CN207258399U

CN207258399U - portable fluid container and portable fluid device

Info

Publication number: CN207258399U
Application number: CN201720549972.5U
Authority: CN
Inventors: 沈百明
Original assignee: Yuyao City Hundred Plastic Industry Co Ltd
Current assignee: Yuyao City Hundred Plastic Industry Co Ltd
Priority date: 2017-05-17
Filing date: 2017-05-17
Publication date: 2018-04-20
Anticipated expiration: 2027-05-17

Abstract

The utility model provides a portable fluid container and portable fluid device, wherein the portable fluid container includes a discharger, a supplementary device and a case.The case further comprises an interval body and a vessel, wherein described vessel has an accommodation space and an at least venting channels, wherein described interval body is movably disposed in the accommodation space of the vessel, so that it is a mutually independent separate chamber and an air cavity that the interval body, which separates the accommodation space, wherein described venting channels connect the air cavity and external environment condition, wherein described discharger and the supplementary device are arranged at the vessel respectively, and the discharger and the supplementary device are respectively communicated with the separate chamber.

Description

Portable fluid container and portable fluid device

Technical field

A fluid container is the utility model is related to, more particularly to the method for a portable fluid container.The utility model Further relate to a solution bottle.

Background technology

Under normal conditions, for same article, such as the flow-like such as shampoo, shower cream, facial cleanser, perfume Article, it is lower using packing cost of these articles packed greatly often than the article using inner wrapping in terms of unit price, because This, also can be lower than the price of the article using inner wrapping using the price for these articles packed greatly, for economic aspect Consider, be in the used time, people are often selected using these articles packed greatly.However, it be able to may also make when people go out These articles are used, since the packaging of these articles is bigger, so that cause the portability of these articles poor, and people Be also not necessarily to carry the articles of these big packagings when short-term outgoing.Therefore, when outgoing, people often use than Less separation container dispenses the article of these flow-likes.However, the packing space of traditional separation container and exhaust Hole is directly connected, although the size of exhausting-gas hole is smaller, the article for the flow-like being stored in packing space is still It can so be flowed out out of exhausting-gas hole, so that can be polluted to pocket or satchel etc..

In addition, for some special articles, such as perfume, due in different time and different Occasion, people can select the perfume using different brands or different tastes, use same perfume separation container to perfume When being dispensed, people often worry that different brands or the perfume of different tastes can mix in the packing space of separation container Close, and the quality of perfume is impacted.The defects of traditional separation container, is to be divided in the packing space of separation container Perfume can not completely be used, this can cause a part of perfume to remain in the packing space of separation container, work as use Person by another brand either taste perfume compensation to separation container packing space when different brands or different taste perfume (or spice) Water, which is appeared in the packing space of separation container, there is the bad phenomenon mixed, so that being caused seriously to the quality of perfume Influence.

The content of the invention

One purpose of the utility model is the method for providing a portable fluid container, wherein the portable fluid Container provides a separate chamber, and a fluid is allowed to be dispensed into the separate chamber, and is dispensed into the stream of the separate chamber Body will not automatically be flowed out out of described separate chamber, to ensure the reliability of the portable fluid container when in use.

It is an object of the present invention to provide a portable fluid container and its method for manufacture method and fluid replacement, Wherein described portable fluid container allows user to use at any angle, such as the portable fluid container allows to make User is used in an inverted manner.

One purpose of the utility model is the method for providing a portable fluid container, wherein being dispensed into described point The fluid behaveing affectedly can be used fully, so that the fluid being dispensed into again in the separate chamber will not be mixed Close.

One purpose of the utility model is the method for providing a portable fluid container, wherein the portable fluid Container provides an air cavity, and the air cavity and the separate chamber are separate, with by the fluid dispenser to the separate chamber And when becoming larger the space of the separate chamber, taper into the spatial synchronization of the air cavity, and be dispensed into described The fluid of separate chamber is prevented from entering the air cavity.

One purpose of the utility model is the method for providing a portable fluid container, wherein the portable fluid Container provides an at least venting channels, and the venting channels connect the air cavity and external environment condition, so as to divide by the fluid When being attached to the separate chamber and becoming larger the space of the separate chamber, the gas in the air cavity can be logical by the ventilation Road is discharged to the outside environment so that the spatial synchronization of the air cavity taper into, and be dispensed into the institute of the separate chamber State fluid and be prevented from entering the venting channels, so that the fluid for being dispensed into the separate chamber will not be from the separate chamber Inside automatically flow out.

One purpose of the utility model is the method for providing a portable fluid container, wherein the portable fluid Container provides a supplementary device, wherein the supplementary device is communicated in the separate chamber, described in being incited somebody to action by the supplementary device Fluid is supplemented to the separate chamber.

One purpose of the utility model is the method for providing a portable fluid container, wherein the portable fluid Container provides a case, wherein the case provides separate chamber, the air cavity and the venting channels, it is described Discharger and the supplementary device are arranged at the case, and the discharger and the supplementary device respectively The separate chamber is communicated in respectively.

One purpose of the utility model is the method for providing a portable fluid container, wherein the case bag A vessel and an interval body are included, the vessel has an accommodation space, and the interval body is movably set The accommodation space of the vessel is placed in, and it is mutually independent institute that the interval body, which separates the accommodation space, State separate chamber and the air cavity.

One purpose of the utility model is the method for providing a portable fluid container, wherein the interval body At least a portion can be made of elastic material, so as to move and automatically regulate in the vessel in the interval body During the space size of the separate chamber and the air cavity, seam will not be produced between the interval body and the vessel Gap, so as to prevent the fluid for being dispensed into the separate chamber from entering the air cavity.

One purpose of the utility model is the method for providing a portable fluid container, wherein in the interval body When being moved in the vessel and automatically regulating the space size of the separate chamber and the air cavity, at the interval originally Gap will not be produced between the conduit of body and the supplementary device, so as to prevent to be dispensed into the fluid of the separate chamber Into the air cavity.

One purpose of the utility model is the method for providing a portable fluid container, wherein the discharger carries For a suction pipe, the free end of the suction pipe is maintained in the catheter lumen of the conduit, so that in the catheter lumen of the conduit The fluid is discharged via the outlet of the suction pipe and the discharge main body of the discharger.

One purpose of the utility model is the method for providing a portable fluid container, wherein the freedom of the suction pipe End is maintained at the bottom of the catheter lumen of the conduit, and mode in this way, can would be held in the institute of the separate chamber State fluid fully to be used, so that the fluid being dispensed into again in the separate chamber will not be mixed.

One purpose of the utility model is the method for providing a portable fluid container, wherein the interval body carries For sealing, for example, the outside portion and inside portion of the interval body are respectively formed the sealing of the interval body, to prevent Produce gap between the interval body and the vessel, thus prevent to be dispensed into the fluid of the separate chamber into Enter the air cavity.

One purpose of the utility model is the method for providing a portable fluid container, wherein the portable fluid The all parts of container can be disassembled, in order to be cleaned to the portable fluid container, so that described in same just The formula fluid container of taking can be used for dispensing the different types of fluid.

One purpose of the utility model is to provide solution bottle, wherein the solution bottle is able to be repeated make-up solution and makes With the solution bottle is injected into different liquid according to use demand.

The another object of the utility model is to provide a solution bottle, wherein the solution bottle is able to be used to repeat to fill Dress, can't retain solution in the bottom of solution bottle, recycling state is in easy to the solution bottle.

The another object of the utility model is to provide a solution bottle, wherein the solution bottle includes a liquid-adding device, institute State liquid-adding device and be connected to an original solution bottle, inject solution to realize in from the original solution bottle toward a body of the solution bottle Process.

The another object of the utility model is to provide a solution bottle, wherein carrying out liquid feeding process by the liquid-adding device When, the bottom that solution is first stored in the body is flowed up further along the body, so that flowing into the body Solution is used from bottom to top, will not cause the depositional phenomenon of solution.

The another object of the utility model is to provide a solution bottle, wherein the liquid-adding device includes a pedestal and one Drainage mechanism, the drainage mechanism are movably disposed in the pedestal, and the pedestal is able to be connected to the original solution bottle, institute State drainage mechanism and the pedestal mutual conduction so that the solution in the original solution bottle is described molten since pressure action enters One accommodating chamber of liquid bottle.

The another object of the utility model is to provide a solution bottle, wherein the pedestal includes a conduit, the conduit With a perforate, the drainage mechanism includes a movable part, and the movable part has an extension, and the movable part is relative to institute When stating pedestal and being subjected to displacement, the solution of the original solution bottle is flowed into by the injection hole on the movable part, and by described Liquid outlet outflow on the movable part, the liquid outlet turns on the perforate, and the liquid-adding device is by the original solution bottle Interior solution is injected into the accommodating chamber.

The another object of the utility model is to provide a solution bottle, wherein the drainage mechanism include an elastic component and One sealing ring, the movable part are movably disposed in a movable support by the elastic component, and the sealing ring is set In the movable part, to prevent the solution in the movable support to be leaked to exterior space.

The another object of the utility model is to provide a solution bottle, wherein the liquid-adding device includes a protective cover, institute State protective cover and be removable installed in the body, for protecting the liquid-adding device and improving the integrated beauty of the solution bottle Sight degree.

The another object of the utility model is to provide a solution bottle, wherein the solution bottle includes a liquid-jet device, institute Stating liquid-jet device includes a nozzle, a drive component and a conduit tube component, the driving component and the conduit tube component point A bottle is not arranged at, and the nozzle is arranged at the driving component and is communicated in the conduit tube component, the nozzle quilt Apply an active force, under the driving component effect, the conduit tube component is able to draw molten in the body nozzle Liquid, and discharge is sprayed by a liquid outlet of the nozzle.

The another object of the utility model is to provide a solution bottle, wherein the driving component include a fixing bracket with And a flexible member, the nozzle are movably disposed in the fixing bracket by the flexible member, with realize will described in Nozzle draws the solution in the body by the conduit tube component.

The another object of the utility model is to provide a solution bottle, wherein the pedestal includes a conduit, the fixation Stent has an extension conduit, and the extension conduit is arranged in the conduit, so that the solution in the body is not Exterior space can be leaked to by the conduit.

The another object of the utility model is to provide a solution bottle, wherein the solution that the liquid-adding device is drawn is introduced into To the conduit, the accommodating chamber is being entered by a supravasal perforate.

The another object of the utility model is to provide a solution bottle, and wherein the driving component includes a servo piston, The servo piston is slidably disposed in the conduit, and the servo piston is able to carry out down the solution in the body Pressure, balances the pressure in the accommodating chamber.

The another object of the utility model is to provide a solution bottle, wherein the liquid-jet device, the body and institute State that liquid-adding device is respectively detachably connected, easy to the replacement and use of each several part.

The another object of the utility model is to provide a solution bottle, wherein not only only limitation is used in the solution bottle Perfume area, it is able to be used in other liquid solution fields.

According to the one side of the utility model, the utility model provides a portable fluid container, it includes：

One discharger；

One supplementary device；And

One case, wherein the case further comprises an interval body and a vessel, wherein described Vessel has an accommodation space and an at least venting channels, wherein the interval body is movably disposed in the appearance The accommodation space of device body, so that it is a mutually independent separate chamber and one that the interval body, which separates the accommodation space, Air cavity, wherein the venting channels connect the air cavity and external environment condition, wherein the discharger and the supplementary device point The vessel is not arranged at, and the discharger and the supplementary device are respectively communicated with the separate chamber.

One embodiment according to the present utility model, the vessel has an end portion and a high end, between described It is arranged between the end portion of the vessel and the high end and moves back and forth every body, and in the container The end portion of body forms the separate chamber, and forms the air cavity in the high end of the vessel, wherein The venting channels are formed at the high end of the vessel, wherein the supplementary device is arranged at the container sheet The end portion of body, the discharger are arranged at the high end of the vessel.

One embodiment according to the present utility model, the vessel has an end portion and a high end, between described It is arranged between the end portion of the vessel and the high end and moves back and forth every body, and in the container The end portion of body forms the air cavity, and forms the separate chamber in the high end of the vessel, wherein The venting channels are formed at the end portion of the vessel, wherein the supplementary device is arranged at the container sheet The end portion of body, the discharger are arranged at the high end of the vessel.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, the conduit Chamber extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit integratedly extends The check valve, so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve is arranged at The end portion of the vessel, so that the high-end receiving in the vessel of the conduit of the conduit is empty It is interior to extend to the air cavity from the separate chamber, and the conduit low side of the conduit is maintained at the separate chamber, The conduit of the conduit is high-end to be maintained at the air cavity, wherein the fluid passage is arranged on the conduit of the conduit Low side, so that the fluid passage connects the catheter lumen of the conduit and the separate chamber, wherein the discharge main body connects Lead to the catheter lumen of the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, the conduit Chamber extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit be installed in it is described Check valve so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve be arranged at it is described The end portion of vessel, so that the conduit of the conduit is high-end in the accommodation space of the vessel The air cavity is extended to from the separate chamber, and the conduit low side of the conduit is maintained at the separate chamber, it is described The conduit of conduit is high-end to be maintained at the air cavity, wherein the conduit that the fluid passage is arranged on the conduit is low End, so that the fluid passage connects the catheter lumen of the conduit and the separate chamber, wherein the discharge main body connection The catheter lumen of the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, the conduit Chamber extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit be installed in it is described Check valve so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve be arranged at it is described The end portion of vessel, so that the conduit of the conduit is high-end in the accommodation space of the vessel The air cavity is extended to from the separate chamber, and the conduit low side of the conduit is maintained at the separate chamber, it is described The conduit of conduit is high-end to be maintained at the air cavity, wherein the conduit that the fluid passage is formed at the conduit is low End and the installation site of the check valve, so that the fluid passage connects the catheter lumen of the conduit and the packing Chamber, wherein the discharge main body connects the catheter lumen of the conduit.

