CN101266061B - Column type heat radiator transverse placement electric heater - Google Patents

Column type heat radiator transverse placement electric heater Download PDF

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Publication number
CN101266061B
CN101266061B CN2008100956448A CN200810095644A CN101266061B CN 101266061 B CN101266061 B CN 101266061B CN 2008100956448 A CN2008100956448 A CN 2008100956448A CN 200810095644 A CN200810095644 A CN 200810095644A CN 101266061 B CN101266061 B CN 101266061B
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China
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radiator
electric heater
water
heat
electrothermal tube
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CN2008100956448A
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Chinese (zh)
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CN101266061A (en
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牟敦善
牟瑛
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牟敦善
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Priority to CN2008100956448A priority Critical patent/CN101266061B/en
Publication of CN101266061A publication Critical patent/CN101266061A/en
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Publication of CN101266061B publication Critical patent/CN101266061B/en

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Abstract

The invention provides a pressure-free cylindrical radiator horizontal electric heater which has no need of a water pump and allows the gravity difference of the supply water and the return water under different temperatures to form the pressure to promote the water circulation by an upper electric heating pipe and a lower electric heating pipe, so as to solve the technical problems of the prior heating technology, such as high equipment cost, high operating cost and so on. The electric heater comprises: a cylindrical radiator, an electric heating device which is positioned at the inner rightlower angle of the radiator, a heat enhancing electric heating pipe which is positioned at the inner right upper angle of the radiator, a water tank which is positioned at the outer left upper angle of the radiator, and an air outlet which is positioned at the highest position of the water level of the inner left upper angle and directly communicates with a water adding port of the water tank. Theelectric heating pipe and the heat enhancing electric heating pipe of the electric heating device carry out the common heating for 30 minutes, and the temperature of the upper part of the radiator is80 DEG C. The electric heater changes the heat supply mode of heating by a boiler, transferring the heat by pipelines and radiating the heat by the radiator, which has been lasted over hundreds of years. The electric heater can achieve environmental protection, energy conservation, water conservation and realize energy conservation and emission reduction.

