CN209436797U - A kind of Novel thermos cup with multi-layer heat preserving structure - Google Patents

Abstract

The utility model relates to a kind of Novel thermos cups with multi-layer heat preserving structure, including having at least two thermal insulation layers, silica gel sealing portion, honeycomb insulation portion, thermal insulation layer includes the foam filling part being set at cup lid inner hub location and the spiro tooth part for being set to foam filling part periphery, foam filling part outside wall surface is mutually adjacent to spiro tooth part, forms the horizontal direction heat insulation structural for preventing heat to scatter and disappear from inside to outside relative to heat-insulating cup cover；Honeycomb insulation portion is formed in the heat preservation sandwich layer between foam filling part and silica gel sealing ring.The utility model can further realize reduction heat losses, and hoisting container heat insulation effect is conducive to improve user's comfort level；Its configuration design is novel, the corresponding product formed by the structure, plastic cement money, hardware money etc. can be designed as according to different use demands, amount of capacity chooses at random according to different needs, more practical for user；In terms of average soaking time and mean temperature, preferable thermal insulation property is embodied.

Description

A kind of Novel thermos cup with multi-layer heat preserving structure

Technical field

The utility model relates to cool-bag technical field more particularly to a kind of novel heat insulations with multi-layer heat preserving structure Cup.

Background technique

There are three types of approach for the propagation of heating power: radiation, convection current and transmitting, for cool-bag field, many heat preserving modes Implementation is the relevant issues of heat loss caused by solving because of the above approach.

Vacuum cup belongs to one kind of cool-bag, and with the continuous promotion of Market Consumer demand, producer is in money Formula, model, material etc. design different vacuum cups, have emerged one after another.The general structure of vacuum cup generally comprises Cup body, cup lid and cup gallbladder, cup gallbladder can reflect the radiation of hot water, and the vacuum setting of cup gallbladder and cup body can block the transmitting of heating power, Cup body then prevents thermal convection.There is plurality of layers inside the vacuum cup of many products, interlayer is usually vacuum, for preventing hot biography It leads, there are also cork is had on the cup lid of some vacuum cups, is also arranged to prevent the conduction of heat.

Those skilled in the art have found that not only cup body is easy after being analyzed the well-known technique defect of existing vacuum cup Lead to heat loss, cup lid is because of design " interior sky ", it is easy to make heat losses, in fact, making integral heat insulation cup when in use, locate It under a kind of keeping warm mode of lower thermal insulation property, is in particular in, conventional vacuum cup or corresponding other cool-bag cup lids The heat loss of position vertical direction and the heat loss of cup lid position horizontal direction.

In conclusion the present invention is exactly on the basis of existing well-known technique, in conjunction with the verifying of practical application, to same skill Product structure in art field proposes that the technical solution further researched and developed with designed, these technical solutions proposed are entirely capable of solving Problem certainly of the existing technology, while being also beneficial to the solution of numerous technical problems of same technical field and developing skill The expansibility of scheme.

Utility model content

For disadvantages described above, the utility model provides a kind of Novel thermos cup with multi-layer heat preserving structure, exterior appearance, Heat losses, hoisting container heat insulation effect can be reduced, be conducive to improve user's comfort level, while solving many of the prior art It is insufficient.

To achieve the above object, the utility model uses following technical scheme:

A kind of Novel thermos cup with multi-layer heat preserving structure has vacuum cup body and matched heat-insulating cup cover, The heat-insulating cup cover has several layers insulation construction, and the insulation construction includes:

Have at least two thermal insulation layers, including the foam filling part that is set at the cup lid inner hub location and It is set to the spiro tooth part of the foam filling part periphery, the foam filling part outside wall surface is mutually adjacent to spiro tooth part, forms phase The horizontal direction heat insulation structural for preventing heat to scatter and disappear from inside to outside the heat-insulating cup cover；

Silica gel sealing portion is set to the heat-insulating cup cover bottom；

Honeycomb insulation portion, top, bottom are successively adjacent to the foam filling part, the silica gel sealing portion respectively, and It is formed in the heat preservation sandwich layer between the foam filling part and the silica gel sealing ring.

Further include following any one for the additional structure of above technical scheme:

For cup body structure, the cup body is set gradually using at least double-layer heat insulation inner-tube structure including ecto-entad Stainless steel outer layer, copper facing liner；

Correspondingly, vacuum layer is formed between the stainless steel outer layer and copper facing liner.

For cup lid structure, the heat-insulating cup cover includes but is not limited to plastic cover, stainless steel cover.

