KR200243719Y1 - The electric heater of infrared rays using halogen lamp - Google Patents

Abstract

The present invention relates to a far-infrared electric heater using a halogen lamp, and more particularly, to form a heater using heat generated from a halogen lamp that is easy to exchange and has a long life, and generates a far-infrared ray that is good for a human body. It is a far-infrared electric heater using a halogen lamp equipped with a light blocking core and a cover made of a material such as clay (ocher, ceramic, talc, etc.) to prevent glare caused by generated light and to evenly disperse heat.

The electric heater of the present invention is to reduce the strong light irradiated from the halogen lamp as much as possible to solve the problem of eyes tired and easy eye fatigue without looking at the heater.

Another object is to solve the problem that the filament inside the lamp is sag or short-circuit caused by installing the halogen lamp vertically.

Finally, the purpose is to generate and diffuse far-infrared rays that are beneficial to the body by using the strong heat of halogen lamps.

In order to achieve the above object, the halogen lamp is installed horizontally instead of vertically, and a core and a cover are installed to block the strong light of the lamp, and the core and the cover are clays that generate and activate far-infrared rays, which are beneficial to the human body. It is formed of refractory materials such as kaolin and ocher, and its height is adjustable at the bottom, and the stand equipped with an operation unit is coupled. The upper side of the stand is provided with a hemispherical reflector at the rear and a radial mesh cover at the front. In addition, a halogen lamp is installed at the center of the reflecting plate, and the core and the dish-shaped cover having a cross-sectional cross-sectional structure are integrally installed using a long bolt.

Description

The electric heater of infrared rays using halogen lamp

The present invention relates to a far-infrared electric heater using a halogen lamp, and more particularly, to form a heater using heat generated from a halogen lamp that is easy to exchange and has a long life, and generates a far-infrared ray that is good for a human body. It is a far-infrared electric heater using a halogen lamp equipped with a light shielding core and a cover made of a material such as clay (ocher, ceramic, talc, etc.) to prevent glare from generated light and to evenly disperse heat.

Generally, heaters are used indoors, and various heaters have been proposed according to the raw materials used and the heating method. However, in this case, electric heaters are used as electric heaters that generate warm air by heating the resistors to generate electricity and heat them. An electric heater using a lamp will be presented.

The halogen lamp applied to the electric heater of the present invention has a particularly excellent luminous flux maintenance ratio, and can maintain the internal pressure at a high pressure, which is high in efficiency and long in life due to low vaporization rate.

In addition, it is resistant to thermal shock and can be lit in a high temperature state, and does not burst even when water is in the lit state, and it is easy to distinguish colors by emitting light as in natural light.

Halogen used in such halogen lamps is a Group 7 element in the periodic table, and is a chemical which is likely to be a monovalent anion, and is fluorine (F), chlorine (Cl), bromine (Br), iodine (I), and isatin (At). ).

Utility model registration No. 190425 is provided as an electric heater using such a halogen lamp.

Since the halogen lamp emits strong light and heat due to its characteristics, when used as a heating element of the heater, there is a problem in that the eyes are broken due to the strong light and cannot look at the heater side.

In addition, when the halogen lamp is installed vertically as in the heat generating apparatus of Utility Model Registration No. 190425, the filament inserted into the halogen lamp has a specific gravity of 22.1, which is quite heavy, so that the filament inside the lamp sags due to overheating. There was a problem of being shorted.

In order to solve the problems described above, the present invention aims to solve the problem of eye fatigue because it is difficult to look at the heater by reducing the strong light irradiated from the halogen lamp as much as possible.

Another object is to solve the problem that the filament inside the lamp sag or short-circuit caused by installing the halogen lamp vertically.

Finally, the purpose is to generate and diffuse far-infrared rays that are beneficial to the body by using the strong heat of halogen lamps.

In order to achieve the above object, the halogen lamp is installed horizontally instead of vertically, and a core and a cover are installed to block the strong light of the lamp, and the core and the cover are clays that generate and activate far-infrared rays, which are beneficial to the human body. It was formed of refractory materials such as kaolin and loess.

1 is a perspective view showing an embodiment of a far infrared electric heater using a halogen lamp of the present invention.

Figure 2 is an exploded perspective view of the protective cover in the open state in the electric heater of the present invention.

Figure 3 is a perspective view of an example extracting the heating device from the electric heater of the present invention.

4 is an exploded perspective view of FIG. 3;

5 is a cross-sectional view of FIG. 3.

Figure 6 is a front view showing the arrangement of the halogen lamp and the light blocking core in the state of removing the front cover in the heat generating device of the present invention.

