CN217471662U

CN217471662U - Combined vacuum cup

Info

Publication number: CN217471662U
Application number: CN202221337379.1U
Authority: CN
Inventors: 卢孟伟
Original assignee: Zhejiang Shuangwei Industry And Trade Co ltd
Current assignee: Zhejiang Shuangwei Industry And Trade Co ltd
Priority date: 2022-05-31
Filing date: 2022-05-31
Publication date: 2022-09-23
Anticipated expiration: 2032-05-31

Abstract

The utility model relates to an infant's articles for use and thermos cup container and manufacturing field especially relate to a modular thermos cup. The multipurpose vacuum cup product formed by combining the cup structure and the kettle structure is added with the central heat-preservation connecting cup structure, and the heat-preservation connecting cup structure can preserve heat and separate liquid for preventing backflow for the suction pipe and the nipple on the cup cover part and the cup cover. Including cup and bowl cover, wherein: a heat-preservation connecting cup is arranged between the cup body and the cup cover and comprises an upper cup groove, a heating structure box and a lower cup connecting neck, a metal heat transfer sheet is arranged on a sealing sheet of the upper groove, a heating sheet arranged by adhering the metal heat transfer sheet is arranged in a box cavity, and the lower cup connecting neck is provided with threads and is connected with the cup body, so that the heat-preservation connecting cup and the cup body are connected into a whole; the cup cover is in threaded connection with the upper cup groove of the heat-insulation connecting cup and comprises a cup cover pipe body, a nipple and a cup cover, the nipple is arranged at the top of or inside the cup cover pipe body, and the cup cover is arranged at the top of the cup cover pipe body and covers the nipple on the cup cover pipe body.

Description

Combined vacuum cup

Technical Field

The utility model relates to an infant's articles for use and thermos cup container and manufacturing field especially relate to a modular thermos cup.

Background

Children, infant's drinking water, beverage, milk, the combination container that generally uses thermos cup or cup kettle in the utilization scene of liquid food, be CN202120883728.9 a kind of safe healthy type infant's feeding bottle who conveniently goes out to carry milk powder like the patent number, including outer bottle, clamping ring, nipple and dustproof dustcoat, still include: the dustproof inner cover is buckled on the compression ring, the shape of the dustproof inner cover is matched with that of the nipple, the dustproof inner cover is connected with the dustproof outer cover through threads at the bottom, and a milk powder cavity for placing milk powder is formed between the dustproof inner cover and the dustproof outer cover. The utility model discloses can satisfy the infant of different growth stages and use, safe in utilization, washing convenience, when going out, usable feeding bottle carries a small amount of milk power and has both satisfied baby's interim demand of drinking milk, also need not additionally to carry the milk powder package, has reduced the package inner space and has taken. The existing feeding bottle is mainly focused on a cup body for heat preservation, namely, a heat preservation cup has heat preservation capability, and a suction pipe and a nipple part which are arranged on a cup cover part and a cup cover do not have heat preservation capability or have weak heat preservation capability, so that the heat preservation capability of the cup cover, the suction pipe and the nipple part needs to be improved by related structures.

Disclosure of Invention

The utility model discloses a main aim at overcomes not enough among the prior art, provides a modular thermos cup, adopts the combination of both multipurpose thermos cup product that forms of cup structure and kettle structure, has increased central heat preservation and has connected the cup structure, keeps warm and connects the cup structure and can keep warm and divide liquid anti-reflux to straw, nipple above bowl cover part and the bowl cover.

