CN112498978A

CN112498978A - Low-cost extremely-portable constant-temperature nursing patch technology

Info

Publication number: CN112498978A
Application number: CN202011275016.5A
Authority: CN
Inventors: 不公告发明人
Original assignee: Wan Yunzhi
Current assignee: Wan Yunzhi
Priority date: 2020-11-08
Filing date: 2020-11-08
Publication date: 2021-03-16

Abstract

The invention adopts the separation of the heating sheet and the constant temperature controller, combines the ultrathin heating film and the modern packaging technology, realizes the constant temperature nursing paste technology which is extremely light, low in cost and can be used at any time and any place, perfectly solves the problem that cold ice is not suitable for skin caused by using a facial mask paste, an eye paste, a hair cover, gloves, wet tissues, a moxibustion paste, a medical paste and the like in a cold environment, and is applied to the industries of hotels, hairdressing, food, personal care, household products, medical products and health care products.

Description

Low-cost extremely-portable constant-temperature nursing patch technology

Technical Field

The invention relates to a constant-temperature nursing patch technology which is low in cost and convenient to carry, is particularly suitable for scenes that consumers use mask patches, eye patches, wet tissues, moxibustion patches, plaster patches, hair covers, gloves and the like in winter, avoids discomfort caused by touching cold ice products on skin, and is applied to industries of hotels, hairdressing, food, personal care, household products, medical products and health care products.

Background

Traditional facial mask pastes, nursing pastes, wet piece of cloth, plaster pastes, moxibustion subsides, hair cover, gloves etc. are all cold when just contacting skin when using winter, and the consumer often refuses comparatively, because too cold, these article just contact the skin and let the people directly beat the shuck, countless consumer has decocted in the winter of a year another year for a long time, some diseases do not want to paste also and get to paste, such as arthritis, skin disease etc. feel to be guilty with wet piece of cloth each time, traditional heating methods are like: warm water soaking, kettle heating, baking by a stove, an oven and the like, microwave oven heating and the like are often large in equipment volume, inconvenient to carry and use, and further incapable of accurately controlling temperature, if the temperature is too high, skin can be burnt, some products cannot be wetted, and the microwave oven can also cause uncertain factors such as product denaturation, combustion, explosion and the like; the desktop type heating pad on the market mostly can not use the cell-phone data line, and is bulky moreover, and minimum heating cup pad diameter 13 x 13cm, and weight are about 500 grams, and just generally the PTC generates heat piece or resistance wire and generates heat, and the structure is complicated, and is with high costs, and its constant temperature range of locking is generally about 55 degrees can not adjust the temperature, and this temperature is very easily scalded skin.

Disclosure of Invention

In order to make the constant temperature controller body be small and exquisite, the diameter within 50mm, the height is less than 1cm, the weight is extremely light, and in order to avoid the cold stimulation caused by the contact with the skin, the invention adopts a method of separating the heating material from the controller, only needs to add a little cost on a packaging box or bag or even a product, uses an extremely thin heating film to directly manufacture the bag or box for printing, or uses the extremely thin heating film to be adhered on the box, bag or product, or directly electroplates a layer of heating material and a circuit on the product or packaging, and can also put metal wires or other materials capable of generating heat by electromagnetic induction in the packaging box or bag, and when in use, the effect of quick constant temperature in a short time is realized by connecting an external constant temperature device, and some products can also bring long-time warm keeping effect, such as a hair cover, thereby avoiding the cold stimulation to the human body.

The technical scheme is as follows:

the heating film is an ultrathin PI heating film or a PET heating film, the thickness is only 0.1-0.3mm, a circuit is etched on the heating film with a certain size, 2 electrodes are reserved, the heating film is directly made into a bag, a box or a product, or the heating film is made and then is pasted on the box, the bag or the product, or heating materials, the circuit and the electrodes can be directly electroplated on the product or the outer package of the product.

The specific implementation method comprises the following steps:

1. the heating film process comprises the following steps:

1. printing a proper circuit or compounding a circuit with a film on the ultrathin heating film, wherein the heating film can be a PI heating film, a PET heating film or other heating films, the circuit can be a transparent circuit or an opaque circuit, and an electrode is left on the circuit as shown in figure 1 and is an electrode;

2. after the process is finished, the heating film with the circuit can be directly made into a part of a box or a bag, the heating film with the circuit can also be directly adhered to a product box or a product bag, and the electrode is exposed and is convenient to butt joint with a constant temperature device;

3. the heating film can be cut into various shapes, butterfly shapes, circles, behaviors, special shapes and the like, various patterns can be printed on the heating film, and all the printing ink resists high temperature;

4. the heating film can also be directly plated with a layer of material with certain resistance and a circuit on a product packaging box, a bag material and a product, and the electrodes are also plated together.