Description

Column type heat radiator transverse placement electric heater
Affiliated technical field
The column type heat radiator transverse placement electric heater that the present invention relates to is that a kind of no pressure need not water pump again, relies on two heat powers that electrothermal tube produces up and down, makes confession, the backwater severe difference under different temperatures form pressure, promotes the heating installation of water circulation.It can replace boiler and other heating systems.It is particularly remarkable aspect environmental protection, energy-conservation, water saving.
Background technology
Energy crisis test urban heat supplying; the idea that old heating system shows especially out, technology, management hysteresis and the outer net investment is big, heating efficiency is low, system regulate dumb, can not directly solve measurement problem, waste surprising, install trouble, can not be from master regulation, bigger potential safety hazard arranged, ignore the drawbacks such as demand of considering the people; become the obstacle that social progress and quality of life improve gradually; the increasing environmental pollution of the pressure of city environmental protection is serious, and thick old heavy heating installation can not adapt to the requirement of modernization construction.Column type heat radiator transverse placement electric heater caters to many-sided requirements such as household decoration and operation be succinct, accomplishes energy-saving and emission-reduction, does not have the heat transfer pipe restriction, riding position is random, realizes a Room one switch, and on-off mode can adopt regularly or remote control.
Summary of the invention
In order to overcome heating cost height, the shortcoming that expense is big the invention provides a kind of no pressure and need not water pump again, and gain of heat electrothermal tube, following electric heater electrothermal tube produce heat and make the water temperature rising in the dependence.The twin-stage electrothermal tube produces heat power, makes confession, the backwater severe difference under different temperatures form pressure, promotes the column type heat radiator transverse placement electric heater of water circulation.Delivery port has that water begins circulation in the temperature radiator above the electric heater, and along with water temperature raises, circulation rate is also accelerated, and when radiator is incomplete when hot, does not have temperature below the heater, and the expression circulating effect is good.The pipeline of the electric heater electrothermal tube of this radiator, gain of heat electrothermal tube, hot-water line, water inlet pipe is all in radiator.Self-loopa is good, thermal efficiency height.
The technical problem that the present invention solves, the technical scheme that is adopted.Column type heat radiator transverse placement electric heater comprises:
1. monolithic columnar radiators, the long 570mm of monolithic, wide 100mm, high 45mm, 18 is one group of columnar radiators.Water capacity is 16kg.Thermometer is positioned at second on the outer left side of radiator.Indicator lamp is whether indication gain of heat electrothermal tube works.Above the 5th in the right water channel of the temperature detect switch (TDS) held against heat sink of gain of heat electrothermal tube.Above second from the bottom of the right water channel of the temperature detect switch (TDS) held against heat sink of electric heater electrothermal tube.The common heating of electric heater electrothermal tube and gain of heat electrothermal tube is after 30 minutes, and the radiator upper temp is raised to 80 ℃.The outage of gain of heat electrothermal tube temperature controller switch, indicator lamp extinguishes, and temperature falls after rise; The electric heater electrothermal tube heated 30 minutes separately, and radiator temperature is 60 ℃, 20 ℃ of room temperatures.When the temperature controller of electric heater electrothermal tube is temperature automatically controlled, power consumption 0.5kWh per hour.Heat up again if desired, open gain of heat electrothermal tube switch, many power consumptions 0.1kWh after 8 minutes, 80 ℃ of the temperature on radiator top.
2. electric heater is to be made of heater case, electric heater electrothermal tube, hot-water line, disk, is positioned at the radiator lower right corner.Electric heater shell boss separates radiator egative film backwater road and the right water channel of radiator.Water flows in the electric heater, after the electric heater electrothermal tube heats water, by the electric heater delivery port, above hot-water line was transported to radiator, gain of heat electrothermal tube heated hot water once again, first in radiator is warm earlier, progressively down a slice is conducted heat, and flows to left water channel delivery port, inflow radiator egative film backwater road through radiator left side water channel and right water channel, in the electric heater water inlet flows into electric heater, finish the heat cycles process.
3. gain of heat electrothermal tube is positioned at the radiator upper right corner, and the disk (31) of umbrella electrothermal tube (3b) is fixed on the radiator upper right corner.Gain of heat electrothermal tube heats for the first time after 20-30 minute and quits work, if radiator temperature is lower than 50 ℃, gain of heat electrothermal tube starts heating automatically.
4. animals shaped water tank upper left corner outside radiator is used for supplementing water and store the water add thermal expansion.Water tank water plays additional radiator recirculated water and pressure stabilization function by the water inlet in the straight-through radiator egative film backwater road of filler pipe, also is the water inlet pipe of filling it up with water in the radiator.
5. be provided with venthole in the radiator, be positioned at radiator upper left corner water level highest point, straight-through animal tank top, effect is that gas is discharged in the radiator, guarantees that the interior nothing of radiator is pressed, safety, makes the unimpeded circulation of radiator water, keeps space air moist.
Electrothermal tube power can be 0.4kWh, 0.6kWh, 0.8kWh, need not increase-volume, thread-changing during use, changes table.Spray no etching problem with antirust paint, external application colored paint in the columnar radiators.Good looking appearance, manufacturability is strong, good decorative property.The shell of heater and animals shaped water tank are made of the hard heat resistant plastice.
