CN205441451U - Novel pressure -proof aerosol can - Google Patents

Abstract

The utility model discloses a novel pressure -proof aerosol can, the utility model discloses a top cap, can body, tank bottoms, the lower terminal surface of top cap and the up end of can body extrusion seamless connection, the other end and the tank bottoms seamless connection of can body, the centre of can body is provided with indent arcuation shell, the surface of indent arcuation shell is connected with cyclic annular rubber pad, evenly be provided with protruding grain on the cyclic annular rubber pad, evenly be equipped with three can body strengthening ribs on the internal surface circumference of can body, the tank bottoms is interior concave circular arcuation, be equipped with four tank bottoms strengthening ribs on the tank bottoms, the utility model discloses having improved product compressive capacity under the body thickness circumstances not increasing jar, having reduced manufacturing cost, increased product application safety factor, evenly be provided with protruding grain on the cyclic annular rubber pad, it is more firm to make the user hold, and adding user holds the comfort level, has prevented to make smooth jar of potential safety hazard that the body dropped and brings in the user's hand because of the jar body is smooth.

Description

A kind of Novel pressure-resistant inhalator jar

Technical field

This utility model relates to inhalator jar technical field, is specially a kind of Novel pressure-resistant inhalator jar.

Background technology

Inhalator jar is widely used in China, and usage amount is very big, brings great convenience to the life of people；But the explosion hazard of inhalator jar brings the biggest potential safety hazard to the life of people simultaneously；Existing inhalator jar can be widely applied to cosmetics, air freshener, insecticide, perfume, bath foam, hair jelly, rub this etc. field, inhalator jar is usually the inhalator jar being made up of this structure top cover, can body and bottom, the inhalator jar that domestic production at present uses all is produced by GB, its top cover is dome shape, support force is less, and therefore compressive resistance is less.Existing product is general only carries out low pressure leak test with the pressure less than GB 3-4Mpa, therefore user and manufacturer are when using or produce inhalator jar, safety is ensured often through improving tank body material thickness, and the problem such as do so necessarily causes product cost to improve, production difficulty increase.

Utility model content

The purpose of this utility model is to provide a kind of Novel pressure-resistant inhalator jar, with the problem solving to propose in above-mentioned background technology.

For achieving the above object, this utility model provides following technical scheme: include top cover, can body, tank bottoms；The lower surface of described top cover extrudes seamless link with the upper surface of can body；The other end of described can body and tank bottoms seamless link；The centre of described can body is provided with indent arcuation shell；The outer surface of described indent arcuation shell connects ring-shaped rubber pad；It is evenly arranged with convex grain on described ring-shaped rubber pad；Three circumferential beads it are uniformly provided with on the inner surface circumference of described can body；Described tank bottoms for indent arc-shaped；Described tank bottoms it is provided with four tank bottoms reinforcements.

Preferably, described top cover includes top margin, the first cambered surface lid, cylinder lid, the second cambered surface lid, block, sinking scrobicular ring；The upper surface of described first cambered surface lid is connected with top margin；The both ends of the surface of described cylinder lid are connected with the first cambered surface lid and the second cambered surface lid respectively；Described second cambered surface lid is connected with block by sinking scrobicular ring.

Preferably, described first cambered surface lid is provided with first annular reinforcement with the junction of cylinder lid；Described second cambered surface lid is fixedly connected with the second ring stiffener with the junction of sinking scrobicular ring；Four cylinder reinforcements it are evenly arranged with on the circumference of described cylinder lid.

Preferably, described indent arcuation shell length is consistent with staff width；Described ring-shaped rubber pad has elasticity and closely cooperates with indent arcuation shell.

Preferably, described tank bottoms reinforcement is radially uniformly distributed.

Compared with prior art, the beneficial effects of the utility model are: 1, this utility model improves product anti-pressure ability under not increasing tank body depth information, reduces production cost, increase product and use safety coefficient；2, use and be provided with indent arcuation shell in the centre of can body, the outer surface of indent arcuation shell connects ring-shaped rubber pad, convex grain it is evenly arranged with on ring-shaped rubber pad, user is made to be held by more firm, increase user and hold comfort level, it is therefore prevented that because the sliding tank body of the tank body smooth user of making hands drops the potential safety hazard brought；3, use and be uniformly provided with three circumferential beads on the inner surface circumference of can body, tank bottoms be provided with four tank bottoms reinforcements, increase the comprcssive strength of tank body and do not affect the attractive in appearance of tank body outer surface；4, the first cambered surface lid is used to be provided with first annular reinforcement with the junction of cylinder lid, second cambered surface lid is fixedly connected with the second ring stiffener with the junction of sinking scrobicular ring, four cylinder reinforcements it are evenly arranged with on the circumference of cylinder lid, make top cover firmer, adding the comprcssive strength of top cover, the position preventing top cover from relatively concentrating in stress distribution bursts；5, use the both ends of the surface of cylinder lid to be connected with the first cambered surface lid and the second cambered surface lid respectively, increase the height of top cover, increase the compression area of top cover, improve the anti-pressure ability of top cover.

Accompanying drawing explanation

Fig. 1 is overall structure schematic diagram of the present utility model；

Fig. 2 is upward view of the present utility model；

Fig. 3 is sectional view of the present utility model；

Fig. 4 is cap structure figure of the present utility model.

