CN207890279U - Container for non-gaseous fluids - Google Patents

Abstract

The utility model is related to a kind of containers for non-gaseous fluids, the container includes vessel (1), the vessel has bottom (3), wall body (6) and container neck, suction unit is equipped on container neck, the suction unit has the suction pipe (2) for the bottom for extending up to vessel, the inner surface of the bottom (3) of the vessel has recess portion (4), the recess portion forms the deepest point of the inner surface of the bottom of vessel, other regional structures of the inner surface of the bottom of the vessel in addition to the deepest point at, the non-gaseous fluids being contained in vessel are by gravity flowed at the deepest point, the suction pipe (2) extends up in the region of the deepest point.Pass through the container of the utility model so that the non-gaseous fluids accommodated in a reservoir can be taken completely as much as possible, reduce or avoid to waste.

Description

Container for non-gaseous fluids

Technical field

The utility model is related to a kind of container for non-gaseous fluids, the container can be for example Shampoo bottle, wash one's hair Bath lotion bottle, hand cleanser bottle, liquid detergent bottle, liquid detergent bottle, scent flask or the like.

Background technology

The container that some are used for non-gaseous fluids known in practice, in particular for accommodating the container of daily chemical product, example It is such as used to accommodate the container of cosmetics, hand cleanser, shower cream or shampoo, they have by glass, plastics or other are suitable Vessel made of material, and be furnished with mostly and be placed in suction unit on the neck of vessel, with suction pipe, example Such as the pump means of Manual press.The distal opening of suction pipe is usually angle or recess, rare flat mouth.

The operation principle of common pump means can be：Outer power drive piston rises and falls, and is generated in pipette tip opening Negative pressure, the non-gaseous fluids in air pressure push container in container are delivered to the top end opening of suction pipe from the distal opening of suction pipe, And be finally expelled from except container, it is used for user.

These prior arts have the disadvantages that：When the non-gaseous fluids in container are close to when using up, the surface of fluid is high Degree drops to the distal opening that cannot cover suction pipe, and the air in container will scurry into suction pipe, lead to fluid and useless air It is pumped out simultaneously, and causes a part of fluid that can not be pumped out in last service stage.This can enable user's experience not good enough, and It causes to waste, it is especially true when container is used to accommodate cosmetics costly.

Utility model content

The purpose of this utility model is that proposing a kind of container for non-gaseous fluids, it can at least reduce and be contained in The waste of non-gaseous fluids in container especially can substantially completely avoid this waste.

In order to realize the purpose, the utility model provides a kind of container for non-gaseous fluids, and the container includes Vessel, the vessel have bottom, wall body and container neck, and suction unit, the pumping are equipped on container neck Inhaling device has the suction pipe for the bottom for extending up to vessel, which is characterized in that the inner surface of the bottom of the vessel With recess portion, the recess portion forms the deepest point of the inner surface of the bottom of vessel, the interior table of the bottom of the vessel Other regional structures of face in addition to the deepest point at so that the non-gaseous fluids being contained in vessel can be made in gravity It is flowed under at the deepest point, the suction pipe extends up in the region of the deepest point.

It is by the advantageous effect of the container of the utility model so that the non-gaseous fluids being contained in vessel can be use up It is possibly taken completely, reduced or even avoids wasting.

According to the technical measures of the utility model, when the non-gaseous fluids being contained in vessel will be used up, remain Remaining non-gaseous fluids can be flowed to deepest point under the effect of gravity, can be sucked device here and substantially completely draw.

In the meaning of the utility model, non-gaseous fluids may include but be not limited to：Simple liquid, such as containing The mixing liquid of the liquid of deliquescent minerals, the liquid of simple substance, many kinds of substance；Liquid has flowing with what solid mixed The fluid of property, such as the suspension liquid with powder particle；The paste of good fluidity or pasta fluid, such as sticky glue Water.

By a kind of preferred embodiment of the utility model, the recess portion is well shape recess portion.The particularly preferred well shape recess portion is The center of inner surface in vessel or the recess portion at edge.

By a kind of preferred embodiment of the utility model, the well shape recess portion is in the inner surface of the bottom of vessel Centre, and the inner surface of the bottom of vessel has from the inclined-plane that the wall body of vessel is continuously decreased up to well shape recess portion. Recess portion is centrally arranged so that and the fluid on each position of the inner surface of the bottom of vessel is all not far apart from recess portion, Be conducive to convergence of the fluid to recess portion.

By a kind of preferred embodiment of the utility model, the recess portion is the adjacent with wall body of the inner surface of the bottom of vessel The edge indentations connect, and the inner surface of the bottom of vessel has from edge indentations, what is be away from each other with edge indentations The inclined-plane gradually risen on direction.On this basis, it by the further preferred technical solution of the utility model, may be implemented to hold The special moulding of device, such as can be configured to the container bottom with high-heeled shoes shape.

