Vacuum cup with far infrared function and using method thereof

Abstract

The invention discloses a vacuum cup with a far infrared function and a working method, the vacuum cup comprises a body, a middle cup and a cup cover, the body comprises a stainless steel inner container, a body surface layer and a vacuum cavity surrounded by the stainless steel inner container and the body surface layer; the middle cup comprises a middle cup surface layer, a silica gel outer layer, a silica gel inner layer and a porous cup, the silica gel outer layer and the silica gel inner layer which are mutually screwed are inwards arranged on the middle cup surface layer, the porous cup is screwed in the silica gel inner layer, and a lower port of the silica gel outer layer is screwed with an upper port of the liner; a stainless steel cup inner cover body, a silica gel ring and a stainless steel cup cover surface layer are arranged inside and outside the cup cover, the inner wall of the silica gel ring is sleeved with the outer wall of the cup inner cover body, threads are arranged on the outer wall face of the silica gel ring, the upper portion of the silica gel ring is in threaded connection with the inner threads of the cup cover surface layer, and the lower portion of the silica gel ring is in threaded connection with an upper opening of the middle cup. The vacuum cup with the far infrared function is reasonable in design, and the vacuum cup with the far infrared function can be conveniently produced and manufactured.

Description

Technical Field

[0001] The invention relates to a thermos cup, in particular to a thermos cup with far infrared function and a use method thereof. Background Art

[0002] At present, general thermos cups are mainly made of resin or glass, and most of them can only be used to hold drinking water and food, etc., and have no health benefits.

[0003] Currently, a Chinese patent has been retrieved: "A thermos cup capable of emitting far-infrared light", such as patent application number CN201810933583.1, which includes a thermos cup body, and the thermos cup body includes a first coating, a second coating, a waterproof layer, and an infrared light emitting layer. The beneficial effect of this invention is that the liquid in the thermos cup is transformed into water with far-infrared light through far-infrared light irradiation.

[0004] However, the far-infrared steel is a material smelted using a rather complicated formula and high temperature conditions. Using it as a thermos cup for ordinary daily use is an urgent problem to be solved from an economic and practical point of view. Summary of the invention

[0006] In view of the above-mentioned deficiencies in the prior art, an object of the present invention is to provide a thermos cup with far infrared function and a method of using the same. The thermos cup with far infrared function and the method of using the same are reasonably designed, which is conducive to the convenient production of thermos cups with far infrared function.

[0007] A thermos cup with far infrared function, comprising a thermos cup body, a middle cup and a cup cover, characterized in that: The thermos cup body comprises an inner liner, a stainless steel body surface layer and a vacuum cavity formed between the inner liner and the body surface layer; The middle cup comprises a middle cup surface layer, a silicone outer layer, a silicone inner layer and a porous cup. The inside of the middle cup surface layer is provided with a silicone outer layer and a silicone inner layer which are threadedly connected to each other in sequence. The porous cup is screwed to the center of the silicone inner layer. The lower port of the silicone outer layer is screwed to the upper port of the inner liner. The cup cover is provided with three layers inside and outside, which are a stainless steel cup inner cover body, a silicone ring and a stainless steel cup cover surface layer, the inner wall surface of the silicone ring is sleeved with the outer peripheral wall of the cup inner cover body, and the outer thread on the upper part of the silicone ring is screwed with the inner thread on the cup cover surface layer; The external thread of the upper port of the inner liner is connected and fixed with the internal thread of the lower port of the silicone outer layer of the middle cup; the internal thread of the upper port of the silicone outer layer of the middle cup is connected and fixed with the external thread of the lower port of the silicone ring of the cup cover; The inner liner, the outer silica gel layer, the inner silica gel layer and the porous cup of the thermos cup body, as well as the silica gel ring and the inner cover of the cup are all processed by far-infrared conversion equipment.

[0008] The specific far-infrared conversion equipment is a prior art, such as "a processing equipment with far-infrared function" disclosed in publication number CN206526412U.

[0009] Preferably, a stainless steel top surface layer with a shape is fastened on the top of the cup cover to decorate and protect the surface of the cup cover and reduce bumps and scratches.

[0010] Preferably, the outer thread of the silicone ring is exposed at a distance from the lower port on the surface of the cup cover, and the outer thread is 6-9 mm long, so as to be connected with the inner thread of the upper port of the silicone outer layer of the middle cup; the outer thread of the upper port of the inner liner (length 8-15 mm) is connected and fixed with the inner thread of the lower port of the silicone outer layer of the middle cup, so as to achieve the tight fit between the main body and the middle cup, prevent water leakage and have a smooth outer surface.

