CN102221236A - Energy-saving bath warming machine - Google Patents

Energy-saving bath warming machine Download PDF

Info

Publication number
CN102221236A
CN102221236A CN2011101228628A CN201110122862A CN102221236A CN 102221236 A CN102221236 A CN 102221236A CN 2011101228628 A CN2011101228628 A CN 2011101228628A CN 201110122862 A CN201110122862 A CN 201110122862A CN 102221236 A CN102221236 A CN 102221236A
Authority
CN
China
Prior art keywords
cold water
bath
heat
valve
lagging casing
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN2011101228628A
Other languages
Chinese (zh)
Inventor
周世敏
Original Assignee
周世敏
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 周世敏 filed Critical 周世敏
Priority to CN2011101228628A priority Critical patent/CN102221236A/en
Publication of CN102221236A publication Critical patent/CN102221236A/en
Pending legal-status Critical Current

Links

Abstract

The invention belongs to an energy-saving bath warming machine, comprising a heat insulation outer shell, a bath warming heating system and a bath warming switching system, wherein the heat insulation outer shell is composed of an outer shell and a heat insulation layer arranged on the inner surface of the outer shell; the bath warming heating system is composed of a heat collecting water tank, a heating pipe, a semiconductor type external heater, a heat-radiating pipe, a communicating pipe and a cold water tank; the bath warming switching system comprises a bath replenishing switching valve and a bath warming switching valve as well as a heat insulation outer shell, three ports of the bath replenishing valve are respectively communicated with a water replenishing tank, a normal pressure exhaust valve and a quick port of a cold water pipe, the water replenishing tank is communicated with the cold water tank through the communicating pipe, the three ports of the bath warming switching valve are respectively connected with a lower port of the semiconductor type external heater, the cold water pipe and a temperature regulating valve, the water outlet of the temperature regulating valve is communicated with a shower nozzle through a shower catheter, and another water inlet of the temperature regulating valve is communicated with the quick port of the cold water pipe. The energy-saving bath warming machine provided by the invention has the functions of showering and heating and has the advantages of simple structure, convenience for function switching, less manufacturing and use costs, obvious energy-saving effect and good using effect.

