CN108211830B

CN108211830B - Concentrated solution rapid drinking device

Info

Publication number: CN108211830B
Application number: CN201810116237.4A
Authority: CN
Inventors: 姜赫
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-06
Filing date: 2018-02-06
Publication date: 2020-05-19
Anticipated expiration: 2038-02-06
Also published as: CN108211830A

Abstract

The invention is suitable for the technical field of food and medical treatment, and provides a concentrated solution quick drinking device which comprises a concentrated solution bearing cavity for bearing concentrated solution and diluent, wherein a mixed solution outlet pipe penetrates inwards from the bottom plate of the concentrated solution bearing cavity, a diluent inlet pipe penetrates inwards from the top plate of the concentrated solution bearing cavity, switch valves are arranged at the parts, outside the concentrated solution bearing cavity, of the mixed solution outlet pipe and the diluent inlet pipe, the top end of the mixed solution outlet pipe is communicated with a suspension guide pipe capable of moving up and down or stretching, and when the concentrated solution and the diluent are borne in the concentrated solution bearing cavity, the tail part of the suspension guide pipe is always close to but not lower than the interface of the concentrated solution and the diluent. In the process of daily life or medical service, when people take the concentrated solution to be diluted, the device is used, and the concentrated solution after dilution can be obtained more simply and quickly by a user.

Description

Concentrated solution rapid drinking device

Technical Field

The invention belongs to the technical field of food and medical treatment, and particularly relates to a concentrated liquid rapid drinking device.

Background

At present, various concentrated solutions are widely applied to the fields of food and medicine, and the concentrated solution not only can effectively reduce the storage and transportation cost, but also is convenient for storing products or semi-finished products. However, when preparing to use the concentrated solution, it is necessary to put the concentrated solution, the drinking water and other diluents into the container, stir, shake, and fully contact the container, and the mixed solution can be used after being diluted to the conventional concentration.

Disclosure of Invention

In view of the above problems, the present invention provides a quick concentrated solution drinking device, which aims to solve the technical problems of the prior concentrated solution dilution process.

The invention adopts the following technical scheme:

concentrated solution drinks ware fast bears the chamber including the concentrated solution that is used for bearing concentrated solution and diluent, the concentrated solution bears the bottom plate of chamber and inwards runs through and is equipped with mixed liquid contact tube, the concentrated solution bears the roof of chamber and inwards runs through and is equipped with the diluent induction tube, mixed liquid contact tube and diluent induction tube are located the concentrated solution bears the part outside the chamber and all is provided with the ooff valve, mixed liquid contact tube top intercommunication has the suspension pipe that can reciprocate or stretch out and draw back, when concentrated solution bears intracavity and bears concentrated solution and diluent, the afterbody of suspension pipe is close nevertheless all the time and is not less than the interface of concentrated solution and diluent.

Furthermore, the suspension guide pipe is a spiral flexible guide pipe, and one or more mixed liquid guide outlets are formed in the tail portion of the spiral flexible guide pipe, close to the interface.

Furthermore, the suspension guide pipe comprises a round pipe suspended on the interface position, a flexible guide pipe is communicated between the top end of the mixed liquid delivery pipe and the round pipe, and one or more mixed liquid delivery ports are formed in the round pipe close to the interface position.

Further, the diluent induction pipe including run through in the vertical person in charge in concentrate bearing cavity, with the vertical person in charge bottom is the centre of a circle, and to the horizontal extension all around being formed with four branch pipes of component cross, every branch pipe middle part and the equal vertical downward intercommunication of end have a vertical delivery pipe, and it has one row of diluent delivery port to open on every vertical delivery pipe, and the conformal formation two circles diluent delivery port, and wherein the clockwise setting of one circle, another circle anticlockwise setting.

Further, install the spring between the roof in concentrate bearing chamber and four criss-cross branch pipes, be equipped with fan-shaped magnetic sheet between two adjacent branch pipes, the roof top in concentrate bearing chamber is equipped with the electromagnetism magnet circle, the electromagnetism magnet circle is located fan-shaped magnetic sheet top, electromagnetism magnet circle top is equipped with the direction slide, the vertical top of being responsible for is fixed with limit slide, limit slide is located in the direction slide, install the controller on the roof in concentrate bearing chamber, the controller with the electromagnetism circle meets.