One embodiment according to the present utility model, the conduit of the conduit is high-end to be installed in the discharge master Body, so that the discharge main body connects the catheter lumen of the conduit, and closes the conduit by the discharge main body The catheter lumen is in the high-end upper opening of the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the check valve is arranged at the end portion of the vessel, so that the check valve connects Lead to the separate chamber, wherein the conduit has a conduit low side, a conduit high-end and a catheter lumen, the catheter lumen is in institute State conduit low side and the conduit it is high-end between extend, wherein the conduit of the conduit is high-end integratedly to extend the row Go out main body, so that the discharge main body connects the catheter lumen of the conduit, wherein the conduit low side of the conduit exists The separate chamber is extended to from the air cavity in the accommodation space, and the conduit of the conduit high-end is maintained at institute Air cavity is stated, the conduit low side of the conduit is maintained at the separate chamber, wherein the fluid passage is formed at described lead The conduit low side of pipe, so that the fluid passage connects the catheter lumen of the separate chamber and the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the check valve is arranged at the end portion of the vessel, so that the check valve connects Lead to the separate chamber, wherein the conduit has a conduit low side, a conduit high-end and a catheter lumen, the catheter lumen is in institute State conduit low side and the conduit it is high-end between extend, wherein the conduit of the conduit it is high-end be installed in it is described discharge master Body, so that the discharge main body connects the catheter lumen of the conduit, wherein the conduit low side of the conduit is described The separate chamber is extended to from the air cavity in accommodation space, and the conduit of the conduit high-end is maintained at the gas Chamber, the conduit low side of the conduit is maintained at the separate chamber, wherein the fluid passage is formed at the conduit The conduit low side, so that the fluid passage connects the catheter lumen of the separate chamber and the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein the conduit has One conduit low side, a conduit be high-end and a catheter lumen, and the catheter lumen is between the conduit low side and the conduit are high-end Extension, wherein the conduit of the conduit is high-end integratedly to extend the discharge main body, the conduit of the conduit is low End is installed in the check valve, so that the discharge main body and the check valve are respectively communicated with the conduit of the conduit Chamber, wherein the conduit of the conduit is high-end to be maintained at the air cavity, the conduit low side of the conduit is maintained at The separate chamber, wherein the fluid passage is formed at the conduit low side of the conduit, so that the fluid passage connects The catheter lumen of the separate chamber and the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein the conduit has One conduit low side, a conduit be high-end and a catheter lumen, and the catheter lumen is between the conduit low side and the conduit are high-end Extension, wherein the conduit of the conduit is high-end to be installed in the discharge main body, the conduit low side quilt of the conduit The check valve is installed on, so that the discharge main body and the check valve are respectively communicated with the catheter lumen of the conduit, its Described in conduit the conduit it is high-end be maintained at the air cavity, the conduit low side of the conduit is maintained at described point It behave affectedly, wherein the fluid passage is formed at the conduit low side of the conduit, so that described point of fluid passage connection The catheter lumen behaveing affectedly with the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein the conduit has One conduit low side, a conduit be high-end and a catheter lumen, and the catheter lumen is between the conduit low side and the conduit are high-end Extension, wherein the conduit of the conduit is high-end integratedly to extend the discharge main body, the conduit of the conduit is low End is installed in the check valve, so that the discharge main body and the check valve are respectively communicated with the conduit of the conduit Chamber, wherein the conduit of the conduit is high-end to be maintained at the air cavity, the conduit low side of the conduit is maintained at The separate chamber, wherein the fluid passage is formed between the conduit low side of the conduit and the check valve, so that The fluid passage connects the catheter lumen of the separate chamber and the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein the conduit has One conduit low side, a conduit be high-end and a catheter lumen, and the catheter lumen is between the conduit low side and the conduit are high-end Extension, wherein the conduit of the conduit is high-end to be installed in the discharge main body, the conduit low side quilt of the conduit The check valve is installed on, so that the discharge main body and the check valve are respectively communicated with the catheter lumen of the conduit, its Described in conduit the conduit it is high-end be maintained at the air cavity, the conduit low side of the conduit is maintained at described point It behave affectedly, wherein the fluid passage is formed between the conduit low side of the conduit and the check valve, so that the stream Body passage connects the catheter lumen of the separate chamber and the conduit.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, so that the discharge main body connects the separate chamber, wherein the supplement dress Put including a check valve and a conduit and there is an at least fluid passage, wherein the conduit further has conduit height End, a conduit low side and a catheter lumen, the catheter lumen extend between the conduit low side and the conduit are high-end, wherein The conduit low side of the conduit integratedly extends the check valve, so that the check valve and the described of the conduit are led Tube chamber is connected, wherein the check valve is arranged at the end portion of the vessel, so that the conduit is described High end extends to the separate chamber in the accommodation space of the vessel from the air cavity, and the conduit The conduit low side is maintained at the air cavity, and the conduit of the conduit is high-end to be maintained at the separate chamber, wherein institute The conduit that fluid passage is stated arranged on the conduit is high-end, so that the fluid passage connects the separate chamber and the conduit The catheter lumen.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, the conduit Chamber extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit integratedly extends The check valve, so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve is arranged at The end portion of the vessel, so that the accommodation space of the high end of the conduit in the vessel It is interior to extend to the separate chamber from the air cavity, and the conduit low side of the conduit is maintained at the air cavity, it is described The conduit of conduit is high-end to be maintained at the separate chamber, wherein the conduit of the conduit is high-end to be installed in the row Go out main body, so that the discharge main body closes the catheter lumen of the conduit in the high-end upper opening of the conduit, wherein The conduit that the fluid passage is arranged on the conduit is high-end, so that the fluid passage connects the separate chamber and described leads The catheter lumen of pipe.

One embodiment according to the present utility model, the discharger include a discharge main body, the discharge main body quilt The high end of the vessel is arranged at, wherein the supplementary device includes a check valve and a conduit and with extremely A few fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, the conduit Chamber extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit integratedly extends The check valve, so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve is arranged at The end portion of the vessel, so that the accommodation space of the high end of the conduit in the vessel It is interior to extend to the separate chamber from the air cavity, and the conduit low side of the conduit is maintained at the air cavity, it is described The conduit of conduit is high-end to be maintained at the separate chamber, wherein the conduit of the conduit is high-end to be installed in the row Go out main body, so that the discharge main body closes the catheter lumen of the conduit in the high-end upper opening of the conduit, wherein The fluid passage is formed at the installation site of the high-end and described discharge main body of the conduit of the conduit, so that the fluid Passage connects the catheter lumen of the separate chamber and the conduit.

One embodiment according to the present utility model, the interval body have a catheter channel, and the conduit is kept In the catheter channel of the interval body, and the track formed along the conduit is set in institute in the interval body State and moved between the high end of vessel and the end portion, is kept so that the conduit of the conduit is high-end In the air cavity, and the conduit low side of the conduit is set to be maintained at the separate chamber.

One embodiment according to the present utility model, the interval body are integrally formed by elastic material.

One embodiment according to the present utility model, the interval body include a partition body, an outside portion and one Inside portion, wherein the outside portion and the inside portion are integrally formed in the outside and inner side of the partition body respectively, with Outer wall in the outside portion forms an interval outer wall of the interval body, and the inside portion inner wall formed it is described between One every body is spaced inner wall, wherein the interval outer wall fits in the inner wall of the vessel, the interval inner wall is used for The catheter channel is defined, and the interval inner wall fits in the outer wall of the conduit.

One embodiment according to the present utility model, the interval body include a partition body, an outside portion and one Inside portion, wherein the outside portion and the inside portion are made of elastic material respectively, and the outside portion and the inner side Portion is arranged at the outside and inner side of the partition body respectively, and the interval body is formed with the outer wall in the outside portion One interval outer wall, and inner wall in the inside portion form an interval inner wall of the interval body, wherein the interval outer wall The inner wall of the vessel is fitted in, the interval inner wall is used to define the catheter channel, and the interval inner wall patch Together in the outer wall of the conduit.

One embodiment according to the present utility model, the discharger further comprise a suction pipe, wherein the suction pipe With a connecting pin and a free end, the connecting pin of the suction pipe is connected to the discharge main body, so that the suction pipe The discharge main body is connected, wherein the free end of the suction pipe is maintained at the catheter lumen of the conduit.

One embodiment according to the present utility model, the free end of the suction pipe are high from the conduit of the conduit End extends to and is maintained at the conduit low side of the conduit.

One embodiment according to the present utility model, the vessel include a container tube, a low side cap body and one High-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that the low side cap body and the container The low side of pipe forms the end portion of the vessel, and at the low side cap body, the container tube and the interval originally The separate chamber is formed between body, wherein the high-end cap body is installed in the high-end of the container tube, so that the high end cap The high end of the high-end formation vessel of body and the container tube, and in the high-end cap body, the container tube The air cavity is formed between the interval body, wherein the venting channels are formed at the high-end of the container tube, and is made The venting channels connect the air cavity.

One embodiment according to the present utility model, the vessel include a container tube, a low side cap body and one High-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that the low side cap body and the container The low side of pipe forms the end portion of the vessel, and at the low side cap body, the container tube and the interval originally The separate chamber is formed between body, wherein the high-end cap body is installed in the high-end of the container tube, so that the high end cap The high end of the high-end formation vessel of body and the container tube, and in the high-end cap body, the container tube The air cavity is formed between the interval body, wherein the venting channels are formed at the high-end cap body, and is made described Venting channels connect the air cavity.

One embodiment according to the present utility model, the vessel include a container tube, a low side cap body and one High-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that the low side cap body and the container The low side of pipe forms the end portion of the vessel, and at the low side cap body, the container tube and the interval originally The separate chamber is formed between body, wherein the high-end cap body is installed in the high-end of the container tube, so that the high end cap The high end of the high-end formation vessel of body and the container tube, and in the high-end cap body, the container tube The air cavity is formed between the interval body, wherein the venting channels are formed at the high-end cap body and the container tube High-end installation site, and the venting channels is connected the air cavity.

One embodiment according to the present utility model, the vessel include a container tube, a low side cap body and one High-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that the low side cap body and the container The low side of pipe forms the end portion of the vessel, and at the low side cap body, the container tube and the interval originally The air cavity is formed between body, wherein the high-end cap body is installed in the high-end of the container tube, so that the high-end cap body With the high end of the high-end formation vessel of the container tube, and the high-end cap body, the container tube and The separate chamber is formed between the interval body, wherein the venting channels are formed at the low side of the container tube, and is made The venting channels connect the air cavity.

One embodiment according to the present utility model, the vessel include a container tube, a low side cap body and one High-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that the low side cap body and the container The low side of pipe forms the end portion of the vessel, and at the low side cap body, the container tube and the interval originally The air cavity is formed between body, wherein the high-end cap body is installed in the high-end of the container tube, so that the high-end cap body With the high end of the high-end formation vessel of the container tube, and the high-end cap body, the container tube and The separate chamber is formed between the interval body, wherein the venting channels are formed at the low side cap body, and is made described Venting channels connect the air cavity.

One embodiment according to the present utility model, the vessel include a container tube, a low side cap body and one High-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that the low side cap body and the container The low side of pipe forms the end portion of the vessel, and at the low side cap body, the container tube and the interval originally The air cavity is formed between body, wherein the high-end cap body is installed in the high-end of the container tube, so that the high-end cap body With the high end of the high-end formation vessel of the container tube, and the high-end cap body, the container tube and The separate chamber is formed between the interval body, wherein the venting channels are formed at the low side cap body and the container tube Low side installation site, and the venting channels is connected the air cavity.

According to the other side of the utility model, the utility model further provides for a portable fluid container, it includes：

One discharger；

One supplementary device；And

One case, wherein the case have independently of each other and spatially-variable a separate chamber and an air cavity with And the air cavity and an at least venting channels for external environment condition are communicated in, wherein the discharger and supplementary device difference The case is arranged at, and the discharger and the supplementary device are respectively communicated with the separate chamber, wherein When one fluid is added to the separate chamber by the supplementary device, the space of the separate chamber little by little becomes larger, and Taper into the spatial synchronization of the air cavity, conversely, being maintained at when by discharger discharge in the separate chamber The fluid when, the space of the air cavity becomes larger, and tapers into the spatial synchronization of the separate chamber.

One embodiment according to the present utility model, the case have a catheter lumen and an at least fluid passage, The fluid passage connects the catheter lumen and the separate chamber, wherein the discharger and the supplementary device are respectively communicated with The catheter lumen.

One embodiment according to the present utility model, the separate chamber and the air cavity are respectively positioned at the case Two ends, and the fluid passage and the separate chamber are located at the same end of the case, and the ventilation is logical Road and the air cavity are located at the same end of the case.

According to the other side of the utility model, the utility model further provides for a kind of solution bottle, it includes：

One bottle, the bottle have an accommodating chamber；One liquid-jet device, the liquid-jet device are arranged at the bottle； And

One liquid-adding device, the liquid-adding device include a pedestal and a drainage mechanism, and the pedestal is arranged at described The bottom of bottle, the drainage mechanism are movably disposed in the pedestal, and the pedestal is communicated in the original solution bottle, described Solution in the original solution bottle is injected into the bottle by drainage mechanism.

One embodiment according to the present utility model, the pedestal include a movable support, and the movable support has one Cavity, the drainage mechanism include a movable part, and the movable part is movably disposed in the cavity, for described in change The pressure of pedestal.

One embodiment according to the present utility model, the movable part has an injection hole and an extension, described to prolong Stretching pipe has a fluid hole, and solution enters the extension by the injection hole, and is flowed to from the fluid hole in described Accommodating chamber.

One embodiment according to the present utility model, the pedestal include a conduit, and the conduit has a perforate, described Elongated end is able to slide in the conduit, and the fluid hole is communicated in the perforate, the solution stream that the drainage mechanism is drawn To in the bottom of the accommodating chamber.

