TWM496387U - Far infrared ceramic hair dryer - Google Patents

Description

Ceramic far infrared hair dryer

The present invention relates to a hair dryer, in particular to a ceramic far-infrared hair dryer which is convenient for a user to quickly switch between different outlet temperatures when the hair and the body are blown dry.

Press, the hair dryer is almost a must-have item for every family in daily life. It is usually used to dry wet hair or body, even wet clothes. For example, after shampooing or bathing, people generally use a hair dryer. Blow dry hair or body.

Generally, a conventionally used hair dryer basically has a number of heating wires disposed inside a casing that is conveniently held, and after passing through the heating wire, the electric energy is converted into heat energy through the resistance effect of the heating wire, and then borrowed. The fan is blown by the fan behind the heating wire to generate hot air that is continuously blown toward the front of the casing to blow dry the hair or other parts of the body by hot air.

In addition, in the process of actually using the hair dryer, not only hot air is required at all, but also it must be used with cold air or normal air flow. It is known that the existing conventional hair dryer is designed to differently design the motor switch of the fan and the power switch of the electric heating wire. Switch.

However, such a design is not only inconvenient in operation and use, and the use of the hair dryer is mostly used for the hair or skin of the human body, similar to the conventional hair dryer. The machine does not allow the user to quickly switch between the different outlet temperatures while drying the hair or body, so there is still much room for improvement.

In view of this, the present invention provides a ceramic far-infrared hair dryer which is convenient for the user to quickly switch between different hair outlets when the hair and the body are blown, and the main purpose is to serve them.

In order to achieve the above, the ceramic far-infrared hair dryer of the present invention basically comprises: a casing, a ceramic far-infrared assembly, a fan assembly, a step-down coil, a set of switching circuits; wherein: the casing is A first accommodating space and a second accommodating space for accommodating the related components are respectively formed by the two half-shell portions, and an air outlet and an air inlet are formed before the first accommodating space Forming a convenient shape for holding in the section of the second accommodating space; the ceramic far-infrared ray assembly is disposed inside the first accommodating space of the housing relative to the air outlet for supplying power Generating a ceramic far infrared ray temperature; the fan assembly is disposed inside the first accommodating space of the housing relative to the air inlet, and is configured to generate a gas flow that is blown toward the air outlet when energized; the step-down coil system The first accommodating space of the housing is disposed between the ceramic far infrared ray assembly and the fan assembly, and is electrically connected to the ceramic far infrared ray assembly. The buck coil has at least two different current outputs. Power The switch circuit is provided with a main switch connected to the external power source through the power line in the second accommodating space of the casing, and the main switch is electrically connected to the ceramic far infrared ray assembly and the fan assembly respectively. Another step-down switch is electrically connected between the main switch and the step-down coil, the buck switch is electrically connected to the main switch, the buck coil and the ceramic far-infrared assembly, wherein the buck switch is provided with a temperature And the wind speed circuit, and achieve the switching function, blowing hair and skin separately.

Using the above structural features, the ceramic far infrared ray of this creation In use, the external power supply can be connected through the power line, and the main switch controls the fan assembly and the ceramic far-infrared assembly to operate or not. In the fan assembly and the ceramic far-infrared assembly, the device can be generated. The hot air of far-infrared rays can even be combined with pressing the buck switch to reduce the operating power of the ceramic far-infrared assembly, thereby reducing the far-infrared temperature of the ceramic, so that the user can quickly dry the hair and the body in two different parts. Switch the purpose of different outlet temperatures.

According to the above structural feature, the ceramic far-infrared hair dryer further includes a base having a body, a support arm is disposed on the base, and a rear end of the support arm is provided for clamping the housing. Fixture.

According to the above structural feature, the ceramic far infrared ray blower further includes an negative ion generator disposed inside the first accommodating space of the housing relative to the ceramic far infrared ray assembly and the fan assembly. And connected to the main switch.

According to the above structural feature, the ceramic far-infrared hair dryer further includes a base and an negative ion generator; the base has a body, and a support arm is disposed on the base, and a rear end of the support arm is provided for a clamp that is clamped by the housing; the negative ion generator is disposed inside the first accommodating space of the housing with respect to the ceramic far infrared ray assembly and the fan assembly, and is connected to the main switch.

The clamp is pivotally coupled to the support arm via a pivot.

The ceramic far infrared ray assembly is provided with a honeycomb-shaped far red ceramic block between two conductive copper sheets, and the two conductive copper sheets are connected and fixed by a plurality of bismuth rubber rings.

The fan assembly has an electric motor, and a wind impeller is fixed on the mandrel of the electric motor.

The step-down coil is composed of a plurality of mica sheets.

Specifically, the ceramic far-infrared hair dryer disclosed in this creation is Under the integrated operation of the above components, it is possible to quickly switch between different outlet temperatures to avoid overheating and damage the skin, and to reduce the hair squeezing caused by heat under the action of the negative ion generator, and even use The base fixes the ceramic far-infrared hair dryer at an appropriate angle of use, increasing the practicality and ease of use of the overall ceramic far-infrared hair dryer.

