CN205162901U - Bathtub - Google Patents

Abstract

The utility model discloses a bathtub, bathtub includes: the cylinder body, the chamber of bath and condensing zone have in the cylinder body, be equipped with on the cylinder body with the condensate outlet of condensing zone intercommunication and with bathe the water inlet and the delivery port of chamber intercommunication, the water inlet is suitable for the hot water export intercommunication with the water heater, the heat preservation, the heat preservation is established on the cylinder body, the condensing zone is established the heat preservation with bathe between the chamber just the heat preservation is located the outside of condensing zone, the fan, the fan is established on the cylinder body, bathe the chamber with the condensing zone intercommunication just the vapor of bathing the intracavity is in be suitable for the inflow under the drive of fan in the condensing zone. According to the utility model discloses bathtub can realize inside thermal cycle, and calorific loss is little, and thermal insulation performance is good in the heating, and safe in utilization and energy consumption is hanged down.

Description

Bathtub

Technical field

The utility model relates to Bath utensil technical field, more specifically, relates to a kind of bathtub.

Background technology

The kind of bathtub has a lot, and wherein, intelligent bathtub is mainly Trend bathtub, except outer major function of taking a shower is for massage.Wherein, the heating and thermal insulation of bathtub inside is water circulation electrical heating, and heating component directly contacts with water, there is electric leakage risk, also easily forms incrustation scale, is difficult to remove.The water slug deriving from water pump and drive is cleaned in massage, and water pump and water pipe directly contact with bath waste water, and residual impurity and dirt are difficult to remove.Still need after intelligent bathtub uses manually to carry out cleaning and sterilization to bathtub, automaticity is not high.Meanwhile, bathtub is without heat-insulation layer and bathtub cover, and easy heat radiation, capacity usage ratio is low, and energy consumption is high.

Disclose a kind of constant temperature ceramic bathtub in correlation technique, the heat pipe that this bathtub has air compartment and is communicated with air compartment, heat pipe is arranged on the sidewall of bathtub.The Heat preservation mode of this bathtub is: the hot-air that wind heating indoor is obtained at hot Bottomhole pressure to realize heating and thermal insulation.The object of safe heating when although this technical scheme also reaches shower, but its capacity usage ratio is too low, power consumption is large, the performance requirement of opposite heat tube also higher (needing corrosion-and high-temp-resistant), and if heat pipe arrange very little, then heating effect can not be remarkable, if heat pipe is arranged too many, then cost is too high, and heat trnasfer loss is large, and the structure of bathtub still needs to be improved.

Utility model content

The utility model is intended to solve one of technical problem in correlation technique at least to a certain extent.For this reason, the utility model proposes a kind of bathtub, described bathtub good heat insulating, security is high and energy consumption is low.

According to bathtub of the present utility model, comprise: cylinder body, have bath chamber and condensing zone in described cylinder body, described cylinder body is provided with the condensation-water drain be communicated with described condensing zone and the water inlet be communicated with described bath chamber and delivery port, and described water inlet is suitable for being communicated with the hot water outlet of water heater; Heat-insulation layer, described heat-insulation layer is located on described cylinder body, and described condensing zone is located between described heat-insulation layer and described bath chamber and described heat-insulation layer is positioned at the outside of condensing zone; Blower fan, described blower fan is located on described cylinder body, and described bath chamber is communicated with described condensing zone and steam in described bath chamber is suitable for flowing in described condensing zone under the driving of described blower fan.

Can realize internal heat circulation according to bathtub of the present utility model, thermal loss is little, and heating and thermal insulation performance is good, and security is high and energy consumption is low.

In addition, following additional technical characteristic can also be had according to bathtub of the present utility model:

According to embodiments more of the present utility model, bathtub also comprises infrared generator, and described infrared generator is suitable for the water heating in described bath chamber and opens with the water spacer in described bath chamber.

According to embodiments more of the present utility model, bathtub also comprises lid, and described lid is located at movably on described cylinder body and bathes chamber with described in opening and closing.

