TWM525157U - Thermal application assembly body structure of thermos container - Google Patents

Description

Insulation container heat application group structure

The utility model relates to a thermal application group structure of an insulated container, which is provided with a single-end heat dissipation temperature, and adopts a hand-held structure of a drinking water insulated container which is heated or cold massaged.

Regarding the design of the drinking water container, such as the heat preservation cup, the temperature of the cup body content is forcibly maintained by the vacuum effect. For example, the common vacuum heat preservation cup is composed of the inner layer container and the surrounding body forming a vacuum to the compartment, and the independent function is The temperature of the contents is maintained. The characteristics of the cup are such that the contents retained in a few hours, such as tea, can be kept close to the temperature at the time of placement, and the temperature drop curve is gentle, so the cup For the design of long-term heat preservation, the above-mentioned vacuum cup has the function of simply keeping warm, and the equipment related to massage is used at normal temperature, such as scraping massage stick, or by positive temperature coefficient ceramic resistor, generated by electric power. The electric heating function allows the heat radiation wave to disperse and assist the massage. At present, there are commercially available containers or massage equipment, which are independent application functions.

The utility model relates to a thermal application group structure of a heat preservation container, which is provided with a group structure of a hand-held heat preservation container which has a single-end heat dissipation temperature and is used for heat massage, and a cup body integrally formed of a ceramic material, and a cup mouth is provided at the upper end thereof. A movable cover is opened and closed, and a bottom surface is provided with a smooth massage structure. The overall structure of the massage structure can provide the body of the cup body standing, the lateral periphery of the cup body, and the heat-resistant enclosure with heat-blocking effect Body, the massage structure can be used to guide the temperature of the liquid inside the container body to the outer band, forming a temperature assist for temperature massage, for its main purpose.

The second object of the present invention is that the massage structure is formed by a plurality of convex or concave structures, and can be applied to a finger press or a scraped structure.

The third object of the present invention is that a structure having irregularities is formed on the outer surface of the body of the cup, and a heat-resistant enclosure having a heat-blocking effect is sleeved on the periphery, and a gas-heat-resistant heat space is formed between the inner surface and the concave portion of the heat-resistant enclosure. As a heat preservation aid, and the convex protrusion can be used as a massage effect of the granular force.

The fourth object of the present invention is that the body of the cup and the massage structure are made of a ceramic material.

The fifth object of the present invention is that the web of the movable cover is provided with a soft sheet, and the inner surface of the soft sheet directly guides the inside of the body of the cup to bring the internal temperature outward, thereby forming a temperature and heat application.

10‧‧‧Insulation container assembly

1‧‧‧ cup body

11‧‧ ‧ convex

12‧‧‧ recess

2‧‧‧ cup mouth

20‧‧‧Active cover

200‧‧‧Soft sheet

3‧‧‧Hot divergence

31‧‧‧ cup bottom

32‧‧‧ massage structure

321‧‧‧ beads

322‧‧‧Ring squeegee

4‧‧‧Heat block

323‧‧‧claw

40‧‧‧Gaseous heat-resistant space

5‧‧‧End cap

Figure 1 is a cross-sectional view of the main structure of the author.

Figure 2 is the implementation of the creative massage structure.

Fig. 3 is a cross-sectional view showing the structure of the creation massage structure provided with the end cap.

Fig. 4 is a structural cross-sectional view of the body of the creation cup body corresponding to the convex body and the concave portion, and the outer periphery is covered with the heat-resistant enclosure.

Figure 5 is a cross-sectional view showing the formation of a gaseous heat-resistant space between the body of the creation cup and the heat-resistant enclosure 4.

