CN2253440Y

CN2253440Y - Energy and water saving efficient bathtub

Info

Publication number: CN2253440Y
Application number: CN 96226126
Authority: CN
Inventors: 张力捷
Original assignee: Individual
Current assignee: Individual
Priority date: 1996-05-02
Filing date: 1996-05-02
Publication date: 1997-04-30
Anticipated expiration: 2006-05-02

Abstract

The utility model provides an energy and water saving efficient bathtub which relates to a bathtub for realizing the purposes of personal bathing and medical treatment in places of families, hospitals, etc. The utility model is characterized in that an inner lining bathtub 8 with an eyelet is positioned in a coating bathtub 15; a spiral aqueduct 10 spirals in a gap between two walls. The water heated by a heater 3 circulates in the spiral aqueduct 10, and the water after cooled runs back to the heater 3 again to be reheated. The spiral aqueduct 10 heats the water in the bathtub in the modes of the heat conduction and the heat diffusion of water through the eyelet 12 of the inner lining bathtub to keep water temperature constant. The utility model has the advantages of high efficiency, energy saving, water saving and practical property.

Description

The efficient energy-saving water-saving bathtub

What the utility model efficient energy-saving water-saving bathtub related to is that the bathtub of individual bathing and medical application is realized in a kind of places such as family, small-sized hotel, hospital that are applicable to.

Along with improving constantly of rich and powerful, the living standards of the people of country, can wash the strong desire that hot bath has become broad masses of the people with being regardless of season at home.But because difference variation is big in 1 year, the low temperature time is long, except that the of short duration hot time in summer, utilizes the bathtub bathing all to be difficult to reach desirable and constant water temperature in general family in other season.Both made and had ready conditions, and also needed when bathing constantly in the water of getting rid of low temperature, in bathtub, to add the water of high temperature,, so not only wasted heat energy but also wasted water to guarantee that water temperature is constant.Therefore, utilizing the existing bathtub in market to want in general family can both tub in any season, both has been difficult for the water temperature that reaches desirable, causes the waste of water and heat energy again.Though have now such as bathing apparatus such as domestic shower, steam bath cabinets, the water that waste contains heat in a large number is that it is significantly not enough, and it is comfortable to be not so good as bath in a tub.And realizing is that the purpose dipping all is out of the question aspect medical treatment and beauty treatment.

The purpose of this utility model provides a kind of bathing apparatus that is suitable for the efficient energy-saving water-saving that uses in general family and hospital.To realize to make general family be regardless of season, wash hot bath with being regardless of the region; In places such as hospitals, realization can make the patient carry out dipping in the bathtub of steady temperature.

The technical solution of the utility model is: the efficient energy-saving water-saving bathtub by outer flower-pot cover (15), liner basin (8), be positioned at the supporter (13) between two tub walls, the aqueduct that spirals (10), bathtub water inlet pipe (2), outlet pipe (5), heater formations such as (3).Liner basin (8) is for having the basin body of many cinclides eyes (12), it is located in outer flower-pot cover (15) by the supporter (13) that is arranged between two tub walls, the aqueduct (10) that spirals hovers above in the gap (14) between two tub walls that caused by supporter, the aqueduct that spirals (10) by the turnover bathtub outlet pipe and water inlet pipe in aqueduct (17) (19) be connected with the two ends pipe of heater (3).One water injection pipe (20) is set on the aqueduct in the outlet pipe of bathtub (17); Aqueduct (19), the horizontal level highest point that reaches in the pipeline process of spiral tube aqueduct (10) are provided with a blast pipe (21) in the outlet pipe that is communicated with heater (3), bathtub water inlet pipe, to get rid of the gas that produces in the whole bathtub device.Heater (3) can be water heaters such as coal burning water heater, gas heater, electric heating aqueous vapor, solar water heater, timber and wood chip water heater.The outer insulation quilt cover (11) that is coated with of outer flower-pot cover (15), it is made by insulation materials such as cotton, plastic foams, prevents that heat scatters and disappears from the overcoat tub wall.

Compared with prior art the utility model efficient energy-saving water-saving bathtub is owing to being provided with the aqueduct that spirals (10) between flower-pot cover (15) and liner basin (8) outside, the water of heating in heater (3), by the aqueduct that spirals (10) heating two tub wall gap Zhong Shui, and the water after being heated in this gap is diffused in the liner basin (8) by the circulation of the many eyelets (12) on the liner tub wall (8), whole basin coolant-temperature gage is improved, and the water that turns back in the heater (3) after by the aqueduct that spirals (10) circulation is the water that uniform temperature is arranged, this makes heater (3) needn't expend more energy again and reheats the water that loops back, and is therefore more energy-conservation; Because the water in the bathtub needn't often upgrade, therefore more water saving.The outer insulation quilt cover (11) of outer flower-pot cover (15) wall also helps energy-conservation.

The utility model is described in further detail below in conjunction with accompanying drawing.

Fig. 1 is the utility model efficient energy-saving water-saving bathtub master TV structure schematic diagram,

Fig. 2 is the plan structure schematic diagram of Fig. 1,

Fig. 3 is a liner basin master TV structure schematic diagram of the present utility model,

Fig. 4 is the A-A sectional structure schematic diagram of Fig. 2,

Fig. 5 is the B-B sectional structure schematic diagram of Fig. 2,

Fig. 6 is the C-C sectional structure schematic diagram of Fig. 2,

Fig. 7 is the D-D sectional structure schematic diagram of Fig. 1, i.e. plan structure schematic diagram at the bottom of the basin under the liner basin (8).

