WO2017107614A1

WO2017107614A1 - Hygienic container capable of quick temperature adjustment

Info

Publication number: WO2017107614A1
Application number: PCT/CN2016/101116
Authority: WO
Inventors: 陈淼玉; 陈巧云; 征茂德
Original assignee: 苏州征之魂专利技术服务有限公司
Priority date: 2015-12-22
Filing date: 2016-09-30
Publication date: 2017-06-29
Also published as: CN205410700U

Abstract

A daily-use hygienic container capable of quickly responding to a temperature adjustment requirement comprises three shells. The three shells include an inner shell (1), a middle shell (2), and an outer shell (3). The inner shell (1) is a container having an opening at least one end thereof. A first accommodation space (4) is arranged inside the container, and is filled with a first contained substance (7). The inner shell (1) is connected to the middle shell (2). The middle shell (2) is a container having an opening at least one end thereof. A second accommodation space (5) is enclosed between the inner shell (1) and the middle shell (2), and is filled with a second contained substance (8). The second accommodation space (5) is a closed space or an open space. The outer shell (3) is connected to the inner shell (1) and/or the middle shell (2). A third accommodation space (6) is enclosed between the outer shell (3) and the middle shell (2), and is filled with a third contained substance (9). The foregoing hygienic container enables quick adjustment of a temperature of a target contained substance in the container to a required temperature, and is a desirable receptacle for substances with different temperature requirements, such as water, milk, a mixed solution, a solid-liquid mixture, and a free-flowing solid.

Description

A health container that quickly adjusts temperature

Technical field

The utility model relates to the field of daily necessities, in particular to a health container for rapidly changing temperature.

Background technique

In daily life, people often need to hold certain items and adjust the temperature of the items, but they can not directly mix the items with other substances at different temperatures to change the temperature, while the existing water bath, oil bath, soaking, phase change Treatments and other measures tend to be inaccurate in temperature regulation, slow in speed, and cannot be reused indefinitely (such as sodium acetate trihydrate, etc.), which is costly and has safety hazards (such as Beijing Yimicom's phase change metal technology is very expensive, And contains more components of toxic metal indium, although there is no problem in normal use, but once the container is damaged, it will be a big problem, causing a wide range of pollution, requiring a special waste recycling mode like battery and lamp) For example, people often need to drink water quickly. Because hot water needs to be cooled for a long period of time before drinking, people are prone to emotional problems while waiting. At present, there are some containers on the market that provide cooling functions, such as cups, but they need to be placed in the refrigerator to lower the temperature in the refrigerator, but the effect is usually not very large, and the waiting time is relatively long. The temperature is not well controlled, and it takes so much trouble every time it is used.

When people drink cold water or milk, they often need to be heated. It takes a long time for heating to warm the cold water or milk. People are more troublesome in operation and are prone to emotional problems. At present, the cups that are heated on the market are heated by electric heating, but the effect is not very large, and the time is wasted, the temperature is not well controlled, and it is so troublesome every time. .

Utility model content

The purpose of the utility model is to overcome the above problems existing in the prior art, and to provide a powerful health container, and the health container is a basic development platform that can add many new functions, and the user or the manufacturer can attach or replace a certain These materials can get the desired effect, and have the effect of self-development or change of function. They are no longer limited to the functions and styles of the utility model. The degree of freedom is extremely high, and the manufacturer can change the three storage compartments. Material combination inside, shell shape, matching cover Such substances and parameters can easily realize the free switching of various container functions, such as heating, cooling, heat preservation, temperature rise to a specified temperature range, cooling to a specified temperature range, temperature change, long-term insulation in different temperature ranges, fast Temperature-related functions such as temperature adjustment can also measure, take quantitative contents, change the original properties of the contents, bring convenience, health and pleasure to people, and the cost is low, and it is not expensive; everyone can Give the cup a variety of different functions, add heat storage materials such as hot water or hot sand, can quickly heat the liquid in the container quickly, add cold storage materials such as cold water, ice cubes, can quickly cool the liquid in the container, add insulation Material or temperature damping material can realize the function of heat preservation. Add a supersaturated solution with a large change in solubility with temperature or a phase change material with a phase transition temperature of 30-70 °C, which can realize the function of quick cooling and slow cooling. Cool the 100°C water in the cup to below 45°C within 30-60 seconds, and control the water temperature in the cup to 18-60°C within 4-6 hours. Room, and the above functions can be arbitrary and switching time to change.

In order to achieve the above technical purpose and achieve the above technical effects, the present invention is realized by the following technical solutions:

A health container for rapidly changing temperature, comprising a three-layer shell, the three-layer shell being divided into an inner shell, a middle shell and a shell, wherein the inner shell is a container having at least one end open, and the container is provided with a first housing a space filled with a first container, the inner casing and the middle casing being connected, the middle casing being a container having at least one end open, and the inner casing and the middle casing are wrapped with a second accommodating space, and the inner casing is filled with the first a second container, the second receiving space is a sealed or open space, the outer casing is connected to the inner casing and/or the middle casing, the outer casing is a container having at least one end open, and the outer casing and the middle casing are wrapped a third accommodating space, wherein the third accommodating space is filled with a third accommodating material, the inner casing being made of a material having a heat transfer coefficient greater than 0.2 W/(m·K), the first accommodating material and the second accommodating material The contents transfer heat through the inner casing, and the temperature of the first contents and the second contents can be brought to an equilibrium point or the same temperature within 10 to 300 seconds.

Further, the outer casing is a poor conductor of heat and/or the third material is a poor conductor of heat, and the poor conductor of heat is a material having a heat transfer coefficient of less than 0.2 W/(m·K).

Further, the material of the outer casing is plastic and/or rubber and/or silica gel and/or ceramic or stainless steel, and the third content is vacuum or air or hydrogen or inert gas or non-metal powder or the kinematic viscosity is less than 0.3 mm 2 . /s, a liquid-liquid mixture and/or a non-metallic colloid having a heat transfer coefficient of less than 0.2 W/(m·K) and/or a heat transfer coefficient of less than 0.2 W/(m·K).

Further, when the third storage material is a heat poor conductor material having a heat transfer coefficient of less than 0.2 W/(m·K), the outer casing can be excellent in heat transfer coefficient of more than 2 W/(m·K). A poor conductor material having a conductor and/or heat transfer coefficient of less than 0.2 W/(m·K) and/or a heat transfer coefficient of 0.2-2 W/(m·K) common heat conductor.

Further, the second material is a saturated salt solution containing undissolved solid particles at normal temperature or a liquid fluid containing a phase change material having a phase transition temperature of 25 ° C - 75 ° C or a phase transition temperature of 25 ° C - 75 ° C a material-suspended solid particle-suspended liquid or a solid phase change material containing a thermally conductive filler having a phase transition temperature of 25 ° C to 75 ° C or a non-toxic, non-polluting phase change metal having a phase transition temperature of 25 ° C to 75 ° C or above A mixture of any combination of materials.

Further, the inner and/or middle and/or outer casing are provided with temperature detecting means and/or temperature display means.

Further, the temperature detecting device and the temperature display device are thermochromic paints and/or thermometers capable of distinguishing two or more different temperature ranges.

Further, the temperature detecting device is a thermocouple or a heat transfer metal strip, and the temperature display device is a digital tube or a liquid crystal screen or an electronic touch display screen or a thermochromic paint, which can distinguish two or more different displays. temperature range.

Further, the first contents are air and/or gaseous substances and/or liquid and/or solid-liquid mixtures and/or particle powder solids having a heat transfer coefficient greater than 2 W/(m·K) and/or filled with Any solid of a particulate powder having a thermal coefficient greater than 2 W/(m·K).

Further, the inner casing is provided with one or more target temperature scale marking strips, and each of the target temperature scale marking strips is provided with an indication indicating a different second initial temperature range of the contents.

Further, the inner casing is provided with a volumetric scale identification of the first contents.

Further, the second receiving space is a closed space, and a second container is disposed between the inner shell and the middle shell before connecting the inner shell and the middle shell, and the second housing is connected after the inner shell and the middle shell are connected The object is enclosed and isolated in the second receiving space.

Further, the second receiving space is a closed space, and the inner shell and the middle shell are connected first, and after the connection, an open port is further stored, and then the second container is disposed in the second receiving space through the open port, After the second contents are set, the open port is closed, and the second contents are closed and isolated in the second receiving space.

Further, the second receiving space is a semi-closed space, and an open port is stored, and the second container can be disposed or removed or replaced from the second receiving space at any time through the open port.

Further, the open port of the second accommodating space semi-enclosed space is provided with a sealing device to prevent the second accommodating material from leaking from the second accommodating space.

Further, the sealing device is a sealing cover, a cover with a sealing ring, a plug with a common sealing material, and a fastening component with a sealing ring.

Further, an surface of the inner and middle casings connected to the second receiving space is provided with an environmentally-friendly rustproof layer.

Further, the environmental protection rustproof layer is a polytetrafluoroethylene or alkyd antirust paint or a polyester lacquer or an epoxy resin having a layer thickness of less than 100 micrometers or a non-hydrophilic grease, and then poured out the oil, naturally forming Grease film.

Further, the second containing material contains a dispersing agent and/or a nucleating agent and/or a crystallization inhibitor and/or an emulsified saponifying agent in a mass ratio of 10.8% or less and/or a poorly soluble particle diameter of 0.01 to 1 MM. Solid particles, controlling the transformation speed, particle size, dispersion and suspension anti-stacking and agglomeration state of the crystallized or solidified particles.

Further, shaking or vibrating the container, the insoluble solid stirring particles generate motion or vibration, break up or crush the surrounding solid particles, further control the solid particle size, avoid accumulation and agglomeration, and improve the dispersion and suspension of the solid particles. effect.

Further, the salt in the salt solution includes any room temperature solubility of 20 g or more, temperature change from room temperature to 70 degree, solubility increase of 20 g or more, non-toxic, non-polluting salt, sugar, and dissolution may absorb heat. A substance or a combination of more than one substance dissolved in an organic substance or a gas, the solution being water and/or alcohol and/or an organic solvent and/or a liquid fat.

Further, the thermally conductive filler is a granular material having a particle diameter of 1 mm or less and/or a powder having a heat transfer coefficient of more than 3 W/(m·K), and/or a heat transfer coefficient greater than 3 W/ (m·K) liquid or a silicone grease or paste containing metal powder.