In figure: 1, top cover；2, can body；3, tank bottoms；4, indent arcuation shell；5, ring-shaped rubber pad；6, convex grain；7, circumferential bead；8, tank bottoms reinforcement；9, top margin；10, the first cambered surface lid；11, cylinder lid；12, the second cambered surface lid；13, block；14, sinking scrobicular ring；15, first annular reinforcement；16, the second ring stiffener；17, cylinder reinforcement.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.

Referring to Fig. 1-4, this utility model provides a kind of technical scheme: include top cover 1, can body 2, tank bottoms 3；The lower surface of described top cover 1 extrudes seamless link with the upper surface of can body 2；The other end of described can body 2 and tank bottoms 3 seamless links；The centre of described can body 2 is provided with indent arcuation shell 4；The outer surface of described indent arcuation shell 4 connects ring-shaped rubber pad 5；Convex grain 6 it is evenly arranged with on described ring-shaped rubber pad 5；Three circumferential beads 7 it are uniformly provided with on the inner surface circumference of described can body 2；Described tank bottoms 3 is indent arc-shaped；Described tank bottoms 3 are provided with four tank bottoms reinforcements 8；Described top cover 1 includes top margin the 9, first cambered surface lid 10, cylinder lid the 11, second cambered surface lid 12, block 13, sinking scrobicular ring 14；The upper surface of described first cambered surface lid 10 is connected with top margin 9；The both ends of the surface of described cylinder lid 11 are connected with the first cambered surface lid 10 and the second cambered surface lid 12 respectively；Described second cambered surface lid 12 is connected with block 13 by sinking scrobicular ring 14；Described first cambered surface lid 10 is provided with first annular reinforcement 15 with the junction of cylinder lid 11；Described second cambered surface lid 12 is fixedly connected with the second ring stiffener 16 with the junction of sinking scrobicular ring 14；Four cylinder reinforcements 17 it are evenly arranged with on the circumference of described cylinder lid 11；Described indent arcuation shell 4 length is consistent with staff width；Described ring-shaped rubber pad 5 has elasticity and closely cooperates with indent arcuation shell 4；Described tank bottoms reinforcement 8 is radially uniformly distributed.

This utility model in the specific implementation, by being uniformly arranged three circumferential beads 7 on the inner surface circumference of can body 2, the anti-pressure ability of the can body 2 being greatly reinforced, and do not affect the attractive in appearance of can body 2 outer surface；Indent arcuation shell 4 is set in the centre of can body 2, and overlaps then ring-shaped rubber pad 5 above, make user hold more comfortable, make can body 2 not allow sliding falling of changing hands, add product and use safety coefficient；This utility model simple in construction, has been greatly reinforced can body 2 anti-pressure ability under not increasing can body 2 depth information, has saved cost.

Embodiment the most of the present utility model, for the ordinary skill in the art, being appreciated that in the case of without departing from principle of the present utility model and spirit and these embodiments can carry out multiple change, revise, replace and modification, scope of the present utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a Novel pressure-resistant inhalator jar, it is characterised in that: include top cover (1), can body (2), tank bottoms (3)；The lower surface of described top cover (1) extrudes seamless link with the upper surface of can body (2)；The other end of described can body (2) and tank bottoms (3) seamless link；The centre of described can body (2) is provided with indent arcuation shell (4)；The outer surface of described indent arcuation shell (4) connects ring-shaped rubber pad (5)；It is evenly arranged with convex grain (6) on described ring-shaped rubber pad (5)；Three circumferential beads (7) it are uniformly provided with on the inner surface circumference of described can body (2)；Described tank bottoms (3) are indent arc-shaped；Described tank bottoms (3) are provided with four tank bottoms reinforcements (8).

A kind of Novel pressure-resistant inhalator jar the most according to claim 1, it is characterised in that: described top cover (1) includes top margin (9), the first cambered surface lid (10), cylinder lid (11), the second cambered surface lid (12), block (13), sinking scrobicular ring (14)；The upper surface of described first cambered surface lid (10) is connected with top margin (9)；The both ends of the surface of described cylinder lid (11) are connected with the first cambered surface lid (10) and the second cambered surface lid (12) respectively；Described second cambered surface lid (12) is connected with block (13) by sinking scrobicular ring (14).

A kind of Novel pressure-resistant inhalator jar the most according to claim 2, it is characterised in that: described first cambered surface lid (10) is provided with first annular reinforcement (15) with the junction of cylinder lid (11)；Described second cambered surface lid (12) is fixedly connected with the second ring stiffener (16) with the junction of sinking scrobicular ring (14)；Four cylinder reinforcements (17) it are evenly arranged with on the circumference of described cylinder lid (11).

A kind of Novel pressure-resistant inhalator jar the most according to claim 1, it is characterised in that: described indent arcuation shell (4) length is consistent with staff width；Described ring-shaped rubber pad (5) has elasticity and closely cooperates with indent arcuation shell (4).

A kind of Novel pressure-resistant inhalator jar the most according to claim 1, it is characterised in that: described tank bottoms reinforcement (8) is radially uniformly distributed.