For the detailed structure and function application of this creation, please refer to the illustration below. Please refer to Figure 1 first. This creation provides a hand-held insulated container assembly 10, the main body of which is a ceramic cup. The upper part of the body 1 is provided with a cup of mouth 2, and the cup mouth 2 is covered or disengaged by a movable cover body 20 with a heat-blocking effect, so that the inner space of the cup body 1 can be externally turned on, and the movable cover body 20 and the cup mouth 2 are After the cover is closed, the outer cover of the cup body 1 is covered with a heat-resistant enclosure 4, and the bottom of the cup body 1 is closed by the bottom of the cup 31, and between the cup bottom 31 and the cup body 1 When a mechanical strength structure is provided to provide the cup body 1 to the cup bottom 31 by an external force, the strength of the cup bottom 31 can maintain the structure safety and completely transmit the force, and the portion of the cup bottom 31 is exposed to a heat-dissipating end 3, The bottom of the heat-dissipating end 3 may include the outer surface of the cup bottom 31, and the massage structure 32 is connected thereto, and the massage structure 32 may be formed by a plurality of planar or annularly distributed beads 321 protruding arrangement. The inside of the cup body 1 is opened and closed via the movable cover 20 for placing a liquid having a temperature such as tea water, and the tea body is heated or cold, and the outer surface of the cup body 1 is passed through the heat-resistant enclosure 4 and the movable cover. The body 20 has a heat-blocking effect, and the temperature is directed from the body of the cup body 1 to one end of the heat-dissipating end 3, and is radiated outwardly in the massage structure 32. If the liquid accumulated inside the cup body 1 is hot water, the temperature is hot. Through the body of the cup body 1 or the body of the cup bottom 31, the heat is distributed to the heat-dissipating end 3, and the massage structure 32 provided by the heat-dissipating end 3 is transferred to the heat of the body to perform thermal therapy massage on the human skin. .

After the temperature of the liquid inside the cup body 1 is released by the end of the heat-dissipating end 3, the effect of the temperature drop is firstly blocked by the movable cover 20 and the heat-resistant enclosure 4, and the second is subjected to the heat-dissipating end 3. The effect of the divergence rate, when the actual use, the inside of the cup body 1 is placed with high-temperature water, the heat-dissipating end 3 immediately balances the internal temperature and spreads out, and in the case of not hot, the hot massage treatment can be performed. In addition, the cup body 1 is integrally formed of a ceramic material, and its heat transfer efficiency is lower than that of the metal. Therefore, the material is resistant to heat by the body of the cup body 1 even if the temperature of the hot water is boiling, but the human hand is short-lived. There is no scald concern when it comes into contact with the surface of the heat-dissipating end 3.

The heat-dissipating end 3 is at least in the body of the massage structure 32, and is provided as a smooth surface, which is advantageous for not puncturing the skin of the human body during massage, and the massage structure 32 is composed of a plurality of beads 321 and utilizes a plurality of beads 321 A large area is co-constructed between the concavities and convexities. Therefore, the heat dissipating end 3 can form a large area for the heat temperature inside the cup body 1, and is concentrated as far as possible, which is an obvious heat sink function.

Between the cup mouth 2 and the movable cover 20 of the cup body 1, the structure can be screwed or elastically buckled, and the movable cover 20 can cover the cup mouth 2 and form The airtight effect, and the heat-resistant enclosure 4 may be an elastic material, such as silicone rubber, and the body may also be a foamed layer structure, so that a small pore is formed inside the thickness of the heat-resistant enclosure 4, which increases heat resistance. Effect and resistance If the surface of the heat enclosure 4 has a pore structure, a matte anti-slip effect is obtained.

The outer surface of the massage structure 32 can be coated with a far-infrared conversion material, which is a coating applied to the outer surface of the heat-dissipating end 3 or the massage structure 32, and receives the heat wave transmitted from the inside of the cup body 1, or It is converted into far-infrared radiation wave, which can be applied to human skin, and its wave energy can deeply exert deep cells on the limb skin. It has the auxiliary effect of smooth blood circulation for micro blood vessels.