Further, the phase change includes solid-liquid phase change and/or solid-gas phase change and/or liquid gas phase change and/or crystal phase change.

Further, the salt is preferably a nitrate and/or an ammonium salt, the sugar is preferably sucrose and/or xylitol, and the organic solvent is preferably diethylene glycol butyl ether and/or n-propanol. The liquid fat is preferably rapeseed oil and/or soybean oil and/or butter and/or lard.

Further, the second receiving space is a closed space, and the inner and middle shells on both sides are made of pressure-resistant material, and subjected to pressure welding test, and liquid hydrogen and/or liquid helium and/or ammonia water are contained therein.

Further, the pressure resistant material is austenitic stainless steel, and the available grades are S32168 or 06Cr18Ni11Ti or normalized SA51670, and the outer layer is coated with epoxy resin as an insulating material.

Further, the pressure-resistant material is provided with a partially strengthened thickened protrusion or recess, and the protrusion or the recess is provided with a heat-insulating cover of a portable disassembly structure, and the protrusion or the recess can be quickly exchanged with an external medium. Heat, for cold storage or heat storage.

Further, each of the target temperature scale strips is disposed with a plurality of different target temperature scales along a height direction of the normal placement, and the target temperature scale includes a temperature increase target temperature scale and/or a temperature decrease target temperature scale, and the plurality of Different target temperature scales mean that the number of scales on the target temperature scale is 2 or more, and the temperature difference of the target temperature scale is recommended to be 5 ° C or more.

Further, the user selects a temperature rising or cooling target temperature scale marking strip corresponding to the indication identifier according to the indication of the second housing initial temperature range in the second storage compartment, and finds on the temperature rising or cooling target temperature scale marking strip. The required target temperature scale is filled in the first accommodating space, and the first accommodating material is loaded into the target temperature scale, and the temperature of the first accommodating material can reach the target temperature range within 10 to 300 seconds.

Further, a telescopic cage is disposed in the second receiving space, and the telescopic cage adopts a material having a heat transfer coefficient of less than 0.6 W/(m·K), and an upper end surface and/or a lower portion of the telescopic cage The end surface is provided with a through-hole mesh screen, the telescopic net box can be expanded and contracted, the volume of the net box is changed, and the circulation and heat exchange of the second contents in the telescopic net box and the second contents outside the telescopic net box are restricted, and the flow is increased in real time. Or reducing the amount of the second contents participating in the rapid heat exchange, thereby achieving the function of rapidly changing the temperature of the first contents of the same volume, mass, and temperature to different temperature ranges, satisfying the user's different target temperatures for the first contents. Range requirements.

Further, the second accommodating space is provided with a filler for modifying the effective volume of the second accommodating space, the filler is a flexible structure, and the volume can be changed by an external force, and the second accommodating material participating in the rapid heat exchange is adjusted. The amount, so as to achieve the function of quickly changing the temperature of the first volume of the same volume, mass, temperature to different temperature ranges, to meet the user's different target temperature range requirements for the first contents.

Further, the different target temperature range requirements include: optimal healthy drinking temperature 18 ° C -45 ° C; optimal tea water temperature 70 ° C -80 ° C; optimal hot milk, hot soup temperature 60 ° C -65 ° C; The temperature of the honey and the porridge is 50°C-60°C; the best beer drinking temperature is 5°C-15°C; the optimal hot coffee temperature is 68°C-72°C.

Further, a magnetic field magnetizing device is disposed in the second receiving space or the third receiving space, and the variable magnetic field magnetizing device rapidly magnetizes the first contents, and the changing magnetic field promotes magnetization uniformity.

Further, the variable magnetic field magnetization device is a device for causing a change of a magnetic field by a hand drive, and includes an outer magnetic ring, a fixed bracket and an inner eccentric magnetic group, the fixed bracket connecting an outer magnetic ring and/or an inner eccentric magnetic group, The outer magnetic ring corresponds to the position of the inner eccentric magnetic group, and the outer magnetic ring and/or the inner eccentric magnetic group can be rotated or moved to generate a varying magnetic field.

Further, the variable magnetic field magnetization device is a variable electromagnetic field generating device, comprising a power source, an electromagnet, a control circuit and a control button, the power source is connected to the control circuit, the control circuit is connected to the electromagnet and the control button, and the power source is electromagnetic Iron provides energy, and the control circuit controls the electromagnet to generate a varying magnetic field that controls the generation, end, and mode of change of the electromagnetic field.

Further, the variable magnetic field magnetization device is a device for electrically driving a variable magnetic field, comprising an outer magnetic ring, a fixed bracket and an inner eccentric magnetic group, the fixed bracket connecting the outer magnetic ring and/or the inner eccentric magnetic group, the outer The magnetic ring corresponds to the position of the inner eccentric magnetic group, and the outer magnetic ring and/or the inner eccentric magnetic group can be rotated or moved to generate a varying magnetic field.

Further, the outer casing is provided with a through hole, and the user can increase or decrease the material type and quality of the third containing material in the third receiving space through the through hole, and the third containing material is heated by the middle casing and the second containing material. Exchanging, raising or lowering the temperature of the second contents, performing pre-storage or cold storage.

Further, the middle case is provided with a through hole communicating with the outside, through which the user can increase or decrease the material type and quality of the second contents in the second receiving space, and the second contents pass through the middle case and The third contents and/or heat exchange with the first contents through the inner casing, raising or lowering the temperature of the second contents, enables pre-heat storage or cold storage.

Further, the outer casing and the middle casing adopt a quick connection manner, and can be quickly separated or combined. The quick connection manner adopts a common connection manner, and the middle casing can quickly connect or replace the outer casings of different sizes, shapes and appearances.

Further, the quick connection method includes a screw connection manner, a snap connection manner, a buckle connection manner, and a fastener connection manner, and the connection between the middle shell and the outer casing is provided with or not provided with a sealing member, and the sealing Parts include sealing strips, silicone coils, rubber ring strips, and styrofoam.

Further, the outer casing is provided with a rubber paint or a flexible paint or a latex paint or a rubber sleeve or a silicone sleeve or a soft plastic sleeve having a hardness of 40°-80°, and the material of the soft plastic sleeve comprises a foamed PU, PET, PVC, EVA, TPE.

Further, the outer casing is provided with a massage stimulation device, and the massage stimulation device is provided with a massage surface, which is distributed in a dot shape and/or a strip shape, and can be massaged in contact with the human body.

Further, the massage surface is uneven, and the roughness is greater than Ra12.5.

Further, the massage surface is provided with a discharge point corresponding to the acupuncture point of the human body, and is connected with the control switch and a power source below 12V, and can control the current output of the human body acupuncture point by 0.001-0.1A to manufacture acupuncture stimulation discharge.

Further, the power source below 12V is one of a dry battery, a rechargeable battery, a button battery, and a simple hand power generating device, and the simple hand power generating device includes a permanent magnet, a coil and an external wire, and the external wire is connected. Discharge point.

Further, the spray is moisturized, and the outer casing is provided with an elastic airbag, and the elastic airbag is provided with an atomizing nozzle facing the outside of the outer casing, and the water atomizing passage is connected to the inner casing and can communicate with the inner casing. The first contents in the shell.

Further, the elastic airbag and/or the water passage is provided with a one-way valve, and the elastic airbag is squeezed, the one-way valve on the water passage is closed, and the atomizing nozzle sprays atomized water and air toward the outside of the outer casing. The elastic bladder is opened, and the elastic bladder generates a negative pressure, and the check valve on the water passage is opened, and the first container disposed in the inner casing can be sucked into the elastic bladder.

Further, the outer casing is provided with a warm glove, and the warm glove is provided with a palm insertion opening, which can be removed and/or replaced.

Further, the warm glove adopts an elastic warm material, and an elastic opening is arranged at the mouth of the palm insertion opening, which is convenient for sealing the wrist and blocking heat from being radiated outward.

Further, the second receiving compartment and/or the third receiving compartment are provided with a magnetic device or a device capable of generating a magnetic force, capable of performing magnetic therapy on a nearby human body and/or on a nearby object and/or a first accommodation The objects in the bin are magnetized.

Further, the magnetic device or the device capable of generating a magnetic force can provide a stable magnetic field or a varying magnetic field for magnetic therapy or magnetization.

Further, the stable magnetic field is provided by an immovable permanent magnet and/or a non-movable electromagnetic generator comprising an energized coil capable of maintaining a steady current.

Further, the varying magnetic field is provided by a permanent magnet in a movable position and/or an electromagnetic generator in a non-movable position and/or an electromagnetic generator in a movable position, the electromagnetic generator of the non-movable position comprising a variable capable of providing An energized coil of current, the movable electromagnetic generator comprising an energized coil capable of providing a steady current or varying current.

Further, the first receiving chamber and/or the second receiving chamber and/or the inner casing are provided with a negative ion generator, and the negative ion generator enriches negative ions in the first contents in the first receiving chamber, that is, the first The amount of negative ions in a container is greater than that of positive ions, and the overall negative ionization.

Further, the first receiving chamber and/or the second receiving chamber and/or the inner casing are provided with a negative ion generator, and the negative ion generator is provided with an anode and a cathode, respectively ionizing and/or electrolyzing and/or attracting positive and negative ions. Concentration, forming a positive ion enrichment zone and a negative ion enrichment zone.

Further, the negative ion enrichment zone is located at a position in the first accommodating compartment that is easy to access the first accommodating zone, and the positive ion enrichment zone is located in the first accommodating compartment in a position where the first accommodating material is not easily accessible and/or Or the positive ion enrichment zone is not located in the first receiving compartment and/or in the first receiving compartment, but is physically separable from the easily accessible first contents.

Further, the negative ion enrichment zone is located at a position in the first accommodating compartment where the first accommodating material is easily taken, and correspondingly, the positive ion enrichment zone is located in the first accommodating compartment and the first accommodating material is not easily accessible. / or the positive ion enrichment zone is not located in the first receiving compartment and / or in the first receiving compartment, but is physically isolated from the first containing contents.