One embodiment according to the present utility model, the drainage mechanism include an elastic component, and the movable part passes through institute State elastic component and be slidably disposed in the cavity so that the drainage mechanism has reset function.

One embodiment according to the present utility model, the liquid-adding device include a protective cover, and the protective cover is detachable Ground is arranged at the bottle, and by the protective cover, the protective cover is able to provide the liquid-adding device pedestal One protective effect.

One embodiment according to the present utility model, the drainage mechanism include a sealing ring, and the sealing ring is set In the movable part so that the drainage mechanism provides a sealing space during draw solution.

One embodiment according to the present utility model, the bottle includes one first body and one second body, described First body is removably attachable to second body, and to form the accommodating chamber, the liquid-jet device is arranged at described First body, the liquid-adding device are arranged at second body.

One embodiment according to the present utility model, the liquid-jet device are led including a nozzle, a drive component and one Tube assembly, the nozzle are arranged at second body, and the nozzle is connected to the driving component and the conduit group Part, applies an active force, the conduit tube component is able to draw the accommodating chamber bottom by the nozzle to the driving component Solution.

One embodiment according to the present utility model, the driving component include a fixing bracket, the conduit tube component bag A gear unit and a suction pipe are included, the gear unit is arranged at the fixing bracket, and the suction pipe is communicated in the fixation One extension conduit of stent.

One embodiment according to the present utility model, the driving component include a flexible member, and the gear unit leads to Cross the flexible member and be arranged at the fixing bracket, the flexible member causes the gear unit to have reset function.

One embodiment according to the present utility model, the driving component include a servo piston, and the servo piston can The conduit is slidingly arranged at, the servo piston is used to balance the pressure in the accommodating chamber.

One embodiment according to the present utility model, the gear unit includes a driving member and a transmission tube, described Nozzle is arranged at the driving member, and the driving member sets and is communicated in the transmission tube, and the driving member drives the transmission Guan Shi, the driving component are in running order.

One embodiment according to the present utility model, the driving component include a gasket, and the gasket is arranged at institute State between driving member and the transmission tube, play the role of buffering.

One embodiment according to the present utility model, the suction pipe have certain predetermined length, and the suction pipe is arranged at In the conduit, the suction pipe is able to draw the solution of the accommodating chamber bottom.

One embodiment according to the present utility model, the pedestal have a stop bit end, and the stop bit end is from the pedestal Outwardly extension, the pedestal is connected to the bottle by the stop bit end.

One embodiment according to the present utility model, the pedestal have an elongated end, and the elongated end is from described The outward opening extension of pedestal, the elongated end is able to obstruct the movable part to be skidded off from the cavity.

Brief description of the drawings

Fig. 1 is the schematic perspective view according to a portable fluid container of a preferred embodiment of the utility model.

Fig. 2 is the decomposition diagram according to the portable fluid container of the above-mentioned preferred embodiment of the utility model.

Fig. 3 is to be cutd open according to the portable fluid container of the above-mentioned preferred embodiment of the utility model along centre position Internal structure schematic diagram after opening.

Fig. 4 A and Fig. 4 B be according to the above-mentioned preferred embodiment of the utility model the portable fluid container by one stream View when body is dispensed to a separate chamber.

Fig. 5 A and Fig. 5 B are according to described in the portable fluid container general by the above-mentioned preferred embodiment of the utility model Fluid from the separate chamber discharge when view.

Fig. 6 is a deformation implementation side according to the portable fluid container of the above-mentioned preferred embodiment of the utility model Schematic cross-sectional view after being splitted along centre position of formula.

Fig. 7 is another deformation implementation according to the portable fluid container of the above-mentioned preferred embodiment of the utility model Schematic cross-sectional view after being splitted along centre position of mode.

Fig. 8 is another deformation implementation according to the portable fluid container of the above-mentioned preferred embodiment of the utility model Schematic cross-sectional view after being splitted along centre position of mode.

Fig. 9 is another deformation implementation according to the portable fluid container of the above-mentioned preferred embodiment of the utility model Schematic cross-sectional view after being splitted along centre position of mode.

Figure 10 is real according to another deformation of the portable fluid container of the above-mentioned preferred embodiment of the utility model Apply the schematic cross-sectional view after being splitted along centre position of mode.

Figure 11 is to be cutd open according to a portable fluid container of another preferred embodiment of the utility model along centre position Internal structure schematic diagram after opening.

Figure 12 A and Figure 12 B be according to the above-mentioned preferred embodiment of the utility model the portable fluid container by one View during fluid dispenser a to separate chamber.

Figure 13 A and Figure 13 B be according to by the portable fluid container of the above-mentioned preferred embodiment of the utility model by institute State fluid from the separate chamber discharge when view.

Figure 14 is the overall schematic of a preferred embodiment according to the present utility model.

Figure 15 is the overall explosive view of a preferred embodiment according to the present utility model.

Figure 16 is the entirety sectional view of a preferred embodiment according to the present utility model.

Figure 17 A and 17B are according to solution bottle liquid feeding process schematic in the utility model.

Figure 18 A and 18B are to be in using process schematic diagram according to solution in the utility model.

Figure 19 is the schematic diagram that original solution bottle make-up solution is connected to according to solution bottle in the utility model.

Figure 20 is the application method flow diagram of solution bottle according to the present utility model.

Figure 21 is solution type of flow flow diagram in solution bottle according to the present utility model.

Embodiment

It is described below for disclosing the utility model so that those skilled in the art can realize the utility model.Retouch below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.Retouched following The basic principle of the utility model defined in stating can be applied to other embodiments, deformation program, improvement project, etc. Tongfang The other technologies scheme of case and spirit and scope without departing from the utility model.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", the orientation of the instruction such as " outer " or position close System is to be based on orientation shown in the drawings or position relationship, it is for only for ease of description the utility model and simplifies and describes, without It is instruction or implies that signified device or element there must be specific orientation, with specific azimuth configuration and operation, therefore on Term is stated it is not intended that limitation to the utility model.

It is understood that term " one " be interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no It is understood that as the limitation to quantity.

With reference to the utility model Figure of description attached drawing 1 to Fig. 5 B, according to a preferred embodiment of the utility model One portable fluid container is set forth in following description, wherein the portable fluid container includes a case 10th, a discharger 20 and a supplementary device 30, wherein the discharger 20 and the supplementary device 30 are set respectively In the case 10, a fluid 100 can be dispensed into by the case 10 by the supplementary device 30, and pass through The discharger 20 can be discharged being dispensed to the fluid 100 of the case 10.

Specifically, the case 10 includes a vessel 11 and an interval body 12, wherein the container sheet Body 11 has an accommodation space 111 and an at least venting channels 112, wherein the interval body 12 is movably disposed in The accommodation space 111 of the vessel 11, so that the interval body 12 can separate the accommodation space 111 and be Mutually independent 1111 and one air cavity 1112 of a separate chamber, wherein the venting channels 112 are communicated in the air cavity 1112 and outer Portion's environment.In other words, the vessel 11 has the mutually independent separate chamber 1111 and the air cavity 1112.

For example, in this preferable example of the portable fluid container of the utility model, the vessel 11 have an end portion 113 and a high end 114, wherein the separate chamber 1111 is formed at the described low of the vessel 11 End 113, the air cavity 1112 and the venting channels 112 are formed at the high end 114 of the vessel 11.

The discharger 20 is arranged at the high end 114 of the vessel 11,30 quilt of supplementary device The end portion 113 of the vessel 11 is arranged at, and the discharger 20 and the supplementary device 30 distinguish energy Enough it is communicated in the separate chamber 1111.In this way, the fluid 100 can be dispensed by the supplementary device 30 to described Separate chamber 1111, and 100 row of the fluid that will can be dispensed into by the discharger 20 in the separate chamber 1111 Go out.

It is understood that the separate chamber 1111 and the air cavity 1112 of the case 10 are separate, from And dispensed to the fluid 100 in the separate chamber 1111 and be prevented from entering the air cavity 1112, and then the fluid 100 are prevented from being automatically discharged to the outside of the portable fluid container from the venting channels 112, to avoid the fluid 100 waste, and avoid polluting the portable fluid container from the fluid 100 that the portable fluid container flows out Outer surface and the other articles of pollution.

With continued reference to attached drawing 1 to Fig. 3, the vessel 11 further comprises a container tube 115, a low side cap body 116 And a high-end cap body 117, wherein the low side cap body 116 is installed in the low side of the container tube 115, with by described The low side of low side cap body 116 and the container tube 115 forms the end portion 113 of the vessel 11, and described low End cap body 116 is used for the end portion 113 that the supplementary device 30 is installed on to the vessel 11.Correspondingly, it is described High-end cap body 117 is installed in the high-end of the container tube 115, with by the high-end cap body 117 and the container tube 115 The high end 114 of the high-end formation vessel 11, and the high-end cap body 117 is used for the discharger 20 It is installed on the high end 114 of the sample container 11.

In addition, the low side cap body 116 and the high-end cap body 117 are being installed on the low of the container tube 115 respectively After holding and being high-end, the receiving is formed between the low side cap body 116, the high-end cap body 117 and the container tube 115 Space 111.

Preferably, the low side cap body 116 is removably installed in the low side of the container tube 115, the high end cap Body 117 is removably installed in the high-end of the container tube 115.

The interval body 12 is movably disposed in the inside of the container tube 115, so that in the interval body 12nd, the separate chamber 1111 can be formed between the container tube 115 and the low side cap body 116, and in the interval body 12nd, the air cavity 1112 is formed between the container tube 115 and the high-end cap body 117.

It is noted that with it is described interval body 12 and the container tube 115 relative position difference, described point Behave affectedly 1111 space size and the air cavity 1112 space size it is also different.For example, when the space of the separate chamber 1111 When becoming larger, taper into the spatial synchronization of the air cavity 1112.Conversely, when the space of the separate chamber 1111 gradually becomes Hour, become larger to the spatial synchronization of the air cavity 1112.

In an example of the portable fluid container of the utility model, the venting channels 112 can be formed In the high-end of the container tube 115, thus when the interval body 12, the container tube 115 and the high-end cap body 117 it Between when forming the air cavity 1112, be formed at the high-end venting channels 112 of the container tube 115 can be communicated in it is described Air cavity 1112 and external environment condition.

In another example of the portable fluid container of the utility model, the venting channels 112 can also Be formed at the high-end cap body 117, thus when the interval body 12, the container tube 115 and the high-end cap body 117 it Between when forming the air cavity 1112, the air cavity can be communicated in by being formed at the venting channels 112 of the high-end cap body 117 1112 and external environment condition.

In another example of the portable fluid container of the utility model, the venting channels 112 can also It is formed at the installation site of the container tube 115 and the high-end cap body 117, i.e. the venting channels 112 can be formed at Between the container tube 115 and the high-end cap body 117, for example, when the high-end cap body 117 is installed in the container tube 115 it is high-end when, can form the venting channels 112 between the high-end cap body 117 and the container tube 115 so that When forming the air cavity 1112 between the interval body 12, the container tube 115 and the high-end cap body 117, formed The venting channels 112 between the high-end cap body 117 and the container tube 115 can be communicated in 1112 He of air cavity External environment condition.

Refer to the attached drawing 3, the supplementary device 30 further comprise a check valve 31 and a conduit 32 and with least one Fluid passage 33, wherein the conduit 32 has a conduit low side 321, a conduit high-end 322 and a catheter lumen 323, it is described The catheter lumen 323 of conduit 32 extends between the conduit low side 321 and the conduit high-end 322.In the utility model The portable fluid container this specific example in, the conduit low side 321 of the conduit 32 can integratedly prolong The check valve 31 is stretched in, so that the catheter lumen 323 of the conduit 32 is communicated in the check valve 31.The fluid passage 33 can be formed at the conduit low side 321 of the conduit 32, so that the fluid passage 33 is communicated in the conduit 32 The catheter lumen 323.

In another example of the portable fluid container of the utility model, the conduit of the conduit 32 is low End 321 can also be installed in the check valve 31.Therefore, it will be appreciated by those skilled in the art that, show in fig. 3 The example that the conduit low side 321 of the conduit 32 gone out integratedly extends the check valve 31 is only for example, it is not Form the limitation to the portable fluid container of the utility model.In addition, the fluid passage 33 can also be formed in institute State the installation site of the conduit low side 321 and the check valve 31 of conduit 32, i.e. low in the conduit of the conduit 32 The fluid passage 33 is formed between end 321 and the check valve 31.

The supplementary device 30 is arranged at the end portion 113 of the vessel 11, and makes the conduit 32 The conduit low side 321 be maintained at the separate chamber 1111 so that the fluid passage 33 is communicated in the packing Chamber 1111.

The low side cap body 116 has one to keep passage 1161.The check valve 31 has an installing arm 311, it can be with In a ring, wherein the outer diameter of the installing arm 311 of the check valve 31 is more than the low side opening of the container tube 115 Internal diameter size, and the outer diameter of the installing arm 311 of the check valve 31 is more than the guarantor of the low side cap body 116 The internal diameter size of passage 1161 is held, so that when the low side cap body 116 is installed in the low side of the container tube 115, it is described The low side of low side cap body 116 and the container tube 115 is capable of providing a chucking power with the institute by clamping the check valve 31 The mode of installing arm 311 is stated, the supplementary device 30 is arranged at the end portion 113 of the vessel 11.

Further, the interval body 12 has a catheter channel 121, for accommodating the conduit 32.When the benefit Fill put 30 be arranged at the end portion 113 of the vessel 11 after, the conduit 32 can pass through it is described interval this The low side of the catheter channel 121 of body 12 from the container tube 115 extends to high-end.Preferably, the interval body 12 The catheter channel 121 is central hole, i.e. the conduit 32 of the supplementary device 30 can be in the interval body 12 Center extends to high-end through the catheter channel 121 and the low side from the container tube 115.