The above technical problem of the present invention can be solved by the following technical solutions:

a combined vacuum cup comprises a cup body and a cup cover, wherein: a heat-preservation connecting cup is arranged between the cup body and the cup cover, and comprises an upper cup groove, a heating structure box and a lower cup connecting neck, wherein a liquid passing hole pipe is arranged in the center of a groove body of the upper cup groove, the top of the heating structure box is sealed by an upper groove sealing sheet, the bottom of the heating structure box is sealed by a lower groove sealing sheet, a box cavity is arranged in the hollow cavity, a metal heat transfer sheet is arranged on the upper groove sealing sheet, a heating sheet attached with the metal heat transfer sheet is arranged in the box cavity, and the lower cup connecting neck is provided with threads and is connected with the cup body, so that the heat-preservation connecting cup and the cup body are connected into a whole;

the cup cover is in threaded connection with the upper cup groove of the heat-insulation connecting cup and comprises a cup cover pipe body, a nipple and a cup cover, the nipple is arranged at the top of or inside the cup cover pipe body, and the cup cover is arranged at the top of the cup cover pipe body and covers the nipple on the cup cover pipe body.

After infusing milk in the cup, empty the cup, milk arrives in the drinking cavity space that cup groove and bowl cover body and milk cover body formed through the liquid hole pipe from the cup, whole space is direct external because the nipple, the milk cover body does not have very strong heat preservation ability yet, the temperature of milk can descend, if this cup has opened power structure, the heating plate produces the heat after acquireing the electric energy from the battery that sets up in the box chamber, the heat transfer of heating plate passes the metal heat transfer piece in last cup groove, the heat transfer of metal heat transfer piece passes milk, can keep warm with the milk in the drinking cavity space that cup groove and bowl cover body and milk cover body formed.

Preferably, the metal heat transfer sheet is arranged around the liquid hole pipe in an annular mode. This arrangement enables heating of the entire tube and catheter.

Preferably, the cartridge cavity is of an annular structure due to the presence of the liquid passing pore tube structure. The ring structure is more resistant to extrusion at the center position, so that the overall service life can be prolonged, and the injection molding manufacturing is easy.

Preferably, the catheter is convex and is made of glass. The clean health of glass material, the structure of type of calligraphy shape can prevent to plug into the position when not right under the cylindrical structure condition from crossing liquid hole pipe bottom and filling in, can not extract, conveniently fills in and extracts the use.

Preferably, a liquid guide pipe is plugged into the liquid passing hole pipe, and the height of the liquid guide pipe is higher than that of the metal heat transfer sheet. If the cup is set to be higher than 1cm, the milk entering the drinking cavity space formed by the upper cup groove, the cup cover tube body and the milk cover body after the cup body is inverted or poured to drink the milk cannot flow back to the lower cup body along the liquid hole tube again, so that the milk is set because the infant mixes saliva of the infant when sucking the drinking milk from the nipple head of the nipple, or simultaneously eats liquid foods and the like, the liquid foods are mixed into the milk, and if the milk is not completely drunk, the milk mixed with saliva impurities of the liquid foods can be mixed with clean milk in the cup body, which is not favorable for preserving and drinking and influences the eating taste of the infant.

Preferably, a USB charging port is arranged outside the heating structure box, and the USB charging port is electrically connected with a battery with charging capability. The battery has charging capability and external charging capability, and can be used for a long time.

Preferably, a handle ring handle is arranged between the top of the heat-preservation connecting cup and the lower part of the cup cover. The handle ring handle can help hold the combined vacuum cup.

Preferably, the cup cover tube body is of a tube body structure, the inner structure of the tube body is a nipple opening with a hemispherical top opening, a fixing retaining ring is arranged at the bottom of the tube body, the nipple is arranged from the bottom of the cup cover tube body in a plugged mode, a nipple head at the top of the nipple is exposed from the nipple opening and used by an infant, the milk cover body is contained in the cup cover tube body, the infant can be prevented from being bitten by the infant, and the bottom of the milk cover body is directly plugged in to be convenient for positioning and installation of the nipple.

To sum up, the beneficial effects of the utility model reside in that: 1. a heat-preservation connecting cup with the heating and heat-preservation functions is arranged between the cup body and the cup cover, and can heat and preserve heat of the cup cover part arranged at the upper end of the cup body;

2. the direct drinking and sucking part and the storage part are separated by the heat-preservation connecting cup, so that part of liquid contacting with a user can not be mixed with the stored cup body part and can not flow back, impurity mixing is prevented, and the direct drinking and sucking part and the storage part can be conveniently placed in a refrigerator and the like for storage under the condition of not drinking;

3. the USB charging is simple and convenient, the sealing plug is arranged at the opening, all electronic structures are arranged in the heat-insulation connecting cup, and the water sealing is thorough due to the addition of the glue dripping, so that the USB charging cup has high water tightness, the service life is long, the heat transfer effect is good, and the whole cup body can be washed by water.

