TWM621246U - Electronic scarf - Google Patents

Abstract

The implementation of this creative electronic scarf includes a housing, a cooling air supply module, a heating supply module, a control module, a cooling chip module, and a power supply module. There is a surrounding area in the center of the housing for use. The surrounding area has an air-conditioning supply part and a heating supply part. The air-conditioning supply module is connected to the air-conditioning supply part to provide cold air, and the heating supply module is connected to the heating supply part to provide heating. The control modules are electrically connected to the air-conditioning. Supply modules and heating supply modules. The power supply module provides the power required for the operation of the control module, air conditioning supply module, heating supply module and cooling chip module, the cooling part of the air conditioning supply module and the heating supply module The heat source is provided by the refrigeration chip module. Through the control module, the operation status of the cooling air supply module and the heating supply module can be switched, so that the surrounding area can generate air conditioner or heater.

Description

Electronic scarf

This creation provides a portable temperature adjustment device, especially an electronic scarf that can be worn by a user to provide air conditioning or heating.

Generally used for neck temperature adjustment items can be divided into cooling or keeping warm. Among them, the neck-mounted fan is a common cooling item. The output air temperature is the temperature of the general environment, and there is no internal cooling relative to the environment. In addition to the limited cooling effect of the device, when the ambient temperature is high, the cooling effect that can be provided is limited.

A traditional scarf is a traditional item that is used to keep warm around the neck or other parts of the body. The warmth provided by it still depends on the body's own body temperature and is used to reduce the loss of body temperature. Therefore, it does not provide an additional heat source for the body to keep warm. , Its warmth retention effect is slow.

The main purpose of this creation is to provide an electronic scarf that can be worn with air-conditioning or heating effects. In order to achieve the above-mentioned purpose, the electronic scarf of the present creation includes: a casing with a surrounding area in the center of the casing for the user to wear, and the casing corresponding to the surrounding area has a cold air supply part and a warm air supply part; a cold air supply Module, connected to the air-conditioning supply part to provide cold air to the air-conditioning supply part; a heating supply module connected to the heating part to provide heat to the heating supply part; a control module, respectively electrically connected to the air-conditioning supply module and heating Supply module to switch the supply status of the air-conditioning supply module and the heating supply module; and a power module, which is electrically connected to the control module, the air-conditioning supply module and the heating supply module, for the control module and the air-conditioning supply Modules and heating supply the power required for the operation of the modules.

In an embodiment, the cold air supply module includes a cold air ring, at least one first air outlet, a cooling part, and a cold air fan. The cold air ring is connected to the cold air supply part, and at least one first air outlet is connected to the cold air ring. The cooling part is located in the cold air ring, and the cold air fan is arranged in the cold air ring. When the cold air fan is running in the forward direction, the air flow flows from at least one first air port toward the air supply part. When the cold air fan is running in the reverse direction, the air flow is caused The cold air supply part flows toward the direction of at least one first air outlet; the heating supply module includes a warm air ring, at least one second air outlet, a heat source and a warm air fan, and the warm air ring is connected to the heat supply part, At least one second air outlet is connected to the warm air ring, the heat source is located in the warm air ring, and the warm air fan is arranged in the warm air ring. The two air outlets flow in the direction in which the warm air fan rotates in the reverse direction to make the air flow flow from the at least one second air outlet to the direction of the heating supply part; the control module controls the cold air fan and the warm air fan to rotate forward or reverse at the same time.

In one embodiment, the electronic scarf further includes a cold chip module that is electrically connected to the control module to obtain power. The cold chip module includes a cooling portion and a heat source portion, and the space inside the housing Separately form a cold air ring and a warm air ring, the cold air ring is adjacent to the warm air ring, and the cooling chip module is arranged between the cold air channel and the warm air channel.

In one embodiment, the refrigeration chip module includes a carrier, a plurality of refrigeration chips, and a heat sink. The carrier is arranged in the housing, and the plurality of refrigeration chips are fixed on the carrier. The cooling surface faces the same surface of the carrier sheet to form a cooling portion, and the heat sink is connected to the heating surfaces of the plurality of refrigeration wafers to form a heat source portion on the other side of the carrier sheet.