In addition, the conduit 32 can also form an induction element, for guiding the movement side of the interval body 12 To so that when the conduit 32 movement in the accommodation space 111 of the vessel 11, the conduit 32 is by drawing The mode for leading the direction of motion of the spacer element 12 prevents the spacer element 12 from deflection occur, thus avoid being dispensed to The fluid 100 in the separate chamber 1111 enters the air cavity 1112.

Refer to the attached drawing 3, the discharger 20 includes discharge 21 and one suction pipe 22 of main body, wherein the suction pipe 22 has One connecting pin 221 and a free end 222, wherein the connecting pin 221 of the suction pipe 22 is connected to the discharge main body 21, The discharge main body 21 is arranged at the high-end cap body 117 of the vessel 11, is mounted in the high-end cap body 117 In the container tube 115 it is high-end after, the suction pipe 22 is maintained in the catheter lumen 323 of the conduit 32, so that institute The free end 222 for stating suction pipe 22 is maintained in the catheter lumen 323 of the conduit 32, and the discharge main body 21 can close the upper opening of the catheter lumen 323 of the conduit 32, to prevent the catheter lumen of the conduit 32 323 are connected with the air cavity 1112.

It is noted that the discharge main body 21 may be implemented as the discharge main body 21 of push type.

Preferably, the free end 222 of the suction pipe 22 of the discharger 20 is led described in the conduit 32 Tube chamber 323 can extend to the conduit low side 321 from the conduit high-end 322 of the conduit 32.

Refer to the attached drawing 2 and Fig. 3, there is the interval body 12 an interval outer wall 122 and one to be spaced inner wall 123, between described It is used to define the catheter channel 121 every inner wall 123.When the interval body 12 is arranged at the inside of the container tube 115 And making the interval body 12 when be located at the accommodation space 111, the interval outer wall 122 for being spaced body 12 fits in The inner wall of the container tube 115, to prevent the interval outer wall 122 and the container tube 115 in the interval body 12 Gap is produced between inner wall.Correspondingly, when described in the conduit high-end 322 through the interval body 12 of the conduit 32 Catheter channel 121, and the conduit 32 be maintained at it is described interval body 12 the catheter channel 121 when, the interval The interval inner wall 123 of body 12 fits in the outer wall of the conduit 32, to prevent between described in the interval body 12 Gap is produced between the outer wall of inner wall 123 and the conduit 32.In this way, dispensed to the stream in the separate chamber 1111 Body 100 is prevented from entering the air cavity 1112.

Further, the interval body 12 includes 216 groups of a partition body 124, an outside portion 125 and an inside portion Into wherein the outside portion 125 and the inside portion 126 are integrally formed in the outside of the partition body 124 and interior respectively Side, so that the interval body 12 forms integral structure.The surface shape of the outside portion 125 of the interval body 12 Into the interval outer wall 122 of the interval body 12, the surface of the inside portion 126 of the interval body 12 forms described It is spaced the interval inner wall 123 of body 12.

Between the outside portion 125 of the interval body 12 and the height dimension of the inside portion 126 can be more than described in Every the height dimension of main body 124, to increase the inner wall of the outside portion 125 of the interval body 12 and the container tube 115 Contact area, and increase it is described interval body 12 the inside portion 126 and the conduit 32 outer wall contact area, from And prevent to produce gap and resistance between the interval outer wall 122 of the interval body 12 and the inner wall of the container tube 115 Only gap is produced between the outer wall of the interval inner wall 123 and the conduit 32 of the interval body 12.In addition, between described It can be more than the height of the partition body 124 every the height dimension of the outside portion 125 of body 12 and the madial wall 126 Size, more can easily make the interval body 12 in the container in the portable fluid container when in use It is movable in the accommodation space 111 of body 11.

Preferably, the interval body 12 can be made of elastic material, such as, but not limited to the material such as silica gel, rubber, So as to which the outside portion 125 of the interval body 12 can be prevented by way of being deformed in the interval body 12 Gap, and the inside portion of the interval body 12 are produced between the interval outer wall 122 and the inner wall of the container tube 115 126 can be prevented by way of being deformed in the interval inner wall 123 and the conduit 32 for being spaced body 12 Gap is produced between outer wall.

Attached drawing 4A and Fig. 4 B, which are shown, is dispensed the fluid 100 to the portable fluid by the supplementary device 30 The process of the separate chamber 1111 of container.

Specifically, by the check valve 31 of the supplementary device 30 by the fluid 100 from the portable stream The outside of body container enters the catheter lumen 323 of the conduit 32, since the catheter lumen 323 of the conduit 32 is in institute The opening for stating conduit high-end 322 is closed by the discharge main body 21 of the discharger 20, thus from the check valve 31 into The fluid 100 entered to the catheter lumen 323 of the conduit 32 is only allowed enters institute by the fluid passage 33 State in separate chamber 1111.At this time, the pressure in the separate chamber 1111 is more than the pressure in the air cavity 1112, so that described During fluid 100 is constantly added into the separate chamber 1111, the interval body 12 is added into the separate chamber The fluid 100 in 1111 drives and from the end portion 113 of the vessel 11 to high 114 direction of end It is mobile, and the gas in the air cavity 1112 is discharged to external environment condition by the venting channels 112.

Attached drawing 5A and Fig. 5 B show the stream for being dispensed the separate chamber 1111 to the portable fluid container 100 discharged process of body.

Specifically, by way of the discharge main body 21 for pressing the discharger 20, positioned at the conduit 32 The catheter lumen 323 in the fluid 100 can be maintained at the suction in the catheter lumen 323 of the suction pipe 22 Pipe 22 suctions out and is expelled to by the outlet for discharging main body 21 external environment condition of the portable fluid container.It is preferred that Ground, the suction pipe 22 of the discharger 20 extend to and are maintained at the conduit low side 321 of the conduit 32, so that The portable fluid can be discharged to first positioned at the fluid 100 of the conduit low side 321 of the conduit 32 to hold The external environment condition of device.At this time, the fluid 100 positioned at the conduit high-end 322 of the conduit 32 can be former according to gravity Reason is supplemented to the conduit low side 321 of the conduit 32.

The liquid level of the fluid 100 in the catheter lumen 323 positioned at the conduit 32 and positioned at the separate chamber After the liquid level of the fluid 100 in 1111 keeps horizontal, the discharger 20 is continued through by described in the conduit 32 When the fluid 100 in catheter lumen 323 is discharged, the fluid 100 in the separate chamber 1111 can lead to from the fluid Road 33 is added in the catheter lumen 323 of the conduit 32.At this time, the pressure in the separate chamber 1111 is less than the air cavity Pressure in 1112, the interval cup body 12 is by driving and from the high end 114 of the vessel 11 to the low side 113 direction of portion is moved, and the gas of external environment condition is added in the air cavity 1112 by the venting channels 112.

It is understood that the portable fluid container of the present invention allows user to use at any angle, example Such as the portable fluid container, permission user chooses at random angle to use in 360 degree of angular range, such as described Portable fluid container allows user to be used in an inverted manner, and this mode that the portable fluid container provides allows User uses more convenient.

Attached drawing 6 shows the schematic diagram of a variant embodiment of the portable fluid container, with attached drawing 1 to figure Unlike the specific example of the portable fluid container shown in 5B, the supplementary device 30A further comprises that one is unidirectional A valve 31A and conduit 32A and there is an at least fluid passage 33A, wherein the conduit 32A have a conduit low side 321A, The catheter lumen 323A of the high-end 322A of one conduit and catheter lumen a 323A, the conduit 32A are in the conduit low side 321A Extend between the high-end 322A of conduit.In this specific example of the portable fluid container of the utility model, The high-end 322A of the conduit of the conduit 32A integratedly extends the discharge main body 21 of the discharger 20, so that Openings of the catheter lumen 323A in the high-end 322A of the conduit of the conduit 32A is closed by the discharge main body 21.

In addition, the conduit low side 321A of the conduit 32A is in the catheter channel through the interval body 12 It can be maintained at after 121 in the catheter channel 121 of the interval body 12.

It is understood that it can not be connect between the conduit low side 321A and the check valve 31A of the conduit 32A Touch, i.e. there is distance between the conduit low side 321A and the check valve 31A of the conduit 32A, so as to The fluid passage 33A is formed between the conduit low side 321A and the check valve 31A of the conduit 32A.

It is noted that although show institute in the specific example of the portable fluid container shown in attached drawing 6 The high-end 322A of the conduit for stating conduit 32A integratedly extends the example of the discharge main body 21, in the portable fluid In other examples of container, the high-end 322A of the conduit of the conduit 32A can also be installed in the discharge main body 21.Change Yan Zhi, after the discharge main body 21 and the conduit 32A are respectively provided, can be installed on the row by the conduit 32A Go out main body 21, it is high in the conduit the catheter lumen 323A of the conduit 32A can be closed by the discharge main body 21 Hold the opening of 322A.

Attached drawing 7 shows another variant embodiment of the portable fluid container, with shown in attached drawing 6 described in just Take unlike formula fluid container, the conduit low side 321A of the conduit 32A is through described in the interval body 12 The check valve 31A can be installed in after catheter channel 121, wherein the fluid passage 33A can be formed at the conduit The conduit low side 321A of 32A so that the fluid passage 33A be communicated in the conduit 32A the catheter lumen 323A and The separate chamber 1111.

It is understood that the conduit low side 321A of the conduit 32A is installed in the check valve 31A, it is described The high-end 322A of the conduit of conduit 32A integratedly extends the discharge main body 21, or the conduit of the conduit 32A High-end 322A is installed in the discharge main body 21, so that the conduit low side 321A of the conduit 32A and described leading Manage high-end 322A can be fixed, in such manner, it is possible to avoid the conduit 32A from occurring rocking not in the container tube 115 Good phenomenon, to avoid during the fluid 100 is dispensed to the separate chamber 1111, because being guided by the conduit 32A The interval body 12 there is inclined bad phenomenon and cause it is described interval body 12 the interval outer wall 122 and institute State container tube 115 inner wall or it is described interval body 12 the interval inner wall 123 and the conduit 32A outer wall it Between there is gap, so as to ensure the reliability of the portable fluid container when in use.

It is noted that in other examples of the portable fluid container of the utility model, the fluid leads to Road 33A can also be formed between the conduit low side 321 and the check valve 31 of the conduit 32A.

Attached drawing 8 shows another variant embodiment of the portable fluid container, with shown in attached drawing 6 described in just Take unlike formula fluid container, the discharger 20 can not have suction pipe, so that as the row of the discharger 20 When going out main body 21 and being pressed, the fluid 100 in the catheter lumen 323A of the conduit 32A can be from the row The outlet for going out main body 21 is discharged external environment condition.

Attached drawing 9 shows another variant embodiment of the portable fluid container, wherein with the institute shown in attached drawing 6 State unlike portable fluid container, it is described in this specific example of the portable fluid container shown in attached drawing 9 Supplementary device 30B includes a conduit 32B, wherein the conduit 32B have a conduit low side 321B, the high-end 322B of a conduit and One catheter lumen 323B, wherein the catheter lumen 323B extends between the high end low end 321B and the high-end 322B of the conduit, And the conduit 32B and the container tube 115 are integrally formed.When the discharge main body 21 of the discharger 20 is pacified During the high end 114 loaded on the vessel 11, the discharge main body 21 closes the catheter lumen of the conduit 32B 323B the high-end 322B of the conduit opening, and be arranged at it is described discharge main body 21 the suction pipe 22 the freedom End 222 extends to institute in the catheter lumen 323B of the conduit 32B from the high-end 322B of the conduit of the conduit 32B State conduit low side 321B.

Attached drawing 10 shows another variant embodiment of the portable fluid container, wherein with attached drawing 1 to Fig. 5 B Unlike the portable fluid container shown, the interval body 12C includes a partition body 124C, an outside portion A 125C and inside portion 126C, wherein the outside portion 125C and the inside portion 126C are arranged at the interval master respectively The outside and inner side of body 124C, so as to form the interval body 12C, and forms the interval originally in the inside portion 126C A catheter channel 121C of body 12C.

The outside portion 125C of the interval body 12C forms an interval outer wall 122C, the institute of the interval body 12C State inside portion 126C and form an interval inner wall 123C.The inside of the container tube 115 is arranged at as the interval body 12C and When the interval body 12C is located at the accommodation space 111, the interval outer wall 122C fittings of the interval body 12C In the inner wall of the container tube 115, to prevent the interval outer wall 122C in the interval body 12C and the container tube Gap is produced between 115 inner wall.Correspondingly, the conduit that the interval body 12C is maintained at when the conduit 32 leads to During road 121C, the interval inner wall 123C of the interval body 12C fits in the outer wall of the conduit 32, to prevent described Gap is produced between the outer wall of the interval inner wall 123C and the conduit 32 of interval body 12C.In this way, dispensed to described The fluid 100 of separate chamber 1111 is prevented from entering the air cavity 1112.

The outside portion 125C and the inside portion 126C of the interval body 12C can by resilient material, from And in interval body 12C movements in the accommodation space 111 of the receiving body 11, the interval body 12C The outside portion 125C and the inside portion 126C can be prevented by way of producing slight deformation in the outside portion Gap is produced between the interval outer wall 122C and the inner wall of the container tube 115 that 125C is formed and is prevented in the inside portion 126C produces gap between forming the outer wall of the interval inner wall 123C and the conduit 32, so as to ensure the portable stream The reliability of body container when in use.

In an example of the portable fluid container of the utility model, the interval body 12C's is described outer The sidepiece 125C and inside portion 126C can be mounted on the outside and inner side of the partition body 124C respectively, such as can be with The outside portion 125C and the inside portion 126C of the interval body 12C are distinguished by glue or similar adhesion The outside and inner side of the partition body 124C are mounted on, to prevent in the interval body 12C in the vessel 11 In the accommodation space 111 during movement, there is the outside portion 125C or the inside portion 126C from the partition body The bad phenomenon to come off on 124C.