Primary structure with reference to above accompanying drawing efficient energy-saving water-saving bathtub has: basin body (1), bathtub water inlet pipe (2), water heater (3), water heater base (4), bathtub outlet pipe (5), bathtub base (6), bathtub adjutage (7), liner basin (8), aqueduct support (9) spirals, aqueduct (10) spirals, bathtub insulation quilt cover (11), the saturating cinclides eye of liner basin (12), support the supporter (13) of liner basin, gap between two tub walls (14), outer flower-pot cover (15), water inlet pipe thermal-insulation coat (16), aqueduct (17) in the outlet pipe, outlet pipe thermal-insulation coat (18), aqueduct (19) in the water inlet pipe, water injection pipe (20), blast pipe (21), heater smoke exhaust pipe (22).

Operation principle of the present utility model is: at first water filling in bathtub, secondly by water injection pipe (20) water filling in heater (3) and the aqueduct that spirals (10), its water level is a little more than the height of bathtub water inlet pipe (2).Light heater (3) then, the lift that formed high-temperature water come-up is produced after being heated in the heater promotes hot water aqueduct (19) in the bathtub water inlet pipe and flows, and then entering the aqueduct that spirals (10) in the bathtub, water at low temperature constantly is heated by interior aqueduct (17) heater return (3) of outlet pipe again simultaneously.When being circulated in the aqueduct that spirals by the water after the heater heating, constantly by the water around its pipe of heat conduction heating, water around the pipe passes water in eyelet (12) the heating liner basin on the liner basin (8) by thermal diffusion and circulation, to satisfy the water temperature needs that people wash hot bath.Control the constant of bathtub water temperature by regulating heater (3).Simultaneously, resulting from heater (3) around here constantly discharges by blast pipe (21) with the gas in the aqueduct (10) that spirals.Extinguish heater (3) after the bathing, discharge water by adjutage (7) then, take out liner basin (8) again and clean whole bathtub.

Claims

1. efficient energy-saving water-saving bathtub, it comprises outer flower-pot cover (15), liner basin (8), the aqueduct that spirals (10), aqueduct support (9), is positioned at supporter (13), insulation quilt cover (11), water inlet pipe (2), outlet pipe (5), base (6), heater (3), water injection pipe (20), blast pipe (21) between two tub walls, it is characterized in that having the liner basin (8) of cinclides eye, by being located on the supporter (13) that is positioned between two tub walls, be lining in the complete overcoat (15), make and form certain interval (14) between two tub walls; The aqueduct (10) that spirals is a support with the aqueduct support (9) that is arranged on outer flower-pot cover (15) inwall, hovers above in the formed gap of two walls (14); The two ends pipe of this aqueduct that spirals (10) passes overcoat tub wall (15) and is connected with the two ends pipe of heater (3) by aqueduct (17) in aqueduct (19) in the water inlet pipe and the outlet pipe.

2. efficient energy-saving water-saving bathtub according to claim 1, it is characterized in that outside flower-pot cover (15) wall inboard with liner basin (8) the wall outside between be provided with supporter (13), the gap that it caused (14) be convenient to spiral aqueduct (10) by and water free flow therein spread.

3. according to claim 1,2 described efficient energy-saving water-saving bathtubs, it is characterized in that sufficient gap (14) is arranged between the supporter (13), be convenient to hover above between two tub walls the aqueduct that spirals (10) by and be convenient to the free flow and the diffusion of water in the two tub wall gaps.

4. efficient energy-saving water-saving bathtub according to claim 1 is characterized in that liner basin (8) has cinclides eye or mesh (12), and its eyelet size is so that the easy circulation of the water capacity in water in the liner basin (8) and the two tub wall gaps (14) is diffused as suitable.

5. efficient energy-saving water-saving bathtub according to claim 1 is characterized in that the inwall of outer flower-pot cover (15) is provided with the aqueduct support (9) that supports the aqueduct (10) that spirals.

6. efficient energy-saving water-saving bathtub according to claim 1, it is characterized in that the horizontal level highest point of the pipeline whole process of aqueduct (19) and the aqueduct that spirals (10) in the water inlet pipe of the outlet pipe that is communicated with heater (3), bathtub, a blast pipe (21) is set.

7. efficient energy-saving water-saving bathtub according to claim 1 is characterized in that on the aqueduct (17) water injection pipe (20) being set in the outlet pipe.

8. efficient energy-saving water-saving bathtub according to claim 1 is characterized in that being incubated quilt cover (11) and is made by insulation materials such as cotton, plastic foams, is covered on the outer wall of outer flower-pot cover (15).

9. efficient energy-saving water-saving bathtub according to claim 1 is characterized in that water heater (3) is water heaters such as coal burning water heater, gas heater, electric heater, solar water heater, timber and wood chip water heater.

10. efficient energy-saving water-saving bathtub according to claim 1 is characterized in that the bottom of outer flower-pot cover (15) is provided with an adjutage (7).