In one embodiment, the slide divides the inside of the housing into a cold air ring and a warm air ring.

In one embodiment, the housing further includes an air-conditioning adhesive strip, and the air-conditioning adhesive strip is disposed on the periphery of the cooling air supply part.

In one embodiment, the housing further includes a heating strip, and the heating strip is arranged on the periphery of the heating supply part.

In one embodiment, the power module includes a power storage unit electrically connected to the control module.

In one embodiment, the power module includes a charging circuit electrically connected to the power storage unit, and a charging port electrically connected to the charging circuit.

Compared with ordinary neck-mounted fans or traditional scarves, the electronic scarves provided by this creation can actively provide air conditioning or heating to the wearer, and can switch the supply of air conditioning or heating according to usage needs to adapt to different situations. Change the usage pattern depending on the season or place. And in the design, the cold air fan and the warm air fan are hidden and arranged in the cold air ring or the warm air ring to enhance the safety during use. When implemented, this creation further uses the refrigeration chip module to form the cooling part and the heat source part, so that the air-conditioning supply module and the heating supply module can be installed in the shell with the most streamlined structure, which greatly reduces the installation space, and provides a lighter, lighter, An electronic scarf that is easy to carry.

Please refer to the first to fifth figures. The creative electronic scarf 1 includes: a housing 10, an air-conditioning supply module 20, a heating supply module 30, a control module 40, and a uniform cooling chip module 50 And a power module 60.

The casing 10 can be formed by a bottom casing 101 and an upper cover 102. The casing 10 has a surrounding area 11 in the center for the user to wear. The casing 10 corresponding to the surrounding area 11 has a cold air supply part 12 and a heating supply. Section 13, the periphery of the air-conditioning supply part 12 is provided with an air-conditioning adhesive strip 121, and the periphery of the heating supply part 13 is provided with a heating adhesive strip 131. The arrangement of the air-conditioning adhesive strip 121 and the heating adhesive strip 131 can make the electronic scarf 1 more comfortable For comfort. In implementation, the cold air supply part 12 and the warm air supply part 13 may be respectively formed by slits, holes, air grids or air nets. In this embodiment, slits are used as an illustration.

The cold air supply module 20 is connected to the cold air supply part 12 to provide cold air. The cold air supply module 20 includes a cold air ring 21, at least one first air outlet 22, a cooling part 23 and a cold air fan 24. The cold air ring 21 is connected to At least one first air port 22 of the cold air supply part 12 is connected to the cold air ring 21, and the cooling part 23 is located in the cold air ring 21. In this embodiment, two first tuyere 22 are provided as an illustration. In implementation, only one first tuyere 22 or a plurality of first tuyere 22 may be provided for implementation.

The heating supply module 30 includes a warm air ring 31, at least one second air outlet 32, a heat source 33 and a warm air fan 34. The warm air ring 31 is connected to the heating supply part 13, and at least one second air outlet 32 is connected. In the warm air loop 31, the heat source 33 is located in the warm air loop 31, and the warm air fan 34 is arranged in the warm air loop 31. In this embodiment, two second tuyere 32 are provided as an illustration. During implementation, only one second tuyere 32 or a plurality of second tuyere 32 may be provided for implementation.

The control module 40 is electrically connected to the cold air supply module 20 and the heating supply module 30 to switch the supply state of the cold air supply module 20 and the heating supply module 30. The control switch 41 of the control module 40 can be set during implementation In an appropriate place on the exterior of the housing 10.

The refrigerating chip module 50 includes a carrier 51, a plurality of refrigerating chips 52, and a heat sink 53, the carrier 51 is arranged in the housing 10, and the carrier 51 separates the space inside the housing 10 to form a cold air ring 21 As well as the warm air ring 31, a plurality of refrigerated wafers 52 are fixed to the carrier sheet 51 to form a cooling part 23 on one side of the carrier sheet 51 so that the cooling part 23 is located in the cold air ring 21. The heat sink 53 is connected to the heating surfaces of the plurality of refrigeration chips 52 to form a heat source portion 33 on the other surface of the carrier sheet 51. Due to the characteristics of the cooling chip module 50, the cooling part 23 and the heat source part 33 can be provided at the same time, thus simplifying the installation space of the cold air supply module 20 and the heating supply module 30.