In this example of the portable fluid container of the utility model shown in attached drawing 10, the partition body 124C has one first locating slot 1241C and one second locating slot 1242C, wherein the outside portion of the interval body 12C 125C is equipped with one first setting element 1251C, the inside portion 126C of the interval body 12C and is equipped with one second setting element 1261C, wherein the first setting element 1251C of the outside portion 125C is located in the described of the partition body 124C First locating slot 1241C, so that the outside portion 125C is maintained at the outside of the partition body 124C, the inside portion The second setting element 1261C of 126C is located in the second locating slot 1242C of the partition body 124C, so that The inside portion 126C is maintained at the inner side of the partition body 124C, and mode in this way, can prevent between described When body 12C movements in the accommodation space 111 of the vessel 11, there is the outside portion 125C or described The bad phenomenon that inside portion 126C comes off from the partition body 124C.

With reference to Figure 11 to Figure 13 B of the Figure of description of the utility model, according to another preferred embodiment of the utility model A portable fluid container be set forth in following description, wherein the portable fluid container includes a case 10 ', one discharger 20 ' and a supplementary device 30 ', wherein the discharger 20 ' and the supplementary device 30 ' respectively by The case 10 ' is arranged at, a fluid 100 ' can be dispensed into by the case by the supplementary device 30 ' 10 ', and will can be discharged by the discharger 20 ' by the fluid 100 ' dispensed to the case 10 '.

Specifically, the case 10 ' includes a vessel 11 ' and an interval body 12 ', wherein the container Body 11 ' has an accommodation space 111 ' and an at least venting channels 112 ', wherein the interval body 12 ' is movably set The accommodation space 111 ' of the vessel 11 ' is placed in, so as to it is mutually independent to separate the accommodation space 111 ' One separate chamber 1111 ' and an air cavity 1112 ', wherein the venting channels 112 ' are communicated in the air cavity 1112 ' and external environment condition.

For example, in this preferable example of the portable fluid container of the utility model, the vessel 11 ' have an end portion 113 ' and a high end 114 ', wherein the separate chamber 1111 ' is formed at the vessel 11 ' The high end 114 ', the air cavity 1112 ' and the venting channels 112 ' are formed at the low side of the vessel 11 ' Portion 113 '.It is formed in that is, the venting channels 112 ' are communicated in the end portion 113 ' of the vessel 11 ' The air cavity 1112 ' and external environment condition of the end portion 113 ' of the vessel 11 '.

The discharger 20 ' is arranged at the high end 114 ' of the vessel 11 ', the supplementary device 30 ' are arranged at the end portion 113 ' of the vessel 11 ', and the discharger 20 ' and the supplementary device 30 ' can occasionally be communicated in the separate chamber 1111 ' for the high end 114 ' for being formed in the vessel 11 ' respectively.This The fluid 100 ', the separate chamber 1111 ' can be dispensed into by the supplementary device 30 ' by sample, and passes through the discharge Device 20 ' can will be dispensed into the fluid 100 ' discharge in the separate chamber 1111 '.

It is understood that the separate chamber 1111 ' of the case 10 ' and the air cavity 1112 ' are independently of each other, So as to be prevented from entering from the separate chamber 1111 ' by the fluid 100 ' dispensed to the separate chamber 1111 ' The air cavity 1112 ', so the fluid 100 ' be prevented from being automatically discharged to from the venting channels 112 ' it is described portable The outside of fluid container, to avoid the waste of the fluid 100 ', and avoids the institute flowed out from the portable fluid container State outer surface and the other articles of pollution that fluid 100 ' pollutes the portable fluid container.

Refer to the attached drawing 11, the vessel 11 ' further comprise a container tube 115 ', a low side cap body 116 ' and One high-end cap body 117 ', wherein the low side cap body 116 ' is removably installed in the low side of the container tube 115 ', with by The end portion 113 ' of the vessel 11 ' is formed by the low side of the low side cap body 116 ' He the container tube 115 ', And the low side cap body 116 ' is used to for the supplementary device 30 ' to be installed on the end portion for searching book vessel 11 ' 113’.Correspondingly, the high-end cap body 117 ' is removably installed in the high-end of the container tube 115 ', with by the height The high end 114 ' of end cap body 117 ' and the high-end formation vessel 11 ' of the container tube 115 ', and it is described High-end cap body 117 ' is used for the high end 114 ' that the discharger 20 ' is installed on to the container tube 115 '.

In addition, the low side cap body 116 ' and the high-end cap body 117 ' are being installed on the container tube 115 ' respectively Low side and it is high-end after, between the low side cap body 116 ', the high-end cap body 117 ' and the container tube 115 ' formed described in Accommodation space 111 '.

The interval body 12 ' is movably disposed in the inside of the container tube 115 ', so that at the interval originally The separate chamber 1111 ' can be formed between body 12 ', the container tube 115 ' and the low side cap body 116 ', and between described The air cavity 1112 ' can be formed between body 12 ', the container tube 115 ' and the high-end cap body 117 '.

It is noted that with the interval body 12 ' and the difference of the relative position of the container tube 115 ', it is described The space size of the space size of separate chamber 1111 ' and the air cavity 1112 ' is also obstructed.For example, when the interval body 12 ' exists Moved from the high end 114 ' of the vessel 11 ' to the direction of end portion 113 ' inside of the container tube 115 ' When, the space of the separate chamber 1111 ' little by little becomes larger, and the space of the air cavity 1112 ' little by little diminishes, or between described Every body 12 ' in the inside of the container tube 115 ' from the end portion 113 ' of the vessel 11 ' to the high end When 114 ' directions are moved, the space of the separate chamber 1111 ' little by little diminishes, and the space of the air cavity 1112 ' little by little diminishes. It is understood that the spatial variations of the separate chamber 1111 ' and the spatial variations of the air cavity 1112 ' are synchronous.

In an example of the portable fluid container of the utility model, the venting channels 112 ' can be formed In the low side of the container tube 115 ', so that when in interval body 12 ', the container tube 115 ' and the low side cap body When the air cavity 1112 ' is formed between 116 ', being formed at the venting channels 112 ' of the container tube 115 ' can be communicated in The air cavity 1112 ' and external environment condition.

In another example of the portable fluid container of the utility model, the venting channels 112 ' can also The low side cap body 116 ' is formed at, so that when in interval body 12 ', the container tube 115 ' and the low side cap body When the air cavity 1112 ' is formed between 116 ', being formed at the venting channels 112 ' of the low side cap body 116 ' can connect In the air cavity 1112 ' and external environment condition.

In another example of the portable fluid container of the utility model, the venting channels 112 ' can also It is formed between the low side cap body 116 ' and the low side of the container tube 115 ', such as when the low side cap body 116 ' is mounted When the low side of the container tube 115 ', between the low side cap body 116 ' and the low side of the container tube 115 ' described in formation Venting channels 112 ', so that when the shape between the interval body 12 ', the container tube 115 ' and the low side cap body 116 ' During into the air cavity 1112 ', the venting channels that are formed between the low side cap body 116 ' and the container tube 115 ' 112 ' can be communicated in the air cavity 1112 ' and external environment condition.

With continued reference to attached drawing 11, the supplementary device 30 ' further comprises a check valve 31 ' and a conduit 32 ' and tool There is an at least fluid passage 33 ', wherein there is the conduit 32 ' a conduit low side 321 ', a conduit high-end 322 ' and one to lead Tube chamber 323 ', the catheter lumen 323 ' of the conduit 32 ' is between the conduit low side 321 ' and the conduit high-end 322 ' Extension.The conduit low side 321 ' of the conduit 32 ' can integratedly extend the check valve 31 ', so that the conduit 32 ' the catheter lumen 323 ' is communicated in the check valve 31 '.The fluid passage 33 ' can be formed at the conduit 32 ' The conduit high-end 322 ', so that the fluid passage 33 ' is communicated in the catheter lumen 323 ' of the conduit 32 '.

The supplementary device 30 ' is arranged at the end portion 113 ' of the vessel 11 ', and makes the conduit 32 ' the conduit low side 321 ' is maintained at the separate chamber 1111 ' and makes the conduit high-end 322 ' of the conduit 32 ' The air cavity 1112 ' is maintained at, so that the fluid for being formed at the conduit high-end 322 ' of the conduit 32 ' leads to Road 33 ' can be communicated in the separate chamber 1111 '.

The low side cap body 116 ' has one to keep passage 1161 '.The check valve 31 ' has an installing arm 311 ', its Can in a ring, wherein the outer diameter of the installing arm 311 ' of the check valve 31 ' is more than the low of the container tube 115 ' The internal diameter size of end opening, and the outer diameter of the installing arm 311 ' of the check valve 31 ' is more than the low side cap body The internal diameter size of 116 ' the holding passage 1161 ', so that when the low side cap body 116 ' is installed in the container tube During 115 ' low side, the low side of the low side cap body 116 ' and the container tube 115 ' is capable of providing a chucking power to pass through The mode of the installing arm 311 ' of the check valve 31 ' is clamped, the supplementary device 30 ' is arranged at the vessel 11 ' the end portion 113 '.

Further, the interval body 12 ' has a catheter channel 121 ', for accommodating the conduit 32 ', works as institute State after supplementary device 30 ' is arranged at the end portion 113 ' of the vessel 11 ', the conduit 32 ' can pass through institute State interval body 12 ' the catheter channel 121 ' and extended to from the low side of the container tube 115 ' it is high-end so that The conduit low side 321 ' of the conduit 32 ' is maintained at the air cavity 1112 ' and makes the conduit of the conduit 32 ' high End 322 ' is maintained at the separate chamber 1111 '.

Preferably, the catheter channel 121 ' of the interval body 12 ' is central hole, i.e. the supplementary device 30 ' The conduit 32 ' can be at the center of the interval body 12 ' through the catheter channel 121 ' and from the container tube 115 ' low side extend to it is high-end so that the conduit low side 321 ' of the conduit 32 ' is maintained at the air cavity 1112 ' and the conduit high-end 322 ' of the conduit 32 ' is set to be maintained at the separate chamber 1111 '.

It is understood that the conduit 32 ' can also form an induction element, for guiding the interval body 12 ' the direction of motion, so that when the conduit 32 ' movement in the accommodation space 111 ' of the vessel 11 ', institute State conduit 32 ' can be preventing the spacer element 12 from occurring partially by way of guiding the direction of motion of the spacer element 12 Tiltedly, so that the fluid 100 ' for avoiding being dispensed into the separate chamber 1111 ' enters the air cavity 1112 '.Namely Say, the conduit 32 ' can limit the direction of motion of the interval body 12 '.

With continued reference to attached drawing 11, the discharger 20 ' includes a discharge main body 21 ' and a suction pipe 22 ', wherein the suction Pipe 22 ' has a connecting pin 221 ' and a free end 222 ', wherein the connecting pin 221 ' of the suction pipe 22 ' is connected to institute Discharge main body 21 ' is stated, the discharge main body 21 ' is arranged at the high-end cap body 117 ' of the vessel 11 ', described High-end cap body 117 ' be installed in the container tube 115 ' it is high-end after, the suction pipe 22 ' is maintained at the institute of the conduit 32 ' State in catheter lumen 323 ', so that the free end 222 ' of the suction pipe 22 ' is maintained at the catheter lumen of the conduit 32 ' In 323 '.

Preferably, the discharge main body 21 ' can close the upper opening of the catheter lumen 323 ' of the conduit 32 ', Such as the conduit high-end 322 ' of the conduit 32 ' can be installed in the discharge main body 21 ', with by the discharge Main body 21 ' can close the upper opening of the catheter lumen 323 ' of the conduit 32 '.

It is noted that in other examples of the portable fluid container of the utility model, the discharge master Body 21 ' can not also close the upper opening of the catheter lumen 323 ' of the conduit 32 ', so that in the institute of the conduit 32 ' The fluid passage 33 ', and the fluid passage can be formed between conduit high-end 322 ' and the discharge main body 21 ' by stating 33 ' are communicated in the catheter lumen 323 ' of the conduit 32 ' and the separate chamber 1111 '.

Preferably, institute of the free end 222 ' of the suction pipe 22 ' of the discharger 20 ' in the conduit 32 ' The conduit low side 321 ' can be extended to from the conduit high-end 322 ' of the conduit 32 ' by stating catheter lumen 323 '.

Refer to the attached drawing 11, the interval body 12 ' have an interval outer wall 122 ' and an interval inner wall 123 ', the interval Inner wall 123 ' is used to define the catheter channel 121 '.When the interval body 12 ' is arranged at the interior of the container tube 115 ' Portion and make the interval body 12 ' when be located at the accommodation space 111 ', the interval outer wall 122 ' for being spaced body 12 ' The inner wall of the container tube 115 ' is fitted in, to prevent the interval outer wall 122 ' in the interval body 12 ' and the appearance Gap is produced between the inner wall of device pipe 115 '.Correspondingly, when the conduit high-end 322 ' of the conduit 32 ' passes through the interval The catheter channel 121 ' of body 12 ', and the conduit 32 ' is maintained at the conduit for being spaced body 12 ' and leads to During road 121 ', the interval inner wall 123 ' of the interval body 12 ' fits in the outer wall of the conduit 32 ', to prevent in institute State and produce gap between the interval inner wall 123 ' of interval body 12 ' and the outer wall of the conduit 32 '.In this way, dispensed to The fluid 100 ' in the separate chamber 1111 ' is prevented from entering the air cavity 1112 '.

Further, the interval body 12 ' includes a partition body 124 ', an outside portion 125 ' and an inside portion 126 ' compositions, wherein the outside portion 125 ' and the inside portion 126 ' are integrally formed in the partition body 124 ' respectively Outside and inner side, so that the interval body 12 ' forms integral structure.The outside portion of the interval body 12 ' 125 ' surface forms the interval outer wall 122 ' of the interval body 12 ', the inside portion of the interval body 12 ' 126 ' surface forms the interval inner wall 123 ' of the interval body 12 '.