According to embodiments more of the present utility model, bathtub also comprises control system, described control system is suitable for being connected with the controller of described water heater, the opening and closing under the control of described control system of described water inlet and delivery port, at least one in described blower fan, infrared generator and lid controls by described control system.

According to embodiments more of the present utility model, bathtub also comprises liquid level sensor, and described liquid level sensor to be located in described bath chamber and to be connected with described control system.

According to embodiments more of the present utility model, bathtub also comprises non-contact temperature sensor, and described non-contact temperature sensor to be located in described condensing zone and to be connected with described control system.

According to embodiments more of the present utility model, described heat-insulation layer is heat-preservation cotton.

According to embodiments more of the present utility model, bathtub also comprises magnetic fluid part, and described magnetic fluid part is located in described bath chamber movably, and described cylinder body is provided with and is suitable for producing the electromagnet moved to drive described magnetic fluid part in magnetic field under control of the control system.

According to embodiments more of the present utility model, described magnetic fluid part is formed as spheroid, and described magnetic fluid part comprises: bath balls, and described bath balls comprises silica shell, textile layer and magnetic fluid, described magnetic fluid is located in described silica shell, and described textile layer is coated on the outer surface of described silica shell; Rotating wash bowl, described rotating wash bowl comprises silica shell, bristle cortex and magnetic fluid, and described magnetic fluid is located in described silica shell, and described bristle cortex is coated on going up at least partially of the outer surface of described silica shell.

According to embodiments more of the present utility model, bathtub also comprises audio playing module, and described audio playing module to be located on described cylinder body and to be connected with described control system.

According to embodiments more of the present utility model, described control system comprises speech control module.

Additional aspect of the present utility model and advantage will part provide in the following description, and part will become obvious from the following description, or be recognized by practice of the present utility model.

Accompanying drawing explanation

Fig. 1 is the structural representation of an angle of bathtub according to the utility model embodiment;

Fig. 2 is the structural representation of another angle of bathtub according to the utility model embodiment;

Fig. 3 is the structural representation of another angle of bathtub according to the utility model embodiment;

Fig. 4 is the sectional view of the bathtub according to the utility model embodiment;

Fig. 5 is the structural representation of the bath balls of bathtub according to the utility model embodiment;

Fig. 6 is the structural representation of the rotating wash bowl of bathtub according to the utility model embodiment;

Fig. 7 is the distribution schematic diagram of the electromagnet of bathtub according to the utility model embodiment.

Reference numeral:

Bathtub 100;

Textile layer 1; Silica shell 2; Magnetic fluid 3; Bristle cortex 4; Lid 5; Heat-insulation layer 6; Outer courage 7; Condensing zone 8; Non-contact temperature sensor 9; Infrared generator 10; Cylinder body 11; Bath chamber 12; Blower fan 13; Inner bag 14; Delivery port 15; Condensation-water drain 16; Electromagnet 17; Water inlet 18; Speech control module 19; Audio playing module 20; Chaise longue 21; WIFI communication module 22; Liquid level sensor 23; Aromatic box 24; Bath balls 25; Rotating wash bowl 26.

Detailed description of the invention

Be described below in detail embodiment of the present utility model, the example of described embodiment is shown in the drawings.Be exemplary below by the embodiment be described with reference to the drawings, be intended to for explaining the utility model, and can not be interpreted as restriction of the present utility model.

The bathtub 100 according to the utility model embodiment is described in detail below in conjunction with accompanying drawing.

Shown in Fig. 7, cylinder body 11, heat-insulation layer 6 and blower fan 13 can be comprised according to the bathtub 100 of the utility model embodiment.

Can be limited with bath chamber 12 and condensing zone 8 in cylinder body 11, bath chamber 12 is communicated with condensing zone 8.Cylinder body 11 is provided with water inlet 18 and delivery port 15, water inlet 18 and delivery port 15 are communicated with bath chamber 12 respectively, condensed water delivery port 15 is communicated with condensing zone 8, water inlet 18 is suitable for being communicated with the hot water outlet of water heater, make the hot water in water heater can enter in bath chamber 12 by hot water inlet and water inlet 18, delivery port is in communication with the outside, thus makes the water in bath chamber 12 can discharge bathtub 100.As shown in Figure 3, four footing can be installed in the bottom of bathtub 100, and condensation-water drain 16 and delivery port 15 can be settled in centre.