Further, the negative ion generator generates a positive ion enrichment zone and a negative ion enrichment zone, and when the negative ion generator function is not used, the first content does not contain free ions or ion clusters, or The first containing material contains ions or ion clusters in a free state, but the distribution of positive and negative ions In this equilibrium, there is no obvious enrichment region. After the negative ion generator function is activated, new ions and positive and negative ion enrichment regions are generated, or the original ions or ion clusters are moved to form positive and negative ion enrichment regions, and the positive and negative ions are rich. The collection area can be physically isolated by the insulating material before the end of the negative ion generator function. After the positive and negative ion enrichment areas are insulated and isolated, when the user takes the first content in the negative ion enrichment area, the negative ion enrichment area acquires the air. Or the positive charge of the contact or the user's body surface, or the first content with negative ion effect is supplied to the user.

Further, when the first container is water or an aqueous liquid, the first storage chamber and/or the second storage chamber and/or the inner casing are provided with a weak alkali supply device, the weak The alkali supply means changes the pH of the water or aqueous liquid, and the water or aqueous liquid of the first contents is weakly alkaline, and the weakly basic pH is 7.01 to 8.5.

Further, the weak base supply device has a weak alkaline substance storage chamber capable of storing a weak alkaline substance, and the weak alkaline substance is a strong alkali weak acid salt or can be supplied after being quantitatively supplied. The pH of the water or aqueous liquid in the first containment is adjusted to an object of 7.01 to 8.5, and these include sodium carbonate, sodium hydrogencarbonate, sodium sulfite, and disodium hydrogen phosphate.

Further, the weak alkali supply device is an electrolysis device, and the weak alkaline substance storage chamber is capable of storing a weakly alkaline substance, and the weakly alkaline substance is a strong alkali weak acid salt or can be used to quantitatively supply the first contents. The pH of the medium or aqueous liquid is adjusted to 7.01-8.5. These objects include sodium carbonate, sodium hydrogencarbonate, sodium sulfite, and disodium hydrogen phosphate.

Further, the weakly alkaline substance can be applied by quantitatively applying a standard mass, quantitatively applying a standard quantity or size of the granules, having a standard first contents accommodating compartment, and entering the same volume of the first contents each time. The weakly alkaline substance is soaked or dissolved, and then mixed into the first storage chamber to adjust the pH of the first contents to 7.01 to 8.5.

Further, the first containing material contains a salt, the weak alkali supply device is an ionizing device, and a positive electrode and a negative electrode are disposed, and the positive electrode and the negative electrode are separated, and after being energized, positive ion enrichment regions and negative ion enrichment are respectively generated. The positive ion enrichment zone and the negative ion enrichment zone can be connected or isolated, and after the positive ion enrichment zone and the negative ion enrichment zone are isolated, the positive ion enrichment zone or the negative ion enrichment zone can respectively exhibit weak alkali Sexual or weakly acidic, the user can take the portion of the first contents that are weakly alkaline and discard the first portion that is weakly acidic.

Further, a sterilizing and sterilizing device is further disposed, the sterilizing and sterilizing device is located at a cover or a first accommodating chamber or a second accommodating chamber or inner casing of the accommodating chamber, and the sterilizing and sterilizing device sprays the sterilized aerosol and/or applies the disinfection Sterilizing liquid and/or emitting violet and/or ultraviolet light.

Further, the first receiving compartment and/or the inner casing and/or the cover of the receiving compartment are provided with a silver coating and/or a silver strip and/or a silver-containing zone.

Further, the second container and/or the third container are provided with a nucleating agent, and the nucleating agent catalyzes the rapid crystallization or phase changeable substance in the second container and/or the third container. Crystallization or phase change, and can control the particle size of suspended crystals or phase change materials, prevent agglomeration or excessive particle size, increase the heat transfer reaction rate, and the nucleating agent will provide crystal nuclei under the same conditions under other conditions. The number of crystals increases, reducing the crystal volume.

Further, the nucleating agent comprises an inorganic nucleating agent and an organic nucleating agent, and the inorganic nucleating agent comprises talc, calcium oxide, carbon black, calcium carbonate, mica, inorganic pigment, kaolin.

Further, the nucleating agent is solid particles having a diameter of less than 2000 mesh which are insoluble in the second container and/or the third container.

Further, the second container and/or the third container are provided with a dispersing agent capable of dispersing and separating the suspended crystal or the phase change material, controlling the particle size of the suspended crystal or the phase change material, and preventing the knot. The block or particle size is too large to increase the heat transfer reaction rate.

Further, the dispersing agent includes an inorganic dispersing agent and an organic dispersing agent. The inorganic dispersant includes silicates and alkali metal phosphates, and the organic dispersant includes triethylhexylphosphoric acid, sodium lauryl sulfate, methylpentanol, cellulose derivatives, and polypropylene. Amide, guar gum, fatty acid polyethylene glycol ester.

Further, the inorganic dispersant, the silicate is preferably water glass, and the alkali metal phosphate is preferably sodium tripolyphosphate, sodium hexametaphosphate or sodium pyrophosphate.

Further, the dispersing agent is solid particles having a diameter of less than 2000 mesh which are insoluble in the second container and/or the third container.

Further, the inside of the first storage compartment and/or the inner casing and/or the second storage compartment and/or the middle casing are provided with a stirrer or a clamping device capable of clamping the agitator, the agitator capable of stirring A container and/or a second container.

Further, the agitator is a motor-driven rod, a rod or a stick for manual agitation, and the surface roughness is less than Ra6.3.

Further, the clamping device is one or more of a clip, a card slot, an elastic clamping, an elastic band, a elastic sleeve, and an interference fit complementary rubbing column.

Further, a suction pipe is arranged in the first storage compartment and/or in the inner casing and/or the second storage compartment and/or the middle casing, and the suction pipe can suck or replenish the inside of the first storage compartment and/or the second storage compartment. The first containment and/or the second containment within.

Further, the straw is a non-movable rigid body straw, a flexible straw or a hollow tube or a telescopic straw that can be moved, disassembled, cleaned, replaced, or a foldable curved straw.

Further, a handle or a pull ring or a sling or a strap is further provided in the outer casing or the outer casing or the inner casing of the casing or the inner casing.

Further, the handle or tab or the sling or strap is provided with wires and/or conductive strips and/or conductive blocks and/or conductive inserts and/or conductive coatings to remove static electricity from the human body.

Further, the handle or the tab or the sling or the strap is provided with a size scale for measuring the linear length and angle.

Further, the handle or tab or the sling or strap is provided with a dimensional deformation sensor that is coupled to the display panel and the circuit board to facilitate measurement and display of the mass and/or gravity of the container and/or article.

Further, a part or all of the surface of the handle or the tab or the sling or the strap is provided with a convex and concave rough surface for preventing slipping and/or stimulating acupuncture and/or massage of the human body.

Further, a handle is disposed on one side of the outer casing and/or on the cup cover, and the handle is provided with anti-slip ridges and/or non-slip grooves, and the anti-slip ridges are strip-shaped and/or Round and / or wavy.

Further, a partial surface or a whole surface of the inner and/or inner shell and/or outer shell is provided with a plating layer or a coating layer, and the plating layer comprises a metal decorative paint, gold, silver, copper, zinc, cadmium, nickel, chromium. In one or more of the coatings, the coating comprises a metallic lacquer, a phenolic resin, an alkyd resin, an epoxy resin, a fluoroplastic, and the coating or coating has a thickness of 15 to 1000 microns.

Further, the coating or coating can promote thermal or thermal insulation and/or rust or rust and/or thermochromic display temperature and/or change in appearance color or surface quality.

Further, the shell middle joint portion and/or the inner shell middle shell joint portion are provided with a filling sealing cover, which can be disassembled and repeatedly assembled or fixed after being disassembled, the filling sealing cover The leakage of the first contents and/or the second contents can be prevented after installation.

Further, the filling sealing cover is provided with a sealing ring, which is one or more of a circular or non-circular rubber ring, a silicone ring, and an EVA soft rubber strip.

Further, the filling sealing cover is provided with a threaded or elastic buckle or an elastic column hole, which can be quickly disassembled with the shell middle joint portion and/or the inner shell middle shell joint portion, and the filling sealing cover is arranged There are or are not provided with a vent hole and a vent hole for preventing trapping, and the vent hole and the vent hole can be sealed.

Further, the outer casing or the middle casing or the outer casing or the middle casing joint portion is provided with a hole for vacuuming or a straw, which can be sealed after being vacuumed in the third storage chamber, and the straw can be made of copper having a diameter of 10 mm or less. tube.

Further, the outer casing middle joint portion and/or the inner casing middle shell joint portion is provided with a container cover capable of isolating the first contents and/or the second contents from the outside air, the container The cover is provided with a sealing ring or an elastic ring capable of automatically sealing the outer casing of the outer casing and/or the inner casing of the inner casing, and the elastic ring is provided with a non-circular chamfer.

Further, the container cover is provided with a receiving compartment, and the storage compartment can be provided with an electrophoresis, an electrolysis, an ionization device, a magnetization device, and a straw, a folding rod, a temperature display device, a compass, a nozzle, and a folding storage bag.

Further, the first receiving compartment and/or the second receiving compartment or the container cover is provided with a pressurizing device which is a pressurizing device provided with a tube and a plunger or is provided with a pump and a check valve A supercharging device capable of pressurizing the sealed first storage compartment and/or the second storage compartment.

Further, the joint of the shell in the outer casing and/or the joint of the inner shell and/or the overflow of the container cover are provided with an overflow hole or an overflow tank when the first storage compartment and/or the second storage compartment When the contents inside are excessive, the contents can overflow along the overflow hole or the overflow tank.

Further, a hanger is provided on the outer casing and/or the cover of the container to increase the function that the container can be attached or expanded, and the hanger includes a buckle, a clip, a lanyard, a strap, a hook, and a through hole. One or more of the items used in the use of the container can be attached or fixed to the container.

Further, the articles and containers used in the use of the container include a mobile phone, a knife and a fork, a pen, a flashlight, and a mask.

Further, a control button and a violet light or an ultraviolet light lamp are provided on the outer casing and/or the lid of the container to be capable of disinfecting, sterilizing and banknote detection.

Further, a control button and a light bulb or a light emitting diode are disposed on the outer casing and/or the cover of the container, and a small battery or a solar energy storage battery that can be charged or not charged can be illuminated.

Further, the first accommodating compartment and/or the second accommodating compartment can be used for storing or holding a storage appliance, and can also be in the container cover and/or the outer casing joint portion and/or the inner casing middle shell joint portion. A storage device is provided, and the storage device includes a folding bag, a convenience bag, a cloth bag, and a plastic bag.