Drawings

FIG. 1 is a view of the overall front view;

FIG. 2 is an exploded view of the overall structure;

FIG. 3 is a view showing the structure of the heat-insulating connecting cup;

FIG. 4 is an assembly view of the nipple, the cup body and the cup cover;

FIG. 5 is a view of the cup body provided with a suction pipe through the suspension pod;

FIG. 6 is an exploded view of the grip ring handle and the insulated connecting cup;

FIG. 7 is a view of the overall anatomical surface structure;

fig. 8 is a schematic view of direct drinking from the cup body.

In the figure: the cup comprises a cup body 1, a cup cover 2, a heat preservation connecting cup 3, an upper cup groove 4, a heating structure box 5, a lower cup connecting neck 6, a groove body 7, a liquid passing hole pipe 8, an upper groove sealing sheet 9a, a lower groove sealing sheet 9b, a metal heat transfer sheet 10, a box cavity 11, a heating sheet 12, a battery 13, a cup cover pipe body 14, a nipple 15, a cup cover cap 16, a liquid guide pipe 17, a USB charging port 18, a shaking ring handle 19, a nipple head 20, a nipple opening 21, a fixing snap ring 22, a sealing plug 23 and a nipple cover body 24.

Detailed Description

The technical scheme of the utility model is further described in detail by the following embodiments with the accompanying drawings:

the main embodiment is as follows: as shown in figure 1, a combined vacuum cup comprises a double-layer stainless steel heat-preservation cup body 1 and a cup cover 2 of a feeding bottle or a children's pot, wherein: as shown in fig. 2 and 3, 1 heat-insulating connecting cup 3 structure is arranged between a cup body 1 and a cup cover 2, the heat-insulating connecting cup 3 is an integral structure and comprises an upper cup groove 4, a heating structure box 5 and a lower cup connecting neck 6, a liquid passing hole pipe 8 penetrating through the whole heat-insulating connecting cup 3 is arranged in the center of a groove body 7 of the upper cup groove 4, the heat-insulating connecting cup 3 is firstly manufactured into a groove-shaped groove body structure through injection molding, a pipe body is arranged in the center, a sheet-shaped upper groove sealing sheet 9a is arranged in the upper cup groove 4 and is welded on the top of the groove-shaped groove body structure in a microwave mode, the matching position of the liquid passing hole pipe 8 is hollowed out, and the heat-insulating connecting cup 3 forms a similar annular structure with the liquid passing hole pipe 8 in the center and is hollow;

a stainless metal heat transfer sheet 10 is arranged on the top surface of an upper groove sealing sheet 9a of the upper cup groove 4 around the liquid hole passing pipe 8, and the metal heat transfer sheet 10 is used for storing heat and performing up-and-down rapid transfer;

as shown in fig. 3 and 6, as described in the structure of the liquid passing hole pipe 8, the top of the heating structure box 5 is sealed by the upper groove sealing sheet 9a, the bottom is sealed by the lower groove sealing sheet 9b, the inside is hollow and provided with a box cavity 11, the box cavity 11 is in an annular structure due to the existence of the structure of the liquid passing hole pipe 8, a heating sheet 12 tightly attached to the metal heat transfer sheet 10 is arranged in the box cavity 11, the heating sheet 12 generates heat after obtaining electric energy from a battery 13 arranged in the box cavity 11, and the lower cup connecting neck 6 is provided with threads to be connected with the cup body 1; the cup cover 2 is screwed in the upper cup groove 4, the assembly method of the structure is that a rechargeable battery and a heating sheet 12 are placed in an initial concave groove structure of the heat-preservation connecting cup 3, the heating sheet 12 can be a PI film heating sheet, for example, a Dongguan large heat sink directly purchased in the existing market, after the heat-preservation connecting cup is placed, a box cavity 11 is filled with glue dripping to carry out water sealing on the battery and a USB charging port structure, an annular upper groove sealing sheet 9a is covered, an upper metal heat transfer sheet 10 is installed, the joint of the upper metal heat transfer sheet 10 and the upper groove sealing sheet 9a is welded through microwave, and the joint of the upper groove sealing sheet 9a and the upper cup groove 4 achieves the production and installation of the whole heat-preservation connecting cup 3;