Description

Energy-conservation bath warming-up
Technical field
The invention belongs to a kind of energy-conservation bath warming-up, is a kind of equipment with shower and heating function.
Background technology
Winter, the north was indoor by radiator (or claiming radiator) heating, and the cold water in the caliduct is transported in the radiator the indoor circular heating that carries out by caliduct after the boiler heating.Though this traditional hot-water heating system has the advantage that heat supply is concentrated, area of heat-supply service is big, the heat supplying pipeline complexity, heat cost is big, and the coal-burning boiler contaminated environment can not be regulated indoor temperature and the deficiency of the object of selecting to heat according to user's needs.Especially can not adapt to " coal changes " anti-pollution measure.Though the independent electric heater that is provided with of sealing is arranged at present, existing electric heater multipurpose oil is as heat-conducting medium, and as heating element heater, cost of manufacture is big with resistance wire or heating rod, and maintenance difficult is difficulty comparatively.No matter but be radiator, or the electric heater function does not have other function only for heating, and heating is idle outward season.
Shower is divided into electrical heating and drenches device and fuel heating pouring device, and its structure is that the cold water in electricity consumption or the fuel cylinder is to use for shower behind the hot water.No matter but be that device is drenched in electrical heating, or fuel heating pouring device function only is shower, does not have other function, idle during not shower.
Summary of the invention
The objective of the invention is to design a kind of energy-conservation bath warming-up, have the translation function of shower and heating simultaneously, have simple in structurely, convenient functional conversion is saved manufacturing cost and use cost, and energy-saving effect significantly and the good advantage of result of use.
For this reason, the present invention mainly adds hot device by lagging casing body, semiconductor tubular type and control panel is formed, this energy-conservation bath warming-up comprises: the lagging casing body, constituted by shell body and the heat-insulation layer that is positioned at the shell body inner layer surface, the warm heating system of bath that sealed energy-saving is bathed warming-up is positioned at lagging casing, the lower end of lagging casing body is provided with air inlet, and the side upper end of lagging casing body is provided with hot-blast outlet, and hot-blast outlet is provided with the activity of able to turn on or off this mouth and seals up a door; Bathe warm heating system, by heat collection water tank, heating tube, the semiconductor tubular type adds hot device, radiating tube, communicating pipe and cold water storage cistern constitute, heat collection water tank is positioned at lagging casing body upper end, cold water storage cistern is positioned at lagging casing body lower end, the identical several radiating tubes spaced apart side by side of length are between heat collection water tank and cold water storage cistern, the upper port of radiating tube and heat collection water tank lower end connect, the lower port of radiating tube and cold water storage cistern upper end connect, the heating tube lower port is connected in series successively and connects with cold water storage cistern after the semiconductor tubular type adds hot device and bathes warm switching valve, heating tube upper port and heat collection water tank lower end connect, and the heat-dissipating space that forms between each heating tube is provided with the oblique heat-conducting plate that communicates that is that communicates from beginning to end; Bathe warm converting system, comprise that switching valve is mended in a bath and switching valve and lagging casing body are warmed up in a bath, three interfaces bathe mending switching valve communicate respectively water supply tank, atmospheric exhaust valve and the fast interface of cold water pipe, water supply tank communicated with cold water storage cistern by communicating pipe, water supply tank is positioned at the lagging casing body of heat collection water tank upper end, three interfaces of bathing warm switching valve join respectively the semiconductor tubular type add hot device lower port, connect and heat control valve with cold water storage cistern, the delivery port of heat control valve is by the shower conduit shower nozzle that communicates, and another water inlet of heat control valve communicates with the fast interface of cold water pipe.Spacing distance is provided with radiating fin on described heating tube and the radiating tube periphery.Described lagging casing body is provided with control panel.Described heat collection water tank upper end is provided with air bleeding valve.Can be provided with valve on the fast interface of described cold water pipe.Said structure has reached purpose of the present invention.
The present invention has the translation function of shower and heating simultaneously, has simple in structurely, and convenient functional conversion is saved manufacturing cost and use cost, and energy-saving effect significantly and the good advantage of result of use.The present invention becomes shower and heating device is structure as a whole, and saves 50% of manufacturing cost and use cost, and energy-saving effect is remarkable, reasonable in design, shower and heating conversion and easy to use.
Description of drawings
Figure is a structural representation of the present invention.
Specific embodiments
As shown in the figure, a kind of energy-conservation bath warming-up mainly adds hot device 10 by lagging casing body, semiconductor tubular type and control panel 23 is formed, and this energy-conservation bath warming-up comprises:
The lagging casing body, constituted by shell body 26 and the heat-insulation layer 25 that is positioned at the shell body inner layer surface, the warm heating system of bath that sealed energy-saving is bathed warming-up is positioned at lagging casing, the lower end of lagging casing body is provided with air inlet 15, be convenient circulation, can be provided with the blower fan 16 of in housing, blowing or extracting wind out on the air inlet.The side upper end of lagging casing body is provided with hot-blast outlet 6, and hot-blast outlet is provided with the activity of able to turn on or off this mouth and seals up a door 7.Activity is sealed up a door can be by on the slideway 30 that is positioned at its both sides, with restriction and the convenient hot-blast outlet that opens and closes.The material of heat-insulation layer can be foamed plastics, cotton or other insulation material.The lagging casing body is one will bathe warm heating system parcel sealing insulation shell within it, also can be made into vertical two halves as required, can fasten the fastening housing that fuses, with convenient conversion.Obviously, the lagging casing body is can not establish air inlet and blower fan and hot-blast outlet when fastening housing, when doing the heating equipment use as if energy-conservation bath warming-up, takes from the fastening housing to get final product; When doing the shower set use, fasten housing on the fastening and get final product.
Bathe warm heating system, add hot device 10, radiating tube 17, communicating pipe 24 and cold water storage cistern 19 by heat collection water tank 2, heating tube 8, semiconductor tubular type and constituted.Heat collection water tank is positioned at lagging casing body upper end, and cold water storage cistern is positioned at lagging casing body lower end.The identical several radiating tubes spaced apart side by side of length are between heat collection water tank and cold water storage cistern, and the upper port of radiating tube and heat collection water tank lower end connect, the lower port of radiating tube and the perforation of cold water storage cistern upper end.The heating tube lower port is connected in series successively and connects with cold water storage cistern after the semiconductor tubular type adds hot device and bathes warm switching valve 14.Heating tube upper port and heat collection water tank lower end connect.The heat-dissipating space that forms between each heating tube is provided with the oblique heat-conducting plate that communicates 3 that is that communicates from beginning to end.
