds hot work.Utilize this function, implement preheating, and when water in the fluid box will be dryouied, can stop the hot work that adds of heater automatically, so safer long-time continuing.
Yet control part is not limited in above-mentioned method to the control method of mist.For instance, control part can also be as shown in Figure 9, when the temperature of mist reaches design temperature F, stop at the appointed time or suppress to produce heating liquid particle (being that heater closes), through implementing to produce the operation (being that heater leaves) of heating liquid particle after the stipulated time once more.For this situation, can be according to the mode that can not exert an influence to surrounding, with the heating liquid particle stop to produce the persistent period and keep certain.
And, control part can also be in the ON state time and be in the ratio of OFF state time and carry out duty control heater, promptly can also be as shown in figure 10, change among the some cycles T that heater is in the ON state time (being that the heating liquid particle produces the persistent period) and heater is in the OFF state time (promptly stopping to produce the heating liquid particle persistent period).For this situation, can make the cycle keep certain, so user can change the temperature of mist when experiencing stable variations in temperature (changing up and down).
If adopt as Fig. 8～control method shown in Figure 10, can change the delivery of heater, and then the heating liquid particle generation of change time per unit, change the temperature of mist thus, it is certain that yet the generation that also can make the heating liquid particle keeps, and the mode of the area of section by changing particle path 7 changes the temperature of mist.Promptly when reducing the area of section of particle path 7, it is big that wind speed becomes, and heat insulation expansible influence also will be bigger, so the temperature of mist is descended.
And control part can also be controlled to be the generation of heating liquid particle necessarily, by the mode that changes the air import volume temperature of mist is implemented control.The import volume of air can be regulated by the air quantity of fan.The air quantity that is fan is big more, and the ratio of air and heating liquid particle is with big, so can reduce the temperature of mist.And the mode of the area of section that can also be by changing air flue 6 changes the temperature of mist.Promptly when reducing the area of section of air flue 6, it is big that wind speed becomes, and heat insulation expansible influence also will be bigger, so can reduce the temperature of mist.
In addition, in the present embodiment, as mentioned above, the internal temperature of mixing chamber is implemented to detect, and the temperature of mist is implemented control according to this temperature by temperature sensor.When the internal temperature in foot bath space 100 being implemented to detect by temperature sensor, and when the temperature of mist being implemented control according to the spatial temperature of foot bath, the spatial temperature of foot bath tends to be subjected to the influence such as external temperature or the like service condition, so its control is often unstable.Therefore, implement control by the internal temperature of foundation mixing chamber and can realize more stable control.
In addition, in the present embodiment, be to change up and down by the temperature that makes mist, apply thermal stimulus to user, yet can also be provided with the pressure fan (or air delivery pump) that can blow cold wind towards the arch of the foot of user, apply thermal stimulus by cold wind.And, liquid dispensing apparatus can also be set, the mode by spraying cryogenic liquid towards the arch of the foot of user applies thermal stimulus.Liquid dispensing apparatus can be equipped with the container of water by receipts, the pressue device of usefulness of exerting pressure of the water in this container, and the sprayer unit with pore constitutes.And, can also adopt and utilize the ultrasonic vibration mode liquid to be implemented the liquid dispensing apparatus that sprays.
In addition, in this form of implementation, be provided with fan 50, thus can promote heating liquid particle and air to mix, and discharge mist, thus can in the short time, make mist be full of the inside of housing 1.And, can also improve the mixing efficiency of mist by mixing gas by fan 50, the heating liquid Particle Density is evenly distributed.Yet, also can not adopt fan 50, but adopt air delivery pump.
And, can be after bathing by the action of fan 50, to housing 1 internal implementation dried.The cleaning that can keep like this, Pediluvium apparatus.And, after bathing, can also under fluid box 3 anhydrous states, the air themperature within the fluid box 3 be risen by heater 4 heating, if make fan 50 actions in this state, can be fed through hot blast within the housing 1.At this moment, can further accelerate dry process in the housing 1.At this moment, overheated in order to prevent heater 4, heater 4 preferably adopts the heater that moves by the PTC mode.The heater that moves by the PTC mode reaches uniform temperature when above in the temperature of heater, and resistance value is with the ascending current flow difficulties, thereby it is overheated to prevent that heater self from producing.