Blower fan 13 can be located on cylinder body 11, and bath chamber 12 is communicated with condensing zone 8 and the steam of bathing in chamber 12 is suitable for flowing in condensing zone 8 under the driving of blower fan 13.Specifically, condensing zone 8 has and the opening that is communicated with of bath chamber 12, and the rational height of opening is higher than arranging water level in bath chamber 12, and in normal state, the water of bathing in chamber 12 can not be flow in condensing zone 8 by opening.Blower fan 13 can be provided with near opening, bath chamber 12 in hot water produce steam can rise and can blower fan 13 receive effect under be inhaled in condensing zone 8.Wherein, condensing zone 8 can be the inner condensation chamber with packing material, also can be the condensation chamber of hollow.

Condensing zone 8 can be located between heat-insulation layer 6 and bath chamber 12, and condensing zone 8 can be positioned at the outside of heat-insulation layer 6.In other words, heat-insulation layer 6, condensing zone 8 and bath chamber 12 set gradually from outside to inside, heat-insulation layer 6 is positioned at outermost, the heat that can intercept condensing zone 8 and bath chamber 12 outwards transmits, condensing zone 8 is positioned at the outside in bath chamber 12, when bathing injection hot water in chamber 12, the surface of hot water produces steam, steam can flow in condensing zone 8 under the drive of blower fan 13, steam is converted into condensed water in condensing zone 8 and cold air generation condensation, release heat, this heat can carry out overall heating and thermal insulation to the water in bath chamber 12 simultaneously; The heat-insulation layer 6 being simultaneously positioned at outside can also effectively prevent water vapor condensation liberated heat from outwards transmitting, and realizes the thermal cycle in bathtub 100, and reduce heat trnasfer loss, ensure the constant of bathtub 100 water temperature with minimum electricity, heating and thermal insulation is good.

According to the bathtub 100 of the utility model embodiment, by arranging condensing zone 8 and heat-insulation layer 6, making bathtub 100 that heat-insulation layer 6 not only can be adopted to be incubated, the water vapor condensation liberated heat in bath chamber 12 can also be utilized to carry out heating and thermal insulation, thermal loss is little, and bathtub 100 heating and thermal insulation is good; Meanwhile, the timely discharge of steam also can make people can not feel sultry because of the ascension of steam when taking a shower, and can improve shower quality.This bathtub 100 can be complementary with water heater practical function, and the Fast Heating of water temperature can be responsible for ensureing being perfectly safe of electricity consumption by water heater, and the maintenance of water temperature then self is responsible for by bathtub 100, good heat preservation performance and energy-saving effect is remarkable.

Wherein, the material of heat-insulation layer 6 can be multiple, and optionally, in embodiments more of the present utility model, heat-insulation layer 6 can be heat-preservation cotton.Heat-preservation cotton good heat preservation performance, is convenient to manufacture and install and cost is low.The structure of blower fan 13 also can have multiple, and such as, according to a concrete example of the present utility model, blower fan 13 can be formed as turbofan.

As shown in Figure 4, cylinder body 11 can comprise inner bag 14 and outer courage 7.Inner bag 14 has diapire and side perisporium, and the periphery of side perisporium and diapire along being connected, and encloses to be formed with side perisporium and bathes chamber 12, is formed with condensing zone 8 in diapire and side perisporium.Outer courage 7 is connected with inner bag 14 and is positioned at the outside of inner bag 14, and heat-insulation layer 6 is located at the inside of outer courage 7, and namely heat-insulation layer 6 is filled in the inside of outer courage 7.Thus, can available protecting heat-insulation layer 6, and condensing zone 8 not only can from the coated bath chamber 12, periphery in bath chamber 12; heating and thermal insulation can also be carried out from bottom to bath chamber 12; meanwhile, heat-insulation layer 6 also can be incubated from periphery and bottom condensing zone 8, high insulating effect.

