TWM557084U - Vacuum warm-keeping container - Google Patents

Abstract

The utility model relates to a vacuum heat preservation container which adopts: a preset shape inner layer member and an outer layer member which are arranged to maintain a predetermined spacing space; wherein the upper end portion of the inner layer member extends outwardly. The receiving section, and the upper predetermined range of the inner layer member or the outer layer member, allows the formation of the joint portion to match the temporary orientation limitation of the cover body, and the inner layer member extends upwardly from the outer portion. The receiving section is capable of maintaining a close contact with the corresponding upper end periphery of the outer layer member, and is formed integrally with the appropriate fusion of the adjacent pre-bonding range in the joint, and the inner and outer layer of the heat-insulating container is adjacent to the bottom hole. At the same time, the vacuum treatment can be performed by appropriately fused along the periphery of the hole to form a sealed sealing region, so that the formed metal heat preservation container can maintain a stable sealing in the bonding range even after being used for a period of time, and the metal is lifted. The normal service life of the insulated container.

Description

Vacuum insulation container

The present invention provides a vacuum insulated container, which mainly comprises a metal-made heat-insulating container group which is formed by separately forming related components by using adjacent pre-bonding portions which are originally sealed with each other to facilitate the composition of the metal. The insulated container can maintain a stable sealing in the bonding range even after a long period of use, thereby improving the normal service life of the metal insulated container.

The existing vacuum insulation containers are quite diverse in the form of the group, and the broad distinctions are as follows: one is to draw the predetermined material into the container shape of the required shape and depth by means of extension, and to form a unit in a suitable manner; The second is to form the container member in a preset form through the mold, and to seal the bottom of the bottom of the vacuum by a suitable sealing mechanism; the third is to form the inner and outer cups and the seal by the preset material. Cover, as disclosed in the certificate number of 106.02.11: I569761 "Titanium insulation cup and its manufacturing method" invention, the formation of the insulation cup is: the use of titanium metal material is initially produced into an integrated inner and outer a cup body and a cover, at the bottom of the outer cup body is an open end that conforms to the outer periphery of the cover, a stainless steel metal dielectric layer is sputtered on the surface of the cover, and the back cover is used to protect the weld The cover is combined with the open end of the outer cup body, and the gas between the inner and outer cups is vacuumed while being vacuumed to seal the vacuumed portion, and the bottom of the inner and outer cups is fitted with a bottom. Cover for pressing Forming a titanium insulation cup; this application of the dielectric layer as the welding position of the cup member is easy to use along the welding portion for a period of time Peeling occurred, and finally there were even gaps that could not be used.

Here, the problem of the heat preservation cup assembly in the above-mentioned application forms is improved in the component group, so that the metal heat preservation container can be formed by separately forming the relevant components. The joint portion serves as a region sealed with each other, and the metal heat insulating container having the composition can maintain a stable sealing in the bonding range even after a long period of use, thereby improving the normal service life of the metal heat insulating container.

This creation is based on the existing metal insulation container related components can be set up with each other to obtain a good sealing range by simple operation, which is adopted by: the metal insulation container contains individual formed preset shapes. The layer member and the outer layer member are arranged to maintain a predetermined spacing space, and a suitable hole is reserved at the lower end of the outer layer member; wherein the upper end portion of the inner layer member extends outwardly and extends abutting The paragraph, and the upper predetermined range of any member of the inner layer member or the outer layer member, is to allow the formation of the joint portion to match the temporary orientation limitation of the cover body, and the inner layer member is extended to extend over the outer portion. The paragraph is such that it can maintain a close contact with the corresponding upper end periphery of the outer layer member, and can be integrated as a suitable fusion of the adjacent pre-bonding range in the joint, and the inner and outer layer of the heat-insulating container is adjacent to the bottom of the hole in the vacuum. At the same time, it is possible to form a sealed sealing area along the peripheral range of the bottom hole, and the metal insulated container of the structure can be kept in the bonding stage even after being used for a period of time. The stable sealing of the enclosure improves the normal service life of the metal insulated container.