Correspondingly, the stainless steel cover has double-layer structure, i.e. outer cover, plastic cement inner cover with plating outer layer.

For honeycomb insulation portion, the honeycomb insulation portion is made of the hole location of several hexagons and each of which hole location is formed Corresponding closed chamber, so that the vertical space in lid portion inside forms sealing heat insulation structural.

For having the technical solution of any one additional structure above, further includes:

For the height of the foam filling part, level height where top surface close to the top surface inside heat-insulating cup cover, Level height where bottom surface is in cup body rim of a cup lower inside and is close to the screw thread position of lowest position.

Correspondingly, the spiro tooth part has the external screw thread being cooperatively connected with cup body rim of a cup position, and will by external screw thread Cup lid is tightened with cup body fixation.

The technical solution adopted in the utility model can also correspondingly be implemented are as follows:

The foam filling part preferably uses cylindrical structure and its outside wall surface is adjacent to cup lid inside face.

In addition, the heat-insulating cup cover has the heat-insulated handle at different location.

Novel thermos cup described in the utility model with multi-layer heat preserving structure has the beneficial effect that

(1) by the way that multi-layer heat preserving cup lid structure, including spiro tooth part, foam filling part and combination honeycomb insulation construction is arranged, Reduction heat losses can be further realized, hoisting container heat insulation effect is conducive to improve user's comfort level；

(2) its configuration design is novel, and the corresponding product formed by the structure can be designed as plastic cement according to different use demands Money, hardware money etc., amount of capacity chooses at random according to different needs, more practical relative to user；

(3) in terms of average soaking time and mean temperature, preferable thermal insulation property is embodied.

Detailed description of the invention

The utility model is described in further detail below according to attached drawing.

Fig. 1 is the cross-section structure signal of the Novel thermos cup described in the utility model embodiment one with multi-layer heat preserving structure Figure；

Fig. 2 is the stereoscopic schematic diagram of the Novel thermos cup described in the utility model embodiment one with multi-layer heat preserving structure；

Fig. 3 is the side schematic view of the Novel thermos cup described in the utility model embodiment one with multi-layer heat preserving structure；

Fig. 4 is the internal structure signal of the Novel thermos cup described in the utility model embodiment one with multi-layer heat preserving structure Figure；

Fig. 5 is the cross-section structure signal of the Novel thermos cup described in the utility model embodiment two with multi-layer heat preserving structure Figure；

Fig. 6 is the stereoscopic schematic diagram of the Novel thermos cup described in the utility model embodiment two with multi-layer heat preserving structure.

In figure:

1, plastic cement outer cover；2, cup body；3, the stainless steel outer cover with electroplated layer；4, silica gel sealing ring；5, silica gel lifting rope；

11, spiro tooth part；12, foam filling part；13, honeycomb insulation construction；

21, stainless steel outer layer；22, copper facing liner；23, vacuum layer；

31, plastic cement inner cover；

51, elastic rubber handle.

Specific embodiment

Embodiment one

As shown in Figs 1-4, with the Novel thermos cup of multi-layer heat preserving structure described in the utility model embodiment one, institute is in fact The technological means applied purpose to be achieved is, solves conventional vacuum cup or corresponding other cool-bags because cup lid position is designed " interior sky " and heat transfer easily occurs between cup body and leads to most of heat losses, and then reduces entire cool-bag Or the problem of losing thermal insulation property, to solve this technical problem, needs to avoid cup lid position vertical direction by taking vacuum cup as an example The heat loss of heat loss and cup lid position horizontal direction, it is therein vertically include it is close between cup lid and cup body Heat structure is insulated, horizontal direction therein includes the heat insulation structure that cup lid itself is implemented from inside to outside, in addition, whole to be promoted The heat preservation standard of body cool-bag can also implement corresponding insulation construction to the other positions of cup body.Therefore, the utility model is implemented Technical solution used by example one includes the plastic cement outer cover 1 with silica gel lifting rope 5 on the basis of cup body 2 first.

