JP3059869U - Dryer structure with far infrared rays - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dryer structure having far-infrared rays which is easy to assemble, is convenient to use, and achieves a thermostatic safety design and a health effect by far-infrared rays. SOLUTION: A cone-shaped cover 25 is mainly provided in a tubular main body 10.
Is formed, a cone-shaped nozzle 13 is formed, and the cone-shaped cover 2 is formed.
A cross-shaped positioning frame 20 corresponding to the angle of the inner slope is tightly fixed inside 5. The localization frame 20 and the fixed frame 21 having a shape opposed thereto are respectively provided with the corresponding entrance 20.
1, 211 are formed, and the heating element 22 is sandwiched. further,
The headstock 23 can easily support and orient the motor base. The opening of the main body is closed by a lid that leaves an intake port at the center, and a dryer structure is formed.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a dryer structure having a kind of far infrared rays. In particular, the present invention relates to a dryer structure having a kind of far-infrared ray, which is easy to assemble, is convenient to use, and has a constant temperature safety design and a health effect by far-infrared ray.

[0002]

[Prior art]

 Known dryer structures are designed to blow out high-temperature hot air. As shown in FIG. 3, the structure mainly includes a tubular main body 30, an outlet 31 is formed at one end, and a filter lid 32 is provided at an opposite end to form a suction port 33. A fan motor is installed inside the main body 30 on the suction port 33 side, and the suction and exhaust operations are achieved by the rotation of the fan 35. Due to the tubular design inside the body 30, the intake air follows the shape of the pipe and is discharged to one side towards the outlet 31. On the other hand, a heating device 36 made of an electric resistance coil is fixed on one inner surface of the air outlet 31 and connected to a handle 37 having a control switch base 38 by a circuit to switch between hot air, cold air and wind speed. I do. However, known dryer configurations are very energy consuming products. Especially in the control of heat generation temperature, there is no installation of a temperature control switch (due to general cost problems and the stability of structural equipment), and most of them only have a simple heat generation coil. When used with hot air, the temperature changes between high and low depending on the actual wind speed switching and the duration of use. Overheating often occurs, especially when used for a long period of time at low wind speeds. As a result, the heating coil burns and breaks down, or the outer periphery of the main body 30 at the outlet 31 is deformed by heat, which is a very serious problem in terms of safety in use. In addition, there is also a problem that if the dryer is overheated, hair quality is likely to be changed, damaged or dried due to drying.

[0003]

[Problems to be solved by the invention]

 In order to remedy the various disadvantages of the above-mentioned known structure, the present invention adds the health effect of spontaneous emission of far-infrared rays of ceramics to the rapid heat conduction by the honeycomb-shaped heating element, temperature control of the dryer and safety of use. It is an object of the present invention to provide a dryer structure having far-infrared rays that reliably achieves an improvement effect on the properties. Since the heat-generating component of the present invention is easy to assemble and efficient, the heat-generating temperature is stable and can be controlled safely. That is, cost reduction and safety in use can be enhanced. Furthermore, since the heat-generating component of the present invention has a simple structure, it is easy to assemble and assemble, and since it is made of a ceramic material, it also achieves a health promotion effect in which far-infrared rays naturally radiate when used in hot air.

[0004]

[Means for Solving the Problems]

 In order to solve the above problems, the present invention provides a dryer structure having the following far infrared rays. It mainly installs a cone-shaped cover in a tubular body, forms a cone-shaped nozzle, and tightly fixes a cross-shaped stereotactic frame corresponding to the slope angle inside the cone inside the cone-shaped cover. The stereotaxic frame and the fixed frame having a shape opposite to the stereotaxic frame have corresponding floors formed on both sides, and sandwich the heating element. Furthermore, the positioning of the motor base can be facilitated by the headstock. The opening of the main body is closed with a lid that leaves the intake port at the center, and the overall structure is composed.