[0011] Preferably, the outer surface of the silicone outer layer of the above-mentioned middle cup is smooth and is glued to the surface layer of the stainless steel middle cup. In addition to being threadedly connected, the silicone outer layer and the silicone inner layer are also glued together. The silicone outer layer, the middle cup surface layer and the silicone inner layer constitute a special-shaped and heterogeneous component.

[0012] Preferably, the internal thread of the silicone inner layer is screwed to the external thread of the stainless steel porous cup, and the two are clearance-matched, so that the porous cup can be adjusted up and down and disassembled.

[0013] Preferably, the inner surface of the inner container is sprayed with a far-infrared ceramic layer.

[0014] Preferably, a ceramic layer is sprayed on the outer surface of the body surface layer.

[0015] The method for using the thermos cup with far infrared function of the present invention is characterized in that when tea needs to be brewed, the thermos cup body is connected with the middle cup, tea leaves are placed in the porous cup, boiling water is poured into the porous cup, the cup cover is screwed on, and the tea can be drunk after waiting for 3-5 minutes.

[0016] When you need to brew ginseng roots, slices and other biomass nutrients, connect the thermos cup body to the middle cup, place the ginseng roots, slices, etc. in the porous cup, inject boiling water into the porous cup, and then screw on the cup lid. The thermos cup can be upright or flat, or shake the cup vigorously. Wait for 5-10 minutes and then you can drink.

[0017] When you need to drink water, connect the thermos cup body to the middle cup, wrap the zinc, strontium sintered particles or metasilicate stone with non-woven fabric and place it in the porous cup, then pour boiling water into the porous cup, screw on the cup lid, or shake the cup continuously, then let it stand or turn it upside down for 10-15 minutes before drinking.

[0018] The beneficial effects of the present invention are: First, the inner liner, silicone outer layer, silicone inner layer and porous cup, as well as the silicone ring and the inner cover of the cup are formed by far-infrared conversion equipment, which can absorb external far-infrared rays, realize powerful far-infrared radiation function, and the strong radiation of the far-infrared ceramic layer sprayed on the inner surface of the inner liner. At the same time, in the higher temperature water environment of the thermos cup, combined with the same frequency resonance with water, it helps to produce a large amount of alkaline small molecular cluster water for direct drinking. In addition to quenching thirst, it also helps to alleviate or neutralize the hazards of high uric acid in the human body; small molecular cluster water helps the porous cup to slowly release biomass and minerals beneficial to the human body, which plays a health care effect; at the same time, the far-infrared conversion parts and the far-infrared ceramic layer jointly radiate far-infrared rays, which is beneficial to the sterilization and disinfection of the cup body, keeping the cup body clean, hygienic and safe; the combined radiation and contact with air will also promote the production of negative ion gas, making people breathe fresh and feel comfortable and happy when drinking water.

[0019] Second, the thermos cup of the present application is exquisitely designed and simple, has a variety of uses, powerful functions, and is worth the money. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a schematic diagram of the cross-sectional structure of the thermos cup with far infrared function of the present invention; Figure 2 , 3 yes Figure 1 A partial view of Figure 4 yes Figure 3 A magnified view of part A; In the figure, 1. Thermos cup body; 11. Inner liner; 111. External thread of the upper port; 12. Surface layer of the body; 13. Handle strap; 14. Vacuum chamber; 15. Handle strap button; 16. Far-infrared ceramic layer; 17. Ceramic layer; 2. Medium cup; 21. Surface layer of the medium cup; 22. Silicone outer layer; 221. Internal thread of the upper port of the silicone outer layer; 222. Internal thread of the lower port of the silicone outer layer; 23. Silicone inner layer; 24. Porous cup; 241. Small holes; 242. Thread of the porous cup; 3. Cup cover; 31. Surface layer of the cup cover; 32. Silicone ring; 321. External thread of the lower port of the silicone ring; 33. Inner cover of the cup; 34. Surface layer of the top of the cover. DETAILED DESCRIPTION

[0021] The present invention will be described in detail below in conjunction with the accompanying drawings. Figure 1 As shown, a thermos cup with far infrared function includes a thermos cup body 1, a middle cup 2 and a cup cover 3, and the thermos cup body 1, the middle cup 2 and the cup cover 3 are screwed and fixed in sequence from bottom to top.