The power supply module 60 is electrically connected to the cold air supply module 20, the heating supply module 30, the control module 40, and the cooling chip module 50 to supply the cold air supply module 20, the heating supply module 30, the control module 40 and The power required for the operation of the cooling chip module 50. The power module 60 includes an electric storage unit 61 electrically connected to the control module 40, a charging circuit 62 electrically connected to the electric storage unit 61, and a charging port 63 electrically connected to the charging circuit 62. Among them, the power storage unit 61 can be arranged at an appropriate position in the casing 10, and the charging port 63 can be arranged at an appropriate position on the surface of the casing 10, and the implementation of the charging port 63 can adopt various common USB connection ports.

Please refer to the fourth and sixth diagrams, the cold air fan 24 in the cold air loop 21 and the warm air fan 34 in the warm air loop 31 can be controlled to run in the forward direction through the control module 40. When the cold air fan 24 is running in the forward direction The air flow is caused to flow from the at least one first air outlet 22 toward the direction of the cold air supply portion 12. When the warm air fan is running in the forward direction, the air flow is caused to flow from the warm air supply portion 13 toward the direction in which the at least one second air outlet 32 faces. At this time, the air flowing through the cold air ring 21 will be blown out from the cold air supply part 12 after contacting the cooling part 23, and the air flowing through the warm air ring 31 will be discharged from the second air outlet 32 after contacting the heat source part 33, so that the surrounding area 11 presents the effect of supplying air-conditioning.

Please refer to the fourth and seventh diagrams, the cold air fan 24 in the cold air ring 21 and the warm air fan 34 in the warm air ring 31 can be switched in the reverse direction through the control module 40. When the cold air fan 24 runs in the reverse direction, it is The air flow is caused to flow from the cold air supply part 12 toward the first air outlet 22, and when the warm air fan 34 is operated in the reverse direction, the air flow is caused to flow from the second air outlet 32 toward the warm air supply part 13. At this time, the air flowing through the cold air ring 21 will be discharged from the first air outlet 22 after contacting the cooling part 23, and the air flowing through the warm air ring 31 will be blown out from the heating supply part 13 after contacting the heat source part 33, so that the surrounding area 11 presents the effect of heating supply.

Based on the description of the foregoing drawings, it can be seen that the creative electronic scarf 1 uses the housing 10 to integrate the air-conditioning supply module 20 and the heating supply module 30, and the air-conditioning supply module 20 and the heating supply module 30 are switched through the control module 40. In the operating state, the use mode of the cold air supply unit 12 blowing out cold air or the heating supply unit 13 blowing out warm air can be switched, so that the electronic scarf 1 has the effect of switching between air conditioning and heating.

The above are only examples to illustrate the preferred implementation of this creation, and not to limit the scope of implementation. All simple replacements and equivalent changes made according to the scope of the patent application for this creation and the content of the patent specification are all patents of this creation. Application category.

1: Electronic scarf 10: Shell 11: Surrounding area 12: Air Conditioning Supply Department 121: Air-conditioning tape 13: Heating Supply Department 131: Heating tape 101: bottom shell 102: upper cover 20: Air-conditioning supply module 21: Cold Wind Ring Road 22: The first tuyere 23: Cooling part 24: Cold wind fan 30: Heating supply module 31: Warm wind loop 32: Second air outlet 33: Heat source department 34: heater fan 40: control module 41: Control switch 50: Refrigeration chip module 51: slide 52: Refrigeration chip 53: radiator 60: Power Module 61: Power storage unit 62: charging circuit 63: Charging port

The first figure shows the three-dimensional appearance of the preferred embodiment of the creation. The second figure shows a schematic cross-sectional view of a preferred embodiment of the creation. The third figure is a schematic diagram of the installation position of the refrigerating chip module in the creation of the preferred embodiment. The fourth diagram is a schematic diagram of the circuit configuration of the preferred embodiment of the creation. The fifth figure shows a three-dimensional exploded view of the preferred embodiment of the creation. The sixth figure is a schematic diagram of the cooling air supply of the preferred embodiment of the creation. The seventh figure shows a schematic diagram of the heating supply of the preferred embodiment of the creation.