By a kind of preferred embodiment of the utility model, there are one central terms for the inner surface tool of the bottom of the vessel Point, and in the radial direction the having of inner surface of the inner surface from culminating point in the bottom of vessel is gradually dropped Low height, and edge indentations that the recess portion is the inner surface of the bottom of vessel, being abutted with wall body.By this practicality A kind of novel further preferred technical solution, there are one peaks for the edge tool of the inner surface of the bottom of the vessel It with a minimum point, and is continuously decreased from peak to minimum point, the region of the minimum point forms the edge indentations.

By a kind of preferred embodiment of the utility model, circumferential direction of the edge indentations in the inner surface of the bottom of vessel Side upwardly extends, and length dimension of the edge indentations in the circumferential direction of the inner surface of the bottom of vessel is not less than suction Twice of the diameter of pipe, and the edge indentations are in the width dimensions in the radial direction of the inner surface of the bottom of vessel Twice of diameter not less than suction pipe and the diameter less than suction pipe.Such as edge indentations can be configured to the wheel with kidney shape It is wide.

By a kind of preferred embodiment of the utility model, the inner surface of the bottom of the vessel is flat, flat Inner surface on constitute helicla flute, the helicla flute be radially therefrom outboard end have to its radially inner side end it is gradually increased The radially inner side end of depth, the helicla flute forms the recess portion.The construction of helicla flute promotes on flat inner surface Fluid flows to helicla flute with regard to near-earth, and is finally converged to deepest point.

By a kind of preferred embodiment of the utility model, the substructure flue of the vessel, horn throat Form the recess portion.

In the meaning of the utility model, well shape recess portion is the recess portion for having substantially vertical wall.Well shape recess portion can be with Profile with round ellipse or elongated shape or other shapes.

By a kind of preferred embodiment of the utility model, which is characterized in that the lateral surface of the bottom of the vessel is one Either there are the lateral surface a flat supporting surface multiple supporting points being in a plane or the lateral surface to match Equipped with bearing.In principle, the support to container has just been realized in supported at three point enough.Flat whole face support or annular surface branch Support is particularly advantageous support scheme.

By a kind of preferred embodiment of the utility model, the lateral surface of the bottom of the vessel is in the region of edge indentations One supporting point of middle composition, and the lateral surface of the bottom of the vessel in the region separate with edge indentations have to Lower stretching, multiple spot shape or threadiness support portion, the supporting point and the support portion are configured to be used to support the container.

By a kind of preferred embodiment of the utility model, the container is Shampoo bottle, shower cream bottle, hand cleanser bottle, laundry Liquid bottle, scent flask, face cream bottle or shin moisturizer bottle.

By a kind of preferred embodiment of the utility model, the major part of the container can generally have round, ellipse The cross section of shape, round rectangle, prismatic or other shapes.

The technical characteristic recorded in the present invention can in any combination, as long as it is this combination be not it is conflicting, All these combinations are all the technology contents recorded in the present invention.

Description of the drawings

The utility model is explained in greater detail with reference to the figures below by way of embodiment, but the utility model is not limited to Embodiment described below and being described in the accompanying drawings.Attached drawing is as follows：

Fig. 1 is the schematic vertical sectional view by a kind of container of embodiment of the utility model；

Fig. 2 is the schematic vertical sectional view by a kind of container of embodiment of the utility model；

Fig. 3 is the schematic vertical sectional view by a kind of container of embodiment of the utility model；

Fig. 4 is the schematic vertical sectional view by a kind of container of embodiment of the utility model；

Fig. 5 is the schematic vertical sectional view by a kind of container of embodiment of the utility model；

Fig. 6 is the schematical vertical view by a kind of inner surface of the bottom of the container of embodiment of the utility model； And

Fig. 7 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.

Specific implementation mode

In each embodiment of Fig. 1 to container shown in Fig. 7, the container includes vessel 1, the vessel 1 has bottom 3, wall body 6 and container neck, and suction unit is equipped on container neck, and the suction unit, which has, to be extended up to The suction pipe 2 of the bottom 3 of vessel.The inner surface of the bottom 3 of the vessel 1 has recess portion 4, and the recess portion 4, which is formed, to be held The deepest point of the inner surface of the bottom 3 of device ontology, its in addition to the deepest point of the inner surface of the bottom 3 of the vessel His regional structure at so that the non-gaseous fluids being contained in vessel can by gravity flow into the deepest point Place, the suction pipe 2 extend up in the region of the deepest point.Container is eliminated in the embodiment of Fig. 1 to Fig. 5 and Fig. 7 Top.The inner surface of the bottom 3 of vessel 1 is diagrammatically only shown in figure 6, here, for other structures of container It makes, it can be referring to figs. 1 to Fig. 5 and each embodiment shown in Fig. 7.