[0022] The thermos cup body 1 includes an inner liner 11, a stainless steel body surface layer 12, and a vacuum chamber 14 formed by welding the inner liner 11 and the stainless steel body surface layer 12. A handle strap 13 and a handle strap button 15 for fixing the handle strap are provided on the upper part of the inner liner 11.

[0023] The middle cup includes a middle cup surface layer 21, a silicone outer layer 22, a silicone inner layer 23 and a porous cup 24. The middle cup surface layer 21 is made of stainless steel. The inside of the middle cup surface layer 21 is provided with a silicone outer layer 22 and a silicone inner layer 23 that are threadedly connected to each other. The center of the silicone inner layer 23 is screwed to the porous cup 24. The lower end of the silicone outer layer 22 is screwed to the upper end of the inner liner 11. The cup cover 3 has three layers inside and outside, which are a stainless steel inner cover body 33, a silicone ring 32 and a stainless steel cup cover surface layer 31. The outer peripheral wall of the inner cover body 33 is sleeved with the inner wall of the silicone ring 32, and the external thread on the upper part of the silicone ring 32 is screwed with the internal thread of the cup cover surface layer 31.

[0024] The external thread of the upper port of the inner liner 11 is connected and fixed with the internal thread of the lower port of the silicone outer layer 22; the internal thread of the upper port of the silicone outer layer 22 is connected and fixed with the external thread of the lower port of the silicone ring 32; The inner liner 11, the silicone outer layer 22, the silicone inner layer 23 and the porous cup 24 of the thermos cup body 1, as well as the silicone ring 32 and the cup inner cover 33 are all processed by far-infrared conversion equipment to form a component with far-infrared function.

[0025] Specifically, a stainless steel top surface layer 34 with a shape is spot-welded and fastened on the top of the cup cover 3 to protect product identification symbols such as text or patterns on the surface layer 31 of the cup cover.

[0026] Specifically, the outer thread 321 of the silicone ring 32 is exposed at a distance of 6-9 mm from the lower end of the cup cover surface 31 of the cup cover 3, and is used for connection with the inner thread 221 of the upper end of the silicone outer layer 22, so that the middle cup 2 and the cup cover surface 31 of the cup cover 3 can be well matched, without water leakage and with a smooth and uniform outer surface.

[0027] Specifically, the outer surface of the silicone outer layer 22 is smooth and is glued to the stainless steel middle cup surface layer 21. In addition to the threaded connection, the silicone outer layer 22 and the silicone inner layer 23 are also glued. The three together form a special-shaped, heterogeneous and firm component, which plays the role of connecting the upper and lower parts and protecting the middle.

[0028] Specifically, the internal thread of the silicone inner layer 23 is screwed to the external thread of the stainless steel porous cup 24 , and the two are clearance-matched, so that the porous cup 24 can be adjusted up and down and assembled and disassembled.

[0029] Specifically, the inner liner 11 in the thermos cup body 1 has a thread 111 on the outer surface of the inner liner mouth with a length of 8-15 mm, so as to cooperate with the lower thread 222 of the silicone outer layer 22 in the middle cup 2, so as to achieve a good fit between the body 1 and the middle cup 2, without water leakage and with a flat and uniform outer surface; the inner liner 11 is welded to the outer surface of the body 12 to form a vacuum cavity 14 with good heat insulation effect.

[0030] Specifically, the stainless steel liner 11 of the cup body 1, the silicone outer layer 22 in the middle cup and the silicone body 33 are all far-infrared converted by existing technologies such as CN206526412U "A processing equipment with far-infrared function". During the conversion, the silicone parts and stainless steel parts absorb external far-infrared rays to achieve far-infrared radiation function, thereby converting them into products that can release far-infrared energy; the converted parts help to produce a large amount of alkaline small molecular cluster water in the higher temperature water environment of the thermos cup; at the same time, the radiated far-infrared rays can sterilize and disinfect the cup body, keeping the cup body clean, hygienic and safe.

[0031] Specifically, when tea needs to be brewed, the thermos cup body 1 can be connected to the middle cup 2, the tea leaves can be placed in the porous cup 24, and boiling water can be poured into the cup. The cup cover 3 can then be screwed on. The thermos cup can be placed upright or flat, and it can be drunk after waiting for 3-5 minutes. The alkaline small molecular cluster water has strong permeability and solubility, which is more conducive to the extraction and absorption of the essence of the tea leaves.

[0032] Specifically, the inner surface of the inner liner 11 is sprayed with a far-infrared ceramic layer 16, which is an existing coating to enhance the far-infrared function. The specific process will not be described here.