The outside portion 125 ' of the interval body 12 ' and the height dimension of the inside portion 126 ' can be more than described The height dimension of partition body 124 ', to increase the outside portion 125 ' of the interval body 12 ' and the container tube 115 ' Inner wall contact area, and the inside portion 126 ' of the increase interval body 12 ' and the outer wall of the conduit 32 ' connect Contacting surface is accumulated, so as to prevent between the interval outer wall 122 ' of the interval body 12 ' and the inner wall of the container tube 115 ' Produce gap and prevent to produce between the interval inner wall 123 ' of the interval body 12 ' and the outer wall of the conduit 32 ' Gap.In addition, the outside portion 125 ' of the interval body 12 ' and the height dimension of the inside portion 126 ' can be more than institute The height dimension of partition body 124 ' is stated, more can easily be made described in the portable fluid container when in use It is movable in the accommodation space 111 ' of the vessel 11 ' to be spaced body 12 '.

Preferably, the interval body 12 ' can be made of elastic material, such as, but not limited to the material such as silica gel, rubber, So as to which the outside portion 125 ' of the interval body 12 ' can be prevented by way of being deformed in the interval body Gap, and the institute of the interval body 12 ' are produced between 12 ' the interval outer wall 122 ' and the inner wall of the container tube 115 ' The interval inner wall 123 ' in the interval body 12 ' and institute can be prevented by way of being deformed by stating inside portion 126 ' State and produce gap between the outer wall of conduit 32 '.

Attached drawing 12A and Figure 12 B, which are shown, is dispensed the fluid 100 ' to described portable by the supplementary device 30 ' The process of the separate chamber 1111 ' of fluid container.

Specifically, can be certainly described just by the fluid 100 ' by the check valve 31 ' of the supplementary device 30 ' The outside for taking formula fluid container is added to the catheter lumen 323 ' of the conduit 32 ', into the described of the catheter lumen 323 ' It is high-end that fluid 100 ' along the catheter lumen 323 ' from the conduit low side 321 ' of the conduit 32 ' flows to the conduit 322 ', and enter the separate chamber 1111 ' from the fluid passage 33 '.At this time, the pressure in the separate chamber 1111 ' is big Pressure in the air cavity 1112 ', so as to constantly be added into the process of the separate chamber 1111 ' in the fluid 100 ' In, the interval body 12 ' is driven in the accommodation space 111 ' of the vessel 11 ' from the vessel 11 ' the high end 114 ' is moved to the direction of end portion 113 ', and the gas in the air cavity 1112 ' pass through it is described Venting channels 112 ' are discharged to the external environment condition of the portable fluid container.

Attached drawing 13A and Figure 13 B show dispensed it is described to the separate chamber 1111 ' of the portable fluid container The discharged process of fluid 100 '.

Specifically, by way of the discharge main body 21 ' for pressing the discharger 20 ', positioned at the conduit The fluid 100 ' in the 32 ' catheter lumen 323 ' can be maintained in the catheter lumen 323 ' of the conduit 32 ' The suction pipe 22 ' suction out and the outside of the portable fluid container be expelled to by the outlet of the discharge main body 21 ' Environment.In this process, the pressure in the air cavity 1112 ' is more than the pressure in the separate chamber 1111 ', so that described The gas of the external environment condition of portable fluid container is supplemented to the process of the air cavity 1112 ' by the venting channels 112 ' In, the interval body 12 ' is driven in the accommodation space 111 ' of the vessel 11 ' from the vessel 11 ' the end portion 113 ' is moved to the high direction of end 114 ', and the fluid in the separate chamber 1111 ' 100 ' can be supplemented to by the fluid passage 33 ' in the catheter lumen 323 ' of the conduit 32 '.

According to the other side of the utility model, the utility model further provides for the manufacturer of a portable fluid container Method, wherein the manufacture method includes the following steps：

(a) a mobilizable interval body 12 is set in the accommodation space 111 of a vessel 11, to separate the appearance It is mutually independent 1111 and one air cavity 1112 of a separate chamber to receive space 111, wherein the air cavity 1112 and the vessel 11 venting channels 112 are connected；With

(b) discharger 20 and a supplementary device 30 are installed in the vessel 11, and make the discharger 20 and the supplementary device 30 be respectively communicated with the separate chamber 1111, be made the portable fluid container.

Further, in the step (b), following steps are further comprised：

One discharge main body 21 of the discharger 20 is installed in the high end 114 of the vessel 11；

One check valve 31 of the supplementary device 30 is installed in the end portion 113 of the vessel 11；

Make the accommodation space 111 of the conduit 32 in the vessel 11 for integratedly extending the check valve 31 The interior end portion 113 from the vessel 11 extends to high end 114, and makes 321 quilt of conduit low side of the conduit 32 It is maintained at the separate chamber 1111 and the conduit high-end 322 of the conduit 32 is maintained at the air cavity 1112；

The fluid passage 33 for being formed in the conduit low side 321 of the conduit 32 is set to connect the separate chamber 1111 and described The catheter lumen 323 of conduit 32；And

The conduit high-end 322 of the conduit 32 is installed in the discharge main body 21, so that the discharge main body 21 and described The catheter lumen 323 of conduit 32 is connected, and closes the catheter lumen 323 of the conduit 32 described by the discharge main body 21 The upper opening of the conduit high-end 322 of conduit 32.

As shown in Figure 14 to Figure 19, according to the other side of the utility model, the utility model further provides for a solution Bottle, it includes a bottle 10S, a liquid-jet device 20S and liquid-adding device a 30S, the liquid-jet device 20S and the liquid feeding Device 30S is removable installed in the bottle 10S respectively.The liquid-adding device 20S is able to be connected to an original solution bottle Solution in 100S, the original solution bottle 100S is injected into the bottle 10S, the hydrojet by the liquid-adding device 30S Device 20S is able to using the solution in the bottle 10S, and the reality solution bottle is repeatedly recycled, and is reduced and is used Cost and the reduction wasting of resources.The solution bottle is able to be used for the packing process of solution according to use demand or individually stores molten Liquid, is able to be injected into the solution needed for user in the solution bottle, for example, perfume, bath oil, shampoo, toner etc. other Liquid or milky solution, perfume solution is used in the utility model and simply acts on a kind of citing of embodiment, can not conduct Limitation to the utility model content, the solution bottle are able to be used by a user to store any type of solution.Wherein, it is above-mentioned Detachably connected mode is easy to the replacement and use of the solution bottle each several part.It is noted that the solution bottle is preferred For cylindrical structure, known those skilled in the art are interpreted as, and the shape and volume of the solution bottle cannot be made For the limitation to the utility model content, the solution bottle is able to need to be designed to different shape size according to use or production Structure, the technical characteristics of the utility model be the solution bottle using solution mode and solution the solution bottle stream Flowing mode.

The utility model is compared to being mainly characterized by for the prior art, and solution bottle leads to described in the utility model When crossing the liquid-adding device 20S additions solution, the solution in the original solution bottle 100S is injected into by the liquid-adding device 20S To the bottle 10S, the solution of injection is first stored in the bottom of the bottle 10S, is flowed from bottom to top further along the bottle 10S It is dynamic, while during solution of the liquid-jet device 20S in the use bottle 10S, first using the molten of the bottle 10S bottoms Liquid, to avoid the deposition of the bottle 10S bottoms solution.The solution bottle of the prior art, when the solution in the body of solution bottle is mended After the completion of filling, due to the limitation of structure in solution processes of the nozzle in injection body so that nozzle after supplementing to being located at The solution of the upper part of body carries out injection use, but the solution of body bottom is not easy to be inhaled by the conduit in body Receive, be injected into outside.The bottom of liquid bottles, which will so be caused, can all deposit certain solution, once solution is in for a long time Without using state, denaturalization phenomenon will easily occur for these depositions, once mixed with new solution, will pollute what is newly injected Solution.

It is noted that there is the bottle 10S accommodating chamber 110S, the bottle 10S to include one first body 11S And one second body 12S, the first body 11S is removable installed in the second body 12S, when first body 11S forms the accommodating chamber 110S when being connected to the second body 12S, the solution that the liquid-adding device 30S is drawn is stored In the accommodating chamber 110S.The solution that the liquid-jet device 20S will be extracted in the accommodating chamber 110S, and solution is ejected into outside Portion space uses easy to user, to realize the effect of the solution bottle filling solution.It is noted that the liquid-adding device 30S is movably disposed in the pedestal 31S including a pedestal 31S and drainage mechanism a 32S, the drainage mechanism 32S, The pedestal 31S is removable installed in the first body 11S, and the drainage mechanism 32S is able to be connected to the original solution Bottle 100S, and change is subjected to displacement in the pedestal 31S under an active force, and then the pressure in the pedestal 31S is changed Become, the solution in the original solution bottle 100S is able under pressure action be transmitted in the appearance by the drainage mechanism 32S Receive in chamber 110S.The pedestal 31S, which includes movable support a 311S, the movable support 311S, has a cavity 3110S, institute State drainage mechanism 32S to be movably disposed in the cavity 3110S, i.e., described drainage mechanism 32S is able in the cavity Slided in 3110S, to change the pressure change in the cavity 3110S.

The drainage mechanism 32S passes through institute including a movable part 321S and elastic component a 322S, the movable part 321S State elastic component 322S and be movably disposed in the cavity 3110S, the movable part 321S is subject to an external force to act on the chamber Slided in body 3110S, and the air in the cavity 3110S is discharged so that the pressure increase in the cavity 3110S, just Flowed in the solution in the original solution bottle 100S in the cavity 3110S.When the liquid-adding device 20S liquid feedings process is completed Afterwards, the original solution bottle 100S is separated with the liquid-adding device 30S, i.e., opening and the movable part of described original solution bottle 100S 321S is separated, and the active force acted on the movable part 321S disappears, and the movable part 321S is in the elastic component 322S bullets Being returned to original state under the active force of property deformation, the elastic component 322S causes the liquid-adding device 30S to have reset function, Realize that the solution bottle repeatedly carries out filling process by the liquid-adding device 30S.

It is noted that the pedestal 31S includes conduit a 312S, the conduit 312S from the pedestal 31S1's One end stretches out, and the conduit 312S is arranged in the accommodating chamber 110S, and the movable part 321S has an injection A hole 3210S and extension 3211S, when the movable part 321S is slided in the cavity 3110S, the extension 3211S in the conduit 312S at the same time relative to sliding.Wherein, the extension 3211S has a fluid hole 32110S, described Conduit 312S has a perforate 3120S, when the extension 3211S is slided in the conduit 312S, when the fluid hole 32110S is aligned in the perforate 3120S, i.e., when described extension 3211S is communicated in the conduit 312S, the drainage mechanism The solution that 32S is drawn is flowed in the accommodating chamber 110S by the movable part 321S.The liquid-adding device 30S draw solution mistakes Journey：The original solution bottle 100S is connected to the drainage mechanism 32S, and by the original solution bottle 100S to the movable part 321S applies an active force, and the movable part 321S is slided in the cavity 3110S, the solution in the original solution bottle 100S The extension 3211S is entered by the injection hole 3210S, the fluid hole 32110S is communicated in the perforate 3120S, solution is able to be flowed to be flowed in described from bottom to top in the solution in the accommodating chamber 110S, the accommodating chamber 110S Bottle 10S, ie in solution are flowed along body from the bottom up from the bottom of the accommodating chamber 100.Wherein, the movable part 321S exists When movable in the cavity 3110S, the movable part 321S is at top of the active force lower slider to the cavity 3110S, institute State fluid hole 32110S and be just communicated in the perforate 3120S, easy to the liquid-adding device 20S draw solutions and be stored in described Accommodating chamber 110S.

It is noted that the drainage mechanism 32S is arranged at institute including sealing ring a 323S, the sealing ring 323S Movable part 321S is stated, the solution that the sealing ring 323S is able to obstruct in the cavity 3110S is flowed in exterior space.It is described close Seal 323S is preferably that the soft materials such as rubber are made, and the sealing ring 323S is increased the sealing of the drainage mechanism 32S Property.

It is noted that the pedestal 31S has an a stop bit end 313S and elongated end 314S, the stop bit end 313S stretches out from the outside of the movable support 311S, when the liquid-adding device 30S is connected to the first body 11S's During bottom, the pedestal 31S is arranged at the first body 11S by the stop bit end 313S, the stop bit end 313S's Effect is so that the pedestal 31S is connected to the first body 11S.The elongated end 314S is from the movable support 311S's Opening portion extends, and the movable part 321S is by the elongated end 314S by comprising being arranged at the cavity 3110S, the work Moving part 321S is due to the elongated end 314S, without departing from the cavity 3110S.

It is noted that the liquid-adding device 30S further comprises a protective cover 33S, the protective cover 33S quilts can The bottom of the body 10S is releasably arranged at, the pedestal 31S is arranged in the containing cavities of the protective cover 33S, The protective cover 33S is able to protect the pedestal 31S and drainage mechanism 32S, prevents the pedestal 31S and described draws Stream mechanism 32S is subject to damage, while the protective cover 33S has certain dustproof effect to the liquid-adding device 30S, keeps away Exempt from the dust in environment and enter the liquid-adding device 20S so that the liquid-adding device 20S makes solution during liquid feeding Into pollution.

It is noted that the liquid-jet device 20S includes a nozzle 21S, a drive component 22S and a conduit tube component 23S, the nozzle 21S are arranged at the driving component 22S, and the driving component 22S is connected to the conduit tube component 23S, The conduit tube component 23S is located in the accommodating chamber 110S.User applies the nozzle 21S when using the solution bottle Add an active force, the nozzle 21S is moved towards the driving component 22S, and active force is transmitted to the driving component 22S, the driving component 22S are changed the pressure in the conduit tube component 23S, control the conduit tube component 23S to draw institute The solution in accommodating chamber 110S is stated, and is ejected by the liquid outlet 210S on the nozzle 21S, is used easy to user The solution of the solution bottle memory storage.