The container is for accommodating non-gaseous fluids, such as shampoo or shower cream.It is to be appreciated here that non-gaseous fluids Whole container need not be filled up, there are certain volumes above non-gaseous fluids under the not enabled state of container under normal conditions Air.The major part of the container can have round, ellipse or round rectangle or the arbitrary cross that other are intentionally designed Cross sectional shape.

Fig. 1 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.At the bottom of vessel 1 The center of the inner surface in portion 3 has well shape recess portion, as above-mentioned recess portion 4.And the inner surface of the bottom 3 of vessel 1 has From the inclined-plane 5 that the wall body 6 of vessel is continuously decreased up to well shape recess portion.The top of whole container is omitted in Fig. 1, is arranged Therefore suction unit on the neck of vessel is not described.Suction unit common at present is that the pumping of Manual press fills It sets.With advances in technology and the pursuit to high-quality, it is also possible to using electrodynamic pump for example with battery-driven miniature electric Pump is used as suction unit.Here, the lateral surface of bottom 3 is a flat supporting surface.Vessel 1 can be by glass or plastics Or any other suitable material is made.Suction pipe 2 extends up in recess portion 4.

Fig. 2 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.With the embodiment class of Fig. 1 Seemingly, in the embodiment of fig. 2, there is well shape recess portion in the center of the inner surface of the bottom of vessel 13.And vessel 1 The inner surface of bottom 3 have from the inclined-plane 5 that the wall body 6 of vessel is continuously decreased up to well shape recess portion.It is same in fig. 2 to save The top for having omited whole container is arranged the suction unit on the neck of vessel 1 therefore is not described.Here, 3 quilt of bottom Support portion 8 with support lugn 7 there are one being integrally formed, or by with there are one the support portions 8 individually with support lugn 7. As the replacement of cricoid support lugn 7, multiple circumferentially distributed support claws extended radially can also be used.Suction pipe 2 It extends up in recess portion 4.

Fig. 3 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.Here, recess portion 4 is to hold The edge indentations inner surface of the bottom 3 of device ontology 1 and that wall body 6 abuts, and the inner surface tool of the bottom 3 of vessel 1 There is the inclined-plane 5 gradually risen from edge indentations, on the direction being away from each other with edge indentations.Here, the lateral surface of bottom 3 is One flat supporting surface.Suction pipe 2 extends up in recess portion 4.

Particularly advantageously, the edge indentations extend in the circumferential direction of the inner surface of the bottom of vessel 13, Length dimension of the edge indentations in the circumferential direction of the inner surface of the bottom of vessel 13 is not less than the diameter of suction pipe 2 Twice, and the edge indentations are not less than in the width dimensions in the radial direction of the inner surface of the bottom of vessel 13 The diameter of suction pipe 2 and less than twice of diameter of suction pipe 2.

Fig. 4 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.With the embodiment class of Fig. 3 Seemingly, in the fig. 4 embodiment, recess portion 4 is the edge indentations inner surface of the bottom 3 of vessel 1 and that wall body 6 abuts, and And the inner surface of the bottom 3 of vessel 1 have gradually risen from edge indentations, on the direction being away from each other with edge indentations Inclined-plane 5.Here, the lateral surface of the bottom 3 of the vessel 1 constitutes a supporting point in the region of edge indentations, and And the lateral surface of the bottom 3 of the vessel 1 have in the region separate with edge indentations extend downwardly, multiple spot shape or The support portion 9 of person's threadiness, the supporting point and the support portion 9 are configured to be used to support the container.The bottom 3 of the container It is configured to high-heeled shoes shape.Suction pipe 2 extends up in recess portion 4.

Fig. 5 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.Here, the container sheet There are one culminating points 10 for the inner surface tool of the bottom 3 of body 1.From culminating point 10s, in the bottom of vessel 13 Surface has the height that continuously decreases in the radial direction, and recess portion 4 be the inner surface of the bottom 3 of vessel 1 and wall The edge indentations that body 6 abuts, the preferably described edge indentations are well shape recess portions.The lateral surface of the bottom 3 of container can be configured to put down Smooth supporting surface, or indent is can be configured to, and thereby form an annular supporting surface.Suction pipe 2 extends up to recess portion 4 In.

Fig. 6 is the schematical vertical view by a kind of inner surface of the bottom 3 of the container of embodiment of the utility model. Here, the inner surface of the bottom 3 of the vessel is flat, helicla flute 11, the spiral shell are constituted on flat inner surface Spin slot 11 is radially therefrom outboard end 12 has gradual increased depth, the radial direction of the helicla flute to its radially inner side end 13 Medial end 13 forms recess portion 4.Particularly advantageously, the recess portion 4 is in the center of the inner surface of the bottom of vessel 3 Well shape recess portion.Suction pipe 2 extends up in recess portion 4.