Further, the second receiving compartment can add alcohol and other liquid combustibles or solid combustibles, ignite combustion, provide heat for the first contents in the first storage compartment, and can also fill the second storage compartment with high temperature. The material at or below the temperature of the first contents, or a separate device capable of heating or cooling, exchanges heat with the first contents through the inner casing to effect heating or cooling of the first contents.

Further, the first storage compartment can add alcohol and other liquid combustibles or solid combustibles, ignite combustion, provide heat for the second contents in the second storage compartment, and can also fill the first storage compartment with high temperature. At or below the temperature of the second contents, or by inserting a separate device capable of heating or cooling, heat is exchanged between the inner casing and the second contents to effect heating or cooling of the second contents.

Further, a joint portion of the casing in the outer casing and/or a joint portion of the inner casing is provided with a cover capable of receiving heat exchange for heating or cooling, and the first container is a liquid whose melting point or boiling point is adjusted at a specified temperature. By heating or cooling the first contents, the first contents and the second contents transfer heat through the inner casing to achieve water bath heating and cooling or oil bath heating and cooling for the specified temperature effect of the second contents.

Further, a joint portion of the shell in the outer casing and/or a joint portion of the inner casing is provided with a cover capable of receiving heat exchange between heating and cooling, and the second container is a liquid whose melting point or boiling point is adjusted at a specified temperature. By heating or cooling the second contents, the first contents and the second contents transfer heat through the inner casing to achieve water bath heating and cooling or oil bath heating and cooling for the specified temperature effect of the first contents.

Further, the cover of the first receiving compartment or the inner casing or the second receiving compartment or the container is provided with a temperature sensor, a heat generating device, a control circuit board and an operation panel, and the operation panel is provided with a display area, an operation button or control data The input interface enables temperature-controlled heating of the first or second contents, the temperature-controlled heating including heating at a specified temperature point and heating at a specified temperature profile.

Further, the outer casing is provided with a foldable device for sealing and/or sealing the cover of the first receiving compartment and/or sealing the cover of the second receiving compartment, the foldable device comprising a expansion bag, a foldable volume or volume plate , bags, elastic cavities, telescopic cups or shopping bags.

Further, the first receiving compartment and/or the second receiving compartment and/or the lid sealing the first receiving compartment and/or the lid sealing the second receiving compartment are provided with a filter net, which can filter the tea residue or A solid material in the first or second container that is larger than the mesh of the screen.

Further, the mesh mesh shape includes a circular hole, a polygonal hole, a Y-shaped hole and an elongated shaped hole, and the mesh is sized to block substances inside the cup.

Further, the outer casing and/or the cover for sealing the first receiving chamber and/or the cover for sealing the second receiving chamber are provided with an aromatic mosquito removing device, and the aromatic mosquito removing device is provided with a fragrance storage bin and a vent hole, The aromatic storage bin is suitable for storing the aromatic substances that mosquitoes hate.

Further, the aromatic substances include eucalyptus, eucalyptus, lilac, sandalwood and wormwood.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with a cavity or a slot for mounting a mirror or a compass, the cavity being provided with a transparent cover and a compass Or mirror.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the joint of the cover of the second receiving compartment and/or the joint of the inner casing of the outer casing and/or the inner casing of the inner casing are provided with an opening, The opening is provided with a blade portion facing the inner side, which is capable of shaving the skin of a fruit or vegetable or dicing fruit and vegetables into pieces.

Further, the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with an inner cover and an outer cover, and a cavity is formed between the inner cover and the outer cover, and the cavity can be stored therein A planing tool and a tool can be connected between the tool and the tool and the cover with a flexible harness that avoids loss.

Further, the inner cover and the outer cover are connected or elastically connected or screwed by a rotating shaft connection or a living hinge connection.

Further, the cover for sealing the first receiving compartment and/or the joint of the cover of the second receiving compartment and/or the joint of the inner casing of the outer casing and/or the inner casing of the inner casing are provided with a drainage opening to the fine mouth bottle When the first container or the second container is poured into the tube or the bag, the leakage to the outside is prevented, and the effect of the funnel is obtained.

Further, the drainage port is "V" shaped, "U" shaped, semi-elliptical, semi-circular, and has a size of less than 15×15 mm.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment and/or the first receiving compartment and/or the second receiving compartment are provided with ringing, shaking or tapping The outer casing and/or the lid of the first receiving compartment and/or the lid of the second receiving compartment are sealed, the ringing sounding a crisp ringing sound, acting as a musical adjustment or warning.

Further, the outer casing and/or the cover that seals the first receiving compartment and/or the lid that seals the second receiving compartment are provided with a knock-resistant striking surface for tapping an alarm or hammering an item.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with an equally circumferentially dimensioned identifier, and the user can identify the circle or arc by halving the circumference or Equalize the circumference.

Further, the inner and/or middle and/or outer casing are provided with linearly distributed dimensional markings that are capable of measuring or indicating size and/or volume in real time.

Further, the dimensions are identified as indentations, integrally formed with the housing or laser-marked or printed or labeled, the dimensions being identified as metric and/or inch sizes.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the lid sealing the second receiving compartment are provided with a handle capable of clamping the article, the handle protruding from the surface or recess of the outer casing or the cover is lower than the outer casing Or the surface of the cover.

Further, the clip object structure of the handle comprises a U-shaped elastic buckle, the U-shaped elastic buckle is closed at one end and connected to the outer casing, and one end is open, and the open end has a size smaller than a diameter of the closed end, and the U-shaped card The buckle can hold the item.

Further, the handle is made of an elastic structure of a plastic material excellent in resilience, and the plastic elastic material includes TPR, TPV, TPU, POM.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with a sling and/or an elevator, the sling is suitable for carrying or shoulders, and the length can be freely adjusted. The elevator can write, draw and mark, and promote memory or power as a warning.

Further, the outer casing and/or the cover that seals the first receiving compartment and/or the lid that seals the second receiving compartment are provided with perforations or movable lifting rings that are connected to the outer casing or cover by perforations or movable lifting rings.

Further, the sling is made of nylon or hollow cotton or polyester or nylon or PP or silicone or leather or metal or PV material.

Further, the outer casing and/or the inner casing and/or the inner casing and/or the first receiving compartment and/or the second receiving compartment are provided with an ultrasonic generator capable of promoting the first contents and/or the second contents The solid dissolves or the object mixes evenly or quickly to clean the dirt.

Further, the ultrasonic generator is a device for manually manufacturing ultrasonic waves, and is provided with a driving button or a handle, and the driving button or the handle can drive the convex and concave wheel to rotate at a high speed of 200 rpm or more, and the convex and concave wheel has more than 20 sets of convex and concave In the contour group, the convex and concave wheel is connected with the seismic elastic piece, and when the convex concave wheel rotates, the convex and concave contour group strikes the seismic elastic piece at a high speed to generate ultrasonic waves.

Further, the ultrasonic generator is a device for electrically manufacturing ultrasonic waves, and is provided with a power source, a control circuit, a control button, and an ultrasonic oscillator. The control circuit is respectively connected to a power source, a control button, and an ultrasonic oscillator, and the control button is activated. The oscillator produces ultrasonic waves.

Further, the ultrasonic oscillator is an ultrasonic atomizing sheet or an ultrasonic vibrator.

Further, the outer casing and/or the cover sealing the first receiving compartment and/or the cover sealing the second receiving compartment are provided with a clock and/or a timer and/or a countdown timer, including a display screen, a control button, a power supply, and a control a circuit and an alerting device, the control circuit being coupled to the display screen, the power source, and the alerting device, the control button being coupled to the display screen.

Further, the display screen is an LED light group, an LCD, a liquid crystal screen, and an EL slice group, and the warning device is a buzzer, a buzzer, and a horn.

Further, the first receiving compartment and/or the second receiving compartment is provided with a drinking trough, and the first end of the drinking trough is connected with the first receiving compartment or the second receiving compartment, and the second end can be conveniently connected with The human mouth is connected, the first end of the jug is large in size, the second end is small in size, the cross-sectional shape is approximate, and the cross-sectional shape is gradually reduced from the first end to the second end, and the first end and the second end are separated by a dimension. More than 8mm.

Further, the cross-section shape of the front side of the jug is a "V" shape or a "U" shape or a semi-elliptical shape or a semi-circular shape. The sides are curved, straight, wavy, and single horn.

Further, the first storage compartment and/or the sealed second storage compartment are provided with a juicer, which is an electric juicer or a manual juicer, and can be put into fresh fruits and vegetables immediately. Juice, slag or no slag can directly brew fruit drinks or vegetable drinks.

Further, the electric juicer comprises a base with a motor, a stirrer, a rotating device, a receiving compartment and a feeding port, the receiving compartment being connected to a base with a motor, the rotating device and the motor and The agitator is connected, and the feeding port is disposed on the receiving compartment.

Further, the fruit and vegetables are pushed from the feeding port into the accommodating chamber, the agitator is provided with a blade set, and the motor drives the rotating device, and the rotating device drives the agitator to rotate, and the agitator pulverizes the fruit and vegetable to the fresh juice.

Further, the hand-cranked juicer comprises a receiving compartment, a rotating handle and an extrusion chamber, wherein the extrusion chamber is provided with a pressing device, the rotating handle is connected with the pressing device, and the receiving chamber is connected to the extrusion chamber. The rotating fruit is driven by the rotating handle to squeeze, grind and grind the added fruits and vegetables, and squeeze out the fresh juice.

Further, the pressing device further includes a blade set or a grinder.

Further, the first receiving compartment and/or the second receiving compartment are provided with a straw, the straw is divided into upper and lower parts, a buckle is arranged at the upper and lower parts of the straw, and the upper and lower parts are passed through the card. Free buckle up.

Further, the straw device comprises a cup outer straw device, a cup bottom pipe device and a cup straw device.

Further, the cup outer tube suction device comprises a U-shaped elastic clip and a straw, the straw is clamped in the U-shaped elastic clip, and the U-shaped elastic clip is closed at the bottom, and the size is smaller than the U-shaped open end of the U-shaped elastic clip. size.

Further, the cup bottom straw device includes a straw connected to the bottom of the cup and a hole disposed through the bottom of the cup, and the straw is connected to the outside through the hole.