5. The metal wire or other heating materials capable of electromagnetic induction, infrared induction and the like can be arranged in the packaging box, the bag or the product, and the materials can be adhered to the packaging box, the bag or the product.

2. Designing a constant temperature controller:

the appearance structure of the thermostatic controller is shown as the fourth in the attached drawing 1, the circuit structure is shown in the attached drawing 2, if a PI or PET heating film is adopted, a universal mobile phone charging wire is combined with an elastic contact, a temperature sensor such as the fifth in the attached drawing 2 and a singlechip program are integrated inside the thermostatic controller, the temperature is controlled, the temperature of the heating film is controlled within a certain range and cannot be overheated, the automatic control system can also not need the singlechip, a bimetallic strip switch is directly adopted as the first in the attached drawing 2, and the constant temperature is adjustable between 25 and 45 ℃ through mechanical or program control; if the metal wire or other electromagnetic and infrared induction materials are arranged in the packaging box, the bag or the product, the thermostatic controller does not need to use any contact, and wireless induction can be realized without contact.

3. Circuit design:

if wireless induction heating is adopted, an electromagnetic coil and a single chip microcomputer control circuit are designed in the circuit, the thermostatic controller directly utilizes a power supply in a mobile phone or a mobile phone charging adapter, and also can be internally provided with a battery for supplying power, a power line can be designed to be directly used as a mobile phone data line, and the product can be used by an apple mobile phone, an android mobile phone or other mobile phones at any time and any place.

Has the advantages that:

the invention adopts the heating material and the controller to be separated, utilizes the modern packaging technology and the combination of the ultrathin heating film and the automatic control technology to realize the effect of controlling the temperature of the product at constant temperature, only needs to increase a little cost, and solves the problem that the majority of consumers use cold ice such as facial masks, eye patches, nursing patches, wet tissues, health care patches, moxibustion patches, medical patches, gloves, head covers and the like in winter.

Drawings

In the attached drawings of the specification of the invention, an attached drawing 1 is a structure diagram of the system, wherein firstly, a heating film, a conducting wire, an electrode, a constant temperature controller, a product or an outer package, a resilient contact and a mobile phone are arranged;

fig. 2 is a schematic circuit structure diagram of the system, wherein the first is a bimetallic switch, the second is a USB interface, the third is a heating membrane resistor, the fourth is a single chip controller, and the fifth is a thermistor or a thermal sensor.

Claims

1. An implementation method of an extremely portable constant-temperature nursing patch technology is characterized by comprising the following steps: the heating material is separated from the thermostatic controller and is connected with the thermostatic controller through an elastic contact, the diameter of the thermostatic controller is less than 50mm, the height of the thermostatic controller is less than 1cm, the thickness of the heating material is 0.1-0.3mm such as PI and PET heating films, and the elastic contact is not needed for connection if electromagnetic induction or infrared induction heating control is adopted.

2. A method for realizing the nursing patch technology of claim 1, which is characterized in that: the heating film, the metal wire or the infrared induction material are directly compounded on the product package or are adhered on the product package.

3. A method for realizing the nursing patch technology of claim 1, which is characterized in that: the exothermic material may be plated directly onto the product or its packaging.

4. A method for realizing the nursing patch technology of claim 1, which is characterized in that: the thermostatic controller contains a singlechip and a temperature sensor.

5. A method for realizing the nursing patch technology of claim 1, which is characterized in that: a bimetallic switch may also be included in the thermostat control.

6. A method for realizing the nursing patch technology of claim 1, which is characterized in that: the thermostat may contain a battery.

7. A method for realizing the nursing patch technology of claim 1, which is characterized in that: the power cord used by the thermostatic controller is compatible with an apple mobile phone, an android mobile phone, a WINDOWS mobile phone or other mobile phone systems.

8. A method for realizing the nursing patch technology of claim 1, which is characterized in that: the technology is applied to industries of hotels, hairdressing, food, personal care, household products, medical products and health care products.