The main purpose of the present invention is to maintain a predetermined spacing space between the inner layer member and the outer layer member of the individual forming preset form included in the metal heat preservation container, and to retain a space at the lower end of the outer layer member. a suitable hole; and the modified portion is: along the aforementioned inner layer member One end is extended outwardly by a receiving section, and a predetermined range of any member of the inner layer member or the outer layer member is allowed to form a joint portion to match the temporary orientation limitation of the cover body in the covering, the inner layer The upper end of the piece can be kept in close contact with the corresponding upper end of the outer layer, and can be integrated as an integral fusion of the adjacent pre-bonding range, and the inner and outer parts can be insulated. The hole adjacent to the bottom of the container is vacuum-treated, and is fused to the area around the bottom hole to form a sealed sealing region. As a member of the heat-retaining container, it can be easily assembled by being easy to operate. The sealing range will increase the normal service life of the metal insulated container.

The second object of the present invention is to maintain the space of a predetermined interval between the inner layer member and the outer layer member of the individually formed preset shape included in the metal heat preservation container, and to retain the space at the lower end of the outer layer member. a suitable hole; and the modified portion is: along the upper end of the inner layer member, the end portion extends outwardly, and the upper portion of the outer layer member is turned inwardly to form a joint portion to fit the cover body. In the temporary orientation limitation of the covering, the aforementioned inner layer member is supported by the upper end of the outer layer to maintain a close contact with the corresponding upper end periphery of the outer layer member, so as to be suitable for fusion in the adjacent pre-bonding range. The heat-insulating container which is formed integrally with the inner and outer parts is vacuum-treated at the same time as the bottom hole, and is fused to form a sealed sealing area along the periphery of the bottom hole, and the related components of the heat-insulating container are in each other. The assembly can achieve a good sealing range in the simple operation and improve the normal service life of the metal insulated container.

The third object of the present invention is to maintain a predetermined spacing space between the inner layer member and the outer layer member of the individual forming preset form included in the metal heat preservation container, and further on the lower end of the outer layer member. The preformed portion of the formed matching bottom layer is reserved for a suitable hole; and the modified portion is: the upper end of the inner layer member extends outwardly to extend a section of the receiving section, and is externally The upper portion of the layer member is turned inwardly to form a joint portion to fit the temporary orientation of the cover body, and the inner layer member is supported by the upper end portion of the outer layer member. In close contact, as the integration can be integrated by the adjacent pre-bonding range of the joint, and the connection of the bottom layer to the lower end of the outer layer is suitable for fusion by the adjacent pre-bonding range. The heat-insulating container formed by the inner and outer layer members and the bottom member is disposed adjacent to the bottom of the heat-insulating container, and the hole is formed in the vicinity of the bottom hole to form a sealed sealing region. The components of the insulated container are arranged in each other to obtain a good sealing range in a simple operation and to improve the normal service life of the metal insulated container.

[this creation]

1, 1 ', 1" ‧ ‧ inner layer

11, 11', 11" ‧ ‧ 承 承 passage

12, 24‧‧‧ joints

2, 2', 2" ‧ ‧ outer pieces

21, 31‧ ‧ holes

22, 22', 22", 25‧ ‧ pre-binding range

23, 32‧‧‧ Area

3‧‧‧Bottom parts

4‧‧‧Insulation container

41‧‧‧ Space

5‧‧‧ Vacuum treatment

Figure 1 is an exploded view of the relevant components of Form 1 of the present insulated container.

Fig. 2 is a schematic diagram showing the steps of the construction of the related components of the present invention.

Figure 3 is a schematic diagram of the second step of the implementation of the related components of the present invention.

Figure 4 is a schematic diagram of the third step of the combined implementation of the related components of the present invention.

Figure 5 is an exploded view of the relevant components of Form 2 of the present insulated container.

Fig. 6 is a schematic diagram showing the steps of the combination of the components of the second embodiment of the present invention.

Figure 7 is a schematic diagram of the second step of the combination of the two components of the present invention.

Figure 8 is a schematic diagram of the third step of the combined implementation of the second component of the present invention.

Figure 9 is an exploded view of the relevant components of Form 3 of the present insulated container.

Figure 10 is a schematic diagram of steps 1 and 2 of the related components of the third form of the present invention.