10‧‧‧shell

11‧‧‧First accommodation space

12‧‧‧Second accommodation space

13‧‧‧air outlet

14‧‧‧Air inlet

20‧‧‧Ceramic far infrared assembly

21‧‧‧ Conductive copper sheet

22‧‧‧ far red ceramic block

23‧‧‧矽 rubber ring

30‧‧‧Fan assembly

31‧‧‧Electric motor

311‧‧‧ mandrel

32‧‧‧Wind impeller

40‧‧‧Buck coil

41‧‧‧mica tablets

50‧‧‧Switch circuit

51‧‧‧Power cord

52‧‧‧Main switch

53‧‧‧Buck Switch

531‧‧‧ Temperature and wind speed circuits

60‧‧‧Base

61‧‧‧ body

62‧‧‧Support arm

63‧‧‧Clamp

64‧‧‧ pivot

70‧‧‧negative ion generator

The first picture is a schematic diagram of the basic composition of the ceramic far-infrared hair dryer.

The second picture is a schematic diagram of the electrical connection of the relevant components of the ceramic far-infrared hair dryer.

The third figure is a schematic diagram of the state of use of the ceramic far-infrared hair dryer of another embodiment of the present invention.

This creation mainly provides a ceramic far-infrared hair dryer which can be used to quickly switch between different air outlet temperatures when the user washes the hair and the body. For example, the basic composition of the ceramic far-infrared hair dryer is created in the first figure. The second figure shows the schematic diagram of the electrical connection of the related components in the ceramic far-infrared hair dryer. The ceramic far-infrared hair dryer of the present invention basically comprises: a casing 10, a ceramic far-infrared assembly 20, and a total fan. The first accommodating space 11 and the second accommodating unit 50 are respectively formed by a plurality of half-shell portions, and a first accommodating space 11 and a second accommodating member for accommodating the related components. Space 12, in the first accommodation space Before the interval 11 and the rear end, an air outlet 13 and an air inlet 14 are formed, and a section of the second accommodation space 12 is formed with a convenient appearance; in implementation, the two half shells are It can be locked by screws.

The ceramic far infrared ray assembly 20 is disposed inside the first accommodating space 11 of the casing 10 with respect to the air outlet 13 to generate a set ceramic far infrared ray temperature after being energized; in practice, the ceramic far infrared ray The assembly 20 is provided with a bevel-shaped far red ceramic block 22 between the two conductive copper sheets 21. In the embodiment, the two conductive copper sheets 21 are connected and fixed by a plurality of rubber rings 23.

The fan assembly 30 is disposed inside the first accommodating space 11 of the casing 10 with respect to the air inlet 14 , and is configured to generate an air flow that is blown toward the air outlet 13 after being energized; in implementation, the fan The assembly 30 has an electric motor 31, and a wind impeller 32 is fixed to the mandrel 311 of the electric motor 31. In the embodiment, the wind impeller 32 is oppositely disposed outside the electric motor 31 to make the electric motor. 31 can be subjected to the air flow generated by the wind impeller 32 to achieve a cooling effect.

The step-down coil 40 is disposed between the ceramic far-infrared assembly 20 and the fan assembly 30 in the first accommodating space 11 of the casing 10, and is electrically connected to the ceramic far-infrared assembly 20, The buck coil 40 has a coil set of at least two different current output powers; in practice, the buck coil 40 can be comprised of a plurality of mica plates 41.

The switch circuit 50 is disposed in the second accommodating space 12 of the casing 10 and is provided with a main switch 52 connected to the external power source through the power line 51. The main switch 52 and the ceramic far infrared ray assembly 20 and the fan are respectively An electrical connection is made to 30, and a buck switch 53 is electrically connected between the main switch 52 and the buck coil 40.

In principle, the ceramic far-infrared hair dryer of the present invention can be connected to an external power source through the power line 51 when used, and the main switch 52 controls the fan assembly 30 and the ceramic far-infrared assembly 20 to operate or not, in the fan assembly. 30 and ceramic far red When the outer line assembly 20 is in operation, it can generate hot air with far infrared rays, and provide a heat source for quickly drying the wet materials.

Even pressing the buck switch 53 can reduce the operating power of the ceramic far-infrared assembly 20, thereby reducing the far-infrared temperature of the ceramic, so that the user can quickly switch between different parts when the hair and the body are blown dry. The purpose of the wind temperature; for example, when drying the hair, it can be combined with the wind of 8M per second at a wind speed of 85 ° C to speed up the drying of the hair, or with the wind of 2M per second at a wind speed of 35 ° C, to avoid The wind is too hot and hurts the skin.

The infra-red hair dryer of the present invention may further include a base 60 having a base 61 on which a support arm 62 is disposed on the support arm 62. The clamp is provided with a clamp 63 for clamping the casing 10; in the embodiment, the clamp 63 is pivotally connected to the support arm 62 via a pivot 64, and is adapted to be adjusted within a set angle range. Use the angle.