The invention has the beneficial effects as follows environmental protection, economize on electricity, water saving.In such scheme, I am one group of radiator in the bedroom by putting 18, the long 570mm of monolithic radiator, wide 100mm, high 45mm, and the water capacity is 16kg.Is one group of radiator in the parlor by putting 16, the long 570mm of monolithic radiator, wide 100mm, high 45mm, and the water capacity is 14kg.Above radiator power consumption situation is as follows.The test environment Stall is by north, usable floor area 45m 2Radiator uses temperature controller switch.Keeping indoor temperature is 18 ℃--20 ℃ of test datas are as follows:
Date Power consumption (kWh) Date Power consumption (kWh)
In November, 06 ??146 In November, 07 ??184
In December, 06 ??283 In December, 07 ??309
07 year 01 month ??496 08 year 01 month ??491
07 year 02 month ??475 08 year 02 month ??437
07 year 03 month ??363 08 year 03 month ??368
Add up to ??1763 Add up to ??1789
In August, 06 124kWh, September 140kWh, average moon 132kWh, in August, 07 130kWh, September, 118kWh used 124kWh in average month.My family does not have air-conditioning and ice box.Other household electrical appliance have.A pair of retired old man time of being in is long, and power consumption is many.Other electricity charge in winter were pressed 65 yuan in every month and are calculated 325 yuan of the electricity charge in 5 months.
31.5 yuan/square metre of heating charge standards are with 45m 2Calculate in the room, and a heating phase need be paid 1417.5 yuan, and 06 year 5 months total power consumption 1763kWh calculate the electricity charge by 0.5 yuan/kWh, and heating fee is 881.5 yuan-325 yuan=556.5 yuan, saves 861 yuan, saves 60.7% heating fee.07 year 5 months total power consumption 1789kWh, calculating electricity charge heating fee by 0.5 yuan/kWh is 894.5 yuan-325 yuan=569.5 yuan, saves 848 yuan, saves 59.8% heating fee.
The specific embodiment
Fig. 1 is that structural representation is implemented in the column type heat radiator transverse placement electric heater combination.
Fig. 2 is the rotatable heater housing cutaway view.
Fig. 3 is gain of heat electrothermal tube and electric heater electrothermal tube structure figure.
Fig. 4 is animals shaped water tank and venthole cutaway view.
Fig. 5 is electric heater electrothermal tube and gain of heat electrothermal tube circuit connection diagram.
Fig. 1 is column type heat radiator transverse placement electric heater combining structure schematic diagram. In Fig. 1, comprise electric heater shell (2), electric heater electrothermal tube (3a), hot-water line (21), gain of heat electrothermal tube (3b), filler pipe (43) in the radiator (1). The drain plug (12) of animals shaped water tank (4), thermometer (11), radiator is by being placed on radiator (1) outside. The water of water tank is by the water inlet (15) of the straight-through radiator egative film of filler pipe (43), through radiator egative film backwater road (16), through electric heater water inlet (24), in the inflow electric heater, after electric heater electrothermal tube (3a) is the water heating, by electric heater delivery port (22), through hot-water line (21), be transported to above the radiator (1); Gain of heat electrothermal tube (3b) heats hot water again. The radiator first is warm first, and progressively down a slice is conducted heat, and through the left watercourse port of radiator (13), right watercourse port (14), flows to the water inlet (15) of radiator egative film, and the Heating Cyclic process is finished in inflow radiator egative film backwater road (16).
Fig. 2 is the rotatable heater housing cutaway view.Electric heater is to be made of electric heater shell (2), electric heater electrothermal tube (3a), disk (25), hot-water line (21), is positioned at the radiator lower right corner.Electric heater shell boss (23) separates radiator egative film backwater road (16) and the right water channel of radiator (14).Electric heater umbrella electrothermal tube (3a) is fixed on the disk (25) of electric heater.
Fig. 3 is gain of heat electrothermal tube and electric heater electrothermal tube structure figure.Electrothermal tube is a umbrella-shaped structure.Gain of heat electrothermal tube is positioned at the radiator upper right corner, and the disk (31) of electrothermal tube (3) is fixed on the radiator upper right corner.
Fig. 4 is animals shaped water tank and venthole cutaway view.Animals shaped water tank (4) is positioned at the outer upper left side of radiator (1), is to replenish radiator (1) recirculated water and store the water that adds thermal expansion.The water of animals shaped water tank (4) is to replenish radiator (1) recirculated water and pressure stabilization function by the water inlet (15) of straight-through radiator (1) egative film of filler pipe (43).Be provided with venthole (42) in the radiator (1), be positioned at radiator (1) water level highest point, go up the angle in the left side, straight-through animals shaped water tank (4) top, effect is that gas is discharged in the radiator (1), guaranteeing does not have pressure, safety in the radiator (1), make the unimpeded circulation of radiator (1) water, keeps space air moist.
Fig. 5 is electric heater electrothermal tube and gain of heat electrothermal tube circuit connection diagram.Connect with electric heater temperature controller switch (51a) in electric heater electrothermal tube (3a) and heater indicator lamp (5a) back in parallel; Connect with gain of heat temperature controller switch (51b) again after gain of heat electrothermal tube (3b) and gain of heat indicator lamp (5b) parallel connection; Gain of heat temperature controller switch (51b) is in parallel with gain of heat electrothermal tube switch (52); Electric heater electrothermal tube (3a) and gain of heat electrothermal tube (3b) also connect power switch (53).Whether gain of heat indicator lamp (5b) indication gain of heat electrothermal tube works, above the 5th in the right water channel of gain of heat temperature controller switch (51b) held against heat sink (1).Above second from the bottom of the right water channel of electric heater temperature controller (51a) held against heat sink (1).Electric heater electrothermal tube (3a) and gain of heat electrothermal tube (3b) heated 30 minutes jointly, and radiator (1) temperature is raised to 80 ℃.Gain of heat temperature controller (51b) outage, gain of heat indication (5b) lamp extinguishes, and temperature falls after rise; Electric heater electrothermal tube (3a) heated separately 30 minutes, 60 ℃ of radiator temperatures, 20 ℃ of room temperatures.When electric heater temperature controller switch (51a) was temperature automatically controlled, per hour power consumption 0.5kWh heated up if desired again, opens gain of heat electrothermal tube switch (52), many power consumptions 0.1kWh after 8 minutes, 80 ℃ of the temperature on radiator (1) top.