Further, the cup straw device comprises a straw connected to the top of the lid and a hole provided through the straw on the lid, the straw being connected to the outside through the hole.

Further, the outer casing and/or the cover that seals the first receiving compartment and/or the lid that seals the second receiving compartment are provided with a socket into which the ornament or the flower can be inserted and removed.

Further, the outer casing is a transparent member and is provided with a venting hole containing water and/or aquatic plants and/or decorations for storing pets, the pets being small fish and/or shrimps and/or small body length of less than 30 mm. Or an amphibious crawling pet, the pet being a living or prosthetic model.

Further, the first receiving compartment and/or the sealing second receiving compartment are provided with a valve capable of introducing or deriving the first contents and/or the second contents quantitatively and at a constant speed.

Further, the first receiving compartment and/or the sealing second receiving compartment are provided with a seasoning receiving compartment and a quantitative seasoning adding device, wherein the quantitative seasoning adding device is a quantitative spoon or a quantitative plunger feeding device or a quantitative screw feeding device Device.

Further, the plunger head of the quantitative plunger feeding device is provided with a seasoning, and each time the feeding plunger is moved by a standard distance, a standard amount of seasoning can be added.

Further, the quantitative screw feeding device is provided with a screw; the groove of the screw is provided with a seasoning, and each feeding screw is rotated by a standard angle, and a standard amount of seasoning can be added.

Further, the first receiving compartment and/or the lid that seals the second receiving compartment and/or seals the first receiving compartment and/or the lid that seals the second receiving compartment are provided with an electric heating appliance.

Further, the electric heating device is an electric heating wire or an electrically heated nano coating or an electromagnetic heating coil.

Further, the power source of the electric heating appliance is a detachable rechargeable battery or a solar battery or a dry battery or an external power source or a manual power generating device.

The beneficial effects of the utility model are:

The utility model has the unique structure, the compact combination and the simple operation. The utility model can be used to change and change various functions of the container by changing the cover of the storage compartment or the substance in the storage compartment, or other additives, and the utility model is a powerful function. The development platform, manufacturers and users can make a variety of changes or modifications to suit the needs of the utility model, which is convenient for free and low cost. The following adjustments are especially convenient, for example:

1. Adding heat storage materials such as hot water or hot sand to a storage compartment can quickly heat up the contents of another storage compartment.

2. Adding a cold storage material such as cold water ice in a storage compartment can quickly cool the liquid in another storage compartment.

3. Adding a heat insulating material or a temperature damping material to a certain storage compartment can realize the function of accommodating the storage compartment.

4. A certain storage chamber is added with a supersaturated solution with a large change in solubility with temperature, which can realize the function of quick cooling and slow cooling, that is, the temperature in another storage chamber can be lowered from 100 ° C to 10 to 90 seconds. Below 45 ° C, and can control the temperature in another storage chamber between 5 and 90 ° C within 1-20 hours.

5. Adding a phase change material with a phase transition temperature of 30-70 °C in a certain storage compartment can realize the function of quick cooling and slow cooling, that is, it can cool the water of 100 °C in another storage chamber within 30-60 seconds. Below 45 ° C, and can control the temperature of the water in another storage chamber between 18-60 ° C within 4-6 hours,

6. The substances in the first and second storage bins can be changed and switched in time as desired, and the above functions can be changed and switched at any time.

7. Magnet, anion, weak alkaline, etc. can be obtained by plugging magnets, electrolysis and electrophoresis devices in the storage compartment cover or the second and third storage compartments.

8. The surface of the outer casing can be treated slightly, and it can massage, spray, moisturize, disinfect, sterilize, measure, divide, accurately store, take, mix, etc., no longer enumerated.

DRAWINGS

The drawings are intended to provide a further understanding of the present invention, and are intended to be a part of the present invention, and the description of the present invention is intended to be illustrative of the invention and is not intended to limit the invention. In the drawing:

Figure 1 is a cross-sectional view showing the basic structure of an embodiment of the present invention;

Figure 2 is a cross-sectional view showing the basic structure of an embodiment of the present invention after being capped;

3 is a cross-sectional view showing a structure in which a second storage compartment is heated by fuel according to an embodiment of the present invention;

Figure 4 is a cross-sectional view showing the structure of the first storage compartment heated by fuel according to an embodiment of the present invention;

FIG. 5 is a cross-sectional view showing the structure of changing the temperature adjustment speed and the temperature adjustment time by adjusting the amount of the second contents participating in the heat exchange according to an embodiment of the present invention; FIG.

Figure 6 is a cross-sectional view showing an embodiment of a negative ion weak alkaline compounding structure according to an embodiment of the present invention;

Figure 7 is a cross-sectional view showing an embodiment of a negative ion weak alkaline compounding structure according to an embodiment of the present invention;

Figure 8 is a cross-sectional view showing the structure of a warm glove and a juice extracting function according to an embodiment of the present invention;

Figure 9 is a cross-sectional view of an embodiment of the present invention for modifying the temperature of the first contents to any desired temperature;

Figure 10 is a cross-sectional view showing the functional structure of a handle, a sling, a measurement, and a massage according to an embodiment of the present invention.

The reference numerals in the figure are: 1, inner casing, 2, middle casing, 3, outer casing, 4, warehouse, 5, second storage compartment, 6, third storage compartment, 7, first storage, 8, second storage 9, the third container, 10, the inner shell of the shell joint, 11, the shell in the shell joint, 12, the external connection device, 13, rotating device, 14, neck, 15, slope, 16, surface convex, concave, 17 , internal connecting device, 18, non-slip massage surface, 19, limit table, 20, first cover assembly, 21, first outer cover, 22, first inner cover, 23, cover bottom seal, 24, cover top cover Side seal, 25, first cover storage compartment, 26, filling cover, 27, filling cover, 28, filling cover receiving compartment, 29, second cover holding compartment, 30, combustible, 31, Aerobic combustion flame, 32, anaerobic combustion flame, 33, second cover assembly, 34, second cover outer cover, 35, second cover cover, 36, second cover storage bin, 37, dispersed Agent, 38, nucleating agent, 39, convenient bag, 40, compass, 41, needle string, 42, straw, stir bar, 43, real-time temperature display device, 44, target temperature bar starting temperature selection mark, 45, target Temperature bar scale, 46, transparent cover, 47, game box, 48, first speed control mesh structure, 49, second speed control slot structure, 50, second speed control slot structure driven connection Device, 51, movable cover that can be rotated or moved, 52, movable cover connection drive structure, 53, recessed cover, 54, drinking trough, diversion nozzle, 55, negative ion enrichment zone, 56, weakly alkaline accumulation zone, 57 , power supply, 58, electrode, 59, positive ion enrichment area, 60, insulation isolation cover, 61, warm gloves, 62, palm insertion port, 63, elastic insertion port, 64, handle, 65, massage convex and concave, 66, Acupuncture convex and concave, 67, sling, 68, size identification or scale, 69, static magnetization magnetic permanent magnet, 70, counterfeit light, 71, lighting, 72, extended function hanger, 73, mobile phone, player, 74 , juicer components, 75, juice storage box, 76, squeezed juice shell, 77, juice slag body filter cover, 78 , watch timer, 79, countdown, timer, 80, overflow slot, 81, precision heating components, 82, sensor, 83, heating, temperature controller, 84, heating dedicated power supply, 85, thermal cover, 86 , ultrasonic controller, 87, manual ultrasonic generator, 88, electric drive ultrasonic generator, 89, language alarm, 90, weakly acidic gathering area, 91, juice tank, 92, separate additional function of debris, 93, positive ion enriched grid, 94, precision temperature control heater, 95, movable permanent magnet or electromagnetic device, 96, electromagnetic magnetization magnetic therapy device.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings:

Referring to FIG. 1 and FIG. 2, a health container for rapidly changing temperature includes a three-layer shell, which is divided into an inner shell, a middle shell and an outer shell, and the inner shell is open at least at one end. a container, the container is provided with a first accommodating space, the inside is filled with a first accommodating material, the inner casing is connected with the middle casing, the middle casing is a container having at least one end open, and the inner casing and the middle casing are wrapped a second accommodating space filled with a second accommodating space, the second accommodating space being a closed or open space, the outer casing being connected to the inner casing and/or the middle casing, the outer casing being a container having at least one end open, A third receiving space is wrapped between the outer casing and the middle casing, and the third receiving space is filled with a third material, and the inner casing is made of a material having a heat transfer coefficient greater than 0.2 W/(m·K). The first container and the second container transfer heat through the inner casing, and the temperature of the first container and the second container can be brought to an equilibrium point or the same temperature within 10 to 300 seconds.

Further, the outer casing is a poor conductor of heat and/or the third material is a poor conductor of heat, and the poor conductor of heat is a material having a heat transfer coefficient of less than 0.2 W/(m·K), the outer casing of the material The material is plastic and / or rubber and / or silica gel and / or ceramic or stainless steel, the third content is vacuum or air or hydrogen Or an inert gas or non-metal powder or a liquid-liquid mixture having a kinematic viscosity of less than 0.3 mm 2 /s, a heat transfer coefficient of less than 0.2 W/(m·K) and/or a heat transfer coefficient of less than 0.2 W/(m·K) And/or a non-metallic colloid, wherein the third material is a heat poor conductor material having a heat transfer coefficient of less than 0.2 W/(m·K), the outer casing can have an arbitrary heat transfer coefficient greater than 2 W/(m·K A good thermal conductor and/or a poor heat conductor material having a heat transfer coefficient of less than 0.2 W/(m·K) and/or a heat transfer coefficient of 0.2-2 W/(m·K) common heat conductor.

Further, the inner casing and/or the inner casing and/or the outer casing are provided with a temperature detecting device and/or a temperature display device, and the temperature detecting device and the temperature display device are thermochromic paints and/or thermometers, and can be distinguishedly displayed. Two or more different temperature ranges, the temperature detecting device is a thermocouple or a heat transfer metal strip, and the temperature display device is a digital tube or a liquid crystal screen or an electronic touch display screen or a thermochromic paint, which can distinguish display Two or more different temperature ranges.

Further, the first contents are air and/or gaseous substances and/or liquid and/or solid-liquid mixtures and/or particle powder solids having a heat transfer coefficient greater than 2 W/(m·K) and/or filled with Any solid of a particle powder having a thermal coefficient greater than 2 W/(m·K), the inner casing is provided with one or more target temperature scale marking strips, and each of the target temperature scale marking strips is provided with a different first An indication of an initial temperature range of the contents, the inner casing being provided with a volumetric scale identification of the first contents.