Furthermore, a concentrated solution supplementing pipe is arranged on a bottom plate of the concentrated solution bearing cavity, and a switch valve is also installed on the concentrated solution supplementing pipe.

The invention has the beneficial effects that: when a medical concentrated solution medicine is used, the concentrated solution generally needs to be diluted and then used, in order to enable the process of diluting the concentrated solution to be simpler and quicker, namely, the concentrated solution is prepared and used, the concentrated solution is generally higher in density than diluents such as drinking water and the like, the concentrated solution and the diluents are not mutually dissolved, the concentrated solution and the diluents can be divided into two layers when placed in the concentrated solution quick drinking device, the lower layer is a concentrated solution layer, the upper layer is a diluent layer, the diluents enter a cavity from a diluent introducing pipe at high pressure to generate impact, mixed solution is generated at the interface of the diluents and the concentrated solution, even if the height of the interface is changed, the tail part of a suspension guide pipe is always close to but not lower than the interface of the concentrated solution and the diluents, and therefore the mixed solution can be discharged from a mixed solution discharge pipe through the suspension guide pipe all the; when mixed liquid constantly discharges, constantly supply the diluent to concentrate bearing cavity, strengthen the mobility of diluent, improve the velocity of flow, produce better impact effect, be favorable to accelerateing and drink the dilution of concentrate, it is faster, more convenient to dilute the mixed liquid that the concentrate obtained the suitability through this device.

Drawings

FIG. 1 is a schematic view of a first quick concentrate dispenser according to an embodiment of the present invention;

FIG. 2 is a schematic view of a second embodiment of a rapid concentrated liquid dispenser according to the present invention;

FIG. 3 is a schematic view of a third embodiment of the present invention for providing a quick drinking device for concentrated liquid;

fig. 4 is a schematic structural diagram of the installation of the cross-shaped branch pipe and the magnetic segment sheets according to the embodiment of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In order to explain the technical means of the present invention, the following description will be given by way of specific examples.

As shown in fig. 1 and 2, the structural schematic diagram of the concentrated liquid quick drinking device provided by the present invention includes a concentrated liquid bearing cavity 1 for bearing concentrated liquid and diluent, a mixed liquid outlet pipe 2 is provided at a bottom plate of the concentrated liquid bearing cavity 1 in an inward penetrating manner, a diluent inlet pipe 3 is provided at a top plate of the concentrated liquid bearing cavity 1 in an inward penetrating manner, switch valves 4 are provided at portions of the mixed liquid outlet pipe 2 and the diluent inlet pipe 3 outside the concentrated liquid bearing cavity 1, a suspension conduit 5 capable of moving up and down or stretching is communicated with a top end of the mixed liquid outlet pipe 2, and when the concentrated liquid and the diluent are borne in the concentrated liquid bearing cavity, a tail portion of the suspension conduit 5 is always close to but not lower than an interface between the concentrated liquid and the diluent.

The invention is generally used in the food and medical fields, and takes honey, plum syrup and Chinese traditional medicine oral paste as concentrated solution and drinking water as diluent, firstly, the concentrated solution and the diluent are added into a concentrated solution bearing cavity through a diluent leading-in pipe, generally, the density and viscosity of the concentrated solution are larger than those of the diluents such as the drinking water, and the concentrated solution and the diluent are subjected to the action of gravity, when the concentrated solution and the diluent are placed in the same container and are not stirred and vibrated, the layering phenomenon that the diluent is on the upper part and the concentrated solution is on the lower part is often shown.

