CN203029024U

CN203029024U - Shockproof vacuum bottle

Info

Publication number: CN203029024U
Application number: CN 201220714954
Authority: CN
Inventors: 刘兴宾; 钟家欢
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-08
Filing date: 2012-12-08
Publication date: 2013-07-03
Anticipated expiration: 2022-12-08

Abstract

A shockproof vacuum bottle overcomes defects that an existing vacuum bottle cannot carry out shock resistance and decompression on a liner and cannot effectively protect the inner of the vacuum bottle. The shockproof vacuum bottle is characterized in that a housing of the vacuum bottle is directly connected with an outer layer brace. An inner layer brace, a fixing baffle, a spring and a movable baffle are sleeved in the outer layer brace. The spring is arranged between the movable baffle and the outer layer brace. The fixing baffle is fixedly connected with the outer layer brace in a sectional mode. The size of a middle gap is larger than that of the inner layer brace. The movable baffle is arranged on the inner layer brace, and the width of the movable baffle is larger than that of the middle gap of the fixing baffle. An arc-shaped rubber is fixed on the tail end of the inner layer brace, and the radian of the arc-shaped rubber coincides with that of the liner, so that the radian of the arc-shaped rubber can coincide with that of the liner. Round rubbers are respectively arranged at the top and the bottom of the vacuum bottle and are tightly attached to the top and the bottom of the liner. The shockproof vacuum bottle is simple in structure, convenient to operate, easy to produce and worthy being popularized and used.

Description

A kind of anti-shock, thermal insulating bottle

Affiliated technical field

The utility model relates to a kind of vacuum flask shell class, particularly a kind of anti-shock, thermal insulating bottle field.

Technical background

At present, common vacuum flask shell can not be protected inner bag, when vacuum flask is subjected to impulsive force, is easy to cause the fragmentation of inner bag, very easily brings inconvenience when using vacuum flask like this, and may cause personal injury to the user thus.

Summary of the invention

The design can not implement the antidetonation decompression to inner bag for solving existing vacuum flask, can not effectively protect the defective of vacuum flask inner bag, and a kind of anti-shock, thermal insulating bottle is provided.

Technical scheme:

The design is made of pillar outer, arc rubber, round rubber, fixed dam, spring, sideboard, internal layer pillar, shell.The vacuum flask shell directly is connected with pillar outer, put the internal layer pillar in the pillar outer, fixed dam, spring and sideboard, spring is arranged between sideboard and the pillar outer, fixed dam is that segmented is fixedlyed connected with pillar outer, the intermediate gaps size is bigger slightly than internal layer pillar, sideboard be arranged on the internal layer pillar and width greater than the fixed dam intermediate gaps, arc rubber is fixed on the internal layer post tips, radian is consistent with the radian of inner bag, can reach with the inner bag radian and coincide, in vacuum flask top and bottom top and the bottom that a round rubber can be distinguished the inner bag of tightly fitting be set respectively.

Beneficial effect:

The design has overcome existing vacuum flask can not implement the antidetonation decompression to inner bag, can not effectively protect the defective of vacuum flask inner bag.The utility model is convenient for production, and production cost is also low, is worthy to be popularized.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

(same area label unanimity among each figure)

Fig. 1 is anti-shock, thermal insulating bottle perspective structure schematic diagram.

Fig. 2 is the inner perspective structure schematic diagram of pillar outer.

Wherein, 1, pillar outer, 2, arc rubber, 3, round rubber, 4, fixed dam, 5, spring, 6, sideboard, 7, the internal layer pillar, 8 shells.

The specific embodiment

Shown in Fig. 1-2, the design is made of pillar outer 1, arc rubber 2, round rubber 3, sideboard 4, spring 5, fixed dam 6, internal layer pillar 7 and shell 8.

Vacuum flask shell 8 directly is connected with pillar outer 1.Pillar outer puts internal layer pillar 7, fixed dam 4, spring 5 and sideboard 6 for 1 li.Internal layer pillar 7 contacts with fixed dam 4 but is not connected, and makes that internal layer pillar 7 can be movable.Spring 5 is connected with internal layer pillar 7 with pillar outer 1, and internal layer pillar 7 ends are fixedlyed connected with arc rubber 2.Make that like this internal layer pillar 6 can reduce the impulsive force that vacuum flask is subjected to by the effect with spring 5 when vacuum flask is subjected to impacting.Round rubber 3 is arranged at top and the bottom that the inner bag of tightly fitting can be distinguished in shell 8 upper and lowers respectively.

Claims

1. anti-shock, thermal insulating bottle, constituted by pillar outer, arc rubber, round rubber, fixed dam, spring, sideboard, internal layer pillar, shell, it is characterized in that: the vacuum flask shell directly is connected with pillar outer, put internal layer pillar, fixed dam, spring and sideboard in the pillar outer, spring is arranged between sideboard and the pillar outer, arc rubber is fixed on the internal layer post tips, vacuum flask top and bottom a round rubber is set respectively.