Fig. 7 is the schematic vertical sectional view by a kind of container of embodiment of the utility model.With the embodiment class of Fig. 2 Seemingly, in the example of figure 7, there is well shape recess portion in the center of the inner surface of the bottom of vessel 13.And vessel 1 The inner surface of bottom 3 have from the inclined-plane 5 that the wall body of vessel is continuously decreased up to well shape recess portion.It is same in fig. 2 to save The top for having omited whole container is arranged the suction unit on the neck of vessel 1 therefore is not described.Here, 3 quilt of bottom Flat supporting surface there are one being integrally formed, or by with there are one individually flat supporting surfaces.The bottom in other words of bottom 3 Inner surface constructs flue, and horn throat forms recess portion 4.Suction pipe extends up in recess portion 4.

Finally, it is noted that above-mentioned each embodiment is used only for understanding and explains the utility model, without to this reality It is construed as limiting with novel protection domain.To those skilled in the art, it can make on the basis of the above embodiments Modification, all such modifications are without departure from the scope of protection of the utility model.

Claims (11)

1. a kind of container for non-gaseous fluids, the container includes vessel (1), and the vessel has bottom (3), wall body (6) and container neck are equipped with suction unit on container neck, and the suction unit, which has, extends up to container sheet The suction pipe (2) of the bottom of body, which is characterized in that the inner surface of the bottom (3) of the vessel has recess portion (4), described recessed Portion forms the deepest point of the inner surface of the bottom of vessel, and the inner surface of the bottom (3) of the vessel is except described most deep Point except other regional structures at so that the non-gaseous fluids being contained in vessel (1) can flow under the influence of gravity into To at the deepest point, the suction pipe (2) extends up in the region of the deepest point.

2. the container according to claim 1 for non-gaseous fluids, which is characterized in that the recess portion (4) is that well shape is recessed Portion.

3. the container according to claim 2 for non-gaseous fluids, which is characterized in that the well shape recess portion is in container The center of the inner surface of the bottom (3) of ontology, and the inner surface of the bottom (3) of vessel has the wall body from vessel (6) until the inclined-plane (5) that well shape recess portion continuously decreases.

4. the container according to claim 1 for non-gaseous fluids, which is characterized in that the recess portion (4) is container sheet The inner surface of the bottom (3) of body, adjacent with wall body (6) edge indentations, and the inner surface tool of the bottom (3) of vessel There is the inclined-plane (5) gradually risen from edge indentations, on the direction being away from each other with edge indentations.

5. the container according to claim 1 for non-gaseous fluids, which is characterized in that the bottom of the vessel (3) there are one culminating points (10) for inner surface tool, and (10)s are in vessel from culminating point for the inner surface The inner surface of bottom has the height continuously decreased in the radial direction, and the recess portion (4) is the bottom (3) of vessel Inner surface, edge indentations adjacent with wall body (6).

6. the container according to claim 1 for non-gaseous fluids, which is characterized in that the bottom of the vessel (3) inner surface is flat, and helicla flute (11) is constituted on flat inner surface, and the helicla flute is radially therefrom outboard end (12) to its radially inner side end (13) there is gradual increased depth, the radially inner side end (13) of the helicla flute to form institute State recess portion (4).

7. the container according to claim 1 for non-gaseous fluids, which is characterized in that the bottom of the vessel (3) flue is constructed, horn throat forms the recess portion (4).

8. the container according to claim 4 or 5 for non-gaseous fluids, which is characterized in that the edge indentations are being held Extend in the circumferential direction of the inner surface of the bottom (3) of device ontology, interior table of the edge indentations in the bottom (3) of vessel Length dimension in the circumferential direction in face is not less than twice of the diameter of suction pipe (2), and the edge indentations are in vessel Bottom (3) inner surface width dimensions in the radial direction it is straight not less than the diameter of suction pipe (2) and less than suction pipe (2) Twice of diameter.

9. the container according to any one of claim 1 to 7 for non-gaseous fluids, which is characterized in that the container The lateral surface of the bottom (3) of ontology, which is a flat supporting surface or the lateral surface, has multiple be in a plane Supporting point or the lateral surface be equipped with bearing.

10. the container according to claim 4 for non-gaseous fluids, which is characterized in that the bottom of the vessel (3) lateral surface constitutes a supporting point, and the lateral surface of the bottom (3) of the vessel in the region of edge indentations There is extend downwardly, multiple spot shape or the support portion of threadiness, the supporting point and institute in the region separate with edge indentations Support portion is stated to be configured to be used to support the container.

11. the container according to any one of claim 1 to 7 for non-gaseous fluids, which is characterized in that the container It is Shampoo bottle, shower cream bottle, hand cleanser bottle, liquid detergent bottle, scent flask, face cream bottle or shin moisturizer bottle.