Referring to FIG. 2 again, the cup body 1 of the insulated container assembly 10 of the present invention has a heat-resistant enclosure 4 and a movable cover 20, and the heat temperature in the direction is blocked, so the internal temperature will be The massage structure 32 is disposed at one end of the heat-dissipating end 3, and the massage structure 32 provided by the heat-dissipating end 3 is formed by an annular scraping opening 322 formed by the lower surface of the cup bottom 31 according to the circumference thereof. The annular scraping port 322 is available for scraping operation. When the temperature of the liquid contained in the interior of the cup body 1 is high, the transfer of the heat-dissipating end 3 may radiate radiation waves on the outer surface of the cup bottom 31 or the heat-dissipating end 3 as a whole, and the heat radiation wave may provide The annular scraping 322 of the massage structure 32 promotes the activation of blood molecules during the scraping operation, and has a significant auxiliary effect on the push-out of the blood.

Please refer to FIG. 3 again. The heat preservation container assembly 10 of the present invention has a structure of a cup mouth 2 and a movable cover 20 at the upper end, and a heat dissipation end 3 and a massage structure 32 at the lower end, and the upper and lower ends. The outer shape structure may be a symmetrical shape, and an end cover 5 may be sleeved on the outer periphery of the main body of the massage structure 32 and the heat dissipation end 3, and the end cover 5 is an elastic body, so that the anti-slip effect is obtained, and under normal use, The cover can be placed on the periphery of the heat-dissipating end 3 as a normal cup, and the end cap 5 has a heat-blocking effect, which is reversely placed on the periphery of the movable cover 20 and the cup 2 Thereafter, the heat-resisting efficiency of the movable cover 20 can be assisted, so that the internal temperature is completely taken up by the end of the heat-dissipating end 3, and the massage structure 32 provided at the heat-dissipating end 3 can be an elongated claw 323, the claw 323 can form a ring Distributed at the bottom of the heat-dissipating end 3, the elongated claws 323 can be obliquely distributed, and can be simulated as fingertips to provide acupressure applications.

Referring to FIG. 4 again, the heat-insulating container assembly 10 is covered by the upper end of the cup body 1 via the movable cover 20, and the center of the width of the movable cover 20 can be indirectly provided with a soft sheet having a soft surface. 200. The inner portion of the flexible sheet 200 communicates with the inner space of the cup body 1. If the cup body 1 carries a hot and hot liquid, the soft sheet 200 is heated out by the soft sheet 200 after being contacted by the inner surface of the soft sheet 200. When the tape is placed, the surface of the soft sheet 200 can be used as a hot compress for contact with human skin. If the water accumulated inside the cup body 1 is ice temperature, the appearance of the soft sheet 200 can be used as a cold compress.

The cup body 1 of the present invention is formed by the convex body 11 and the concave portion 12 corresponding to each other in the side outer surface thereof, and the overall outer surface is covered by a heat-resistant enclosure 4, and the inner surface of the heat-resistant enclosure 4 is The gas-shaped heat-resistant space 40 is formed between the concave portions 12, and the gas-heat-resistant heat space 40 can be used to increase the gas heat-resistant space, so that the heat dissipation of the lateral enclosure of the cup body 1 is blocked by the gas-heat-resistant heat space 40. The temperature can be brought as far as possible to the direction of the heat-dissipating end 3 to form a more directional heat-balance path.

In addition, the body of the cup body 1 is provided with a hand-held bottle shape, or a cup-shaped body, and has a round shape on the basis of the waist, and the waist portion is recessed in the waist portion, and the heat-insulating container body 10 is grasped by the hand. After applying the force to the heat-dissipating end 3, a force component can be applied to the slope of the waist, so that the operation of the heat-dissipating end 3 is more stressed, and the force can be transmitted to the skin that pushes the massage.

