CN2695360Y - Heat-resistant container - Google Patents

Abstract

The utility model discloses a heat-resistant container. The bottle body of the container is provided with two bending bellies and two vertical column structures in a circulating mode, and the two bending bellies and the two vertical column structures are respectively positioned on both sides of the bottle body of the container; the two bending bellies are respectively provided with a plurality of cross ribs. Accordingly, the utility model can use the vertical column structures and the cross ribs to support the bottle body of the container, and accordingly, the container can bear high temperature; when filled with heat, the container cannot contracted to be deformed; the two bending bellies on the bottle body can provide elasticity for the contraction for cooling after being filled with heat, and the container can keep the original good appearance; the bottle body is also provided with a bending structure in a circulating mode, and accordingly, the intensity of the bottle body is reinforced.

Description

Heatproof container

Technical field

The utility model is relevant with container, especially can make container bear high temperature and can not be out of shape relevant for a kind of, still keeps original heatproof container attractive in appearance after cooling.

Background technology

The plastic container of general heat-resisting filling, it can set up body to shrink window on body, changes the phenomenon of expanding with heat and contract with cold that is caused with satisfied temperature, avoids container deformation; And when container after hot filling, when cooling off, because body thickness of material became uneven, very easily produce fitfull and shrink, and cause shrinkage distortion; Obviously this known plastic container only shrinks window with body and satisfies the distortion of container when the hot filling, not with the viewpoint of structure, considers the phenomenon of the contraction that whole body cooling back produces.

The utility model content

Main purpose of the present utility model is to be to provide a heatproof container, so that container bears high temperature and can not be out of shape, still keeps original attractive in appearance after cooling.

Solution of the present utility model is:

Heatproof container on the body of container, around setting up the vertical column structure with two of two bent abdomens, lays respectively at the both sides of this container body, and this two bent abdomen, has the cross rib of plural number respectively.

Wherein: on the body of above-mentioned this container, on this two bent abdomen and this two vertical column structure, set up on one ring portion and ring portion once, and a concave face that connects ring portion and this time ring portion on this, constitute a bending structure by ring portion, this time ring portion and this concave face on this.

The body of above-mentioned this container is above this bending structure, around a distributive plural convex arc.

Above-mentioned should the cross rib of plural number between, have the burr of plural number.

Above-mentioned this two vertical column structure extends to the bottom of this container body.

Respectively has an inner sunken face within above-mentioned this two vertical column structure.

After adopting said structure, the utility model is because on one's body the plastic container bottle, set up two bent abdomens, and on this two bent abdomen, set up the cross rib of plural number, as the supporting construction of this container body, so, strengthen the intensity of this container when high temperature, avoided when hot filling, being out of shape, and utilized the elasticity of bent abdomen, make the container after the hot filling, after cooling, still keep it original attractive in appearance.

Description of drawings

Fig. 1 is the utility model three-dimensional structure diagram;

Fig. 2 is the utility model front elevation;

Fig. 3 is the utility model lateral plan.

Graphic nomenclature:

10: container

101: body 20: bending structure

201: go up ring portion 202: following ring portion

203: concave face 30: convex arc

40: vertical column structure 401: inner sunken face

50: bent abdomen 60: cross rib

70: burr

The specific embodiment

See also Fig. 1, container 10 of the present utility model, the material that is plastics is made, on the body 101 of container 10, set up on one ring portion 201 and ring portion 202 once, upward have a concave face 203 between ring portion 201 and the following ring portion 202,, constitute a bending structure 20 with this concave face 203 by last ring portion 201, following ring portion 202 in order to connect the concave face 203 of ring portion 201 and following ring portion 202.

Please consult Fig. 2 and Fig. 3 more in the lump, the body 101 of container 10 wherein is above this bending structure 20, around a distributive plural convex arc 30; And the body 101 of this container 10, under this bending structure 20, be provided with two vertical column structures 40, lay respectively at body 101 both sides of this container 10, and extend to body 101 bottoms of this container 10, and respectively has an inner sunken face 401 within this two vertical column structure 40, it is the discountinuity that utilizes these container 10 bodies 101, increasing the intensity of this container 10, and the body 101 of this container 10, below this bending structure 20, have two bent abdomens 50, lay respectively at the both sides of these container 10 bodies 101, this two bent abdomen 50 can provide this container 10 after hot filling, required elasticity when carrying out cooling shrinkage is so that container 10 keeps original attractive in appearance; And this two bent abdomen 50 has plural cross rib 60 respectively, has the burr 70 of plural number between this plural number cross rib 60.

Container 10 as mentioned above, it is because of having bending structure 20, it can avoid the thermal deformation reciprocal effect of container 10 bodies, 101 first halves and body 101 lower parts, and cause container 10 when hot filling, to be out of shape, therefore it can increase the ability of container 10 when bearing high temperature, and it increases by two vertical column structures 40 at container 10 bodies 101, two bent abdomen containers 10 are out of shape when hot filling, therefore it can increase the ability of container 10 when bearing high temperature, and it increases by two vertical column structures 40 at container 10 bodies 101, two bent abdomens 50, structures such as plural number cross rib 60 and plural burr 70, wherein but this two vertical column structure 40 is except the axial support of Reinforced container 10, this plural number cross rib 60 can increase container 10 and radially reach along the intensity of body 101 around direction, the container 10 of structure design according to this, the ability of resistance to deformation in the time of can increasing hot filling, and this two bent abdomen 50 can provide the shrink space of container when hot filling after cooling, it not only makes things convenient for the user to go to hold, and after cooling is placed in hot filling, still keep original attractive in appearance, meet user's demand in fact.

In sum, only be this later-model preferred embodiment, be not to be used for limiting this later-model practical range, i.e. the content of the novel interest field of the Fan Yiben equivalence of doing changes and modifies, and all should be this later-model technology category.

Claims (6)

1, heatproof container is characterized in that: on the body of container,, lay respectively at the both sides of this container body around setting up the vertical column structure of two bent abdomens with two, and this two bent abdomen, have plural cross rib respectively.

2, heatproof container as claimed in claim 1, it is characterized in that: on the body of this container, on this two bent abdomen and this two vertical column structure, set up on one ring portion and ring portion once, and a concave face that connects ring portion and this time ring portion on this, constitute a bending structure by ring portion, this time ring portion and this concave face on this.

3, heatproof container as claimed in claim 2 is characterized in that: the body of this container, and above this bending structure, around a distributive plural convex arc.

4, heatproof container as claimed in claim 1 is characterized in that: between this plural cross rib, have the burr of plural number.

5, heatproof container as claimed in claim 1 is characterized in that: this two vertical column structure extends to the bottom of this container body.

6, heatproof container as claimed in claim 1 is characterized in that: respectively have an inner sunken face within this two vertical column structure.

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