[0033] Specifically, the outer surface of the main body surface layer 12 is sprayed with a ceramic layer 17 (which may be colorful to reflect the beauty of the product). The ceramic layer 17 is an existing coating, and the specific process is not repeated here.

[0034] Specifically, when it is necessary to brew and drink biomass nutrients such as ginseng roots and slices, the thermos cup body 1 can be connected to the middle cup 2, the ginseng roots and slices can be placed in the porous cup 24, and boiling water can be poured into the cup, and then the cup cover 3 can be screwed on. The thermos cup can be upright or flat, and the cup body can be shaken vigorously. After waiting for 5-10 minutes, or longer, it can be drunk; the alkaline small molecular cluster water has strong permeability, solubility, and emulsification, which is more conducive to the leaching and absorption of essential substances such as ginsenosides.

[0035] Specifically, when you need to drink water, you can connect the thermos cup body 1 with the middle cup 2, put the zinc-strontium sintered particles or metasilicate stone wrapped with non-woven fabric in the porous cup 24, and pour boiling water into the cup, then screw on the cup cover 3, and shake the cup body vigorously, then the thermos cup can be upright or flat, wait for 10-15 minutes, or longer, and then drink it; the alkaline small molecular cluster water produced has strong permeability and solubility, and there is external force impact, so that the particles collide, scratch, and dissolve, so as to achieve the slow release of minerals such as zinc, strontium, and metasilicate in the small molecular cluster water, so as to facilitate human absorption. Metasilicate in water is one of the 9 trace element standards for national identification of mineral water. A small amount of metasilicate in water is very beneficial to the human body. Adding zinc and strontium elements to water, such as the existing patent technology CN216573655U "A Strontium-zinc mineralized shower head with variable flow structure", allows zinc-strontium particles to obtain zinc and strontium elements through water treatment. The water containing zinc and strontium elements has a zinc content of 0.05-1.0 mg / L and a strontium content of 0.2-10.0 mg / L; it can be called healthy water, which complies with the latest national group standard issued in 2021-"Healthy Drinking Water Quality Standard" (TCAPS-2021), which will be implemented on July 1, 2021. The technology and products of this thermos cup can meet the permitted scope of this standard.

[0036] The water cup has a simple structure, has antibacterial and bactericidal effects, can release negative oxygen ions for a long time, improve the oxygen-richness of the water quality, and allow the drinker to gain a refreshing sense of comfort. It has the effect of refreshing the nasal cavity for patients with rhinitis, and can also radiate far infrared rays, which has a health-care effect on the human body. It can also transform ordinary drinking water into "small molecular cluster" weak alkaline water, and at the same time can release far infrared electromagnetic waves, which changes the water quality, calorific value and activity, turning ordinary drinking water into super-active water that is extremely beneficial to the human body. It releases far infrared rays at room temperature, removes residual chlorine in water and bitterness in tea, optimizes and activates water quality, not only makes water slightly alkaline, but also contains trace elements and minerals necessary for the human body, and can carry more beneficial oxygen into cells, making cells more active and maintaining vigorous energy. Its structure is novel, practical, beautiful and generous, while ensuring the efficacy of the product.

[0037] The far infrared function thermos cup of the present application also has the following characteristics: 1. Far infrared emission capability: This type of thermos cup is usually made of special materials and can emit far infrared rays. Far infrared rays are close to the vibration frequency of cell molecules in the human body, which can cause resonance of human cells, promote blood circulation, enhance metabolism, and improve immunity.

[0038] 2. Multi-layer structure design: The thermos cup body includes ceramic coating, vacuum layer, infrared light emitting layer, etc. These layers are stacked from the outside to the inside to form the thermos cup body to enhance the heat preservation effect.

[0039] 3. Special materials: The infrared light emitting layer may include structures such as a converted stainless steel sheet and a far-infrared ceramic layer, which contribute to the strong emission of far-infrared rays.

[0040] 4. Health care effect: The liquid in the far-infrared thermos cup can be transformed into alkaline small molecular water through infrared light irradiation and resonance, which is easier to be absorbed by human cells, improve microcirculation, and promote metabolism. It plays a certain health care role.

[0041] 5. Health benefits: Since far infrared rays are called "light of life", far infrared thermos cups may be beneficial to human health, such as improving blood circulation and enhancing immunity.

[0042] These features make the far-infrared thermos not only have the heat preservation performance of the traditional thermos, but also add some health and wellness functions.

