CN202868834U

CN202868834U - Electromagnetic heating warmer

Info

Publication number: CN202868834U
Application number: CN 201220393634
Authority: CN
Inventors: 胡鑫
Original assignee: DYNAMIC ENERGY-TECHNOLOGY CO LTD ZHEJIANG
Current assignee: DYNAMIC ENERGY-TECHNOLOGY CO LTD ZHEJIANG
Priority date: 2012-08-09
Filing date: 2012-08-09
Publication date: 2013-04-10
Anticipated expiration: 2022-08-09

Abstract

An electromagnetic heating warmer comprises a solution cylinder and a base. A circuit board is arranged in the base. The electromagnetic heating device structure is characterized in that an insulation heat insulation layer is wrapped on the outer wall of the solution cylinder made of macromolecule nanometer alloy materials, an electromagnetic coil support made of insulating materials is fixed on the external of the insulation heat insulation layer, an electromagnetic coil is manufactured on the electromagnetic coil support in a winding mode, the electromagnetic coil support is fixed on a bracket, the bracket and the solution cylinder are fixed on the base, and the electromagnetic coil is connected with the circuit board; and a heat dissipation box made of insulating heat conduction materials is fixed on the base, the heat dissipation box is connected and communicated with the solution cylinder, a liquid inlet pipe is arranged on the top of the heat dissipation box, a cover is arranged at the top end of the liquid inlet pipe, and cooling fins are formed on the outer wall of the heat dissipation box. The solution cylinder self heats through electromagnetic heating technology so as to heat liquid temperature in the solution cylinder, heat is transferred to the cooling fins through liquid, heat dissipation is achieved through the cooling fins or hot air is blown out through a fan by an air outlet pipe for heat dissipation so as to warm, and the electromagnetic heating warmer is high in thermal efficiency, and fast in heat dissipation and heating rate.

Description

A kind of electromagnetic heater

Technical field:

The utility model relates to the electromagnetic heating technique field, more specifically to a kind of warmer that produces heat by Electromagnetic Heating liquid.

Background technology:

Existing space heater structure is single, the heating of the resistance-type heat-conducting oil heating of employing and convection type is arranged, it all is by the mode of contact conduction heat transferred liquid or mobile air to be come distribute heat, its weak point is: it is low that resistance-type heats its efficient, firing rate is slow, and also having a shortcoming is exactly that power density is low; And the convection type heating is by with the heat transferred air, by air heat is shed, and it only has the heat of close heater to be taken out of by absorption of air, and can't absorb heat away from the air of heater, and the heat that perhaps absorbs is low, and heat transfer efficiency is not high; Also have the quartz tube type heating, it transmits by radiant heat, and its weak point is: heat is difficult for diffusion, and the thermal efficiency is low, has naked light to consume oxygen.

The utility model content:

The purpose of this utility model is exactly the deficiency for prior art, and provide a kind of electromagnetic heater, it makes solution cylinder self-heating by electromagnetic heating technique, come the fluid temperature in the heated solution cylinder, by liquid with the heat transferred fin by fin heat radiation or by fan hot gas is blown out heat radiation by escape pipe and warm oneself, its thermal efficiency is high

Rapid heat dissipation, firing rate is fast.

Technology solution of the present utility model is as follows:

A kind of electromagnetic heater, comprise solution cylinder and base, circuit board is arranged in the base, the electromagnetic heater structure is that insulated thermal insulating layer is coated on the high molecular nanometer alloy material and manufactures on the outer wall of the solution cylinder that forms, the electromagnetic loop bracket that insulated thermal insulating layer external stability has insulating materials to manufacture, solenoid is wound on the electromagnetic loop bracket, electromagnetic loop bracket is fixed on the support, and support and solution cylinder are fixed on the base, and solenoid links to each other with circuit board;

The heat dissipation tank that insulating heat-conduction material is made is fixed on the base, and heat dissipation tank connects mutually with the solution cylinder, and the heat dissipation tank top is provided with feed tube, and the top of feed tube is provided with lid, and the heat dissipation tank outer wall forms fin.