Figure 7 is a front view showing a state in which the blade protrudes up and down at both ends in the cross-shaped core as another embodiment of FIG.

8 and 9 are still another embodiment of the heat generating device of the present invention, in the case where only one halogen lamp is installed, the front view of the cross-sectional shape of the core in the shape of 'ㅗ' and '山'.

Explanation of symbols on the main parts of the drawings

10: stand 11: operation portion 12: height adjustment device

20: protective cover 30: reflector 40: heat generating device

41: fixture 42: core 43: lamp socket

44 halogen lamp 45 cover 46 long bolt

47: Nut

The electric heater of the present invention is a height adjustable at the bottom and a stand having an operation unit is coupled, the upper side of the stand is installed a hemispherical reflector plate in the rear and in front of the radial mesh cover installed and installed, the center of the reflector plate Halogen lamps are installed in the unit, and the core and the plate-shaped cover having a cross-sectional cross-sectional structure are integrally installed using a long bolt.

Referring to the present invention in detail the configuration and operation with reference to the accompanying drawings,

1 is a perspective view showing an embodiment of an electric heater using a halogen lamp of the present invention, Figure 2 is an exploded perspective view of an open state of the protective cover of the mesh in the electric heater of the present invention.

The electric heater of the present invention is provided in the form of a conventional fan, the bottom is wide and the upper portion is protruding to form a stand 10 having a height adjusting device 12 is coupled, the upper side of the stand 10 hemispherical The reflecting plate 30 is coupled, and shows a state in which the heat generating device 40 is installed in the inner space of the reflecting plate 30 and the protective cover 20.

At this time, the stand 10 is provided with the adjusting part 11 which controls the strong, weak, rotation, stop, and on / off of heating.

3 to 5 show a perspective view and an exploded perspective view and a cross-sectional state of the heat generating device portion used in the electric heater of the present invention.

The heating device 40 is installed in the horizontal lamp halogen lamp 44, the core 42 having a cross-sectional cross-sectional structure between the upper and lower halogen lamps, the front of the core 42 in the form of a plate The cover 45 is shown to be coupled to the mounting bolts 46 for fastening.

The heating device 40 is installed in the space portion between the protective cover 20 and the reflecting plate 30, the fixing fixture 41 and the core 42 and the cover 45 by the long bolt 46 integrally coupled and installed In the upper and lower sides of the core 42, halogen lamps 44 of a '∪' type are coupled to each other by a lamp socket 43.

The reflecting plate 30 has a hemispherical shape protruding backward, and a through hole is drilled in the center thereof.

The reflector 30 emits intense heat emitted from the halogen lamp 44 in one direction, that is, the front part, so as to minimize the loss of heat.

The fixture 41 is installed in the center of the reflector 30, the through hole 51 is drilled in the center, the fixing hole for fixing the lamp socket 43 of the halogen lamp 44 in the upper and lower portions of the through hole ( 52 and a through-hole 53 is drilled to insert a wire for applying power.

The core 42 has a rear end portion which is coupled to the fastener 41 and protrudes into a rectangular cross section, and a central portion thereof is formed to have a cross-shaped cross section, and the front portion protrudes into a circular cross section so as to engage with the plate-shaped cover 45. Is formed, the central portion is formed through the through hole 42a through the front and rear to be coupled to be integrated using the fastening long bolt 46.

The core 42 cuts off intense light emitted from the halogen lamp 44 between the upper and lower halogen lamps 44 to reduce the amount of light emitted by about 1/2, wherein the core 42 and the The front cover 45 emits far infrared rays in a heated state by the light and heat emitted from the halogen lamp 44.

The core 42 is used as a material of clay, kaolin, talc, etc., by absorbing light and heat to emit far-infrared rays, which are beneficial to the human body, as well as the heating effect, to promote and activate the metabolism of the human body. do.

The halogen lamp 44 is coupled to the lamp socket 43, which is coupled to the fixture 41, it is coupled to the fixture 41 with bolts and nuts to maintain a horizontal state.

The halogen lamp 44 is manufactured by inserting a tungsten filament into a quartz tube or hard glass and filling a halogen gas. The halogen lamp 44 has the advantages of being strong even at high temperature, high in heating efficiency, and long in life. .

In addition, the halogen lamp, which is manufactured in a small size and light weight, is easily detachable and easy to maintain and replace in a small amount of time at any time.

In the present invention, a halogen lamp using a '∪' shaped tube is exemplified. However, the halogen lamp is not limited to a '∪' shaped tube, and any halogen lamp can be used sufficiently, and a lamp having a high calorific value can also be used.