The warm converting system of bath comprises that switching valve 28 is mended in a bath and switching valve and lagging casing body are warmed up in a bath.Three interfaces bathe mending switching valve fast interface 27 of water supply tank 1, atmospheric exhaust valve 29 and cold water pipe that communicates respectively.The effect of atmospheric exhaust valve is to be beneficial to the gas of discharging in the water supply tank.Water supply tank communicated with cold water storage cistern by communicating pipe 24, and water supply tank is positioned at the lagging casing body of heat collection water tank upper end.Three interfaces of bathing warm switching valve semiconductor tubular type of joining respectively adds the lower port of hot device, connects with cold water storage cistern and heat control valve 12 (a water inlet), the delivery port of heat control valve is by shower conduit 11 shower nozzle 9 that communicates, and another water inlet of heat control valve communicates 13 with the fast interface of cold water pipe.Can be provided with valve on the fast interface 13,27 of described cold water pipe.Bathe between warm switching valve and the heat control valve and also can be provided with valve.It is prior art that the semiconductor tubular type adds hot device, and it can be substituted by other tube heater.Bathe the warm switching valve of benefit switching valve and bath and also can carry out synchronous conversion operations, so be not repeated with synchronising (connecting) rod.
Spacing distance is provided with radiating fin 18 on described heating tube and the radiating tube periphery, with the heat-dissipating space heat radiation that makes things convenient for heating tube and radiating tube to form between each heating tube.
Lagging casing body lower end is provided with universal wheel 20, with convenient mobile energy-conservation bath warming-up; Obviously, the present invention also can remove universal wheel, makes wall-hanging.
Described lagging casing body is provided with control panel, and control panel is provided with switch 21, time control knob 22 and temperature control button, is used to open and close, regulate and control the semiconductor tubular type and adds temperature, the time that hot device adds hot water.Described heat collection water tank upper end is provided with air bleeding valve 4 and relief valve 5, and air bleeding valve can conveniently be discharged the gas in the heat collection water tank.Relief valve is used for reducing pressure in the heat collection water tank.
When energy-conservation bath warming-up is done the heating equipment use, will bathe in the warm heating system with in the water supply tank and fill with cold water, and close bath benefit switching valve and warm up the interface that switching valve communicates with heat control valve with bathing with the fast interface 27 of cold water pipe.Bathing the benefit switching valve this moment makes the upper end of water supply tank communicate with atmospheric exhaust valve 29; Bathing warm switching valve makes the semiconductor tubular type add the lower port and the cold water storage cistern perforation of hot device.Open power supply, the semiconductor tubular type adds hot device to flowing to the cold water heating in it, heated hot water flows into the heat collection water tank through heating tube from the delivery port that the semiconductor tubular type adds hot device upper end, according to cold hot cocycle principle down, cold water enters heating tube from cold water storage cistern continually and becomes hot water and store in the heat collection water tank after the semiconductor tubular type adds the heating of hot device, and the hot water of heat collection water tank sheds by radiator through radiating tube operation downwards and with heat and heats to indoor.Circulation makes to bathe and injects cold water in the warm heating system and all become hot water repeatedly, and heat sheds by each radiator, heats to indoor.If the lagging casing body is when fastening housing, take from fastening housing to get final product; When if the lagging casing body is the sealing and fixing structure, the activity of opening on the hot-blast outlet is sealed up a door, open fan power, it is external that the heat in the heat-dissipating space that blower fan will form between each heating tube blows out (or extracting out) lagging casing from the hot blast outlet, heats to indoor.The effect of heat-conducting plate is to make the heat in the heat-dissipating space better be blown (or extracting out) and make the cold air in air inlet enters the lagging casing body contact heating surface (area) (HS along heat-conducting plate circulation rising prolongation with each radiator, and becoming hot-air as early as possible is indoor heating.As if lack of water, then mend in the cold water storage cistern in the warm heating system of bath by the cold water in the water supply tank.Gas in the heat collection water tank is discharged by the air bleeding valve 4 that the heat collection water tank upper end is provided with.Water pressure in the heat collection water tank is because relief valve 5 controls that communicate with its upper end.
When energy-conservation bath warming-up is done the shower set use, the lagging casing body is the sealing and fixing structure or fastens the warm heating system of housing parcel bath, hot-blast outlet and fan power are closed, and should guarantee earlier that its water of bathing in the warm heating system is heated to be hot water (60 ℃~80 ℃ of water temperatures) when energy-conservation bath warming-up is made the heating equipment user mode.During shower, running water pipe and the fast interface 13,27 of cold water pipe are connected.Close bath benefit switching valve and warm up the interface that switching valve communicates with cold water storage cistern, and open all the other two interfaces with the interface and the bath of atmospheric exhaust valve.The cold water of running water pipe from the fast interface of cold water pipe through bathe to mend switching valve and water compensating valve and enter in the cold water storage cistern communicating pipe 24, the hot water that be positioned at heat collection water tank this moment from heating tube downwards (direction is opposite when using as heating function) add hot device successively by the semiconductor tubular type by after the heating once more, continue downwards to warm up switching valve and after the cold water mix temperature adjustment of heat control valve and running water pipe, enter shower nozzle and spray and use for shower from the shower conduit through bathing.Obviously, according to cold hot cocycle principle down, cold water enters in the reverse hot water backflow heat collection water tank of upwards oppressing in it of each pipe that looses, for shower provides the sufficient hot water that certain pressure (hydraulic pressure is identical with running water pipe pressure) arranged from cold water storage cistern continually.
Temperature control button and the time control knob that can regulate as required at any time on the control panel are regulated water temperature and timing, with suitable indoor temperature and the shower water of convenient adjusting,
In a word, the present invention has the translation function of shower and heating simultaneously, has simple in structurely, and convenient functional conversion is saved manufacturing cost and use cost, and energy-saving effect significantly and the good advantage of result of use can be promoted the use of.