Figure 11 is a schematic diagram of the third step of the combined implementation of the third component of the creation of the insulated container.

Figure 12 is a schematic diagram of the fourth step of the combined implementation of the third component of the present invention.

The vacuum insulated container form of the present design (such as the first and second figures) mainly maintains the inner layer member 1 and the outer layer member 2 of the individual forming preset forms included in the metal heat insulating container 4 in a phase-fit manner. a space 41 of a predetermined spacing, and a suitable hole 21 is retained at a lower end of the outer layer member 2; and the modified portion is: an upper end of the inner layer member 1 extends outwardly to extend a section 11 And the upper predetermined range of the inner layer member 1 or the outer layer member 2 is allowed to form the joint portion 12 (here, the inner layer member 1 is implemented, and the joint portion 12 here is a threaded portion as one of them) Optionally, in order to cooperate with the temporary orientation limitation of the cover body, the aforementioned inner layer member 1 is supported by the outer end portion 11 so as to maintain a close contact with the corresponding upper end periphery of the outer layer member 2 (as shown in FIG. 2). 〕, as the joint can be integrated by the adjacent pre-bonding range 22 (as indicated by the arrow in Fig. 2), the heat-containing container 4 formed by the inner and outer layers 1 and 2 is adjacent to the hole 21 at the bottom. At the same time as vacuum treatment 5 (as shown in Figure 3), it is possible to follow the bottom The peripheral range of the hole 21 (as indicated by the arrow in Fig. 4) is appropriately fused to form the region 23 which is hermetically sealed; the metal insulated container 4 of this configuration can be kept stable in the bonding range even after being used for a period of time. Sealing and lifting the normal service life of the metal insulated container 4.

The vacuum insulated container 4' form 2 (as shown in Figs. 5 and 6) is an inner layer member 1' including an individual shaped preset shape, and the outer layer member 2' is nested to maintain a predetermined space 41 And retaining a suitable hole 21 at the lower end of the outer layer member 2'; and the modified portion is: the upper end of the inner layer member 1' is extended outwardly by a receiving portion 11', and the outer layer The upper part of the piece 2' is turned inwardly into a joint portion 24 (where the joint portion 24 is Taking the threaded section as an option thereof to match the temporary orientation limitation of the cover body, the aforementioned inner layer member 1' is supported by the upper end of the outer layer member 2'. a close contact (as shown in Fig. 6), as an integral fusion of the adjacent pre-bonding range 22' (as indicated by the arrow in Fig. 6), the inner and outer parts 1', 2' of the insulated container 4' is adjacent to the bottom of the hole 21 while vacuum processing 5 (as shown in Figure 7), can be properly fused along the perimeter of the bottom hole 21 (as indicated by the arrow in Figure 8) The area 23' constituting the hermetic seal; the components associated with the heat-insulating container 4' are arranged to each other to obtain a good sealing range in a simple operation, and to enhance the normal service life of the metal insulated container 4'.

The vacuum insulation container 4" of the foregoing form 3 (such as Figures 9 and 10) is an inner layer member 1" including an individual shaped preset shape, and the outer layer member 2" is in a phase arrangement to maintain a predetermined spacing space. 41. Further, at the lower end of the outer layer member 2", the predetermined portion of the bottom layer member 3 is formed to retain a suitable hole 31; and the modified portion is: along the upper layer of the inner layer member Extending a section of the receiving section 11", and in the upper section 2", the upper section is turned inwardly into abutting portion 24 (where the engaging portion 24 is a threaded section as an option) to fit the cover over the cover The temporary orientation limitation, the aforementioned inner layer member 1" is supported by the outer portion of the outer portion 2" to maintain a close contact with the corresponding upper end portion of the outer layer member 2 (as shown in Fig. 10). The adjacent pre-bonding range 22" (as indicated by the arrow in Fig. 10 indicates the boundary of the boundary) is integrally formed, and the connection of the bottom layer member 3 to the lower end of the outer layer member 2 is possible. Adjacent pre-bonding range 25 (as indicated by the lower arrow in Figure 10 indicates the boundary of the junction) So that the inner, outer bore adjacent to the bottom member 1 ', 2' and the bottom member 3 constituting the heat-retaining container 4 "5 31 while performing vacuum processing [e.g. Figure 11 is a region 32 which can be fused together along the peripheral range of the bottom hole 31 (as indicated by the arrow in Fig. 12) to form a hermetic sealing region 32. As the heat insulating container 4, the related members can be arranged in each other. Easy operation gives a good sealing range and improves the normal service life of the metal insulated container 4".