In this embodiment structure, the export that the diluent induction pipe is located concentrate bearing cavity is in the top of concentrate to avoid the concentrate to block up the diluent induction pipe, the bottom plate that the concentrate bears the weight of the chamber inwards runs through and is equipped with mixed liquid eduction tube, mixed liquid eduction tube top intercommunication has the suspension pipe that can reciprocate or stretch out and draw back, when concentrate and diluent are born the weight of in the concentrate bearing cavity, the afterbody of suspension pipe is close but not lower than the interface of concentrate and diluent all the time, receives the impact of diluent, and concentrate and diluent mix in interface position, even interface height changes, the afterbody of suspension pipe is close but not lower than the interface of concentrate and diluent all the time, therefore the mixed liquid can be followed the mixed liquid eduction tube and discharged.

As a specific suspension conduit structure in this embodiment, as shown in fig. 1, the suspension conduit 5 is a spiral flexible conduit, and the tail portion of the spiral flexible conduit is provided with one or more mixed liquid outlet ports 51 near the interface. Experiments prove that the spiral flexible conduit can be made of polyethylene plastic materials, the density of the spiral flexible conduit is between that of a diluent and that of a concentrated solution, the required materials are low in cost and convenient to produce and manufacture, the spiral flexible conduit is placed in the diluent in the concentrated solution bearing cavity, the density of the flexible conduit manufacturing materials is between that of the diluent and that of the concentrated solution, the spiral flexible conduit naturally sags to form a spiral shape under the influence of gravity, the tail position of the spiral flexible conduit is close to the interface between the diluent and the concentrated solution, and the spiral flexible conduit can change along with the change of the interface between the diluent and the concentrated solution.

As another specific suspension conduit structure in this embodiment, the suspension conduit 5 includes a circular tube 52 suspended at the interface position, a flexible conduit 53 is communicated between the top end of the mixed liquid outlet conduit 2 and the circular tube 52, and one or more mixed liquid outlet ports 51 are provided at the position of the circular tube 52 near the interface position. Experiments prove that the round pipe is made of polyethylene plastic materials and can be suspended close to the interface of the diluent and the concentrated solution, the round pipe is suspended close to the interface of the diluent and the concentrated solution and changes along with the change of the interface of the diluent and the concentrated solution, and when the switch valve of the concentrated solution delivery pipe is opened, mixed solution of the diluent and the concentrated solution can be continuously and outwards provided.

In order to enhance the mixing effect of the diluent and the concentrate at the interface location, it is necessary to increase the flow velocity of the diluent in the upper layer of the concentrate. The embodiment of the invention provides a preferable scheme, the diluent leading-in pipe 3 comprises a vertical main pipe 31 penetrating through the concentrated solution bearing cavity, four branch pipes 32 forming a cross shape are horizontally extended and formed around the bottom end of the vertical main pipe 31 as the center of circle, the middle part and the tail end of each branch pipe are vertically and downwards communicated with a vertical leading-out pipe 33, a row of diluent leading-out ports 34 are formed in each vertical leading-out pipe 33, two circles of diluent leading-out ports are formed by the same vertical leading-out pipes, one circle of diluent leading-in ports is arranged clockwise, and the other circle of diluent leading-out ports is arranged anticlockwise. In this embodiment, the vertical duct is inserted into the diluent, and further, the diluent outlet port is located in the diluent. When the high-pressure diluent supplementing device is used, the switch valve on the diluent leading-in pipe is opened to supplement high-pressure diluent, in the diluent supplementing process, the diluent is rapidly led out from the diluent leading-out port in the diluent, the diluent leading-out direction in the outer ring is not consistent with the diluent leading-out direction in the inner ring, the flowability of the diluent is enhanced, the flow speed is improved, better impact force is generated, the concentrated solution and the diluent are further fully mixed at the interface position, and the mixed solution of the concentrated solution and the diluent which are fully mixed can be obtained, so that the concentrated solution with the better dilution degree can be drunk.