Claims (5)

1. energy-conservation bath warming-up mainly adds hot device by lagging casing body, semiconductor tubular type and control panel is formed, and it is characterized in that this energy-conservation bath warming-up comprises:
The lagging casing body, constituted by shell body and the heat-insulation layer that is positioned at the shell body inner layer surface, the warm heating system of bath that sealed energy-saving is bathed warming-up is positioned at lagging casing, the lower end of lagging casing body is provided with air inlet, the side upper end of lagging casing body is provided with hot-blast outlet, and hot-blast outlet is provided with the activity of able to turn on or off this mouth and seals up a door;
Bathe warm heating system, by heat collection water tank, heating tube, the semiconductor tubular type adds hot device, radiating tube, communicating pipe and cold water storage cistern constitute, heat collection water tank is positioned at lagging casing body upper end, cold water storage cistern is positioned at lagging casing body lower end, the identical several radiating tubes spaced apart side by side of length are between heat collection water tank and cold water storage cistern, the upper port of radiating tube and heat collection water tank lower end connect, the lower port of radiating tube and cold water storage cistern upper end connect, the heating tube lower port is connected in series successively and connects with cold water storage cistern after the semiconductor tubular type adds hot device and bathes warm switching valve, heating tube upper port and heat collection water tank lower end connect, and the heat-dissipating space that forms between each heating tube is provided with the oblique heat-conducting plate that communicates that is that communicates from beginning to end;
Bathe warm converting system, comprise that switching valve is mended in a bath and switching valve and lagging casing body are warmed up in a bath, three interfaces bathe mending switching valve communicate respectively water supply tank, atmospheric exhaust valve and the fast interface of cold water pipe, water supply tank communicated with cold water storage cistern by communicating pipe, water supply tank is positioned at the lagging casing body of heat collection water tank upper end, three interfaces of bathing warm switching valve join respectively the semiconductor tubular type add hot device lower port, connect and heat control valve with cold water storage cistern, the delivery port of heat control valve is by the shower conduit shower nozzle that communicates, and another water inlet of heat control valve communicates with the fast interface of cold water pipe.
2. by the described energy-conservation bath warming-up of claim 1, it is characterized in that: spacing distance is provided with radiating fin on described heating tube and the radiating tube periphery.
3. by the described energy-conservation bath warming-up of claim 1, it is characterized in that: described lagging casing body is provided with control panel.
4. by the described energy-conservation bath warming-up of claim 1, it is characterized in that: described heat collection water tank upper end is provided with air bleeding valve.
5. by the described energy-conservation bath warming-up of claim 1, it is characterized in that: can be provided with valve on the fast interface of described cold water pipe.
CN2011101228628A 2011-05-13 2011-05-13 Energy-saving bath warming machine Pending CN102221236A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011101228628A CN102221236A (en) 2011-05-13 2011-05-13 Energy-saving bath warming machine