1 structure of plastic cement outer cover of arrangement above is analyzed:

Successively implement a heat-insulated internal layer, a heat insulating outer shield inside the plastic cement outer cover 1 implemented from inside to outside, is implemented Heat-insulated internal layer includes the foam filling part 12 for being set to 1 interior central area of plastic cement outer cover, and the foam filling part 12 is preferred real It applies as cylindrical structure and its outside wall surface is adjacent to heat insulating outer shield, the heat insulating outer shield implemented includes being set to foam filling part The spiro tooth part 11 of 12 peripheries, which has the external screw thread being cooperatively connected with 2 rim of a cup position of cup body, by cup body 2 Fang Xuanzhuan plastic cement outer cover 1 is tightened in the external screw thread of spiro tooth part 11 inside 2 rim of a cup of cup body, thus by plastic cement outer cover 1 and cup Body 2 is tightened；

Accordingly for the setting for 12 height of foam filling part implemented, at least ensure that in plastic cement outer cover 1 and cup body In the state that 2 tighten, level height where its top surface of foam filling part 12 is close to the inboard top of plastic cement outer cover 1, bottom Level height where face is in 2 rim of a cup lower inside of cup body and is close to the screw thread position of lowest position, so that it is guaranteed that bubble Cotton filling part 12 prevents heat to be scattered and disappeared horizontally outward from 2 rim of a cup position of cup body by lid portion inside together with spiro tooth part 11, to realize Double-decked insulation in lid portion inside horizontal direction is preferably kept the temperature and the basis of heat-proof quality to establish container；

Further, the lid position for 12 lower section of foam filling part implemented has to be made of the hole location of several hexagons Honeycomb insulation construction 13, meanwhile, 1 bottom surface of plastic cement outer cover implement one layer of silica gel sealing ring 4, due to honeycomb insulation construction 13 have Standby certain thickness, and be between foam filling part 12 and silica gel sealing ring 4 on vertical space, thus, the bee implemented Nest insulation construction 13 is formed relative to the heat preservation sandwich layer between foam filling part 12 and silica gel sealing ring 4, and the heat preservation sandwich layer is in Each hole location form corresponding closed chamber, therefore, in the vertical space direction of lid portion inside, realize sealing heat insulation structural, To further increase the heat-insulated and thermal insulation property of whole container.

2 structure of cup body of arrangement above is analyzed:

The cup body 2 implemented uses double-layer heat insulation inner-tube structure, i.e. ecto-entad successively implements stainless steel outer layer 21, copper facing Liner 22 and the formation vacuum layer 23 between stainless steel outer layer 21 and copper facing liner 22, to make 2 structure of cup body itself into one Step improves thermal and insulating performance, it is ensured that the thermal insulation property of entire cool-bag.

With the Novel thermos cup of multi-layer heat preserving structure described in the utility model embodiment one, implementation is a kind of plastic cement The vacuum cup of style, model is mostly different, its capacity is implementable 520ml or to be implemented according to different demands in production, according to property It can test and the practical effect of the person of combined use, the plastic cement outer cover 1 implemented combine the heat preservation to be formed with cup body 2 and hold Device, thermal insulation property averagely can be extended down to 6 hours, and mean temperature is 63 DEG C.

Embodiment two

As seen in figs. 5-6, described in the utility model embodiment two with multi-layer heat preserving structure Novel thermos cup, be Further deformation on the basis of the technological means that embodiment one is implemented belongs to same with technical solution used by embodiment one Content is embodied in a design, and solve identical technical problem are as follows: on the basis of cup body 2, including with electroplated layer not Become rusty steel outer cover 3, the flexible rubber handle 51 of outer cover upper belt.

3 structure of stainless steel outer cover with electroplated layer of arrangement above is analyzed:

The stainless steel outer cover 3 with electroplated layer implemented has the double-deck cover body structure, and outer layer lid is stainless using 304 types Steel layer, internal layer lid use plastic cement inner cover 31, and it is heat-insulated interior successively to implement one from inside to outside inside the plastic cement inner cover 31 implemented Layer, a heat insulating outer shield, the heat-insulated internal layer implemented includes the foam filling part for being set to 1 interior central area of plastic cement outer cover 12, the heat insulating outer shield implemented includes being set to the peripheral spiro tooth part 11 of foam filling part 12, the foam filling part 12 implemented, Spiro tooth part 11 and outer cover can prevent heat to be scattered and disappeared horizontally outward from cup body 2 by lid portion inside together, to realize lid portion inside Three layers of insulation construction in horizontal direction, can prevent heat to be scattered and disappeared horizontally outward by lid portion inside, to improve hardware container The preferably basis of heat preservation and heat-proof quality.

With the Novel thermos cup of multi-layer heat preserving structure described in the utility model embodiment one, implementation is a kind of hardware The vacuum cup of style, its capacity is implementable in production implements for 350ml or according to different demands, other corresponding technical characteristics, Can refer to relevant art means that embodiment one is implemented or on the basis of be correspondingly improved, details are not described herein again.

In the description of this specification, if there is the descriptions such as term " embodiment one ", " the present embodiment ", " specific implementation " meaning Refer to that particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained in the utility model or invention extremely In few one embodiment or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical reality Apply example or example；Moreover, described particular features, structures, materials, or characteristics can in any one or more embodiments or It is combined in a proper manner in example.