Described heat dissipation tank is welded to each other by outer panel, interior plate and base plate, middle connecting plate, top board and forms, form fin on the outer wall of outer panel, base plate is fixed on the base, base, interior plate and middle connecting plate consist of heating cavity, electromagnetic heater is arranged in the heating cavity, the top of solution cylinder is fixed on the middle connecting plate, and the solution cylinder communicates with the through hole of middle connecting plate;

Be fixed with feed tube on the top board, feed tube communicates with the through hole of top board; The outlet side of the escape pipe link that makes progress communicates on the oblique tube wall that is fixed on feed tube and with feed tube downwards.

Described escape pipe is fixed with fan and screen pack near mouth of pipe place, and screen pack is in the fan outside, and the motor power-supply wire of fan links to each other with circuit board.

Be fixed with water yield scale on the outer wall on the outer panel top of described heat dissipation tank, water yield scale is connected with heat dissipation tank; Protection net is fixed on the base and covers heat dissipation tank.

Described outer panel, interior plate, base plate, middle connecting plate and top board are heat-conducting insulation material.

The beneficial effects of the utility model are:

1, it makes solution cylinder self-heating by electromagnetic heating technique, come the fluid temperature in the heated solution cylinder, by liquid the heat transferred fin is dispelled the heat by fin, owing to being solution cylinder self-heating, and in solution cylinder outer wrap insulated thermal insulating layer, so just greatly reduce the loss of heat, improved the thermal efficiency, and the firing rate raising, greatly saved preheating time.

2, simultaneously, it can also blow out heat radiation with hot gas by escape pipe by fan and warms oneself and environment is carried out humidification.

3, its water yield scale can check constantly whether its water yield meets standard and prevent hypervolia or very few and damage equipment.

Description of drawings:

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation between heat dissipation tank of the present utility model and the feed tube;

Fig. 3 is the local result schematic diagram of water yield scale of the present utility model and heat dissipation tank.

Among the figure: 1, solution cylinder; 2, insulated thermal insulating layer; 3, electromagnetic loop bracket; 4, solenoid; 5, support; 6, feed tube; 7, lid; 8, escape pipe; 81, fan; 82, screen pack; 9, protection net; 10, electromagnetic heater; 20, heat dissipation tank; 21, outer panel; 211, fin; 22, interior plate; 23, base plate; 24, middle connecting plate; 25, top board; 26, heating cavity; 27, water yield scale; 30, base.

The specific embodiment:

Embodiment: see shown in Fig. 1 to 3, a kind of electromagnetic heater, comprise solution cylinder 1 and base 30, circuit board is arranged in the base 30, electromagnetic heater 10 structures are, insulated thermal insulating layer 2 is coated on the high molecular nanometer alloy material and manufactures on the outer wall of the solution cylinder 1 that forms, the electromagnetic loop bracket 3 that insulated thermal insulating layer 2 external stabilities have insulating materials to manufacture, solenoid 4 is wound on the electromagnetic loop bracket 3, electromagnetic loop bracket 3 is fixed on the support 5, support 5 and solution cylinder 1 are fixed on the base 30, and solenoid 4 links to each other with circuit board;

The heat dissipation tank 20 that insulating heat-conduction material is made is fixed on the base 30, and heat dissipation tank 20 connects mutually with solution cylinder 1, and heat dissipation tank 20 tops are provided with feed tube 6, and the top of feed tube 6 is provided with lid 7, and heat dissipation tank 20 outer walls form fin 211.

Insulated thermal insulating layer 2 can be made for asbestos or polyurethane material.

Described heat dissipation tank 20 is welded to each other and is formed by outer panel 21, interior plate 22 and base plate 23, middle connecting plate 24, top board 25, form fin 211 on the outer wall of outer panel 21, base plate 23 is fixed on the base 30, base 30, interior plate 22 and middle connecting plate 24 consist of heating cavity 26, electromagnetic heater 10 is arranged in the heating cavity 26, the top of solution cylinder 1 is fixed on the middle connecting plate 24, and solution cylinder 1 communicates with the through hole of middle connecting plate 24;

Be fixed with feed tube 6 on the top board 25, feed tube 6 communicates with the through hole of top board 25; The outlet side of escape pipe 8 link that makes progress communicates on the oblique tube wall that is fixed on feed tube 6 and with feed tube 6 downwards.