Further, the second receiving space is a closed space, and a second container is disposed between the inner shell and the middle shell before connecting the inner shell and the middle shell, and the second housing is connected after the inner shell and the middle shell are connected The object is closed and isolated in the second receiving space, and the second receiving space is a closed space, and the inner shell and the middle shell are connected first, and after the connection, there is an open port, and then the second port is disposed through the open port. After the second container is disposed, the open port is closed, the second container is closed and isolated in the second receiving space, and the second receiving space is a semi-closed space, and an open port is stored. The second container can be disposed or removed or replaced from the second receiving space at any time by the open port, and the open port of the second receiving space semi-closed space is provided with a sealing device to prevent the second container from leaking from the second receiving space The sealing device is a sealing cover, a cover with a sealing ring, a plug with a common sealing material, and a fastening with a sealing ring a surface of the inner and outer casings connected to the second receiving space is provided with an environmentally-friendly rustproof layer, and the environmentally-friendly rustproof layer is a polytetrafluoroethylene or alkyd antirust paint having a layer thickness of less than 100 micrometers or a polyester lacquer or an epoxy resin or a non-hydrophilic grease, and then a grease film, a naturally formed grease film, wherein the second container contains a dispersant and/or a nucleating agent in a mass ratio of 10.8% or less / or crystallization inhibitor and / or emulsified saponifier and / or insoluble solid particles with a particle size of 0.01-1MM, control the transformation speed, particle size, dispersion and suspension resistance of the crystal or solidified particles, agglomeration, agglomeration, shaking Or shaking the container, the insoluble solid agitating particles generate motion or vibration, break up or crush the surrounding solid particles, further control the solid particle size, avoid accumulation and agglomeration, and improve the dispersion and suspension effect of the solid particles. The salt in the salt solution includes any salt having a normal temperature solubility of 20 g or more and a temperature change from a normal temperature to 70 degrees, a solubility of 20 g or more, a non-toxic, non-polluting salt, a sugar, and a dissolved organic matter or gas which absorbs heat. a substance or a combination of more than one substance, the solution being water and/or alcohol and/or an organic solvent and/or a liquid fat, the thermally conductive filler being in the form of particles having a particle size of 1 mm or less and/or a liquid of 100 mesh or more, a solid having a heat transfer coefficient of more than 3 W/(m·K), and/or a liquid having a heat transfer coefficient of more than 3 W/(m·K) or a silicone grease or a paste containing a metal powder. The phase change comprises solid-liquid phase change and/or solid-gas phase change and/or liquid gas phase change and/or crystal phase transformation, preferably a nitrate and/or an ammonium salt, preferably sucrose and/or wood. a sugar alcohol, preferably the organic solvent is diethylene glycol butyl ether and/or n-propanol, and the liquid fat is preferably rapeseed oil and/or soybean oil and/or butter and/or lard, said The second receiving space is a closed space, and the inner and middle shells on both sides are made of pressure-resistant material and subjected to pressure welding test, and liquid hydrogen and/or liquid helium and/or ammonia water are contained therein, and the pressure resistant material is austenite. Stainless steel, available in S32168 or 06Cr18Ni11Ti or normalized SA516 70, coated with epoxy resin as insulation material, the pressure resistant material Provided with a locally enhanced thickened protrusion or depression, the protrusion or depression is provided with a heat-insulating cover of a portable disassembly structure, which can quickly exchange heat with an external medium for cold storage or heat storage. Each of the target temperature scale marking strips is disposed with a plurality of different target temperature scales along a height direction of the normal placement, the target temperature scales including a temperature rising target temperature scale and/or a temperature lowering target temperature scale, the plurality of different The target temperature scale means that the number of scales on the target temperature scale is 2 or more, and the temperature difference of the target temperature scale is recommended to be 5 ° C or more.

Further, the user selects a temperature rising or cooling target temperature scale marking strip corresponding to the indication identifier according to the indication of the second housing initial temperature range in the second storage compartment, and finds on the temperature rising or cooling target temperature scale marking strip. The required target temperature scale is then filled in the first accommodation space. The contents are loaded into the target temperature scale, and the temperature of the first contents can reach the target temperature range within 10 to 300 seconds, and the second receiving space is provided with a telescopic cage, the expansion and contraction The cage adopts a material having a heat transfer coefficient of less than 0.6 W/(m·K), and the upper end surface and/or the lower end surface of the telescopic cage is provided with a through-hole mesh screen, the telescopic cage can be expanded and contracted, and the cage is changed. The volume, restricting the circulation and heat exchange of the second contents in the telescopic cage with the second contents outside the telescopic cage, increasing or decreasing the amount of the second contents participating in the rapid heat exchange in real time, thereby achieving the same volume The function of quickly changing the temperature of the first contents of the mass and the temperature to different temperature ranges, satisfying the user's requirement for different target temperature ranges of the first contents, and the second receiving space is provided with the second storage space being modified. a volume of filler, the filler being a flexible structure, the volume being changeable by an external force, by adjusting the amount of the second contents participating in the rapid heat exchange, thereby achieving the first volume, mass, temperature The function of the temperature of the substance is quickly adjusted to different temperature ranges to meet the user's requirements for different target temperature ranges of the first contents. The different target temperature range requirements include: optimal healthy drinking temperature 18 ° C - 45 ° C; optimal bubble Tea temperature 70 ° C -80 ° C; the best hot milk, hot soup temperature 60 ° C-65 ° C; the best honey, porridge rice water temperature 50 ° C -60 ° C; the best beer drinking temperature 5 ° C-15 ° C; The optimum hot coffee temperature is 68 ° C - 72 ° C.

Further, the outer casing is provided with a foldable device for sealing and/or sealing the cover of the first receiving compartment and/or sealing the cover of the second receiving compartment, the foldable device comprising a expansion bag, a foldable volume or volume plate a bag, an elastic cavity, a telescopic cup or a shopping bag, the first receiving compartment and/or the second receiving compartment and/or the lid sealing the first receiving compartment and/or the lid sealing the second receiving compartment are provided with a filter a mesh capable of filtering the tea slag or the solid matter larger than the mesh of the filter in the first or second contents, the shape of the mesh including the circular hole, the polygonal hole, and the Y shape A hole and an elongated, shaped hole that is sized to obstruct material within the cup.

Further, the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with an inner cover and an outer cover, and a cavity is formed between the inner cover and the outer cover, and the cavity can be stored therein a planing tool and a cutter, the planing tool and the cutter and the cover being connectable with a flexible wire harness that avoids loss, the inner cover and the outer cover being connected by a rotary shaft or a living hinge or an elastic snap connection or a screw connection, The cover for sealing the first receiving compartment and/or the joint of the cover of the second receiving compartment and/or the joint of the inner casing of the outer casing and/or the inner casing of the inner casing are provided with a drainage opening, the bottle, the tube, When the first or second contents are poured in the bag, the leakage to the outside is prevented, and the effect of the funnel is obtained. The drainage port is "V"-shaped, "U"-shaped, semi-elliptical, semi-circular, and the size is less than 15X15mm. The outer casing and/or the lid of the first receiving compartment and/or the second receiving compartment The cover and/or the first receiving compartment and/or the second receiving compartment are provided with a ringing, shaking or tapping the outer casing and/or sealing a lid of the first receiving compartment and/or sealing a lid of the second receiving compartment, Ringing emits a crisp ringing sound, which acts as a musical adjustment or warning, and the outer casing and/or the cover that seals the first receiving compartment and/or the lid that seals the second receiving compartment are provided with a knock-resistant striking surface for Taping the warning or hammering the item, the outer casing and/or the lid sealing the first receiving compartment and/or the lid sealing the second receiving compartment are provided with an equally circumferential dimension marking, the user being able to mark by aliquoting the circumference a circular or circular arc or an equally divided circumference, the inner and/or middle shell and/or outer casing being provided with a linearly distributed dimension marking capable of measuring or indicating the size and/or volume in real time, said dimension being identified as an indentation, and The housing is integrally formed or laser-marked or printed or label-applied, the dimensions being identified as metric and/or inch sizes.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with a sling and/or an elevator, the sling is suitable for carrying or shoulders, and the length can be freely adjusted. The cover can be used for writing, drawing and marking, and promoting memory or weight warning. The outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with perforations or movable lifting rings. The sling or elevator is connected to the outer casing or cover by perforations or movable slings made of nylon or hollow cotton or polyester or nylon or PP or silicone or leather or metal or PV material.

Further, the outer casing and/or the inner casing and/or the inner casing and/or the first receiving compartment and/or the second receiving compartment are provided with an ultrasonic generator capable of promoting the first contents and/or the second contents The solid solution is dissolved or the object is mixed uniformly or quickly to clean the dirt. The ultrasonic generator is a device for manually manufacturing ultrasonic waves, and is provided with a driving button or a handle, and the driving button or the handle can drive the convex and concave wheel to rotate at a high speed of 200 rpm or more. The convex-concave wheel has more than 20 sets of convex-concave contours, and the convex-concave wheel is connected with the seismic elastic piece. When the convex-concave wheel rotates, the convex-concave contour group strikes the seismic elastic piece at a high speed to generate ultrasonic waves, and the ultrasonic generator is electric A device for manufacturing ultrasonic waves, a power source, a control circuit, a control button, and an ultrasonic oscillator, wherein the control circuit is respectively connected to a power source, a control button, and an ultrasonic oscillator, and a control button is activated, the ultrasonic oscillator generates an ultrasonic wave, and the ultrasonic oscillator The ultrasonic atomizing sheet or the ultrasonic vibrator, the outer casing and/or the lid for sealing the first receiving chamber and/or the lid for sealing the second receiving chamber There are clocks and/or timers and/or countdown timers, including display screens, control buttons, power supplies, control circuits, and warning devices, the control circuits being coupled to a display screen, a power source, and an alerting device, the control buttons being coupled to the display screen The display screen is an LED light group, an LCD, a liquid crystal screen, and an EL slice group, and the warning device is a buzzer, a buzzer, and a horn.

