阅读说明：本技术 一种使用真空负压原理混合清洁液、水和空气的装置 (Device for mixing cleaning solution, water and air by using vacuum negative pressure principle ) 是由 谢名勇 李磊 于 2018-06-13 设计创作，主要内容包括：本发明公开了一种使用真空负压原理混合清洁液、水和空气的装置,涉及清洗设备技术领域；包括三通接头、真空发生器、混合器、连接水管、连接管以及清洗液供给装置；三通接头、真空发生器以及混合器均具有三个接口,三通接头、真空发生器以及混合器依次相连通,三通接头通过连接水管与混合器相连通,三通接头的另一个接口与入水接头相连,混合器的另一个接口与花洒接头相连接；真空发生器通过连接管与清洗液供给装置相连通；清洗液供给装置包括集结器和多个混合物单向阀；本发明的有益效果是：实现了自动清洁的效果,减小了产品的故障率,无需人工清洗,使用非常的方便。(The invention discloses a device for mixing cleaning solution, water and air by using a vacuum negative pressure principle, and relates to the technical field of cleaning equipment; comprises a three-way joint, a vacuum generator, a mixer, a connecting water pipe, a connecting pipe and a cleaning liquid supply device; the three-way joint, the vacuum generator and the mixer are provided with three interfaces, the three-way joint, the vacuum generator and the mixer are sequentially communicated, the three-way joint is communicated with the mixer through a connecting water pipe, the other interface of the three-way joint is connected with a water inlet joint, and the other interface of the mixer is connected with a shower head joint; the vacuum generator is communicated with the cleaning liquid supply device through a connecting pipe; the cleaning liquid supply device comprises an aggregator and a plurality of mixture one-way valves; the invention has the beneficial effects that: the automatic cleaning effect is realized, the failure rate of the product is reduced, manual cleaning is not needed, and the use is very convenient.)

1. The utility model provides an use device of vacuum negative pressure principle mixture cleaning solution, water and air which characterized in that: comprises a three-way joint, a vacuum generator, a mixer, a connecting water pipe, a connecting pipe and a cleaning liquid supply device;

the three-way joint, the vacuum generator and the mixer are provided with three or more interfaces, the three-way joint, the vacuum generator and the mixer are sequentially communicated, the three-way joint is communicated with the mixer through a connecting water pipe, the other interface of the three-way joint is connected with the water inlet joint, and the other interface of the mixer is connected with the shower head joint;

the vacuum generator is communicated with the cleaning solution supply device through a connecting pipe, and the mixture in the cleaning solution supply device is introduced into the vacuum generator through the connecting pipe; the cleaning liquid supply device comprises an aggregator and a plurality of mixture one-way valves, wherein the aggregator is provided with a plurality of inlets and an outlet, the outlet of the aggregator is communicated to the connecting pipe, each inlet of the aggregator is connected with a supply pipeline, each supply pipeline is provided with a mixture one-way valve and a cut-off switch, and the mixture one-way valves are used for controlling the mixture to flow from the supply pipeline into the connecting pipe;

one of the supply pipelines is also communicated with a supply branch, the supply branch is provided with a gas one-way valve and a gas regulating valve, and the supply branch is used for supplying air to the collector.

2. An apparatus for mixing cleaning liquid, water and air using vacuum negative pressure principle according to claim 1, wherein: the cleaning liquid supply device comprises a plurality of mixture switches and a plurality of mixture leading-in pipes;

the mixture check valve and the mixture switch are connected through a mixture inlet pipe, the mixture check valve and the mixture switch form mixture channels, and the number of the mixture channels is equal to that of inlets on the collector.

3. An apparatus for mixing cleaning liquid, water and air using vacuum negative pressure principle according to claim 1, wherein: the concentrator has four inlets, each of which is connected to a supply line.

4. An apparatus for mixing cleaning liquid, water and air using vacuum negative pressure principle according to claim 1, wherein: the mixer is also communicated with the vacuum generator through a T-shaped joint.

5. An apparatus for mixing cleaning liquid, water and air using vacuum negative pressure principle according to claim 1, wherein: and a water pressure gauge is arranged on the connecting water pipe, and the water pressure in the three-way joint is measured through the water pressure gauge.