[0005]

[Embodiment of the invention]

 As shown in FIGS. 1, 2, and 3, the dryer structure having far-infrared radiation according to the present invention is substantially similar in shape to a known dryer, and includes a hollow tubular main body 10 that is mainly used for assembling a hot air blower. The main body 10 is beautified by an appropriate streamline curve appearance and presents a slightly deformed L-shape, and the opposite ends are combined with each other by using a rear cover 11 of a relative assembly, and this mutual combination makes the entire drier. The appearance is configured. The overall design of the body 10 has a conical tubular design, with the narrow end of the cone being an outlet 12 and the outside of the lip into which a flat nozzle 13 which can concentrate the ventilation is inserted. be able to. Further, at the inner edge of the arc shape of the main body 10, a conical cover 25 having a conical shape is installed therein to form a nozzle shape when necessary to guide the conical air. The smooth inner inclined surface of the entire conical cover 25 has a cross-shaped positioning frame 20 in which the plate pieces are inserted and combined with each other so as to correspond to the inner inclined surface angle, have an appropriate angle, and are tightly fixed. On the other hand, the larger diameter of the conical shape of the localization frame 20 naturally forms a concave entrance 201, fixes the thin metal ring 202, and inserts the thin metal ring 202 into the electrode wire to make the thin metal ring 202 conductive. Use as a ring. Further, the heating element 22 is closely attached to the outside of the thin metal ring 202. The heating element 22 is made of a ceramic material, and both ends thereof are coated with conductive silicon, respectively, and a conductive and heating operation is formed on the thin metal ring 202 closely mounted. When the heating ceramic material receives heat and reaches a preset heating temperature, it emits a large amount of far-infrared rays. Due to the divergence of far-infrared rays and the high temperature characteristics of the thermostatic type, the dryer of the present invention can achieve the effect of not causing the discomfort of being dry and hot.

A conical fixed frame 21 is provided on the outer side of the heating element 22, and its shape is similar to that of the localization frame 20. The fixed frame is in close contact with the heating element 22, and one end thereof similarly forms a recessed floor 211, a conductive metal thin ring 212 is provided, and the heating element 22 is sandwiched and formed together. The heating element 22 is brought into contact with and electrically conductive by the two front and rear thin metal rings 202 and 212, and the positive and negative electrodes are naturally formed and energized. On the other hand, for the convenience of fixing the motor stand 24, the shaft stand 23 whose center is depressed in an arc at the cross end outside the fixed frame 21 is installed. Further, a positioning flange 241 is provided at the center position of the outer frame of the motor base 24 so that the motor base 24 can be inserted into the central arc-shaped concave portion of the head base 23. Can be localized on top. Subsequently, each part is fixed inside the main body 10 by a fixing plug 16 corresponding to both sides of the frame body, and closed by the suction net-like surface 14 installed on the rear lid body 11. The main body 10 and the lid 11 are fitted and combined with each other by the uneven edges provided on the respective connecting surfaces. Further, the fixing plug 16 on the outer periphery of the rear lid 11 is made to correspond to the hole base 15 installed around the connection surface, and is fixed to compose the appearance of the entire drier. The internal control circuit is connected to the turn switch table 18 on one side of the handle 17 as needed to adjust the cool air, hot air, and wind speed. This allows the user to select and use different wind speeds, cold air, and hot air as needed.

According to the present invention, a heating element is formed by coating a heat generating film on a honeycomb structure mainly made of ceramic, glass, or the like. A special conical localization frame 20 and a fixed frame 21 are installed inside, and the heating elements 22 are localized and composed by a method of sandwiching the front and rear by using the floors 201 and 211 corresponding to each other. . In addition, the conical cone-shaped cover 25 used for the wind guide can easily fix the localization frame 20 and the fixed frame 21 which have a special cone shape and are designed as a single piece board combined with a cross. In this way, the appearance of the body 10 of various appearances and the new design is not only convenient, but also the heating element 22 can be easily fixed. Further, the heat-sensitive condition on the outer periphery of the main body 10 can be significantly reduced.