The technical characteristics of the utility model is that the conduit tube component 23S is drawing the solution in the accommodating chamber 110S When, the solution of the accommodating chamber 110S bottoms is first drawn, avoids causing liquid deposition in the accommodating chamber 110S phenomenons.And pass In system technology, in the solution residual of the bottom of accommodating chamber 110S meeting depositing dosed quantities.It is solid that the driving component 22S includes one Fixed rack 221S and flexible member a 222S, the fixing bracket 221S are arranged at the second body 12S.It is described to lead Tube assembly 23S, which includes gear unit a 231S, the gear unit 231S, includes a transmission tube 2311S and a driving member 2312S, the transmission tube 2311S are connected to the nozzle 21S, and the transmission tube 2311S is communicated in the nozzle 21S, with So that the nozzle 21S injections solution.The driving member 2312S is arranged at the fixing bracket 221S, the transmission tube 2311S is connected to the driving member 2312S, when the transmission tube 2311S is subject to the active force of the nozzle 21S, the transmission Pipe 2311S drives the driving member 2312S to be slided in the fixing bracket 221S.Wherein, the driving component 22S includes bullet Property element 222S, the driving member 2312S are movably disposed in the fixing bracket by the flexible member 222S 221S, the flexible member 222S are able to driving member 2312S slide displacement occurs under active force to return to initial shape State, easy to carry out course of injection of the nozzle 21S by the driving component 22S repeatedly.The flexible member 222S causes described Liquid-jet device 20S has reset function, realizes that the solution bottle repeatedly carries out hydrojet process by the liquid-jet device 20S.

It is noted that the driving component 22S further comprises servo piston a 223S, the servo piston 223S It is movably disposed in the accommodating chamber 110S.The servo piston 223S is in a circular ring structure, and the conduit 312S is passed through It is able to slide up and down along the conduit 312S in servo piston 223S, i.e., described servo piston 223S.The liquid-jet device 20S When drawing to solution in the accommodating chamber 110S, during solution is drawn from bottom to top, solution is on the one hand due to itself weight Power effect can flow downward, and on the other hand the servo piston 223S is able to drive solution to flow downward,

It is noted that there is a mesopore 120S between the fixing bracket 221S and the second body 12S, Between the first body 11S and the second body 12S by the mesopore 120S formed cross-ventilation, described second bottle The air communication of body 12S and exterior space, the air are able to be flowed into the accommodating chamber 110S by the mesopore 120S It is interior so that the upper space of the servo piston 223S has atmospheric pressure, and the lower space of the servo piston 223S has Solution, the servo piston 223S are slided under the active force of atmospheric pressure along the conduit 312S, the mesopore 120S It is able to balance the pressure of the accommodating chamber 110S, easy to the use of the driving component 22S.

It is noted that the driving component 22S further comprises that a gasket 224S, the gasket 224S are set Between the transmission tube 2311S and the driving member 2312S, active force is transmitted to the transmission by the transmission tube 2311S During part 2312S, the gasket 224S provides a cushion effect to the transmission tube 2311S to the driving member 2312S, avoids described Transmission tube 2311S directly acts on the driving member 2312S so that the mill for passing the work(pipe 2311 and driving member 2312S Damage increase, causes parts damages.The gasket 224S is preferably that rubber material is made, and the gasket 224S has cushioning effect power Effect play certain sealing effect at the same time.

It is noted that there is the fixing bracket 221S extension conduit 2211S, the conduit tube component 23S to include One suction pipe 232S, the suction pipe 232S is connected to the fixing bracket 221S, the driving group by the extension conduit 2211S When part 22S is in running order, the suction pipe 232S is able to draw the solution in the accommodating chamber 110S, and is transferred to the spray Head 21S is ejected into exterior space.Wherein, the extension conduit 2211S has certain predetermined length, the extension conduit 2211S Conduit diameter be slightly larger than the suction pipe 232S diameter so that the suction pipe 232S, which is able to be removably inserted into, is connected to institute Extension conduit 2211S is stated, to realize draw solution.

It is noted that the suction pipe 232S has certain predetermined length, when the suction pipe 232S is connected to described prolong When stretching conduit 2211S, the end of the suction pipe 232S is placed exactly in the bottom of the accommodating chamber 110S, for drawing the appearance Receive the solution of chamber 110S bottoms, avoid the liquid deposition in the accommodating chamber 110S.

As shown in figure 20, a kind of application method of the solution bottle, the application method include：

A, it is used to carry out solution supplement to the solution bottle by a liquid-adding device 30S；With

B, the solution in a solution cavity 110S is ejected into by exterior space by a liquid-jet device 20S, be easy to use.

It is noted that the method A include A.1, a drainage mechanism 32S be used for change a pedestal 31S in pressure By force, the solution in an original solution bottle 100S is transmitted in the solution cavity 110S.

It is noted that A.1 the method further comprises A.11, by the original solution bottle 100S method is connected to The pedestal 31S, and an active force is applied to the drainage mechanism 32S by the original solution bottle 100S so that the drainage Mechanism 32S is slided in the pedestal 31S, for changing the pressure in the pedestal 31S.

It is noted that the method A.11 in, a movable part 321S relative to the pedestal 31S a movable support Slided in 311S, a fluid hole 32110S of an extension 3211S of the movable part 321S is communicated on a conduit 312S One perforate 3120S so that the solution entered from an injection hole 3210S is flowed in an accommodating chamber 110S.

It is noted that the method A further comprise method A.2, the movable part 321S pass through an elastic component 322S is returned to original state so that the liquid-adding device 30S is able to repeat liquid feeding process.

It is noted that the method B further comprises B.1, by an active force method puts on a nozzle 21S, institute Nozzle 21S is stated by the pressure in one conduit tube component 23S of drive component 22S changes, so that in the accommodating chamber 110S Solution be ejected into exterior space from the liquid outlet 210S on the nozzle 21S.

It is noted that the method B.1 further comprise method B.11, the active forces that are subject to of the nozzle 21S So that the gear unit 231S is slided in a fixing bracket 221S, to change the interior pressure of the liquid-jet device 20S, The suction pipe 232S is able to the solution drawn in the accommodating chamber 110S and is transferred to the nozzle 21S.

It is noted that the method B.1 further comprise method B.12, a servo piston 223S leads along described Pipe 312S is slided, for balancing the pressure in the accommodating chamber 110S.

It is noted that the method B.11 in, the fixing bracket 221S has an extension conduit 2211S, described Suction pipe 232S, which is removable installed in extension the conduit 2211S, the suction pipe 232S, has certain predetermined length so that described Suction pipe 232S is able to draw the solution of the accommodating chamber 110S bottoms.

It is noted that the method B.11 in, the conduit 312S is arranged in the extension conduit 2211S, institute State the solution in the suction pipe 232S absorptions conduit 312S and accommodating chamber 110S.

It is noted that the method B further comprise method B.2, the gear unit 231S pass through one elasticity member Part 222S is returned to original state so that the liquid-jet device 10 is able to repeat course of injection.

As shown in figure 21, the solution type of flow in the solution bottle, including：

A, the solution in an original solution bottle 100S is flowed in a bottle 10S by a liquid-adding device 30S；

B, solution flows from bottom to top in an accommodating chamber 110S of the bottle 10S；And

C, a nozzle 21S draws the solution of the accommodating chamber 110S bottoms by a suction pipe 232S and is ejected into

Exterior space.

It is noted that the solution type of flow a further comprise the type of flow a.1, the original solution bottle 100S Interior solution is flowed in extension a 3211S, the extension 3211S by the injection hole 3210S on a movable part 321S On a fluid hole 32110S be communicated in the accommodating chamber 110S, solution is flowed in the bottom of the accommodating chamber 110S.

It is noted that the solution type of flow b further comprise the type of flow b.1, a conduit 312S is set In the accommodating chamber 110S, solution is first filled in the conduit 312S, then is entered from an opening 3120S of the conduit 312S To the bottom of the accommodating chamber 110S.

It is noted that the solution type of flow b further comprise the type of flow b.2, a servo piston 223S with The slip of solution flow direction, the servo piston 223S is used to balance pressure equilibrium in the accommodating chamber 110S.

It is noted that the solution type of flow c further comprise the type of flow c.1, the suction pipe 232S draw Solution in the conduit 312S, the solution of the accommodating chamber 110S are flowed in the conduit 312S by the perforate 3120S.

It is noted that the type of flow c.1 in, the solution that the suction pipe 232S is drawn passes through an extension conduit After 2211S, a driving member 2312S and a transmission tube 2311S exterior space is ejected into from the liquid outlet 210S.

It will be appreciated by those skilled in the art that above example is only for example, wherein the feature of different embodiments It can be mutually combined, not explicitly pointed out in the accompanying drawings with obtaining being readily conceivable that according to the content that the utility model discloses Embodiment.

It should be understood by those skilled in the art that the embodiment of the utility model shown in foregoing description and attached drawing is only used as Illustrate and be not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The work(of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiment of the utility model Can there are any deformation or modification.