Technical Field

The invention relates to the technical field of cleaning equipment, in particular to a device for mixing cleaning solution, water and air by using a vacuum negative pressure principle.

Background

A cleaning machine is a device for cleaning designated instruments or equipment, which can not only prolong the service life of the instruments or equipment, but also ensure that the cleaning machine meets the requirement of use cleanliness.

Disclosure of Invention

The invention aims to overcome the defects of the prior art effectively and provide a device for mixing cleaning solution, water and air by using a vacuum negative pressure principle, the device can be used for mixing gas and one or more cleaning solutions simultaneously, and the device can be used for automatically cleaning a pipeline without manual intervention and is very convenient to use.

The technical scheme of the invention is realized as follows: in an apparatus for mixing cleaning solution, water and air using the principle of vacuum negative pressure, the improvement comprising: comprises a three-way joint, a vacuum generator, a mixer, a connecting water pipe, a connecting pipe and a cleaning liquid supply device;

the three-way joint, the vacuum generator and the mixer are provided with three interfaces, the three-way joint, the vacuum generator and the mixer are sequentially communicated, the three-way joint is communicated with the mixer through a connecting water pipe, the other interface of the three-way joint is connected with the water inlet joint, and the other interface of the mixer is connected with the shower head joint;

the vacuum generator is communicated with the cleaning solution supply device through a connecting pipe, and the mixture in the cleaning solution supply device is introduced into the vacuum generator through the connecting pipe; the cleaning liquid supply device comprises an aggregator and a plurality of mixture one-way valves, wherein the aggregator is provided with a plurality of inlets and an outlet, the outlet of the aggregator is communicated to the connecting pipe, each inlet of the aggregator is connected with a supply pipeline, each supply pipeline is provided with a mixture one-way valve, and the mixture one-way valves are used for controlling the mixture to flow from the supply pipelines into the connecting pipes;

one of the supply pipelines is also communicated with a supply branch, the supply branch is provided with a gas one-way valve and a gas regulating valve, and the supply branch is used for supplying air to the collector.

In the above configuration, the cleaning liquid supply means includes a plurality of mixture switches and a plurality of mixture introduction pipes; the mixture check valve and the mixture switch are connected through a mixture inlet pipe, the mixture check valve and the mixture switch form mixture channels, and the number of the mixture channels is equal to that of inlets on the collector.

In the above structure, the concentrator has four inlets, and each inlet is connected with a supply pipeline.

In the structure, the mixer is communicated with the vacuum generator through a T-shaped joint.

In the structure, the water pressure gauge is arranged on the connecting water pipe, and the water pressure in the three-way joint is measured through the water pressure gauge.

The invention has the beneficial effects that: firstly, the method comprises the following steps: due to the mixer and the connecting water pipe, the cleaning liquid is fully mixed with water and air, the cleaning function of the cleaning liquid is improved, the action amount of the cleaning liquid is reduced, and the material cost is directly reduced; thirdly, the method comprises the following steps: because air and water flow in blender and each passageway, self-cleaning has collected the interior residual cleaning solution of ware and connecting tube, has realized the inside self-cleaning of pipe-line system, has reduced the fault rate of product, need not artificial intervention, uses convenience very.

[ description of the drawings ]

Fig. 1 is a schematic view showing the construction of an apparatus for mixing cleaning liquid, water and air using the vacuum negative pressure principle according to the present invention.

[ detailed description ] embodiments

The invention is further described below with reference to the figures and examples.

Referring to fig. 1, the present invention discloses an apparatus for mixing cleaning liquid, water and air using the vacuum negative pressure principle, and more particularly, the apparatus includes a three-way joint 10, a vacuum generator 20, a mixer 30, a connection water pipe 40, a connection pipe 50 and a cleaning liquid supply device 60, the cleaning liquid supply device 60 is used to supply various cleaning liquids, and the cleaning liquid supply device 60 will be described in detail below. The three-way joint 10, the vacuum generator 20 and the mixer 30 are all provided with three interfaces, wherein one interface of the three-way joint 10 is connected with the water inlet joint 101, water is supplied through the water inlet joint 101, the three-way joint 10, the vacuum generator 20 and the mixer 30 are sequentially communicated, the last interface of the three-way joint 10 is communicated with one interface of the mixer 30 through the connecting water pipe 40, in the embodiment, the connecting water pipe 40 is provided with the water pressure gauge 401, and the water pressure in the three-way joint 10 is measured through the water pressure gauge 401; therefore, the water introduced from the water inlet joint 101 may be introduced directly into the vacuum generator 20 or may be introduced into the mixer 30 through the connection pipe 40.