The integral ceramic far-infrared hair dryer may further include an negative ion generator 70 disposed inside the first housing space 11 of the housing 10 relative to the ceramic far-infrared assembly 20 and the total fan. Between 30 and connected to the main switch 52, mainly under the action of the negative ion generator 70, the hair is reduced due to heat.

Of course, the integral ceramic far-infrared hair dryer preferably has a structure including a base 60 and an negative ion generator 70. Similarly, the base 60 has a body 61 on which a support arm is disposed. 62. A clamp 63 for clamping the casing 10 is disposed at a rear end of the support arm 62. The negative ion generator 70 is disposed inside the first accommodating space 11 of the casing 10 with respect to the ceramic far infrared ray. Between 20 and the fan assembly 30, and connected to the main switch 52.

Compared with traditional conventional structures, the ceramic far infrared Under the integrated operation of the above components, the line hair dryer can quickly switch between different outlet temperatures to avoid overheating and damage the skin, and can reduce the hair squeaking caused by heat under the action of the negative ion generator. Even the ceramic far-infrared hair dryer can be fixed at an appropriate use angle by using the base, thereby increasing the practicability and ease of use of the overall ceramic far-infrared hair dryer.

In summary, this creation provides a better and feasible ceramic far-infrared hair dryer, and submits a new patent application according to law; the technical content and technical features of the creation have been disclosed above, but those familiar with the technology may still be based on this The creation of the creation and the various changes and modifications that do not depart from the creative spirit of the case. Therefore, the scope of the present invention is not limited to the embodiments disclosed, but includes various alternatives and modifications that do not depart from the present invention and are covered by the following claims.

10‧‧‧shell

11‧‧‧First accommodation space

12‧‧‧Second accommodation space

13‧‧‧air outlet

14‧‧‧Air inlet

20‧‧‧Ceramic far infrared assembly

21‧‧‧ Conductive copper sheet

22‧‧‧ far red ceramic block

23‧‧‧矽 rubber ring

30‧‧‧Fan assembly

31‧‧‧Electric motor

311‧‧‧ mandrel

32‧‧‧Wind impeller

40‧‧‧Buck coil

41‧‧‧mica tablets

50‧‧‧Switch circuit

51‧‧‧Power cord

52‧‧‧Main switch

53‧‧‧Buck Switch

531‧‧‧ Temperature and wind speed circuits

Claims (8)

A ceramic far-infrared hair dryer includes: a casing, which is surrounded by two half-shell portions to form a first accommodating space for accommodating the related components and a second accommodating space, before the first accommodating space The rear end wind is formed with an air outlet and an air inlet, and the outer portion of the second receiving space is formed with a convenient appearance; a ceramic far infrared assembly is disposed at the first receiving portion of the housing. The interior of the space is opposite to the air outlet, and is configured to generate a ceramic far-infrared temperature after being energized; a fan assembly is disposed inside the first housing space of the housing relative to the air inlet, and is provided after being energized. a gas flow blown in the direction of the air outlet; a step-down coil disposed in the first housing space of the housing relative to the ceramic far infrared ray assembly and the fan assembly, and electrically connected to the ceramic far infrared ray assembly Connected, the buck coil has a coil set of at least two different current output powers; a switch circuit has a main switch connected to the external power source through the power line in the second accommodating space of the casing, the main switch and the respectively The ceramic far-infrared assembly and the fan assembly are electrically connected, and a step-down switch is electrically connected between the main switch and the step-down coil, the step-down switch and the main switch, the step-down coil and the ceramic far-infrared The assembly is electrically connected, wherein the buck switch is provided with a temperature and wind speed circuit, and achieves a switching function to blow hair and skin, respectively. The ceramic far-infrared hair dryer of claim 1, wherein the ceramic far-infrared hair dryer further comprises a base, the base having a body, a support arm is disposed on the base, and a rear end of the support arm is provided A clamp for holding the housing. The ceramic far infrared ray blower of claim 1, wherein the ceramic far infrared ray blower further comprises an negative ion generator, the negative ion generator The first accommodating space of the housing is connected to the ceramic far infrared ray assembly and the fan assembly, and is connected to the main switch. The ceramic far infrared ray blower of claim 1, wherein the ceramic far infrared ray blower further comprises a base and an negative ion generator; the base has a body, and the support body is provided with a support arm on the support a clamp for holding the housing is disposed at a rear end of the arm; the negative ion generator is disposed between the ceramic deep infrared ray assembly and the fan assembly in a first accommodating space of the housing, and The main switch is connected. The ceramic far infrared ray blower of claim 2 or 4, wherein the jig is pivotally coupled to the support arm via a pivot. The ceramic far infrared ray blower according to any one of claims 1 to 4, wherein the ceramic far infrared ray assembly is provided with a bee-shaped far red ceramic block between the two conductive copper sheets, the two The conductive copper sheets are connected and fixed by a plurality of rubber rings. The ceramic far infrared ray blower of any one of claims 1 to 4, wherein the fan assembly has an electric motor, and a wind impeller is fixed to the mandrel of the electric motor. The ceramic far infrared ray blower of any one of claims 1 to 4, wherein the step-down coil is composed of a plurality of mica sheets.