And present embodiment is to be that example describes with the Pediluvium apparatus that is provided with fan 50, yet fan 50 is not essential the setting, as shown in Figure 11, can adopt the form of the composition that fan 50 is not set yet.
And the air flue 6 of present embodiment makes the mist that is full of within the foot bath space 100 import air flue 6 with air for the air in the foot bath space 100 is directed into mixing chamber 5, as shown in figure 12, circulates within housing 1.Adopt this form of the composition, can mist is full of within the housing 1.In addition, air flue 6 can also not be with the air in the foot bath space 100, and the air outside the housing is directed into mixing chamber 5 as shown in figure 13.Pediluvium apparatus as shown in figure 13, can utilize Venturi effect, import air by airport 60 in the front openings of housing 1, mix by heating liquid particle, again mist is discharged within the foot bath space 100 by drain passageway 8 at the 5 pairs of air of mixing chamber and the particle path 7 of flowing through.The mode of the aperture that the import volume of air can be by changing airport 60 and the length of air flue 6 is regulated.Pediluvium apparatus as shown in figure 13 can also be provided with the air delivery pump that transmits air.And, can also establish airport 60 at fluid box 3 openings, the liquid of fluid box 3 inside is imported mixing chamber 5 from air flue 6, the heating liquid particle is mixed with water afterwards again from drain passageway 8 discharges.At this moment, because the thermal capacity of flowing fluid ratio air is big,, can generate the lower mist of temperature so compare with adopting Air mixing gas.
In addition, in this form of implementation, be the downside that drain passageway 8 is arranged on foot mounting table 9, so can implement heat to the foot of user from arch of the foot.Arch of the foot is heated, have the effect that to improve sympotoms caused by cold factors.In order to implement to heat, can also as shown in figure 14 drain passageway 8 be inclined upwardly by arch of the foot (particularly finger tip part).
And the foot mounting table 9 in the present embodiment can unload from housing 1, keeps clean so can tidy up easily after use.The height of jut 91 can make " arch of the foot " the corresponding position with user than higher (referring to Fig. 6 A) according to the shape set of the arch of the foot of user.Adopt this form of the composition, user can stably be placed on foot on the foot mounting table.And, can also apply stimulation to the acupuncture point of arch of the foot, further improve the foot bath effect.In addition, the size in the hole 90 of foot mounting table 9 can be as shown in figure 15, and it is bigger than heel side to form the toe side.Like this, when user is placed on foot on the foot mounting table 9, can make many that the skin of its leg fingers exposes to the open air, heat thereby can implement emphasis to the tiptoe position of foot.In addition, can also adopt the structure of the height that can adjust foot mounting table 9.By changing the height of foot mounting table 9, even the foot length of user is different, also can stablize the placement foot, and the temperature in the time of can also contacting with foot mist is implemented fine adjustments.
Replace demountable foot mounting table 9 in addition, can also be shown in Figure 16 A, Figure 16 B, the foot mounting table that the jut 11 that employing is located by the bottom surface that is set directly at foot bath space 100 constitutes.But also can be shown in Figure 17 A, Figure 17 B, the foot mounting table that adopts the some clavates portion 12 that is provided with by cross-section foot bath space 100 inner modes to constitute.No matter adopt any foot mounting table, all can also be formed with the hole that bottom by the foot mounting table is through to place, foot mounting table top and (in Figure 16 B, be expressed as hole 11A, in Figure 17 B, be expressed as hole 12A), so can efficient well inboard enforcement of the foot of user be heated.
In addition, the shape of drain passageway 8 is not limited in shape as shown in Figure 3, for example can also be form shown in Figure 18 A, that be made of a 8A of elongated rectangular portion that laterally places.Perhaps, can also be form shown in Figure 18 B, that constitute by the 8B of elongated rectangular portion of some horizontal placements.Because the shape of drain passageway 8 forms elongated shape, drain passageway 8 can form throttle part, so can improve the mixing efficiency of mist.