as shown in fig. 4, the cup lid 2 includes a cup lid tube 14, a nipple 15, and a cup lid 16, the nipple 15 includes a nipple body 24 and a nipple head 20 at the top of the nipple body 24 by using the prior art structure, the bottom of the nipple body 24 has a ring sealing gasket structure (shown but not labeled in the figure, the prior nipple technology is not repeated), the cup lid tube 14 is a tube structure, the inner structure of the tube body is a hemispherical shape, the top opening is a nipple opening 21, the bottom is provided with a fixed retaining ring 22, the installation and arrangement method of the water sealing ring of the water faucet in the prior art is used for installation, the nipple 15 is plugged in from the bottom of the tube body 14 of the cup cover, after the nipple head 20 at the top of the nipple 15 is plugged in, the nipple head is exposed out of the nipple opening 21, a fixing buckle 22 is plugged into the bottom of the baby for locking, and then the baby uses the baby, the bra body 24 is accommodated in the cup cover tube body 14, the infant can be prevented from being bitten, and the nipple can be conveniently positioned and installed by directly inserting the bottom of the infant; finally, the cup cover 16 is arranged on the cup cover pipe body 14 to cover and protect the nipple 15 in the cup cover pipe body 14, and the mounting structure of the cup cover pipe body 14 and the nipple 15 can prevent the nipple from being directly exposed and can be used for heat preservation.

The using method and the implementation principle are as follows: after milk is brewed in the cup body 1, the cup body 1 is poured, the milk reaches a drinking cavity space formed by the upper cup groove 4, the cup cover tube body 14 and the milk cover body 24 through the liquid passing hole tube 8 from the cup body 1, the milk which can not be completely drunk can be stored in the drinking cavity space in the drinking process, because the nipple in the space is in direct contact with the external space and the air, the milk cover body 24 also has strong heat preservation capability, the temperature of the milk can be reduced, if a heating sheet of the cup body is started up a power supply structure, the heating sheet 12 generates heat after acquiring electric energy from a battery 13 arranged in the box cavity 11, the heat of the heating sheet 12 is transferred to the metal heat transfer sheet 10 of the upper cup groove 4, the heat of the metal heat transfer sheet 10 is transferred to the milk, and the milk in the drinking cavity space formed by the upper cup groove 4, the cup cover tube body 14 and the milk cover body 24 can be preserved heat.

As shown in fig. 6, the metal heat transfer fins 10 are disposed around the liquid hole pipe 8 in a ring shape. The liquid hole tube 8 will contact the metal heat transfer sheet 10, and the liquid guide tube 17 is convex and made of glass. The clean health of glass material, the structure of type of calligraphy can prevent to plug the position under the cylindrical structure condition and not pull out when not right from crossing 8 bottoms of liquid hole pipe and filling in, conveniently fills in and extracts the use. This arrangement allows heating of the entire tube and thus the catheter 17.

Preferably, the cartridge cavity 11 is of an annular structure due to the structure of the liquid passing hole pipe 8. The ring structure is more resistant to extrusion at the center position, so that the overall service life can be prolonged, and the injection molding manufacturing is easy.