In the description of this specification, term " connection ", " installation ", " fixation ", " setting ", " having " etc. do broad sense reason Solution, for example, " connection " may be a fixed connection or pass through intermediate module on the basis of not influencing component relationship and technical effect Indirectly carry out, be also possible to integrally connected or part connect, such as herewith example situation for those of ordinary skills, Concrete meaning of the above-mentioned term in the utility model or invention can be understood as the case may be.

The above-mentioned description to embodiment is for the ease of those skilled in the art it will be appreciated that and using this Case technology, person skilled in the art obviously can make various modifications to these examples easily, and described herein one As principle be applied in other embodiments without having to go through creative labor.Therefore, this case is not limited to above embodiments, for The modification of several situations below, all should be in the protection scope of this case: 1. based on technical solutions of the utility model and to tie The new technical solution that existing common knowledge is implemented is closed, technical effect caused by the new technical solution is not departing from this Except utility model technical effect, for example, the multi-layer heat preserving constituted using foam filling part, honeycomb insulation construction and spiro tooth part Structure and the vacuum cup or other corresponding cool-bags for being applied to different model；2. practical to this using well-known technique The equivalence replacement of the Partial Feature of new technique scheme, generated technical effect is identical as the utility model technical effect, example Such as, cup body, the size of cup lid or capacity are replaced；3. it carries out to expand based on technical solutions of the utility model, Except the substantive content of technical solution after expansion is without departing from technical solutions of the utility model；4. utilizing the utility model explanation Equivalent transformation made by book and accompanying drawing content, is directly or indirectly used in other related technical areas.

Claims (10)

1. a kind of Novel thermos cup with multi-layer heat preserving structure has vacuum cup body and matched heat-insulating cup cover, institute Heat-insulating cup cover is stated with several layers insulation construction, which is characterized in that the insulation construction includes:

Have at least two thermal insulation layers, including the foam filling part being set at the cup lid inner hub location and setting Spiro tooth part in the foam filling part periphery, the foam filling part outside wall surface are mutually adjacent to spiro tooth part, formed relative to The horizontal direction heat insulation structural that the heat-insulating cup cover prevents heat to scatter and disappear from inside to outside；

Silica gel sealing portion is set to the heat-insulating cup cover bottom；

Honeycomb insulation portion, top, bottom are successively adjacent to the foam filling part, the silica gel sealing portion respectively, and are formed Heat preservation sandwich layer between the foam filling part and the silica gel sealing ring.

2. the Novel thermos cup according to claim 1 with multi-layer heat preserving structure, it is characterised in that: the cup body uses At least double-layer heat insulation inner-tube structure, the stainless steel outer layer set gradually including ecto-entad, copper facing liner.

3. the Novel thermos cup according to claim 2 with multi-layer heat preserving structure, it is characterised in that: outside the stainless steel Vacuum layer is formed between layer and copper facing liner.

4. the Novel thermos cup according to claim 1 with multi-layer heat preserving structure, it is characterised in that: the heat-insulating cup cover Including plastic cover, stainless steel cover.

5. the Novel thermos cup according to claim 4 with multi-layer heat preserving structure, it is characterised in that: the stainless steel cover With double-layer structure, i.e., with outer cover, the plastic cement inner cover that outer layer is electroplated.

6. the Novel thermos cup according to claim 1 with multi-layer heat preserving structure, it is characterised in that: the honeycomb heat preservation Portion is made of the hole location of several hexagons and each of which hole location forms corresponding closed chamber, thus in the vertical of lid portion inside Space forms sealing heat insulation structural.

7. the Novel thermos cup according to claim 1-6 with multi-layer heat preserving structure, it is characterised in that: for The height of the foam filling part, level height where top surface is close to the top surface inside heat-insulating cup cover, level where bottom surface Height is in cup body rim of a cup lower inside and is close to the screw thread position of lowest position.

8. the Novel thermos cup according to claim 7 with multi-layer heat preserving structure, it is characterised in that: the spiro tooth part tool There is the external screw thread being cooperatively connected with cup body rim of a cup position, and is tightened cup lid and cup body fixation by external screw thread.

9. the Novel thermos cup according to claim 1 with multi-layer heat preserving structure, it is characterised in that: the foam filling Portion preferably uses cylindrical structure and its outside wall surface is adjacent to cup lid inside face.

10. the Novel thermos cup according to claim 1 with multi-layer heat preserving structure, it is characterised in that: the vacuum cup Cover the heat-insulated handle having at different location.