Preferably, in embodiments more of the present utility model, bathtub 100 can also comprise infrared generator 10, and infrared generator 10 is suitable for the water heating in bath chamber 12, and infrared generator 10 is offered with the water spacer in bath chamber 12 and put.Thus, the water in bath chamber 12 can be heated by infrared generator 10, and the good and infrared generator 10 of heating effect can not contact with water, and avoid generation incrustation scale, infrared generator 10 is not easily damaged.Alternatively, infrared generator 10 can be infrared lamp.

Meanwhile, the energy of infrared generator 10 radiation can produce more steam, and more heat is released in condensation, heat insulation effect is improved further after being absorbed by the water of bathing in chamber 12.In addition, user can also use infrared generator 10 to irradiate human body after having taken a shower, and the water on human body can be evaporated, realize the oven dry to human body.

Alternatively, in certain embodiments, the open upper end in bath chamber 12, bathtub 100 can also comprise lid 5, and lid 5 is located on cylinder body 11 movably with opening and closing bath chamber 12.Specifically, lid 5 is connected with cylinder body 11 and can be movable relative to cylinder body 11, and lid 5 can be opened when people enters bathtub 100, and closes in the process of taking a shower.Thus, both can facilitate the turnover of people, can also stop that the heat in bath chamber 12 outwards scatters and disappears further, the steam particularly evaporated outwardly, improves heat insulation effect simultaneously.

As shown in Figure 1 and Figure 4, infrared generator 10 can be located on lid 5.When lid 5 is closed, infrared generator 10 both can not contact with the water in bath chamber 12, just to the water in bath chamber 12, directly can also can heat the water in bath chamber 12, make the surface of water more easily produce steam simultaneously.

According to embodiments more of the present utility model, bathtub 100 can also comprise control system, and control system is suitable for being connected with the controller of water heater, and water inlet 18 and delivery port 15 can opening and closings under control of the control system.At least one in blower fan 13, infrared generator 10 and lid 5 can controlled Systematical control.That is, control system can realize being connected with the controller of water heater, thus realizes automatic feeding water and the automatic outletting in bath chamber 12.

Blower fan 13, infrared generator 10 can be connected with control system with at least one in lid 5, thus realize the automatic shutter of blower fan 13, infrared generator 10 and/or lid 5, and control performance is better, and the automaticity of bathtub 100 is higher.Wherein, lid 5 drive unit that can be understood as lid 5 that is connected with control system is connected with control system.

The controller of control system and water heater can be wireless, and also can be wired.When adopting wireless connections, control system can comprise WIFI communication module 22, WIFI communication module 22 and can be located on lid 5, WIFI communication module 22 can with the controller wireless connections of water heater, thus realize the transmission of information.In addition, WIFI communication module 22 can also be connected with mobile phone wireless, thus can realize controlled in wireless by mobile phone to bathtub 100, and control performance is good.

When blower fan 13, infrared generator 10 or lid 5 are not connected with control system, blower fan 13, infrared generator 10 or lid 5 can manual opening and closings.Certainly, for improving the flexibility used, when designing, blower fan 13, infrared generator 10 or lid 5 can be made when being connected with control system, both automatic shutter can be realized, also can realize manual opening and closing, this is appreciated that to one skilled in the art and easily realizes, and is not described in detail at this.

As shown in Figure 1, bathtub 100 can also comprise liquid level sensor 23, and liquid level sensor 23 can be located at bathes in chamber 12 and is connected with control system.Thus, can realize the water level in bath chamber 12 detecting, convenient Inlet and outlet water to be controlled, avoid bathing in chamber 12 and occur that spilling water or the inadequate situation of water level occur.Alternatively, liquid level sensor 23 can be magnetic levitation type liquid level sensor.

Certainly, some is not arranged to the bathtub 100 of liquid level sensor 23, can realize the operation that adds water or discharge water in bath chamber 12 by setup times, this is appreciated that to one skilled in the art and easily realizes, and is not described in detail at this.