The vacuum insulated containers 4, 4', 4" described in the paragraphs [0009], [0010], and [0011] are used as the inner layer member and the outer layer member for fusion application in the adjacent pre-bonding range, and are partially melted by themselves. Welding can be combined, such as argon welding, laser welding, electric welding, etc., by using a medium-free welding form to improve the orientation of the related components of the thermal insulation container, which can overcome the use of the thermal insulation container. After a period of time, the junction area is easily peeled off and the normal service life of such metal insulated containers is prolonged.

Claims (3)

The utility model relates to a vacuum heat preservation container, which is a space for maintaining the inner layer of the individual forming preset form included in the metal heat preservation container, and the outer layer piece is kept at a predetermined spacing in the phase fitting, and retaining at the lower end of the outer layer piece. The modified portion is: the upper end of the inner layer member is extended outwardly by a receiving section, and the upper surface of the inner layer member or the outer layer member is allowed to form a joint portion. In order to meet the temporary orientation limitation of the cover body, the aforementioned inner layer member is adjacent to the outer end portion of the outer layer member to maintain a close contact with the corresponding upper end periphery of the outer layer member, as the adjacent pre-bonding range can be borrowed. The suitable fusion of the inner and outer parts of the heat-insulating container adjacent to the bottom of the heat-insulating container is vacuum-processed at the same time, and can be appropriately fused along the periphery of the bottom hole to form a sealed sealed area; The related components can be assembled with each other to obtain a good sealing range by a simple operation, and the normal service life of the metal insulated container is also improved. The utility model relates to a vacuum heat preservation container, which is a space for maintaining the inner layer of the individual forming preset form included in the metal heat preservation container, and the outer layer piece is kept at a predetermined spacing in the phase fitting, and retaining at the lower end of the outer layer piece. The modified part is: the upper end of the inner layer member extends outwardly to extend a section of the receiving portion, and the upper portion of the outer layer member is turned inwardly to form a joint portion to cover the cover body. The temporary orientation limitation, the aforementioned inner layer member is supported by the outer end portion of the outer layer member to maintain a close contact with the corresponding upper end periphery of the outer layer member, and is integrated as a suitable fusion in the adjacent pre-bonding range. Another insulated container made of inner and outer parts is adjacent to the bottom At the same time as the vacuum processing, the holes of the portion can be appropriately fused along the periphery of the bottom hole to form a sealed sealing region; as the heat insulating container related members are arranged in each other, a good sealing range can be obtained in a simple operation. And improve the normal service life of metal insulation containers. The utility model relates to a vacuum heat preservation container which is an inner layer member which is formed in a preset shape of a metal heat insulating container, and a space in which the outer layer member is kept at a predetermined interval in the phase fitting, and is further formed on the lower end of the outer layer member. The preset part of the matching bottom part is to retain a suitable hole; the modified part is: a piece of the receiving section extending outward along the upper end of the inner layer piece, and a turn inwardly on the upper part of the upper part The connecting portion is adapted to fit the temporary orientation of the cover body in the covering manner, and the aforementioned inner layer member is supported by the upper end portion of the outer layer member to maintain a close contact with the corresponding upper end periphery of the outer layer member, as The suitable fusion of the pre-bonding range is integrated, and the joining of the bottom layer member after contacting the lower end of the outer layer member can be integrated by appropriate fusion of adjacent pre-bonding ranges, so that the inner and outer layers are The heat-insulating container formed by the member and the bottom member is adjacent to the hole at the bottom while being vacuum-treated, and is capable of being appropriately fused along the periphery of the bottom hole to form a sealed sealing region; Related groups provided in the container member can be obtained in a simple operation with one another good sealing range, and enhance the normal life of the heat-retaining container made of metal.