In this form of implementation, can set button 112 (referring to Fig. 1) by the temperature on the operating operation panel 10, the design temperature F of mist is set in arbitrary temp in 42 ℃, 43 ℃, 44 ℃, 45 ℃, 46 ℃.User is in illuminating state with each design temperature F corresponding LED lamp 113, so can be confirmed design temperature F by observing LED lamp 113.
And, even having Pediluvium apparatus, the control part among the present invention takes place unusually, can not cause dangerous failure protection function (fail safe) to human body yet.The abnormality that may occur comprises following three kinds of forms.
(form 1) rises to above set point of temperature the temperature in the housing 1 because control part breaks down.
(form 2) is because the temperature sensor akinesia rises to above set point of temperature the temperature in the housing 1.
(form 3) continues to remain on heated condition because short circuit appears in the control loop of heater 4.
For the situation that above-mentioned anomaly pattern 1 occurs, when temperature sensor detects this dangerous temperature, control part will stop heater 4 actions, and abnormal accident occur to the user report.
For the situation that above-mentioned anomaly pattern 2 occurs, it is certain that the detection signal that temperature sensor provides will keep, so the detection signal that provides in temperature sensor at the appointed time keeps one regularly, control part will be judged and abnormal accident occur, stop heater 4 actions, and abnormal accident occurs to the user report.
For the situation that above-mentioned anomaly pattern 3 occurs, owing to can not stop the action of heater 4, so can at heater 4 places relay be set in advance.When temperature sensor detected this dangerous temperature, control part can make this relay be in off-state.
In Figure 19, provided Pediluvium apparatus as second embodiment of the invention.Represent by identical label with part identical among first embodiment, therefore omitted corresponding explanation.This Pediluvium apparatus is a kind of embodiment that makes particle path 7 always extend to the space 92 under the foot mounting table 9.Be provided with the several holes (not shown) below the drain passageway 8 that is positioned at 92 places, space, the heating liquid particle by particle path 7 drains into space 92 by described hole.The heating liquid particle that drains into space 92 92 mixes with air in the space, is supplied to the arch of the foot of user by the hole on the foot mounting table 9 90.Promptly the space 92 under the foot mounting table 9 can be used as mixing chamber 5 in the present embodiment, and each hole 90 on the foot mounting table 9 may double as be used for that air imported the air flue 6 of mixing chamber 5 and be used for mist is supplied with by mixing chamber 5 drain passageway 8 in foot bath spaces 100.
In addition, as shown in figure 20, fan 13 can also be set under foot mounting table 9.Fan 13 is set helps to import the heating liquid particle, and can improve the mixing efficiency of air and heating liquid particle.And the wind that is produced by fan 13 can make mist contact with the arch of the foot of user more fully.
Content of asking for protection outside the scope of the present invention as mentioned above, can in not breaking away from theme of the present invention and scope, constitute far-ranging multiple form of implementation, so can't help above-mentioned specific embodiment to limit.
Claims (14)
1. Pediluvium apparatus is characterized in that having:
Include and place the spatial housing of foot bath that the user foot is used;
The liquid container that storaging liquid is used;
Described liquid is implemented heating to produce the heater that the heating liquid particle is used;
And described heating liquid particle and air are mixed the mist that forms supply with the feedway that described foot bath space is used.
2. Pediluvium apparatus as claimed in claim 1 is characterized in that, described feedway comprises:
Described heating liquid particle and air are implemented to mix the mixing chamber of usefulness;
Air is imported the air flue that described mixing chamber uses;
Described heating liquid particle is imported the particle path that described mixing chamber uses;
And mist supplied with the drain passageway that described foot bath space is used by described mixing chamber.
3. Pediluvium apparatus as claimed in claim 2 is characterized in that, described feedway has the fan that is configured at least one place in described air flue, described particle path and the described drain passageway.
4. Pediluvium apparatus as claimed in claim 3 is characterized in that, described fan is for importing air and importing the desk fan that described heating liquid particle is used by described particle path by described air flue.
5. Pediluvium apparatus as claimed in claim 1 is characterized in that, is provided with the foot mounting table that user is placed foot in the spatial bottom surface of described foot bath;
Described foot mounting table has one or several holes that are through to foot mounting table top by the bottom of foot mounting table;
Described feedway is supplied to the foot bath space with described mist by the downside of described foot mounting table.
