TWM571101U - Fever cuff - Google Patents

Abstract

A heat-generating sleeve includes a sleeve body having an outer wall surface, an inner wall surface contacting the limbs of the human body, and a sandwich space disposed between the inner and outer wall surfaces, at least one heating element connected The sleeve body and the at least one circuit control unit are embedded in the interlayer space, and the circuit control unit is electrically connected to the heating element, so that after being energized, the electrical energy is converted into thermal energy, and the temperature is ensured. The height is in the safe range of the human body, and the working state can be switched by pressing the switch, and the remaining power and the working state indication of the power supply are indicated by the work light.

Description

Fever cuff

The present invention relates to a heating and heat preservation product, in particular to a sleeve which can be used for improving heating and warmth of the human limbs. The feature is that the heating piece is miniaturized into a heating wire and made into a wire, which is inserted or woven into the sleeve. The sleeve can be as soft and compliant as a normal fabric, and the heating function is added.

In the winter, when you sit for a long time or keep a certain posture, the limbs are more likely to become cold or frostbite, especially when you are outdoors, so the warmth of the limbs becomes very important. The usual way is to wear Gloves or thicker socks are used as a way to keep warm. Although the gloves keep warm, they affect the flexibility and sensitivity of the hand. Thicker socks make the shoes look swollen, affecting the beauty and comfort. In the arms or calves can keep warm, through the blood circulation, the hands and feet will keep warm, so by keeping warm for the arms or calves is also one of the ways to keep warm the opponent's feet, there is no report of the installation of heating devices on the arms or calves.

At present, the heating materials are mostly in the form of sheets or blocks. Such materials are used for human body parts, which may cause some uncomfortable feelings, and the temperature of the parts with heating materials is higher, and the temperature of the parts without heating materials is higher. Low, not in the temperature detector range, the temperature is not easy to control, for this purpose, the heating material is made of a special alloy as thin as the wire and still retains the heating characteristics, which can be inserted into the fabric according to the requirements or Edited together at the time of fabric manufacture It is woven in the fabric to achieve a comfortable feel comparable to the general fabric, and adds speciality to the heating.

Since the heating wire can increase or decrease the density of the heating wire according to the temperature requirement, the densest condition can be the width of one wire, so it is quite close, so that the complete temperature uniformity can be achieved, and the characteristics of the heating sleeve are soft and conformed; It can effectively reform the temperature unevenness caused by the excessive distance between the heating block or the heating sheet, and the softness and discomfort caused by the volume and hardness of the heating sheet or the heating block.

A heat-generating cuff provides a heat-strap that not only keeps the hands and feet warm, but also does not affect the flexibility, sensitivity, and aesthetics of the hands and feet.

A heat-generating sleeve is formed by miniaturizing a heating piece into a heating wire, and interspersed or woven into the cloth to form a sleeve, and the softness is equivalent to that of a general cloth, and the discomfort caused by the heating piece can be effectively removed.

A heat-generating sleeve includes a sleeve body having an outer wall surface, an inner wall surface contacting the limbs of the human body, and a sandwich space disposed between the inner and outer wall surfaces, at least one heating element connected The sleeve body and the at least one circuit control unit are embedded in the interlayer space, and the circuit control unit is electrically connected to the heating element, so that after being energized, the electrical energy is converted into thermal energy, and the temperature is ensured. The height is in the safe range of the human body, and the working state can be switched by pressing the switch, and the remaining power and the working state indication of the power supply are indicated by the work light.

A heating lamp sleeve can be seen as a work light, and the heating/non-heating state can be switched by the switch and the remaining power can be detected, and the current state can be displayed by the work light; the circuit control unit, which contains the temperature sensing element, is visible in the interlayer. Power control module, temperature control module, battery, blue The bud module, the wifi module, and the switch are connected to a heating pad or a heating wire that is interspersed or woven in the sleeve. The circuit control unit can be removed through the reserved opening, so that the sleeve can be easily cleaned and kept clean.

(1)‧‧‧Circuit Control Unit

(10) ‧ ‧ work lights

(11)‧‧‧Switch

(2) ‧‧‧Sleeve body

(21) ‧‧‧ outer wall

(22) ‧‧‧ inner wall

(23)‧‧‧Mezzanine space

(24) ‧ ‧ sputum

(3) ‧‧‧ heating elements

Figure 1 is a side cross-sectional view of the creation of the heating cuff.

Figure 2 is a schematic view of the appearance of the heating cuff.

Figure 3 is a schematic cross-sectional view of the creation of the heating cuff.

Referring to FIG. 1 , FIG. 2 and FIG. 3 , a heat-generating sleeve includes a sleeve body ( 2 ) having an outer wall surface ( 21 ) and an inner wall surface contacting the limbs of the human body ( 22) and a sandwich space (23) disposed between the inner and outer wall surfaces, at least one heating element (3) coupled to the sleeve body (2), and at least one circuit control unit (1), embedded in In the interlayer space (23), the circuit control unit (1) is electrically connected to the heating element (3), so that after being energized, the electrical energy is converted into thermal energy, and the temperature is ensured in the safe range of the human body. The working state can be switched by pressing the switch (11), and the remaining power and the working state indication of the power supply are indicated by the work light (10).

A fever cuff, wherein the sleeve system is used on the limbs of the human body.

A heat generating sleeve, wherein the heating element is a heating sheet or a heating wire.

A heat generating sleeve, wherein the heating sheet is disposed in the interlayer space.

A heat generating sleeve, wherein the heating wire is woven or interspersed to the sleeve body.

A heating lamp sleeve can be seen as a work light, and the switch can be used to switch the heating/non-heating state and detect the remaining power, and the working light is used to display the current state; in the interlayer, See circuit control unit, which includes temperature sensing components, power control module, temperature control module, battery, Bluetooth module, wifi module, and switch, and is connected to the heating pad inserted or woven in the sleeve or It is a heating wire. The circuit control unit can be removed through the reserved opening, so that the sleeve can be easily cleaned and kept clean.

A heating sleeve passes through the circuit control unit according to the data obtained by the temperature sensing element, and controls the heating piece or the heating wire to heat or stop heating after the set temperature is compared. In this way, the temperature is maintained at the set temperature to achieve the functions of keeping warm and keeping warmth of the limbs.

Claims (5)

A heat-generating sleeve includes a sleeve body having an outer wall surface, an inner wall surface contacting the limbs of the human body, and a sandwich space disposed between the inner and outer wall surfaces, at least one heating element connected The sleeve body and the at least one circuit control unit are embedded in the interlayer space, and the circuit control unit is electrically connected to the heating element, so that after being energized, the electrical energy is converted into thermal energy, and the temperature is ensured. The height is in the safe range of the human body, and the working state can be switched by pressing the switch; a working light is mounted on the appearance surface of the heat generating sleeve, and is connected to the circuit control unit for displaying the remaining power of the power supply and the working state indication. The heat-strap cuff according to claim 1, wherein the sleeve system is used in human limbs. The heat-generating cuff of claim 1, wherein the heating element is a heating sheet or a heating wire. The heat-generating cuff of claim 3, wherein the heating sheet is disposed in the interlayer space. The heat-generating cuff of claim 3, wherein the heating wire is woven or interspersed with the sleeve body.