As shown in Figure 4, bathtub 100 can also comprise non-contact temperature sensor 9, such as radiation temperature sensor, and non-contact temperature sensor 9 can be located in condensing zone 8 and to be connected with control system.Thus, can realize the measurement of bathing water temperature in chamber 12, non-contact temperature sensor 9 can be spaced apart with hot water simultaneously, effectively avoids non-contact temperature sensor 9 to occur incrustation scale, safe and reliable and the life-span is long.Certainly, for the bathtub 100 that some does not arrange non-contact temperature sensor 9, also can arrange by the time heating of water realized in bath chamber 12, this is also easy understand to one skilled in the art.

According to embodiments more of the present utility model, bathtub 100 can also comprise magnetic fluid part, magnetic fluid part is located in bath chamber 12 movably, cylinder body 11 is provided with electromagnet 17, electromagnet 17 is connected with control system, electromagnet can produce magnetic field under control of the control system, and magnetic fluid part can at the move under influence in this magnetic field.Thus, magnetic fluid part can move in bath chamber 12, thus realizes the massage scouring of human body or the cleaning to bathtub 100, use safety.

Wherein, electromagnet 17 can be arranged on the outer surface of cylinder body 11, to avoid contacting with water, corrosion occurs.Electromagnet 17 according to the location arrangements shown in Fig. 7, namely can be arranged along the outline line of chaise longue 21 in bath chamber 12, to guarantee that the movement locus of the magnetic fluid part of bathing in chamber 12 can flow along the profile of human body recumbency, ensures massage and scrub effect.

Alternatively, magnetic fluid part can be formed as spheroid.The magnetic fluid part outer peripheral face of spheroid is level and smooth and without wedge angle, can effectively avoid producing human body and cylinder body 11 damaging.Further, magnetic fluid part can comprise bath balls 25 and rotating wash bowl 26.Thus, different objects can be used respectively to carry out massage to human body and to clean and bathtub 100 is cleaned, ensure clean property and the cleaning performance of shower.

As shown in Figure 5, bath balls 25 can comprise textile layer 1, silica shell 2 and magnetic fluid 3.Magnetic fluid 3 can be located in silica shell 2, and textile layer 1 can be coated on the outer surface of silica shell 2.Specifically, the internal package of silica shell 2 has magnetic fluid 3, and magnetic fluid 3 has magnetic fluid characteristic and (both had liquid fluidity, there is again the magnetic of solid magnetic material, when in space during externally-applied magnetic field, show magnetic), the outside of silica shell 2 is coated with textile material; During shower, under the magnetic field force effect of external electromagnet 17, bath balls 25 can move also and human contact, thus can clean the dirt removing human body surface, because textile layer 1 can contact with body surface, make scouring dynamics soft, human body comfort is good, epidermis also can be stimulated neural, during shower de-sludging simultaneously, noise is also very low, to the comfort that people brings a kind of intelligence to clean.

As shown in Figure 6, rotating wash bowl 26 can comprise silica shell 2, bristle cortex 4 and magnetic fluid 3.Magnetic fluid 3 can be located in silica shell 2, and bristle cortex 4 can be coated on going up at least partially of the outer surface of silica shell 2.Specifically, the internal package of silica shell 2 has magnetic fluid 3, and the outside of silica shell 2 is coated with bristle skin, such as, and the fur of some hard that fleece not easily deforms under the blowing force effect of people.After shower, under the magnetic field force effect of external electromagnet 17, rotating wash bowl 26 can move and wipe the residual soil on the internal face of bathtub 100, because bristle cortex 4 is harder than textile layer 1, there is when contacting with the internal face of bathtub 100 certain scouring dynamics, ensure that cleaning performance.

Optionally, in detailed description of the invention more of the present utility model, bathtub 100 can also comprise audio playing module 20, and audio playing module 20 can be located on cylinder body 11 and to be connected with control system.Thus, can also listen to music or news etc. when taking a shower, further increase the experience of human bathing, hommization degree is high.Wherein, audio playing module 20 can be network radio station module, and this network radio station module can channel searching and audio plays etc. under control of the control system.