6. Pediluvium apparatus as claimed in claim 5 is characterized in that, is positioned at the size in the described hole of user toe side, and is bigger than the size in the described hole that is positioned at user heel position.
7. Pediluvium apparatus as claimed in claim 1 is characterized in that, is provided with the control device of described heating liquid particle and Air mixing ratio being controlled usefulness.
8. Pediluvium apparatus as claimed in claim 7 is characterized in that, the mode that described control device changed according to the generation cycle that makes described heating liquid particle is controlled described heater.
9. Pediluvium apparatus as claimed in claim 8, it is characterized in that, when reaching ceiling temperature according to the temperature when described mist, reduces by described control device the generation of heating liquid particle, when the temperature of described mist reaches than the low set point of temperature of described ceiling temperature, increase the mode of the generation of heating liquid particle, described heater is controlled.
10. Pediluvium apparatus as claimed in claim 8, it is characterized in that, stop to produce the heating liquid particle at the appointed time when described control device reaches ceiling temperature according to the temperature when described mist, described heater is being controlled through the mode that begins to produce the heating liquid particle after the described stipulated time once more.
11. Pediluvium apparatus as claimed in claim 8 is characterized in that, described control device is in certain cycle, and the generation persistent period and the generation that change the heating liquid particle stop the persistent period.
12. Pediluvium apparatus as claimed in claim 1 is characterized in that, the preheating device of the liquid in the described liquid container being implemented preheating also is set.
13. Pediluvium apparatus as claimed in claim 12 is characterized in that, the aviso device that the temperature of liquid of circular in described liquid container reaches set point of temperature is set.
14. Pediluvium apparatus as claimed in claim 1 is characterized in that, is provided with: the liquid-detecting that the residual liquid quantity in the described liquid container is detected; Stop the heating arresting stop that adds hot work of described heater in the time of under residual liquid quantity reaches ormal weight.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP160012/2003 | 2003-06-04 | ||
| JP160012/03 | 2003-06-04 | ||
| JP2003160012A JP3700712B2 (en) | 2003-06-04 | 2003-06-04 | Foot bath |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1572276A CN1572276A (en) | 2005-02-02 |
| CN100348163C true CN100348163C (en) | 2007-11-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100639435A Expired - Fee Related CN100348163C (en) | 2003-06-04 | 2004-06-04 | Pediluvium apparatus |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP3700712B2 (en) |
| CN (1) | CN100348163C (en) |
| HK (1) | HK1071288A1 (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4674503B2 (en) * | 2005-07-25 | 2011-04-20 | パナソニック電工株式会社 | Hand and foot bath equipment |
| CN102488616A (en) * | 2011-12-20 | 2012-06-13 | 王维义 | Moxibustion shoes |
| CN105362060A (en) * | 2015-12-17 | 2016-03-02 | 中国人民解放军第三军医大学第二附属医院 | Crissum fumigation and washing device |
| CN106264242B (en) * | 2016-09-30 | 2019-05-07 | 上海泰昌健康科技股份有限公司 | A kind of Pediluvium apparatus for fumigating function with steam |
| CN110123617A (en) * | 2019-06-19 | 2019-08-16 | 江南大学 | A kind of foot fumigator of drying function |
| CN110743056B (en) * | 2019-11-21 | 2021-11-23 | 南通大学附属医院 | Diabetic foot nursing device and using method thereof |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2145565Y (en) * | 1993-02-25 | 1993-11-10 | 石庆国 | Multifunctional feet bathing apparatus |
-
2003
- 2003-06-04 JP JP2003160012A patent/JP3700712B2/en not_active Expired - Fee Related
-
2004
- 2004-06-04 CN CNB2004100639435A patent/CN100348163C/en not_active Expired - Fee Related
-
2005
- 2005-05-24 HK HK05104330A patent/HK1071288A1/en not_active IP Right Cessation
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2145565Y (en) * | 1993-02-25 | 1993-11-10 | 石庆国 | Multifunctional feet bathing apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3700712B2 (en) | 2005-09-28 |
| JP2004357943A (en) | 2004-12-24 |
| HK1071288A1 (en) | 2005-07-15 |
| CN1572276A (en) | 2005-02-02 |
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