The light dissipation prevention and anti-glare cover 45 blocks the light emitted from the halogen lamp 44 so as not to fatigue the eyes of the person, and formed in the shape of a plate so as to prevent glare and through-holes in the center ( 45a) is formed, and the seat groove 45b is formed in the center part which abuts and engages with the front part of the core 42. As shown in FIG.

The cover 45 is made of the same material as the core 42, such as clay, which acts to generate far-infrared rays.

In the present invention, clay or the like is used as a material for generating far-infrared rays. However, the present invention is not limited thereto, and may be used as a bio-ceramic, germanium, or the like.

As a reference to the far-infrared rays generated in this way, the sun rays are visible light of seven colors such as red, orange, yellow, green, blue, indigo, and violet, and invisible light such as infrared, ultraviolet X-ray, microwave, etc. Infrared rays are called infrared rays, which are invisible to the eye where the temperature rises as the color goes up from violet to red and the temperature rises even in the absence of light beyond red.

At this time, 0.76-1.5 micrometers is called near-infrared, 1.5-5.6 micrometers is called mid-infrared, and 5.6-1,000 micrometers is called far-infrared according to wavelength.

Far-infrared wavelengths from clay, bioceramic, germanium, etc. are widely used because they have a good effect on human health.A wide honeycomb structure forms a double layer structure of numerous spaces, and far-infrared rays are absorbed in clay and radiate when heated. Stimulates the molecular activity of other objects.

Figure 6 is an exemplary view using a core according to a preferred embodiment of the present invention, Figure 7 is an exemplary view showing another embodiment by forming a wing protruding up and down at both ends of the parallel cross-section of the core having a cross-sectional structure ' Formed to have a ┣╋┫ 'type cross-sectional structure has been shown an embodiment to further mitigate the light emitted from the halogen lamp.

The core 42 illustrated in FIG. 7 has an effect of further mitigating light generated from the halogen lamp 44 and increasing the amount of far infrared rays emitted.

8 and 9 are still another embodiment of the present invention, in the case of installing only one halogen lamp, the cross-sectional shape of the core is formed in a '┻' shape or a '┗┻┛' shape and is located at the intersection of the centers. The through hole 42a was formed.

In the electric heater of the present invention, when the power is applied, the power is applied to the halogen lamp 44 through the control unit 11 for controlling the power on, off and the intensity of the heating, the weak or the rotation, the stop, and the like. Light and heat emitted from the 44 is directed toward the front through the reflector 30, in which the reflection and absorption of the light and heat occurs by the core 42 and the cover 45 to generate heating and far-infrared rays.

The effect expected in the present invention is to use a conventional halogen lamp that is easy to remove, but by installing the halogen lamp to maintain a horizontal state has the effect of extending the life of the lamp, easier maintenance and improved work efficiency. .

In addition, by using a core and cover made of refractory materials such as clay, it prevents glare by blocking intense light emitted from halogen lamps, and also provides far-infrared rays that are beneficial to the human body while the core and cover are heated by light and heat. There is an effect that can be expected to promote health by mass release.

Claims (5)

A height adjustable stand is connected to the lower part, and a hemispherical reflector plate is installed at the rear of the upper side, and a protective cover of a radial mesh is installed at the front, and a heat generating device is provided with a halogen lamp inside the reflector. In the electric heater, The heat generating device 40 for generating heat is provided in the space portion between the protective cover 20 and the reflecting plate 30, the heat generating device 40 is integrally coupled to the core 42, the cover 45 Far infrared electric heater using a halogen lamp, characterized in that the upper and lower sides of the core 42, the halogen lamp 44 is installed so as to maintain a horizontal state. The method of claim 1, The core 42 is formed so that the cross-sectional shape protrudes from the center to have a cross-sectional structure of cross shape, and is formed of a material such as clay emitting far infrared rays to emit far infrared rays by light and heat emitted from the halogen lamp 44. Far-infrared electric heater using a halogen lamp, characterized in that configured to. The method of claim 1, The cover 45 is formed in a convex dish shape forward, but formed of a material such as clay to emit far infrared rays by the light and heat emitted from the halogen lamp 44, far infrared electric using a halogen lamp heater. The method of claim 1, The core 42 is a far-infrared electric heater using a halogen lamp, characterized in that the cross-sectional structure of the cross-sectional structure formed by forming a '┣╋┫'-shaped cross-sectional structure to protrude wings up and down in parallel both ends. The method of claim 1, The core 42 is a far-infrared electric heater using a halogen lamp, characterized in that formed by having a '┗┻┛' type cross-sectional structure.