Further, control system can comprise speech control module 19, and speech control module 19 can be connected with audio playing module 20.Thus, the acoustic control to audio playing module 20 can be realized, control flexibly more convenient.In addition, for the bathtub 100 being provided with speech control module 19, the drive unit of lid 5 also can be connected with speech control module 19, thus can work by acoustic control drive unit, the acoustic control realizing lid 5 opens and closes, and control performance is better, hommization more.

As shown in Figure 2, lid 5 can also arrange aromatic box 24, aromatic box 24 can be located at the edge of the contiguous human body of lid 5.During shower, extraneous fresh air can clip the fragrance of aromatic box 24, hovers at bathtub 100 place, brings a kind of shower of delicate fragrance to experience to people.

Below in conjunction with accompanying drawing, the use procedure of the bathtub 100 according to the utility model embodiment and operation principle thereof etc. are described.

Before shower: user can make a reservation for by smart mobile phone the time starting shower, water level in default shower duration, drying time period, shower temperature, bath chamber 12, the broadcast sound volume of audio playing module 20 and station channel, these preset instructions can send to the WIFI communication module 22 of lid 5 by WIFI, the timer of the single-chip microcomputer on bathtub 100 starts timing.

Take a shower and prepare: before the shower time that user is predetermined, the control system of bathtub 100 can send heating with water temperature (a little higher than user preset shower temperature) instruction to water heater, water heater starts Automatic-heating, when water temperature reaches corresponding water temperature, water heater sends feedback command to control system, the water intaking valve switch of inner bag 14 opened automatically by bathtub 100, and hot water flows into bath chamber 12 from the hot water outlet of water heater through water inlet 18; When the water level of bathing chamber 12 reaches user preset water level, liquid level sensor 23 can send feedback command to control system, and control system controls water intaking valve switch and automatically closes, and automatically closes lid 5, automatically open infrared generator 10, automatically open blower fan 13 and operate.

The emittance of infrared generator 10 is absorbed by the water of bathing chamber 12, the top layer of water starts endothermic disintergration and becomes steam, blower fan 13 receive effect under, enter condensing zone 8, meet cold air and be frozen into aqueous water again, flow out from condensation-water drain 16, the heat that water vapor condensation distributes is absorbed by the inner bag 14 of bathtub 100, pass to the water in bath chamber 12, form a kind of thermal cycle; Meanwhile, the heat-preservation cotton of filling in the outer courage 7 of bathtub 100, there is heat exchange with extraneous in the heat having completely cut off again condensing zone 8, decreases the energy loss of bathtub 100 internal heat circulation, improve energy utilization efficiency.The aqueous water that steam solidifies is pure pollution-free, can be collected use as running water at condensation-water drain 16.

When non-contact temperature sensor 9 sense bath chamber 12 in water temperature higher than user preset shower temperature time, can automatically close infrared generator 10 under control of the control system; When water temperature sets shower temperature lower than user, infrared generator 10 can be opened again automatically, heats water, and water temperature is kept.

Take a shower and start: user voice instruction passes to the speech control module 19 of bathtub 100, lid 5 is opened automatically under control of the control system, manually can add shower cream (or shower perfume) and bath balls 25, human body can lie on the chaise longue 21 in bathtub 100, people can send phonetic order to speech control module 19, and lid 5 can automatically be closed under the driving of drive unit; Meanwhile, automatically can open infrared generator 10 under control of the control system and enter Heat preservation program, the internal timer of control system calculates the shower time automatically simultaneously.

Meanwhile, control system can also control the power switch of electromagnet 17, and bath balls 25 can move along the profile traces of chaise longue 21 under the variation magnetic field power effect of external Electromagnetic Launching, thus the dirt on automatic scrubbing human body skin.When user lies on one's side, bath balls 25 automatic massage human body backs or scouring human body back skin dirt, massage scrub effect is good.

Control system can also control the power supply of audio playing module 20, can automatically open when human bathing, and automatically can be adjusted to the station channel of user preset.Certainly, user is also by speech control module 19 net control station channel.

Take a shower and terminate: when the time that internal timer is counted reaches the shower time of user preset, under control of the control system, the power supply of electromagnet 17 is closed automatically, and outlet valve switch is opened automatically, and bath waste water can flow out from delivery port 15; After liquid level sensor 23 senses that the water of bathing in chamber 12 drains off, outlet valve switch cuts out automatically, and bathtub 100 enters drying procedure.