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN2011101228628A CN102221236A (en) 2011-05-13 2011-05-13 Energy-saving bath warming machine
CN2012101421780A CN102645023A (en) 2011-05-13 2012-05-10 Energy-saving bath heater

Publications (1)

Publication Number Publication Date
CN102221236A true CN102221236A (en) 2011-10-19

Family

ID=44777862

Family Applications (2)

Application Number Title Priority Date Filing Date
CN2011101228628A Pending CN102221236A (en) 2011-05-13 2011-05-13 Energy-saving bath warming machine
CN2012101421780A Pending CN102645023A (en) 2011-05-13 2012-05-10 Energy-saving bath heater

Family Applications After (1)

Application Number Title Priority Date Filing Date
CN2012101421780A Pending CN102645023A (en) 2011-05-13 2012-05-10 Energy-saving bath heater

Country Status (1)

Country Link
CN (2) CN102221236A (en)

Also Published As

Publication number Publication date
CN102645023A (en) 2012-08-22

Similar Documents

Publication Publication Date Title
CN205717913U (en) Phase-change heat-storage water heater
CN104567022A (en) Double-thermoelectric power generation device for solar water heater
CN107702327B (en) Electric water heater and mode realization method thereof
CN205783261U (en) Trough-electricity heat-storage heating equipment
CN2926918Y (en) Air conditioner with hot-water supplying function
CN202008191U (en) Instant-heating type solar heating and heat supplying system
CN201396839Y (en) Bath and heating water heater applying gas/solar as energy source
CN202074611U (en) Energy-saving shower heater
CN202350350U (en) Solar air heat collection hot water system
CN202581851U (en) Air heat conduction type flat solar water heater
CN106288456A (en) A kind of solar water heater water tank of quick-heating energy-saving
CN204100605U (en) A kind of solar air source heat pumps one water tank
CN201497217U (en) Internal circulation type solar water heater
CN102221236A (en) Energy-saving bath warming machine
CN206504390U (en) A kind of air source heat pump ceiling radiant heating plant
CN2530213Y (en) Hot air type solar collector
CN201497191U (en) Electric water heater with turbulent flow structure
CN202494355U (en) Winter water heating heat exchanger
CN205669899U (en) Cold heat recovery fresh air conditioner hot-water heating system
CN205372708U (en) Bathroom hot -water heating formula electric fan heater
CN201110660Y (en) Cold and hot water exchanging type solar water heater
CN205403146U (en) Air source heat pump and high frequency electric magnetism heating all -in -one
CN202018148U (en) Water tank of compact-type solar water heater
CN205261901U (en) Heating water heater
CN202177166U (en) Combined type solar energy warmer with cold water tank and heat storage water tank

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C02 Deemed withdrawal of patent application after publication (patent law 2001)
WD01 Invention patent application deemed withdrawn after publication

Open date: 20111019