Further, the first receiving compartment and/or the second receiving compartment is provided with a drinking trough, and the first end of the drinking trough is connected with the first receiving compartment or the second receiving compartment, and the second end can be conveniently connected with The human mouth is connected, the first end of the jug is large in size, the second end is small in size, the cross-sectional shape is approximate, and the cross-sectional shape is gradually reduced from the first end to the second end, and the first end and the second end are separated by a dimension. More than 8 mm, the cross section seen by the drinking trough after entering the population is a front surface, and the cross-sectional shape of the front surface of the booze trough is "V" shape or "U" shape or semi-elliptical shape or semi-circular shape. The sides are curved, straight, wavy, and single horn.

Further, the first storage compartment and/or the sealed second storage compartment are provided with a juicer, which is an electric juicer or a manual juicer, and can be put into fresh fruits and vegetables immediately. The juice, the slag or the slag can directly brew the fruit beverage or the vegetable beverage, and the electric juicer comprises a base with a motor, a stirrer, a rotating device, a accommodating compartment and a feeding port, and the accommodating The magazine is connected to a base with a motor, and the rotating device is connected to a motor and a stirrer. The feeding port is arranged on the receiving compartment, and the fruit and vegetables are pushed from the feeding port into the receiving compartment, and the agitator is provided with a blade set. The motor drives a rotating device, and the rotating device drives the agitator to rotate the fruit and vegetable juice out of the fresh juice. The hand-operated juicer includes a receiving compartment, a rotating handle and a squeeze bin, and the squeeze The pressing chamber is provided with a pressing device, the rotating handle is connected with the pressing device, the receiving chamber is connected with the pressing chamber, and the rotating device is used to drive the pressing device to squeeze, grind and grind the added fruits and vegetables, and squeeze out the fresh juice. , The extrusion device also includes a blade set or a grinder.

Further, the first receiving compartment and/or the second receiving compartment are provided with a straw, the straw is divided into upper and lower parts, a buckle is arranged at the upper and lower parts of the straw, and the upper and lower parts are passed through the card. The straw device comprises a cup outer tube suction device, a cup bottom straw device and a cup straw device, the cup outer wall suction device comprises a U-shaped elastic clip and a straw, and the straw is clamped in the U-shaped elastic clip. The bottom of the U-shaped elastic clip is closed, and the size is smaller than the size of the U-shaped open end of the U-shaped elastic clip. The bottom suction device includes a straw connected to the bottom of the cup and a hole disposed through the bottom of the cup. The straw is connected to the outside through a hole, and the cup straw device includes a straw communicating with the top of the lid and a hole provided through the straw on the lid, the straw being connected to the outside through the hole.

Further, the outer casing and/or the cover for sealing the first receiving compartment and/or the cover for sealing the second receiving compartment are provided with a socket into which the ornament or the flower can be inserted and removed, and the outer casing is a transparent piece And set a venting hole containing water and/or water plants and/or ornaments capable of stocking pets, said pets being small fish and/or small shrimps and/or amphibious crawling pets having a body length of less than 30 mm, said pets being living or prosthetic model.

Further, the first accommodating compartment and/or the sealing second accommodating compartment are provided with a valve capable of introducing or deriving the first accommodating material and/or the second accommodating material in a quantitative, constant speed, the first accommodating compartment and/or The sealed second accommodating chamber is provided with a seasoning accommodating device and a quantitative seasoning adding device, wherein the metering seasoning adding device is a quantitative scoop or a quantitative plunger feeding device or a quantitative screw feeding device, and the column of the quantitative plunger feeding device The plug head is provided with a seasoning, and each time the feed plunger is moved by a standard distance, a standard amount of seasoning can be added, the quantitative screw feeding device is provided with a screw; the groove of the screw is provided with a seasoning, each time The feed screw is rotated at a standard angle to add a standard amount of seasoning.

Specific embodiment:

The manufacturer produces the basic structure of claim 1 of the present invention, and can arbitrarily change the composition or formula of the first container, the second container, the third container, or change the inner shell, the middle shell, the outer shell, the material and the inner The surface treatment and additional features of the shell, the middle shell and the outer shell impart the functions of fast cooling and slow cooling, fast heat and slow cooling, rapid heating, rapid cooling, heat preservation at any temperature, control of temperature change curves, and rust prevention. Corrosion protection, anti-pollution (such as surface treatment or plating or pouring after pre-filling), indicating the remaining amount of the contents and the quantity of the contents to be accurately taken, measuring and dividing other items (such as size scale, temperature-sensitive coating) And the logo), it is also possible to add different substances or devices to the three storage bins to realize functions such as negative ions, weak alkalinity, magnetization, heating, refrigeration, etc., and vacuuming or filling the heat insulating materials for the third storage bin to improve the number The heat preservation performance of the second storage compartment after temperature control can also provide the first and second storage compartments with a beautiful and extended function cover, further expanding the function, and the user purchases the utility model After that, you are more free to make a lot of modifications or additions without losing your original function, expanding more functions or personalizing treatments, such as flower arrangement, grass cultivation, decoration or raising small animals, small aquatic Biology, manufacturers and users can also expand on the outer casing, sling and handle to achieve massage, acupuncture, measurement and other functions. It can also be added to the filter in the first and second storage compartments to filter impurities or particles in the liquid, such as Tea, silt, residue of fruits and vegetables, used herbs, etc.

The user uses the utility model to have a large degree of freedom. The company can order various ingredients of the company online, or can formulate the ingredients by itself, and can also add fuel in the first storage compartment or the second storage compartment, such as alcohol, charcoal, etc. The fuel is then ignited, and when the third storage chamber is in a vacuum, the heat insulation effect is good with the outside, the energy saving effect is obvious, and the first storage chamber or the second storage chamber can be regarded as a cooking pot, a hot pot, and a wild pot. By using, the manufacturer and the user can give the utility model the function of recognizing the temperature and indicating the temperature, and adding the target volume and the like, and acquiring the first or second contents of the target volume or the target temperature, and identifying the display temperature. The method is preferably a temperature-sensitive color-changing sticker, a thermo-sensitive color-changing coating group, a temperature sensor and a display, and finally a thermometer or a protected thermometer that is not easily broken, and the first storage compartment or the second storage compartment can also be provided with a heat insulation effect. An open or semi-open cage or piston-like container capable of varying shape or volume, changing the volume or mass of the first or second contents involved in heat exchange, or by controlling a telescopic structure to change the inner or middle The shell can participate in the surface area of the heat exchange, achieve temperature control and control the temperature when temperature control is required, for example, the first open grooved cover can be provided on the inner shell toward the surface of the second storage chamber, and then there is The cover surface of the slot is provided with a second slotted cover that can be rotated or moved, the slot of the first slotted cover and the second slotted The slot of the cover can be electrically connected, the second container is in contact with the inner case for heat exchange, and can be completely covered with each other after being rotated or moved, and the respective grooves are closed to each other, or the grooves are partially covered with each other to cover the shielding portion. Changing the speed at which a large amount of the second contents are in contact with the inner casing, restricting the cross-sectional area of the passage for performing heat exchange or limiting heat exchange, and adjusting the speed at which the second contents participate in heat exchange.

By using the utility model, the user can change the material in the second storage compartment, and the user can drink the water of the ideal medium temperature according to his own wishes, and confirm the temperature sensing strip of the second storage compartment according to the scale identification. The temperature of the second storage chamber reaches a certain volume of water to the scale line corresponding to the scale mark, and then the temperature in the first storage chamber is confirmed by the temperature-sensitive color change bar, thereby achieving the temperature controllable function and effect, for example, If the user wants to drink milk of about 45 degrees, he can add hot water in the second storage compartment in advance. When the user pours the milk, first confirm the temperature sensing strip of the second storage compartment on the inner casing, and then put a certain capacity. The milk is poured into the tick mark position of the scale mark corresponding to the temperature of the second storage compartment. Since the inner casing between the first storage compartment and the second storage compartment is a material having excellent thermal conductivity, the hot water in the second storage compartment passes. The heat is continuously released and transferred to the first storage compartment, so that the milk inside the first storage compartment is rapidly heated, and then the first volume is confirmed by the temperature-sensitive color-changing strip inside the first storage compartment. Barn temperature to reach the temperature the user wants to drink.

The user is using the present invention and wants to obtain the first contents of about 45 degrees, and the room temperature and the temperature-sensitive color strip or temperature sticker or thermometer in the cup are indicated as 18 degrees, which means that the storage temperature of the second contents is 18 degrees, the user selects the target temperature scale mark corresponding to the temperature indication of 18 degrees, selects the target temperature of about 45 degrees, and pours the hot first contents into the cup, when the first contents are When the target scale is 45 degrees, stop adding the hot first contents, and let stand or hand shake the container of the present invention. After about 30-60 seconds, the hot first contents in the container are already It has been cooled down to about 45 degrees. At this time, it is also possible to confirm whether the target water temperature meets the requirements by the temperature color or temperature of the temperature-sensitive bar or temperature sticker or thermometer. By similar methods, we can identify and feel through the target temperature scale. The indicator of the temperature-changing strip or temperature sticker or thermometer obtains a variety of liquids of other temperatures, which are the first contents that are cooled by the stored energy of the second contents, and vice versa, according to the target temperature scale and the temperature-sensitive strip or temperature. A sticker or thermometer indicates that it can be used in reverse to cool the second contents with the stored energy of the first contents.

The user is using the present invention, and wants to obtain the first contents of about 30 degrees in the first storage compartment, and the temperature-sensitive color strip or temperature sticker or thermometer indicating the position of the inner shell at that time is about 45 degrees, that is, the second contents. The energy storage temperature is 45 degrees, the user selects the temperature indication to be the target temperature scale mark corresponding to 45 degrees, and then selects the target temperature of about 30 degrees, and pours the first content of the normal temperature into the cup, when the first accommodation When the object reaches the target scale of 30 degrees, the first contents are stopped, and the container of the present invention is left or hand-held. After about 30-60 seconds, the first contents in the container have been heated to about 30 degrees. At this time, it is also possible to confirm whether the first content of the target meets the requirements by the temperature color or the temperature of the temperature-sensitive bar or the temperature sticker or the temperature of the thermometer. By a similar method, we can identify the temperature-sensitive color-changing strip by the target temperature scale or The temperature sticker or thermometer indicates that the first contents of various other temperatures are obtained, which is to use the energy storage of the second contents to heat the first contents, and vice versa. The temperature mark and the temperature-sensitive color strip or the temperature sticker or the thermometer indicate that the second contents can be heated by the stored energy of the first contents.