Dry and start: after liquid level sensor 23 senses that the water of bathing in chamber 12 drains off, under control of the control system, infrared generator 10 is opened automatically, and suitable radiation intensity can be adjusted to, emittance can be absorbed by the residual globule of human body surface skin, thus convert steam to, blower fan 13 receive effect under enter condensing zone 8 and be frozen into aqueous water and flow out from condensation-water drain 16.

Meanwhile, the emittance of infrared generator 10 can also be absorbed by the body, and to body-care, effective (infrared ray can improve blood circulation, skin can be made smooth tender, body interior can be made warm, relax one's muscles, the oxygen of drive capillary network and nutrient exchange etc.).

Dry and terminate: when human body sensory is with it by oven dry, can send phonetic order to the speech control module 19 of bathtub 100, infrared generator 10 can cut out automatically, and blower fan 13 also cuts out automatically, and lid 5 is opened automatically, and whole bathing experience terminates simultaneously.

Bathtub 100 cleans beginning automatically: user can take out bath balls 25, and puts into rotating wash bowl 26, manual-lock lid 5, and control system can send instruction automatically to the controller of water heater, and water heater starts automatic heating; When the bathtub 100 that temperature reaches setting cleans water temperature, controller can feedback command to control system, water intaking valve switch is opened automatically, hot water flows into bath chamber 12 by water inlet 18 from water heater, now, the power switch of electromagnet 17 is opened automatically, and rotating wash bowl 26 can along the profile automatic flowing of chaise longue 21 under the power effect of variation magnetic field, thus the surface smut of wiping bathtub 100 inner bag 14.Wherein, for ensureing cleaning performance, can bathe in chamber 12 in the past adding washing agent and thimerosal.

Bathtub 100 cleans end automatically: when after the scavenging period that the time that internal timer is counted reaches predetermined, under control of the control system, the automatic shutoff of power switch of electromagnet 17, and outlet valve switch is opened automatically, and cleaning waste water is discharged from delivery port 15; After liquid level sensor 23 senses that the cleaning waste water of bathing in chamber 12 drains off, infrared generator 10 and blower fan 13 are opened automatically, and outlet valve switch cuts out automatically, and bathtub 100 enters drying procedure.After reaching certain hour, infrared generator 10 and blower fan 13 are closed automatically, and bathtub 100 automatically cleaning procedure terminates.

In sum, according to the cardinal principle of the bathtub 100 of the utility model embodiment be infrared heating principle in conjunction with steam-condensation principle, heating and thermal insulation is carried out to the water in bathtub 100, and after shower terminates, can automatically dry human body; Meanwhile, also use magnetic fluid 3 characteristic, use magnetic current spheroid to shuttle back and forth under magnetic fields cleaning person surface dirt, reach automatic massage and scrub function, after shower terminates, also can shuttle back and forth under magnetic fields and clean bathtub 100, reach automated cleaning bathtub 100 function; The water temperature that user can be taken a shower by smart mobile phone remote setting, water level, shower and drying time period, can also be controlled by the opening and closing of speech control module 19 pairs of network radio stations and lid 5, automaticity is high.

This bathtub 100 take a shower use time and the heating of water heater completely isolated, at utmost ensure that the Electrical Safety of shower, stop risk of leaking electricity, also reduce the energy consumption of bathtub 100 simultaneously, achieve the constant temperature of taking a shower with the integrated and automation of drying, bathtub 100 automatically cleaning and shower water temperature, improve the comfortableness of shower and recreational experience.

This bathtub 100 has that security is high, automaticity is high, good health care effect, good energy saving property, shower comfortableness is good, water resource cyclic utilization rate is high and capacity usage ratio advantages of higher.According to the bathtub 100 of the utility model embodiment other form and operation be known for the person of ordinary skill of the art, be not described in detail at this.

In description of the present utility model, it will be appreciated that, term " on ", D score, "front", "rear", " end ", " interior ", the orientation of the instruction such as " outward " or position relationship be based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of the device of instruction or hint indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.