Claims

A 1. portable fluid container, it is characterised in that including：

One discharger；

One supplementary device；And

One case, wherein the case further comprises an interval body and a vessel, wherein the container Body has an accommodation space and an at least venting channels, wherein the interval body is movably disposed in the container sheet The accommodation space of body, so that it is a mutually independent separate chamber and a gas that the interval body, which separates the accommodation space, Chamber, wherein the venting channels connect the air cavity and external environment condition, wherein the discharger and supplementary device difference The vessel is arranged at, and the discharger and the supplementary device are respectively communicated with the separate chamber.
2. portable fluid container according to claim 1, wherein the vessel is high-end with an end portion and one Portion, the interval body, which is arranged between the end portion of the vessel and the high end, to be moved back and forth, and The separate chamber is formed in the end portion of the vessel, and is formed in the high end of the vessel described Air cavity, wherein the venting channels are formed at the high end of the vessel, wherein the supplementary device is arranged at The end portion of the vessel, the discharger are arranged at the high end of the vessel.
3. portable fluid container according to claim 1, wherein the vessel is high-end with an end portion and one Portion, the interval body, which is arranged between the end portion of the vessel and the high end, to be moved back and forth, and The air cavity is formed in the end portion of the vessel, and described point is formed in the high end of the vessel It behave affectedly, wherein the venting channels are formed at the end portion of the vessel, wherein the supplementary device is arranged at The end portion of the vessel, the discharger are arranged at the high end of the vessel.
4. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, the row Go out the high end that main body is arranged at the vessel, wherein the supplementary device include a check valve and a conduit with And there is an at least fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, The catheter lumen extends between the conduit low side and the conduit are high-end, wherein the conduit low side one of the conduit Ground extends the check valve, so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve The end portion of the vessel is arranged at, so that the high-end institute in the vessel of the conduit of the conduit State in accommodation space and extend to the air cavity from the separate chamber, and the conduit low side of the conduit be maintained at it is described Separate chamber, the conduit of the conduit is high-end to be maintained at the air cavity, wherein the fluid passage is arranged on the conduit The conduit low side, so that the fluid passage connects the catheter lumen of the conduit and the separate chamber, wherein the row Go out the catheter lumen that main body connects the conduit.
5. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, the row Go out the high end that main body is arranged at the vessel, wherein the supplementary device include a check valve and a conduit with And there is an at least fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, The catheter lumen extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit is pacified Loaded on the check valve, so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve is set The end portion of the vessel is placed in, so that the high-end appearance in the vessel of the conduit of the conduit Receive and extend to the air cavity from the separate chamber in space, and the conduit low side of the conduit is maintained at the packing Chamber, the conduit of the conduit is high-end to be maintained at the air cavity, wherein the fluid passage is arranged on the described of the conduit Conduit low side, so that the fluid passage connects the catheter lumen of the conduit and the separate chamber, wherein the discharge master Body connects the catheter lumen of the conduit.
6. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, the row Go out the high end that main body is arranged at the vessel, wherein the supplementary device include a check valve and a conduit with And there is an at least fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a catheter lumen, The catheter lumen extends between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit is pacified Loaded on the check valve, so that the check valve is connected with the catheter lumen of the conduit, wherein the check valve is set The end portion of the vessel is placed in, so that the high-end appearance in the vessel of the conduit of the conduit Receive and extend to the air cavity from the separate chamber in space, and the conduit low side of the conduit is maintained at the packing Chamber, the conduit of the conduit is high-end to be maintained at the air cavity, wherein the fluid passage is formed at the institute of the conduit The installation site of conduit low side and the check valve is stated, so that the fluid passage connects the catheter lumen and the institute of the conduit Separate chamber is stated, wherein the discharge main body connects the catheter lumen of the conduit.
7. portable fluid container according to claim 4, wherein the conduit of the conduit is high-end to be installed in institute Discharge main body is stated, so that the discharge main body connects the catheter lumen of the conduit, and by the discharge main body closing institute The catheter lumen of conduit is stated in the high-end upper opening of the conduit.
8. portable fluid container according to claim 5, wherein the conduit of the conduit is high-end to be installed in institute Discharge main body is stated, so that the discharge main body connects the catheter lumen of the conduit, and by the discharge main body closing institute The catheter lumen of conduit is stated in the high-end upper opening of the conduit.
9. portable fluid container according to claim 6, wherein the conduit of the conduit is high-end to be installed in institute Discharge main body is stated, so that the discharge main body connects the catheter lumen of the conduit, and by the discharge main body closing institute The catheter lumen of conduit is stated in the high-end upper opening of the conduit.
10. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the check valve is arranged at the end portion of the vessel, so that institute State check valve and connect the separate chamber, wherein the conduit has a conduit low side, a conduit high-end and a catheter lumen, it is described Catheter lumen extends between the conduit low side and the conduit are high-end, integratedly prolongs wherein the conduit of the conduit is high-end The discharge main body is stretched in, so that the discharge main body connects the catheter lumen of the conduit, wherein the conduit is described Conduit low side extends to the separate chamber in the accommodation space from the air cavity, and the conduit of the conduit is high-end The air cavity is maintained at, the conduit low side of the conduit is maintained at the separate chamber, wherein the fluid passage shape The conduit low side of conduit described in Cheng Yu, so that the fluid passage connects the conduit of the separate chamber and the conduit Chamber.
11. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the check valve is arranged at the end portion of the vessel, so that institute State check valve and connect the separate chamber, wherein the conduit has a conduit low side, a conduit high-end and a catheter lumen, it is described Catheter lumen extends between the conduit low side and the conduit are high-end, is installed in wherein the conduit of the conduit is high-end The discharge main body, so that the discharge main body connects the catheter lumen of the conduit, wherein the conduit of the conduit Low side extends to the separate chamber in the accommodation space from the air cavity, and the conduit of the conduit high-end is protected Hold in the air cavity, the conduit low side of the conduit is maintained at the separate chamber, wherein the fluid passage is formed at The conduit low side of the conduit, so that the fluid passage connects the catheter lumen of the separate chamber and the conduit.
12. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein institute State conduit with a conduit low side, a conduit is high-end and a catheter lumen, the catheter lumen is in the conduit low side and described leads Manage it is high-end between extend, wherein the conduit of the conduit is high-end integratedly to extend the discharge main body, the conduit The conduit low side is installed in the check valve, so that the discharge main body and the check valve are respectively communicated with the conduit The catheter lumen, wherein the conduit of the conduit is high-end to be maintained at the air cavity, the conduit low side of the conduit The separate chamber is maintained at, wherein the fluid passage is formed at the conduit low side of the conduit, so that the fluid Passage connects the catheter lumen of the separate chamber and the conduit.
13. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein institute State conduit with a conduit low side, a conduit is high-end and a catheter lumen, the catheter lumen is in the conduit low side and described leads Manage it is high-end between extend, wherein the conduit of the conduit is high-end to be installed in the discharge main body, the conduit it is described Conduit low side is installed in the check valve, so that the discharge main body and the check valve are respectively communicated with the described of the conduit Catheter lumen, wherein the conduit of the conduit is high-end to be maintained at the air cavity, the conduit low side of the conduit is protected Hold in the separate chamber, wherein the fluid passage is formed at the conduit low side of the conduit, so that the fluid passage Connect the catheter lumen of the separate chamber and the conduit.
14. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein institute State conduit with a conduit low side, a conduit is high-end and a catheter lumen, the catheter lumen is in the conduit low side and described leads Manage it is high-end between extend, wherein the conduit of the conduit is high-end integratedly to extend the discharge main body, the conduit The conduit low side is installed in the check valve, so that the discharge main body and the check valve are respectively communicated with the conduit The catheter lumen, wherein the conduit of the conduit is high-end to be maintained at the air cavity, the conduit low side of the conduit Be maintained at the separate chamber, wherein the fluid passage be formed at the conduit the conduit low side and the check valve it Between, so that the fluid passage connects the catheter lumen of the separate chamber and the conduit.
15. portable fluid container according to claim 2, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the check valve is arranged at the end portion of the vessel, wherein institute State conduit with a conduit low side, a conduit is high-end and a catheter lumen, the catheter lumen is in the conduit low side and described leads Manage it is high-end between extend, wherein the conduit of the conduit is high-end to be installed in the discharge main body, the conduit it is described Conduit low side is installed in the check valve, so that the discharge main body and the check valve are respectively communicated with the described of the conduit Catheter lumen, wherein the conduit of the conduit is high-end to be maintained at the air cavity, the conduit low side of the conduit is protected Hold in the separate chamber, wherein the fluid passage is formed between the conduit low side of the conduit and the check valve, So that the fluid passage connects the catheter lumen of the separate chamber and the conduit.
16. portable fluid container according to claim 3, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, so that the discharge main body connects the separate chamber, wherein The supplementary device includes a check valve and a conduit and has an at least fluid passage, wherein the conduit further has One conduit is high-end, a conduit low side and a catheter lumen, and the catheter lumen is between the conduit low side and the conduit are high-end Extension, wherein the conduit low side of the conduit integratedly extends the check valve, so as to the check valve and described lead The catheter lumen of pipe is connected, wherein the check valve is arranged at the end portion of the vessel, so that described The high end of conduit extends to the separate chamber in the accommodation space of the vessel from the air cavity, and The conduit low side of the conduit is maintained at the air cavity, and the conduit of the conduit is high-end to be maintained at the packing Chamber, wherein the conduit that the fluid passage is arranged on the conduit is high-end, so that the fluid passage connects the separate chamber With the catheter lumen of the conduit.
17. portable fluid container according to claim 3, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a conduit Chamber, the catheter lumen extend between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit The check valve is integratedly extended, so that the check valve is connected with the catheter lumen of the conduit, wherein the list The end portion of the vessel is arranged to valve, so that the high end of the conduit is in the vessel The separate chamber is extended to from the air cavity in the accommodation space, and the conduit low side of the conduit is maintained at institute Air cavity is stated, the conduit of the conduit is high-end to be maintained at the separate chamber, wherein the high-end quilt of the conduit of the conduit The discharge main body is installed on, so that the discharge main body closes the catheter lumen of the conduit in high-end upper of the conduit Portion's opening, wherein the conduit that the fluid passage is arranged on the conduit is high-end, so that described point of fluid passage connection The catheter lumen behaveing affectedly with the conduit.
18. portable fluid container according to claim 3, wherein the discharger includes a discharge main body, it is described Discharge main body is arranged at the high end of the vessel, wherein the supplementary device includes a check valve and a conduit And there is an at least fluid passage, wherein the conduit further has a high-end conduit, a conduit low side and a conduit Chamber, the catheter lumen extend between the conduit low side and the conduit are high-end, wherein the conduit low side of the conduit The check valve is integratedly extended, so that the check valve is connected with the catheter lumen of the conduit, wherein the list The end portion of the vessel is arranged to valve, so that the high end of the conduit is in the vessel The separate chamber is extended to from the air cavity in the accommodation space, and the conduit low side of the conduit is maintained at institute Air cavity is stated, the conduit of the conduit is high-end to be maintained at the separate chamber, wherein the high-end quilt of the conduit of the conduit The discharge main body is installed on, so that the discharge main body closes the catheter lumen of the conduit in high-end upper of the conduit Portion's opening, wherein the fluid passage is formed at the installation site of the high-end and described discharge main body of the conduit of the conduit, So that the fluid passage connects the catheter lumen of the separate chamber and the conduit.
19. according to any portable fluid container in claim 4 to 18, wherein the interval body has a conduit Passage, the conduit is maintained at the catheter channel of the interval body, and the interval body is set along institute The track for stating conduit formation moves between the high end of the vessel and the end portion, so that the conduit The conduit it is high-end be maintained at the air cavity, and the conduit low side of the conduit is maintained at the separate chamber.
20. portable fluid container according to claim 19, wherein the interval body is integratedly made by elastic material Into.
21. portable fluid container according to claim 20, wherein the interval body includes a partition body, outside one Sidepiece and an inside portion, wherein the outside portion and the inside portion are integrally formed in the outside of the partition body respectively And inner side, an interval outer wall of the interval body, and the inner wall in the inside portion are formed with the outer wall in the outside portion An interval inner wall of the interval body is formed, wherein the interval outer wall fits in the inner wall of the vessel, between described It is used to define the catheter channel every inner wall, and the interval inner wall fits in the outer wall of the conduit.
22. portable fluid container according to claim 19, wherein the interval body includes a partition body, outside one Sidepiece and an inside portion, wherein the outside portion and the inside portion are made of elastic material respectively, and the outside portion It is arranged at the outside and inner side of the partition body respectively with the inside portion, is formed with the outer wall in the outside portion described An interval outer wall of body is spaced, and inner wall in the inside portion forms an interval inner wall of the interval body, wherein institute The inner wall that interval outer wall fits in the vessel is stated, interval inner wall is used to define the catheter channel, and described Interval inner wall fits in the outer wall of the conduit.
23. according to any portable fluid container in claim 4 to 18, wherein the discharger further comprises One suction pipe, wherein the suction pipe has a connecting pin and a free end, the connecting pin of the suction pipe is connected to the row Go out main body, so that the suction pipe connects the discharge main body, wherein the free end of the suction pipe is maintained at the conduit The catheter lumen.
24. portable fluid container according to claim 22, wherein the discharger further comprises a suction pipe, its Described in suction pipe there is a connecting pin and a free end, the connecting pin of the suction pipe is connected to the discharge main body, with The suction pipe is set to connect the discharge main body, wherein the free end of the suction pipe is maintained at the conduit of the conduit Chamber.
25. portable fluid container according to claim 24, wherein the free end of the suction pipe is from the conduit The high-end conduit low side for extending to and being maintained at the conduit of the conduit.
26. according to any portable fluid container in claim 2,4 to 15, hold wherein the vessel includes one Device pipe, a low side cap body and a high-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that institute The low side for stating low side cap body and the container tube forms the end portion of the vessel, and in the low side cap body, institute State and form the separate chamber between container tube and the interval body, wherein the high-end cap body is installed in the container tube It is high-end, so that the high end of the high-end formation vessel of the high-end cap body and the container tube, and described Form the air cavity between high-end cap body, the container tube and the interval body, wherein the venting channels be formed at it is described Container tube it is high-end, and the venting channels is connected the air cavity.
27. according to any portable fluid container in claim 2,4 to 15, hold wherein the vessel includes one Device pipe, a low side cap body and a high-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that institute The low side for stating low side cap body and the container tube forms the end portion of the vessel, and in the low side cap body, institute State and form the separate chamber between container tube and the interval body, wherein the high-end cap body is installed in the container tube It is high-end, so that the high end of the high-end formation vessel of the high-end cap body and the container tube, and described Form the air cavity between high-end cap body, the container tube and the interval body, wherein the venting channels be formed at it is described High-end cap body, and the venting channels is connected the air cavity.
28. according to any portable fluid container in claim 2,4 to 15, hold wherein the vessel includes one Device pipe, a low side cap body and a high-end cap body, wherein the low side cap body is installed in the low side of the container tube, so that institute The low side for stating low side cap body and the container tube forms the end portion of the vessel, and in the low side cap body, institute State and form the separate chamber between container tube and the interval body, wherein the high-end cap body is installed in the container tube It is high-end, so that the high end of the high-end formation vessel of the high-end cap body and the container tube, and described Form the air cavity between high-end cap body, the container tube and the interval body, wherein the venting channels be formed at it is described The high-end installation site of high-end cap body and the container tube, and the venting channels is connected the air cavity.
29. according to any portable fluid container in claim 3,16,17 and 18, wherein the vessel includes One container tube, a low side cap body and a high-end cap body, wherein the low side cap body is installed in the low side of the container tube, with The low side of the low side cap body and the container tube is set to form the end portion of the vessel, and in the low side cap The air cavity is formed between body, the container tube and the interval body, wherein the high-end cap body is installed in the container Pipe it is high-end so that the high end of the high-end formation vessel of the high-end cap body and the container tube, and The separate chamber is formed between the high-end cap body, the container tube and the interval body, wherein the venting channels are formed In the low side of the container tube, and the venting channels are made to connect the air cavity.
30. according to any portable fluid container in claim 3,16,17 and 18, wherein the vessel includes One container tube, a low side cap body and a high-end cap body, wherein the low side cap body is installed in the low side of the container tube, with The low side of the low side cap body and the container tube is set to form the end portion of the vessel, and in the low side cap The air cavity is formed between body, the container tube and the interval body, wherein the high-end cap body is installed in the container Pipe it is high-end so that the high end of the high-end formation vessel of the high-end cap body and the container tube, and The separate chamber is formed between the high-end cap body, the container tube and the interval body, wherein the venting channels are formed In the low side cap body, and the venting channels are made to connect the air cavity.
31. according to any portable fluid container in claim 3,16,17 and 18, wherein the vessel includes One container tube, a low side cap body and a high-end cap body, wherein the low side cap body is installed in the low side of the container tube, with The low side of the low side cap body and the container tube is set to form the end portion of the vessel, and in the low side cap The air cavity is formed between body, the container tube and the interval body, wherein the high-end cap body is installed in the container Pipe it is high-end so that the high end of the high-end formation vessel of the high-end cap body and the container tube, and The separate chamber is formed between the high-end cap body, the container tube and the interval body, wherein the venting channels are formed In the low side cap body and the installation site of the low side of the container tube, and the venting channels are made to connect the air cavity.
A 32. portable fluid device, it is characterised in that including：

One discharger；

One supplementary device；And

One case, wherein the case has separate and spatially-variable a separate chamber and an air cavity and company The air cavity and an at least venting channels for external environment condition are passed through, wherein the discharger and the supplementary device are set respectively The case is placed in, and the discharger and the supplementary device are respectively communicated with the separate chamber, wherein when logical When crossing the supplementary device one fluid being added to the separate chamber, the space of the separate chamber little by little becomes larger, and described Taper into the spatial synchronization of air cavity, conversely, when the institute being maintained at by discharger discharge in the separate chamber When stating fluid, the space of the air cavity becomes larger, and tapers into the spatial synchronization of the separate chamber.
33. portable fluid device according to claim 32, wherein the case is with a catheter lumen and at least One fluid passage, the fluid passage connects the catheter lumen and the separate chamber, wherein the discharger and the supplement Device is respectively communicated with the catheter lumen.
34. portable fluid device according to claim 33, wherein the separate chamber and the air cavity are located at institute respectively Two ends of case are stated, and the fluid passage and the separate chamber are located at the same end of the case Portion, the venting channels and the air cavity are located at the same end of the case.