Claims (4)

1. a column type heat radiator transverse placement electric heater is characterized in that: comprise radiator (1), electric heater shell (2), electric heater electrothermal tube (3a), hot-water line (21), gain of heat electrothermal tube (3b), animals shaped water tank (4), filler pipe (43), thermometer (11), drain plug (12) in this electric heater; The water of water tank is by the water inlet (15) of the straight-through radiator egative film of filler pipe (43), through radiator egative film backwater road (16), through electric heater water inlet (24), in the inflow electric heater, after electric heater electrothermal tube (3a) is the water heating, by heater delivery port (22),, be transported to the gain of heat electrothermal tube (3b) of interior upper right of radiator through hot-water line (21); Gain of heat electrothermal tube (3b) heats hot water once more; First in radiator is warm earlier, and progressively down a slice is conducted heat, and through radiator left side watercourse port (13), right watercourse port (14), flows to the water inlet (15) of radiator egative film, and the heat cycles process is finished in inflow radiator egative film backwater road (16).
2. according to the described column type heat radiator transverse placement electric heater of claim 1, it is characterized in that electric heater is to be made of curved body heater shell (2), electric heater electrothermal tube (3a), disk (25), hot-water line (21), be positioned at the radiator lower right corner, electric heater electrothermal tube (3a) wherein is a umbrella; Radiator egative film backwater road (16) is connected with electric heater water inlet (24); Electric heater shell boss (23) separates radiator egative film backwater road (16) and the right water channel of radiator (14).
3. according to the described column type heat radiator transverse placement electric heater of claim 1, it is characterized in that: gain of heat electrothermal tube (3b) is umbrella, the upper right corner in radiator.
4. according to the described column type heat radiator transverse placement electric heater of claim 1, it is characterized in that: animals shaped water tank (4) is positioned at the outer upper left corner of radiator; The water of animals shaped water tank (4) is by the water inlet (15) of straight-through radiator (1) egative film of filler pipe (43), and the venthole of radiator (42) is positioned at radiator upper left corner water level highest point, straight-through animal tank filler opening (41).
CN2008100956448A 2008-04-26 2008-04-26 Column type heat radiator transverse placement electric heater CN101266061B (en)

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Application Number Priority Date Filing Date Title
CN2008100956448A CN101266061B (en) 2008-04-26 2008-04-26 Column type heat radiator transverse placement electric heater

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CN101266061B true CN101266061B (en) 2010-06-02

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CN102326798A (en) * 2011-08-05 2012-01-25 牟敦善 Purple seaweed drier with serial electric heaters
CN102550478A (en) * 2011-08-11 2012-07-11 牟敦善 Maricultural heating device with tandem electric heaters
CN102425851A (en) * 2011-08-16 2012-04-25 牟敦善 Brewing tank warmer with serial type electric heaters
CN102369858A (en) * 2011-08-21 2012-03-14 牟敦善 Vegetable greenhouse warmer with serial electric heaters
CN102620339B (en) * 2011-08-25 2017-07-28 牟敦善 The long warmer of serial connected electric heater
CN102384576A (en) * 2011-09-04 2012-03-21 牟敦善 Water heater with serial electric heaters
CN102418992A (en) * 2011-09-07 2012-04-18 牟敦善 Tandem type electric heater bathtub
CN102401421A (en) * 2011-11-22 2012-04-04 肖连山 Electric heater for heating fluid circularly
CN104089325A (en) * 2014-07-17 2014-10-08 马恩奇 Simple automatic constant-temperature electric heater
CN104713152A (en) * 2015-01-02 2015-06-17 牟敦善 Serial type electric heater horizontal water heater
CN104633752A (en) * 2015-02-12 2015-05-20 山东瀚能新能源有限公司 Photoelectric superconducting heating system

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2224980Y (en) * 1994-01-18 1996-04-17 刘益励 High performance column electric heating apparatus
CN2755544Y (en) * 2004-08-05 2006-02-01 牟敦善 Three-hole radiator
CN2869667Y (en) * 2005-03-09 2007-02-14 牟敦善 Multifunction series electric heating apparatus

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2224980Y (en) * 1994-01-18 1996-04-17 刘益励 High performance column electric heating apparatus
CN2755544Y (en) * 2004-08-05 2006-02-01 牟敦善 Three-hole radiator
CN2869667Y (en) * 2005-03-09 2007-02-14 牟敦善 Multifunction series electric heating apparatus

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