In the utility model, unless otherwise clearly defined and limited, the term such as term " installation ", " being connected ", " connection ", " fixing " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or integral; Can be mechanical connection, also can be electrical connection or each other can communication; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals or the interaction relationship of two elements, unless otherwise clear and definite restriction.For the ordinary skill in the art, the concrete meaning of above-mentioned term in the utility model can be understood as the case may be.

In the utility model, unless otherwise clearly defined and limited, fisrt feature second feature " on " or D score can be that the first and second features directly contact, or the first and second features are by intermediary mediate contact.

In the description of this description, specific features, structure, material or feature that the description of reference term " embodiment ", " specific embodiment ", " example " or " concrete example " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present utility model or example.In this manual, to the schematic representation of above-mentioned term not must for be identical embodiment or example.And the specific features of description, structure, material or feature can combine in one or more embodiment in office or example in an appropriate manner.In addition, when not conflicting, the feature of the different embodiment described in this description or example and different embodiment or example can carry out combining and combining by those skilled in the art.

Although illustrate and described embodiment of the present utility model above, be understandable that, above-described embodiment is exemplary, can not be interpreted as restriction of the present utility model, those of ordinary skill in the art can change above-described embodiment, revises, replace and modification in scope of the present utility model.

Claims (11)

1. a bathtub, is characterized in that, comprising:

Cylinder body, has bath chamber and condensing zone in described cylinder body, described cylinder body is provided with the condensation-water drain be communicated with described condensing zone and the water inlet be communicated with described bath chamber and delivery port, and described water inlet is suitable for being communicated with the hot water outlet of water heater;

Heat-insulation layer, described heat-insulation layer is located on described cylinder body, and described condensing zone is located between described heat-insulation layer and described bath chamber and described heat-insulation layer is positioned at the outside of condensing zone;

Blower fan, described blower fan is located on described cylinder body, and described bath chamber is communicated with described condensing zone and steam in described bath chamber is suitable for flowing in described condensing zone under the driving of described blower fan.

2. bathtub according to claim 1, is characterized in that, also comprises infrared generator, and described infrared generator is suitable for the water heating in described bath chamber and opens with the water spacer in described bath chamber.

3. bathtub according to claim 2, is characterized in that, also comprises lid, and described lid is located at movably on described cylinder body and bathes chamber with described in opening and closing.

4. bathtub according to claim 3, it is characterized in that, also comprise control system, described control system is suitable for being connected with the controller of described water heater, the opening and closing under the control of described control system of described water inlet and delivery port, at least one in described blower fan, infrared generator and lid controls by described control system.

5. bathtub according to claim 4, is characterized in that, also comprises liquid level sensor, and described liquid level sensor to be located in described bath chamber and to be connected with described control system.

6. bathtub according to claim 4, is characterized in that, also comprises non-contact temperature sensor, and described non-contact temperature sensor to be located in described condensing zone and to be connected with described control system.

7. bathtub according to claim 4, it is characterized in that, also comprise magnetic fluid part, described magnetic fluid part is located in described bath chamber movably, and described cylinder body is provided with and is suitable for producing the electromagnet moved to drive described magnetic fluid part in magnetic field under control of the control system.

8. bathtub according to claim 7, is characterized in that, described magnetic fluid part is formed as spheroid, and described magnetic fluid part comprises:

Bath balls, described bath balls comprises silica shell, textile layer and magnetic fluid, and described magnetic fluid is located in described silica shell, and described textile layer is coated on the outer surface of described silica shell;

Rotating wash bowl, described rotating wash bowl comprises silica shell, bristle cortex and magnetic fluid, and described magnetic fluid is located in described silica shell, and described bristle cortex is coated on going up at least partially of the outer surface of described silica shell.

9. bathtub according to claim 4, is characterized in that, also comprises audio playing module, and described audio playing module to be located on described cylinder body and to be connected with described control system.

10. the bathtub according to claim 4 or 9, is characterized in that, described control system comprises speech control module.

11. bathtubs according to claim 1, is characterized in that, described heat-insulation layer is heat-preservation cotton.