As shown in fig. 6, 4 and 5, a liquid guide tube 17 is inserted into the liquid passing hole tube 8, and the height of the liquid guide tube 17 is 101cm higher than that of the metal heat transfer sheet. The arrangement is that the residual drinking milk entering the drinking cavity space formed by the upper cup groove 4, the cup cover tube body 14 and the milk cover body 24 after the cup body is inverted or poured to drink the milk cannot flow back to the lower cup body through the liquid hole tube 8 again, because the infant mixes the saliva of the infant when sucking the drinking milk from the nipple head 20 of the nipple, or simultaneously eats the liquid foods and the like, the liquid foods are mixed into the milk, if the milk is not completely drunk, the milk mixed with the saliva impurities of the liquid foods can be mixed with the clean milk in the cup body, and the storage and the drinking are not favorable, and the eating taste of the infant is influenced. The second inventive step of the present invention is realized.

As shown in fig. 1, 2 and 3, a USB charging port 18 is provided outside the heating structure box 5, the USB charging port 18 is electrically connected to the battery 13 with charging capability, and a sealing plug 23 for water and dust prevention is provided at the USB charging port 18. The battery has charging capability and external charging capability, and can be used for a long time.

As shown in fig. 2 and 6, a shaking handle 19 is preferably arranged between the top of the heat-preservation connecting cup 3 and the lower part of the cup cover 2. The handle ring handle can help to hold and take the combined vacuum cup, and finally, as shown in figure 8, the structure can be directly used after the cup cover is directly installed.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Claims

1. The utility model provides a combined vacuum cup, includes cup (1) and bowl cover (2), characterized by: a heat-preservation connecting cup (3) is arranged between the cup body (1) and the cup cover (2), the heat-preservation connecting cup (3) comprises an upper cup groove (4), a heating structure box (5) and a lower cup connecting neck (6), a liquid hole pipe (8) is arranged in the center of a groove body (7) of the upper cup groove (4), the top of the heating structure box (5) is sealed by an upper groove sealing sheet (9 a), the bottom of the heating structure box is sealed by a lower groove sealing sheet (9 b), a box cavity (11) is arranged in the hollow cavity, a metal heat transfer sheet (10) is arranged on the upper groove sealing sheet (9 a), a heating sheet (12) adhered with the metal heat transfer sheet (10) is arranged in the box cavity (11), and the lower cup connecting neck (6) is provided with threads and connected with the cup body (1), so that the heat-preservation connecting cup (3) and the cup body (1) are connected into a whole; the cup cover (2) is in threaded connection with the upper cup groove (4) of the heat insulation connecting cup (3), the cup cover (2) comprises a cup cover pipe body (14), a nipple (15) and a cup cover (16), the nipple (15) is arranged at the top of or inside the cup cover pipe body (14), and the cup cover (16) is arranged at the top of the cup cover pipe body (14) and covers the nipple (15) on the cup cover pipe body (14).

2. The combination type thermos cup of claim 1, which is characterized in that: the box cavity (11) is of an annular structure due to the existence of the structure of the liquid passing hole pipe (8).

3. A modular cup, as claimed in claim 1 or claim 2, which includes: a liquid guide pipe (17) is arranged in the liquid passing hole pipe (8) in a plugging mode, and the height of the liquid guide pipe (17) is higher than that of the metal heat transfer sheet (10).

4. A modular cup, according to claim 3, characterised in that: the liquid guide pipe (17) is convex and made of glass.

5. The combination type thermos cup of claim 1, which is characterized in that: the heating structure box (5) is externally provided with a USB charging port (18), and the USB charging port (18) is electrically connected with a battery (13) with charging capacity.

6. The combination type thermos cup of claim 1, which is characterized in that: a handle ring handle (19) is arranged between the top of the heat-preservation connecting cup (3) and the lower part of the cup cover (2).

7. The combination type thermos cup of claim 1, which is characterized in that: the novel nipple cup is characterized in that the cup cover pipe body (14) is of a pipe body structure, the inner structure of the pipe body is a nipple opening (21) with a hemispherical top opening, a fixing retaining ring (22) is arranged at the bottom of the pipe body, a nipple is arranged at the bottom of the cup cover pipe body (14) in a plugged mode, a nipple head at the top of the nipple is exposed from the nipple opening (21) and used by an infant, and the nipple cover body (24) is contained in the cup cover pipe body (14).