As shown in fig. 3 and 4, as another scheme that makes diluent and concentrate intensive mixing, install spring 6 between concentrate bearing chamber 1's roof and the four criss-cross branch pipes 32, be equipped with fan-shaped magnetic sheet 7 between two adjacent branch pipes, concentrate bearing chamber 1's roof top is equipped with electromagnetism circle 8, electromagnetism circle 8 is located fan-shaped magnetic sheet 7 top, electromagnetism circle 8 top is equipped with guide slide 11, vertical main pipe 31 top is fixed with limit slider 12, limit slider 12 is located in guide slide 11, install controller 9 on concentrate bearing chamber 1's the roof, controller 9 with electromagnetism circle 8 meets. In this structure, electromagnet circle circular telegram back produces the adsorption affinity to fan-shaped magnetic sheet, diluent inlet tube rebound, after the outage, diluent inlet tube rebound, consequently, controller control electromagnet circle intermittent type circular telegram back of cutting off the power supply, can control the diluent inlet tube and shake from top to bottom, increase the flow of diluent vertical direction when increasing diluent horizontal direction velocity of flow, further strengthen the mobility of diluent, it is more abundant with the concentrate mixture to make the diluent, guide way and spacing slider are used for restricting diluent inlet tube vibrations direction, improve the stability of vibrations.

Finally, in order to continuously provide the diluted concentrated solution in the concentrated solution bearing cavity, a concentrated solution replenishing pipe 10 is arranged on the bottom plate of the concentrated solution bearing cavity, and a switch valve 4 is also arranged on the concentrated solution replenishing pipe so as to continuously replenish the concentrated solution. Thus, the mixed liquid is continuously output by continuously replenishing the diluent and the concentrated solution.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.

Claims

1. The utility model provides a concentrated solution drinks ware fast, its characterized in that bears the chamber including the concentrated solution that is used for bearing concentrated solution and diluent, the concentrated solution bears the bottom plate of chamber and inwards runs through and is equipped with mixed liquid contact tube, the roof that the concentrated solution bore the chamber inwards runs through and is equipped with the diluent induction tube, mixed liquid contact tube and diluent induction tube are located the concentrated solution bears the part outside the chamber and all is provided with the ooff valve, mixed liquid contact tube top intercommunication has the suspension pipe that can reciprocate or stretch out and draw back, when the concentrated solution bears intracavity and bears concentrated solution and diluent, the afterbody of suspension pipe is close all the time but is not less than the interface of concentrated solution and diluent.

2. The quick concentrate dispenser of claim 1, wherein the float conduit is a helical flexible conduit having one or more mixed liquid outlet ports at a trailing portion thereof proximate the interface.

3. The rapid concentrate dispenser as recited in claim 1 wherein the float conduit comprises a tube suspended at the interface, a flexible conduit communicating between a top end of the mixed liquid outlet tube and the tube, and the tube having one or more mixed liquid outlet openings adjacent the interface.

4. The rapid concentrated liquid drinking device as claimed in any one of claims 1 to 3, wherein the diluent introducing pipe comprises a vertical main pipe penetrating through the concentrated liquid bearing cavity, four branch pipes forming a cross shape are horizontally extended and formed around the bottom end of the vertical main pipe, the middle part and the tail end of each branch pipe are vertically and downwardly communicated with a vertical outlet pipe, each vertical outlet pipe is provided with a row of diluent outlets, two circles of diluent outlets are formed by the two vertical outlet pipes, one circle of diluent outlets is arranged clockwise, and the other circle of diluent outlets is arranged counterclockwise.

5. The concentrated solution quick drinking device according to claim 4, wherein a spring is installed between a top plate of the concentrated solution bearing cavity and four cross-shaped branch pipes, a sector magnetic sheet is arranged between two adjacent branch pipes, an electromagnet ring is arranged above the top plate of the concentrated solution bearing cavity and is positioned above the sector magnetic sheet, a guide slide way is arranged above the electromagnet ring, a limit slide block is fixed on the upper portion of the vertical main pipe and is positioned in the guide slide way, a controller is installed on the top plate of the concentrated solution bearing cavity, and the controller is connected with the electromagnet ring.

6. The rapid concentrate dispenser of claim 5, wherein the bottom plate of the concentrate carrying chamber is provided with a concentrate replenishing tube, and the concentrate replenishing tube is also provided with a switching valve.