1: Electronic scarf

10: Shell

11: Surrounding area

12: Air Conditioning Supply Department

121: Air-conditioning tape

13: Heating Supply Department

131: Heating tape

101: bottom shell

102: upper cover

20: Air-conditioning supply module

22: The first tuyere

24: Cold wind fan

30: Heating supply module

32: Second air outlet

34: heater fan

Claims (9)

An electronic scarf, including: A housing with a surrounding area in the center for the user to wear, and the housing corresponding to the surrounding area has a cold air supply part and a warm air supply part; A cold air supply module connected to the cold air supply part to provide cold air to the cold air supply part; A heating supply module connected to the heating supply part to provide heating to the heating supply part; A control module electrically connected to the air-conditioning supply module and the heating-supply module to switch the supply state of the air-conditioning supply module and the heating supply module; and A power supply module is electrically connected to the control module, the cold air supply module and the heating supply module to provide power required for the operation of the control module, the cold air supply module and the heating supply module. The electronic scarf according to claim 1, wherein the cold air supply module includes a cold air ring, at least one first air outlet, a cooling part, and a cold air fan, the cold air ring is connected to the cold air supply part, and the at least one The first air outlet is connected to the cold air ring, the cooling part is located in the cold air ring, the cold air fan is arranged in the cold air ring, and when the cold air fan is running in the forward direction, the airflow is directed toward the at least one first air outlet. When the cold air supply part flows in the direction of the cold air supply part, when the cold air fan rotates in the reverse direction, the air flow flows from the cold air supply part toward the direction in which the at least one first air outlet faces; the heating supply module includes a warm air ring and at least a second The air outlet, a heat source part and a warm air fan, the warm air loop is connected to the heating supply part, the at least one second air outlet is connected to the warm air loop, the heat source part is located in the warm air loop, the warm air The air fan is arranged in the warm air ring. When the warm air fan is running in the forward direction, the air flow flows from the heating supply part toward the direction in which the at least one second air outlet faces. When the warm air fan is running in the reverse direction, the air flow is caused to flow It flows from the at least one second air outlet toward the direction of the heating supply part; the control module controls the cold air fan and the warm air fan to operate in a forward or reverse direction at the same time. The electronic scarf according to claim 2, which further comprises a cold chip module which is electrically connected to the power supply module and obtains power, and the cold chip module includes the cooling part and the In the heat source part, the space inside the casing forms the cold air ring and the warm air ring, the cold air ring is adjacent to the warm air ring, and the refrigeration chip module is arranged in the cold air channel and the warm air Between the roads. The electronic scarf according to claim 3, wherein the refrigeration chip module includes a carrier, a plurality of refrigeration chips, and a heat sink, the carrier is arranged in the housing, and the plurality of refrigeration chips are fixed on the A carrier, and the cooling surfaces of the plurality of refrigeration wafers face the same surface of the carrier to form the cooling portion, and the heat sink is connected to the heating surfaces of the plurality of refrigeration wafers to form the heat source on the other side of the carrier Department. The electronic scarf according to claim 4, wherein the carrier sheet separates the inside of the housing into the cold air ring and the warm air ring. The electronic scarf according to claim 1, wherein the casing further includes an air-conditioning adhesive strip, and the air-conditioning adhesive strip is disposed on the periphery of the cooling air supply part. The electronic scarf according to claim 1, wherein the housing further includes a heating tape, and the heating tape is arranged on the periphery of the heating supply part. The electronic scarf according to claim 1, wherein the power supply module includes an electric storage unit electrically connected to the control module. The electronic scarf according to claim 8, wherein the power module includes a charging circuit electrically connected to the power storage unit, and a charging port electrically connected to the charging circuit.

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