In the present invention, in order to ensure safety in use, a heating element 22 of a design with a special heating film coating is provided. Due to the constant-temperature heating characteristics of the heating element 22, safety when the dryer is used with hot air can be ensured. In addition, due to the pressure-reducing action of the heat generating element 22, the rolling noise can be minimized in a situation where the rotation speed exceeds 10,000, while employing a motor used by a general dryer. Can be. Further, since the heat generating surface of the heat generating element 22 has a honeycomb-shaped design, the area of the heat generating element 22 can be appropriately reduced, and thus the volume of the entire drier can be reduced. Thus, a light and practical structure is achieved.

On the other hand, the turn switch table 17 outside the main body 10 can perform stepwise select control in accordance with unified control of circuits. In addition, the constant temperature air blow does not cause the discomfort of the user's hair or skin to be dry and hot. In addition, the main body 10 of the dryer of the present invention does not have a risk of being damaged due to overheating or causing an accident during use. Moreover, in addition to the effect of being easy to assemble and safe to use, it can emit far-infrared rays, so that it also has the effect of maintaining health.

[0010]

[Effect of the invention]

 The present invention is very easy to assemble in the overall design, and also has a simple structure for individual parts, so that localization is easy. Furthermore, since the heating element of the present invention employs a honeycomb-shaped heating element made of a ceramic material, it has a health effect of spontaneous divergence of far-infrared rays. The temperature control and the safety of use are surely improved.

[Brief description of the drawings]

FIG. 1 is an exploded view of the system of the present invention.

FIG. 2 is a sectional view showing an assembled state of the present invention.

FIG. 3 is an external view of the embodiment of the present invention.

FIG. 4 is an exploded view of a known dryer structure.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Main body 11 Rear cover 12 Outlet 13 Nozzle 14 Reticulated surface 15 Hole stand 16 Fixing stopper 17 Handle 18 Switch stand 20 Orientation frame 201 Floor opening 211 Floor opening 202 Metal thin ring 212 Metal thin ring 21 Fixed frame 22 Heating element 23 Axle Stand 24 Motor stand 241 Flange 25 Conical cover 30 Main body 31 Air outlet 32 Filter lid 33 Suction port 34 Fan motor 35 Fan 36 Heating device 37 Handle 38 Switch stand

Claims (4)

[Utility model registration claims] 1. A dryer structure mainly comprising a heating element and a fan inside, and comprising a main body having an air outlet and a rear lid having a suction port, wherein the main body is an L-shaped conical tubular body. Inside, a cone-shaped cover having a smooth inner slope is provided, and inside the cone-shaped cover, a positioning frame formed by intersecting and inserting plate pieces is provided, and a concave entrance is provided at an outer end of the positioning frame body. Is formed, the conductive metal thin ring is fixed, and the heating element is sandwiched together with the fixing frame having a shape corresponding to the orientation frame,
The heating element is conductive, coated with conductive silicon at both ends so that it can be heated, an arc-shaped concave portion provided at the center of the outer end of the fixing frame fixes a fan motor base, and covers the rear lid using the rear lid. A dryer structure having far-infrared rays, wherein the fan motor rolls and sucks air from a mesh surface. 2. An arc-shaped concave portion provided at a center position of the fixed frame,
The dryer structure with far-infrared rays according to claim 1, wherein the dryer structure is easily inserted and positioned relative to a flange at the center of the fan motor base. 3. The main body and the rear lid body each have an L-shaped hollow shape as if they each form a half of the shape, and are easily fitted to each other by the uneven edges on their connecting surfaces. The dryer structure according to claim 1, wherein the dryer structure is fixed in combination. 4. The dryer structure according to claim 1, wherein a nozzle is provided at the outlet of the main body.