[0043] The above technical solutions only reflect the preferred technical solutions of the technical solutions of the present invention. Some changes that may be made to certain parts thereof by technicians in this technical field all reflect the principles of the present invention and fall within the protection scope of the present invention.

Claims

1. A thermos cup with far infrared function, comprising a thermos cup body (1), a middle cup (2) and a cup cover (3), characterized in that: The thermos cup body (1) comprises an inner liner (11), a stainless steel body surface layer (12), and a vacuum cavity (14) formed between the inner liner (11) and the body surface layer (12); The middle cup comprises a middle cup surface layer (21), a silicone outer layer (22), a silicone inner layer (23) and a porous cup (24); the inside of the middle cup surface layer (21) is provided with a silicone outer layer (22) and a silicone inner layer (23) which are threadedly connected to each other in sequence; the porous cup (24) is screwed to the center of the silicone inner layer (23); and the lower end of the silicone outer layer (22) is screwed to the upper end of the inner liner (11); The cup cover (3) is provided with three layers inside and outside, which are a stainless steel cup inner cover body (33), a silicone ring (32) and a stainless steel cup cover surface layer (31) in order; the inner wall surface of the silicone ring (32) is sleeved with the outer peripheral wall of the cup inner cover body (33); the outer thread on the upper part of the silicone ring (32) is screwed with the inner thread of the cup cover surface layer (31); The external thread of the upper port of the inner liner (11) is connected and fixed to the internal thread of the lower port of the silicone outer layer (22); the internal thread of the upper port of the silicone outer layer (22) is connected and fixed to the external thread of the lower port of the silicone ring (32); The inner liner (11), the silicone outer layer (22), the silicone inner layer (23) and the porous cup (24), as well as the silicone ring (32) and the inner cover (33) of the thermos cup body (1) are all formed by processing with far-infrared conversion equipment.

2. The thermos cup with far infrared function according to claim 1, characterized in that: A stainless steel top surface layer (34) with a shape is fastened to the top of the cup cover to decorate the cup cover surface layer (31).

3. The thermos cup with far infrared function according to claim 1, characterized in that: The outer thread of the silicone ring (32) is exposed at a distance from the lower end of the cup cover surface layer (31) so as to be connected with the inner thread of the upper end of the silicone outer layer (22).

4. The thermos cup with far infrared function according to claim 1, characterized in that: The outer surface of the silicone outer layer (22) of the middle cup is smooth and is glued to the stainless steel middle cup surface layer (21). The silicone outer layer (22) and the silicone inner layer (23) are not only threadedly connected but also glued together. The silicone outer layer (22), the middle cup surface layer (21) and the silicone inner layer (23) form a component of a special shape and quality.

5. The thermos cup with far infrared function according to claim 1, characterized in that: The internal thread of the silicone inner layer (23) is screwed to the external thread of the stainless steel porous cup (24), and the two are clearance-matched, so that the porous cup (24) can be adjusted up and down and assembled and disassembled.

6. The thermos cup with far infrared function according to claim 1, characterized in that: The inner surface of the inner container (11) is sprayed with a far-infrared ceramic layer (16).

7. The thermos cup with far infrared function according to claim 1, characterized in that: The outer surface of the body surface layer (12) is sprayed with a ceramic layer (17).

8. A method for using the thermos cup with far infrared function according to any one of claims 1 to 7, characterized in that: When it is necessary to make tea, the thermos cup body (1) is connected to the middle cup (2), tea leaves are placed in the porous cup (24), boiling water is poured into the porous cup (24), and the cup cover (3) is screwed on. After waiting for a few minutes, the tea can be drunk.

9. A method for using the thermos cup with far infrared function according to any one of claims 1 to 7, characterized in that: When it is necessary to brew and drink biomass nutrient products such as ginseng roots and slices, the thermos cup body (1) is connected to the middle cup (2), the ginseng roots and slices are placed in the porous cup (24), and boiling water is poured into the porous cup (24). The cup cover (3) is then screwed on. The thermos cup can be placed upright or flat, or the cup body can be shaken vigorously. After waiting for a few minutes, the drink can be consumed.

10. A method for using the thermos cup with far infrared function according to any one of claims 1 to 7, characterized in that: When drinking water is needed, the thermos cup body (1) is connected to the middle cup (2), and the zinc strontium sintered particles or metasilicate stone wrapped with non-woven fabric are placed in the porous cup (24), and boiling water is poured into the porous cup (24). Then, the cup cover (3) is screwed on, or the cup body is continuously shaken, and then left to stand for drinking.

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