Referring to FIG. 5 again, the body of the cup body 1 is formed by co-conforming the convex body 11 and the concave portion 12, and after the outer surface of the heat-resistant enclosure 4 is formed, a gaseous heat-resistant space 40 is formed, and the gas is resistant to heat. The space 40 can increase the heat-blocking effect on the inside of the cup body 1. After the layer of the heat-resistant body 4 is indirectly passed over the top of the convex body 11, if the massage effect is applied, the protrusion 11 can be point-pressed. The acupressure effect massages the skin, this structure can be used to form a point-like rolling massage, massage the limbs flat or thick thighs or The elbow or the arm is applied, and the layer structure structure of the heat-resistant enclosure 4 is relatively compressed by the action of the pressure, so that the temperature of the convex body 11 is transmitted, and the point-like portion compressed by the heat-resistant enclosure 4 will The hot temperature is communicated faster than the rapid rate, so that the surface of the heat-resistant enclosure 4 is located at the surface of the convex portion 11 at a bump temperature higher than the surface temperature of the gas-resistant heat-resistant space 40, and the heat temperature is quickly transmitted. .

This creation provides a completely new concept, using the structure of the beverage container, one end is set to a rapid thermal balance, and the temperature inside the cup body 1 can be formed into a directivity 汲, which is caused by the heat-resistant enclosure 4 on the outer surface of the cup body 1. Surrounding, the temperature change of the internal liquid can be used for short-term heat preservation. In the short-term heat preservation process, the temperature of the heat-heating massage can be utilized, so that the insulated container body 10 of the present invention is placed with a temperature liquid. At the initial time, when the temperature is not completely dissipated, the internal temperature can be taken, the temperature assisted by the massage at the heat-dissipating end 3, or the effect of the temperature applied to the movable cover 20 having the soft sheet 200. The body of the thermal insulation container assembly 10 is provided with a massage structure 32, so that it can also be used as a general massage, or the convex body 11 of the outer surface of the cup body 1 can be used as a point-pressing rolling massage operation. The overall design of the multi-functional beverage container, please ask the reviewer Mingjian, early to give the patent as a prayer.

10‧‧‧Insulation container assembly

1‧‧‧ cup body

2‧‧‧ cup mouth

20‧‧‧Active cover

3‧‧‧Hot divergence

31‧‧‧ cup bottom

32‧‧‧ massage structure

321‧‧‧ beads

4‧‧‧Heat block

Claims (10)

The utility model relates to a thermal application group structure of an insulated container, in particular to a group structure of a hand-held insulated container having a single-end heat dissipation temperature and utilizing a heat massage, comprising: a round-shaped cup body having a cup at one end The bottom end is provided with a smooth massage structure, the height of the external structure of the massage structure can support the standing of the cup body; a movable cover body having a heat-blocking effect, the above-mentioned cup mouth is activated; and a heat-resistant enclosure is covered The side of the cup body is outwardly facing. The thermal application group structure of the thermal insulation container according to the first aspect of the invention, wherein the massage structure is formed by a plurality of protruding beads distributed on the outer surface of the cup bottom of the cup body. The heat-insulating container heat application group structure according to claim 1, wherein the massage structure is formed by an annular scraping surface and distributed on the outer surface of the cup bottom of the cup body. The heat-insulating container heat application group structure according to claim 1, wherein the massage structure is formed by a plurality of claws distributed on the outer surface of the cup body of the cup body. For example, in the heat-insulating container heat application group structure described in claim 1, wherein the outer periphery of the massage structure is sleeved with an end cover, and the end cap has a slip-proof effect. The invention relates to a thermal application group structure of the thermal insulation container described in claim 1, wherein the body of the cup is made of a ceramic material. For example, the heat-insulating container heat application group structure described in claim 6 is wherein the cup body and the massage structure are integrally formed. The thermal application group structure of the thermal insulation container according to the first aspect of the invention, wherein the side wall of the cup body is formed by the convex body and the concave portion, and the space of the concave portion is surrounded by the heat blocking enclosure. Form a gaseous heat-resistant space. The thermal application group structure of the thermal insulation container according to claim 1, wherein the outer surface of the movable cover body is provided with a soft soft film, and the inner side of the soft plastic material is guided to the body of the cup. Container space. For example, the heat-insulating container heat application group structure described in claim 1 is characterized in that the body of the cup is a straight outer surface, and the body is provided with a waist body.