Described escape pipe 8 is fixed with fan 81 and screen pack 82, screen pack 82 near mouth of pipe place

In fan 81 outsides, the motor power-supply wire of fan 81 links to each other with circuit board.

Be fixed with water yield scale 27 on the outer wall on outer panel 21 tops of described heat dissipation tank 20,

Water yield scale 27 is connected with heat dissipation tank 20; Protection net 9 is fixed on the base 30 and covers heat dissipation tank 20.

Described outer panel 21, interior plate 22, base plate 23, middle connecting plate 24 and top board 25 are heat-conducting insulation material.

Operation principle: twist the lid off 7, pour into water liquid by feed tube 6, check water yield scale 27, whether water liquid meets the requirements, then manufacture the solution cylinder 1 that forms by solenoid 4 heating high molecular nanometer alloy materials, solution cylinder 1 heat transfer feedwater liquid, so that the water liquid temp rises, the water liquid temp is by fin 211 heat radiations, come to the environment heating, and the water vapour that heating water liquid brings is discharged from escape pipe 8, and be provided with screen pack 82 at the mouth of pipe place of escape pipe 8, the part of the water vapour that draws is caught a cold through screen pack 82, a part of water liquid in the water vapour is flow back in the heat dissipation tank 20.

And when need for environment humidification and heating, can open the fan 81 in the escape pipe 8, accelerate to carry out humidification in the water vapour entered environment.

Protection net 9 can be protected the fin 211 of heat dissipation tank 20 not to be stained with the impurity such as dust and affect radiating effect.

Claims

1. electromagnetic heater, comprise solution cylinder (1) and base (30), circuit board is arranged in the base (30), it is characterized in that: electromagnetic heater (10) structure is, insulated thermal insulating layer (2) is coated on the high molecular nanometer alloy material and manufactures on the outer wall of the solution cylinder (1) that forms, the electromagnetic loop bracket (3) that insulated thermal insulating layer (2) external stability has insulating materials to manufacture, solenoid (4) is wound on the electromagnetic loop bracket (3), electromagnetic loop bracket (3) is fixed on the support (5), support (5) and solution cylinder (1) are fixed on the base (30), and solenoid (4) links to each other with circuit board;

The heat dissipation tank that insulating heat-conduction material is made (20) is fixed on the base (30), heat dissipation tank (20) connects mutually with solution cylinder (1), heat dissipation tank (20) top is provided with feed tube (6), the top of feed tube (6) is provided with lid (7), and heat dissipation tank (20) outer wall forms fin (211).

2. a kind of electromagnetic heater according to claim 1, it is characterized in that: described heat dissipation tank (20) is by outer panel (21), interior plate (22) and base plate (23), middle connecting plate (24), top board (25) is welded to each other and forms, form fin (211) on the outer wall of outer panel (21), base plate (23) is fixed on the base (30), base (30), interior plate (22) and middle connecting plate (24) consist of heating cavity (26), electromagnetic heater (10) is arranged in the heating cavity (26), the top of solution cylinder (1) is fixed on the middle connecting plate (24), and solution cylinder (1) communicates with the through hole of middle connecting plate (24);

Be fixed with feed tube (6) on the top board (25), feed tube (6) communicates with the through hole of top board (25); The outlet side of escape pipe (8) link that makes progress communicates on the oblique tube wall that is fixed on feed tube (6) and with feed tube (6) downwards.

3. a kind of electromagnetic heater according to claim 2, it is characterized in that: described escape pipe (8) is fixed with fan (81) and screen pack (82) near mouth of pipe place, screen pack (82) is in fan (81) outside, and the motor power-supply wire of fan (81) links to each other with circuit board.

4. a kind of electromagnetic heater according to claim 2, it is characterized in that: be fixed with water yield scale (27) on the outer wall on outer panel (21) top of described heat dissipation tank (20), water yield scale (27) is connected with heat dissipation tank (20); Protection net (9) is fixed on base (30) upward and covers heat dissipation tank (20).

5. a kind of electromagnetic heater according to claim 2, it is characterized in that: described outer panel (21), interior plate (22), base plate (23), middle connecting plate (24) and top board (25) are heat-conducting insulation material.