The user uses the utility model to add materials such as heat insulating materials or temperature damping materials such as vacuum, polyurethane foam or ultra-fine fiberglass cotton to the second storage bin, and then pour hot water or ice water into the first storage bin, due to the The second storage compartment is provided with a heat insulating material or a temperature damping material, so that the temperature inside the first storage compartment cannot be effectively released, so that the hot water or ice water in the first storage compartment has a long-term heat preservation effect.

The user uses the present invention to add a supersaturated solution having a large solubility with temperature, such as xylitol or sucrose or low sodium salt or potassium nitrate, to the second storage chamber, or to have a phase transition temperature in the range of 30 to 70 degrees. A phase change material such as sea wave or paraffin or phase change metal is added to the second storage chamber, and hot water is poured into the first storage chamber because the inner casing between the first storage chamber and the second storage chamber is thermally conductive. Excellent material, the heat in the hot water is transferred to the second storage chamber through the inner casing, and is quickly absorbed by the supersaturated solution in the second storage chamber. The heat is stored to quickly cool the hot water in the first storage compartment. When the temperature inside the first storage compartment is equal to the temperature inside the second storage compartment, since the third storage compartment is provided with vacuum insulation, the time is long. At this time, there is a 4-36 hour heat preservation effect. When the temperature of the water inside the first storage chamber is lower than the temperature inside the second storage chamber, the heat is released through the supersaturated solution in the second storage chamber, which is slow at this time. Cooling effect.

The above description is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto, and any person skilled in the art can easily think of changes or within the technical scope disclosed by the present invention. Replacement should be covered by the scope of the present invention. Therefore, the scope of protection of the present invention should be determined by the scope of the claims.

Claims

The utility model relates to a health container for dailyly changing temperature by rapid reaction, comprising a three-layer shell, which is divided into an inner shell, a middle shell and an outer shell, wherein the inner shell is a container having at least one end open, and the container is provided with a container a first receiving space filled with a first container, the inner case and the middle case being connected, the middle case being a container having at least one end open, and the second receiving space is wrapped between the inner case and the middle case Filled with a second accommodating space, the second accommodating space is a closed or open space, and the outer casing is connected to the inner casing and/or the middle casing, the outer casing is a container having at least one end open, and the outer casing and the middle casing The third receiving space is filled with a third containing space, and the inner casing is made of a material having a heat transfer coefficient greater than 0.2 W/(m·K), the first containing material And the second contents transfer heat through the inner casing, and the temperature of the first contents and the second contents can be brought to an equilibrium point or the same temperature within 10 to 300 seconds.
A health container for daily rapid response temperature change according to claim 1, wherein said outer casing is a poor conductor of heat and/or a third conductor is a poor conductor of heat.
The invention relates to a health container for daily rapid response temperature change according to claim 1, wherein the second container is a saturated salt solution containing undissolved solid particles at normal temperature or contains a phase transition temperature of 25 ° C. a liquid fluid of -75 ° C phase change material or a solid phase change material or phase containing a solid phase particle suspension material having a phase transition temperature of 25 ° C to 75 ° C or a phase transition temperature of 25 ° C to 75 ° C containing a thermally conductive filler. A mixture of non-toxic, non-polluting phase change metals having a temperature between 25 ° C and 75 ° C or any combination of the materials listed above.
The invention relates to a daily rapid response temperature-changing health container according to claim 1, wherein the inner casing and/or the inner casing and/or the outer casing are provided with a temperature detecting device and/or a temperature display device. The inner casing is provided with a target temperature scale marking strip, and each of the target temperature scale marking strips is provided with an indication indicator of a different second initial temperature range of the contents and/or a volumetric scale identifier of the first contents and/or The volumetric scale of the second contents.
The invention relates to a daily rapid response temperature-changing health container according to claim 1, wherein the first contents are air and/or gaseous substances and/or liquid and/or solid-liquid mixtures and/or A particulate powder solid having a heat transfer coefficient greater than 2 W/(m·K) and/or any solid filled with a particulate powder having a heat transfer coefficient greater than 2 W/(m·K).
The invention relates to a health container for daily rapid response temperature change according to claim 1, wherein the second receiving space is a closed space, and the inner and middle shells are connected before connecting the inner and middle shells. A second container is disposed between the inner casing and the middle casing, the second casing is closed and isolated in the second receiving space, or the second receiving space is a closed space, and the inner casing and the middle casing are first connected After the connection, there is also an open port, and then a second container is disposed in the second receiving space through the open port. After the second container is set, the open port is closed, and the second container is closed and isolated. The second accommodating space or the second accommodating space is a semi-closed space, and an open port is provided, and the second accommodating body can be disposed or removed or replaced from the second accommodating space at any time through the open port, or the second accommodating space The open port of the semi-closed space of the space is provided with a sealing device to prevent the second container from leaking from the second receiving space, the sealing device is a sealing cover, a cover with a sealing ring, and a common sealing material is attached a plug, a fastening component with a sealing ring, or an inner and outer casing connected to the second receiving space is provided with an environmentally-friendly rustproof layer, and the environmentally-friendly rustproof layer is a layer having a layer thickness of less than 100 micrometers. Tetrafluoroethylene or alkyd antirust paint or polyester paint or epoxy resin or filled with non-hydrophilic grease, then pour out grease, naturally formed grease film, or the second receiving space is a confined space on both sides The inner and middle shells are made of pressure-resistant material and tested for pressure welding. They are filled with liquid hydrogen and/or liquid helium and/or ammonia. The pressure-resistant material is austenitic stainless steel. The available grades are S32168. 06Cr18Ni11Ti or normalized SA516 70, the outer layer is coated with epoxy resin as the heat insulating material, and the pressure resistant material is provided with a partially strengthened thickened protrusion or depression, and the convex or concave portion is provided with a portable disassembly structure The heat insulating cover can quickly exchange heat with the external medium for cold storage or heat storage.
A health container for daily rapid response temperature change according to claim 3, wherein said second contents contain a dispersant and/or a nucleating agent and/or a mass ratio of 10.8% or less. Crystallization inhibitors and/or emulsified saponifiers and/or insoluble solid particles with a particle size of 0.01-1 MM, controlling the transformation speed, particle size, dispersion and suspension resistance of the crystallized or solidified particles, agglomeration, agglomeration, shaking or shaking The container, the insoluble solid agitating particles generate motion or vibration, break up or crush the surrounding solid particles, further control the solid particle size, avoid accumulation and agglomeration, and improve the dispersion and suspension effect of the solid particles, the salt solution The salt in the salt includes any salt having a solubility at room temperature of 20 g or more and a temperature change from room temperature to 70 degrees, a solubility of 20 g or more, a non-toxic, non-polluting salt, a sugar, and a dissolved organic matter or gas which absorbs heat. a substance or a combination of more than one substance, the solution being water and/or alcohol and/or an organic solvent and/or a liquid fat, the thermally conductive filler being in the form of particles having a particle size of 1 mm or less and/or The solid and / or powdered heat transfer coefficient of 100 mesh or more, the heat transfer coefficient greater than 3W / (m · K) is greater than 3W / (m · K) Liquid or a silicone grease or paste containing metal powder, said phase change comprising solid-liquid phase change and/or solid-gas phase change and/or liquid gas phase change and/or crystal phase transformation, said salt preferably being nitrate and Or an ammonium salt, preferably sucrose and/or xylitol, preferably the organic solvent is diethylene glycol butyl ether and/or n-propanol, the liquid fat preferably being rapeseed oil and/or large Soybean oil and / or butter and / or lard.
The health container of the daily rapid response reaction temperature change according to claim 1, wherein the second receiving space is provided with a telescopic cage, or the second receiving space is provided with a modification The filler containing the effective volume of the space satisfies the user's demand for different target temperature ranges of the first contents, and the different target temperature range requirements include: optimal healthy drinking temperature 18 ° C - 45 ° C; optimal tea water temperature 70 ° C - 80 ° C; the best hot milk, hot soup temperature 60 ° C -65 ° C; the best honey, porridge rice water temperature 50 ° C -60 ° C; the best beer drinking temperature 5 ° C-15 ° C; the best hot coffee Temperature 68 ° C -72 ° C.
The health container of the daily rapid response reaction temperature change according to claim 1, wherein a variable magnetic field magnetizing device is disposed in the second receiving space or the third receiving space, or the outer casing is provided with a massage stimulus The device, or the massage surface is provided with a discharge point corresponding to acupuncture points of the human body, and is connected with a control switch and a power source below 12V, and can output a current of 0.001 to 0.1A to the acupoint of the human body, and manufacture acupuncture stimulation discharge, provided with The spray moisturizing or warming glove or the second receiving compartment and/or the third receiving compartment are provided with means for containing a magnetic device or capable of generating a magnetic force, capable of magnetically treating a nearby human body and/or for nearby objects and/or pairs The object in the first receiving chamber is magnetized, or the first receiving chamber and/or the second receiving chamber and/or the inner casing are provided with an negative ion generator, or a weak alkali supply device, or a sterilization device or a stirrer or capable of a clamping device for a clip agitator, or a straw, or a handle or a pull ring or a sling or a harness, or a filling seal or container lid, or a storage compartment, or a combination of shells in the outer casing And/or the joint of the inner shell and/or the overflow or overflow tank provided in the container lid, or the heating device that controls the temperature according to the specified temperature change curve, or the filter, or the fragrance, or the drain Or ringing, or size markings, slings, sonicators, juicers, or jacks for decorative flowers, or dosing devices.
A health container for daily rapid response temperature change according to claim 1, wherein the outer casing is provided with a through hole, and the user can increase or decrease the material of the third containing material in the third receiving space through the through hole. The type and quality of the third contents are heat exchanged by the middle case and the second contents, raising or lowering the temperature of the second contents, performing pre-storage or cold storage, or the middle case is provided with a through hole communicating with the outside, through which the user can increase or decrease the material type and quality of the second contents in the second receiving space, the second contents passing through the middle case and the third contents and/or through the inner case Performing heat exchange with the first contents, raising or lowering the temperature of the second contents, enabling pre-storage or cold storage, or partial or full surface setting of the inner and/or inner and/or outer casing Available in coating or coating.