Further, the last interface of the mixer 30 is connected to the shower head joint 301, and the shower head joint 301 is connected to a shower head for discharging a mixed liquid formed by mixing the cleaning liquid and the water. In the above embodiment, the vacuum generator 20 is connected to the cleaning liquid supply device 60 through the connection pipe 50, and the cleaning liquid in the cleaning liquid supply device 60 is introduced into the vacuum generator 20 through the connection pipe 50.

Through the above structure, we will explain the working principle of the device of the present invention for mixing cleaning solution, water and air by using the vacuum negative pressure principle in detail, tap water enters the three-way joint 10 through the water inlet joint 101, a part of the tap water enters the vacuum generator 20, a part of the tap water is connected to the water pipe 40, when the tap water enters from the 108S of the vacuum generator 20 and is discharged from the 108T, a negative pressure is formed at the position interface of the 108P, air in the connecting pipe 50 is extracted, so that the cleaning solution in the cleaning solution supply device 60 is sucked into the vacuum generator 20, the vacuum generator 20 is communicated with the mixer 30 through the T-shaped joint 201, and the cleaning solution and water enter the mixer 30, are mixed with the tap water discharged from the connecting water pipe 40, and are discharged through the shower head joint 301.

Further, as to the cleaning solution supplying apparatus 60, the present invention provides an embodiment, the cleaning solution supplying apparatus 60 includes an integrator 601 and a plurality of mixture check valves 602, the integrator 601 has a plurality of inlets and an outlet, in this embodiment, the integrator 601 has four inlets, the outlet of the integrator 601 is connected to the connecting pipe 50, each inlet of the integrator 601 is connected to a supplying pipe 603, each supplying pipe 603 is provided with a mixture check valve 602, and the mixture check valve 602 is used for controlling the mixture to flow from the supplying pipe 603 to the connecting pipe 50; in this embodiment, the cleaning liquid supply device 60 includes a plurality of mixture switches 605 and a plurality of mixture introduction pipes 606, the mixture switches 605 and the mixture check valves 602 are connected through the mixture introduction pipes 606, the mixture switches 605 and the mixture check valves 602 form mixture passages 607, and the number of the mixture passages 607 is equal to the number of inlets of the integrator 601. In addition, in the above embodiment, one of the supply lines 603 is further connected to a supply branch 608, and the supply branch 608 is provided with a gas check valve 609 and a gas regulating valve 610, and the supply branch 608 is used for supplying air to the accumulator 601.

After the negative pressure in the integrator 601 is transferred to the mixture passage 607, the mixture check valve 602 is opened, the vacuum is further diffused downward into the mixture switch 605, and after the mixture switch 605 is opened, the vacuum is introduced into the mixture introduction pipe 606, and the mixture introduction pipe 606 is communicated with the container containing the cleaning solution, thereby adsorbing the cleaning solution. When the cleaning liquid enters the mixture introduction pipe 606, it flows through the mixture switch 605, the supply line 603, and the mixture check valve 602 prevents the cleaning liquid from flowing backward; in the process, the air regulating valve sucks air from the outside, enters the supply branch through the air one-way valve, and enters the connecting pipe 50 together with the cleaning liquid; thereafter, the cleaning solution and air enter the vacuum generator 20, are mixed with tap water in the vacuum generator 20, are discharged from the 108T port of the vacuum mixer 30 into the mixer 30, are further mixed with tap water from the connection water pipe 40 in the mixer 30, and are sufficiently mixed with water due to the mixer 30 and the connection water pipe 40, and are then discharged through the shower head connector 301 of the mixer 30 for the user to use.

When the water pressure gauge 401 is installed on the connection water pipe 40, the pressure of the connection water pipe 40 can be indicated through the water pressure gauge 401, and the water pressure gauge is used for prompting whether the current water pressure meets the practical requirements of the device. If the requirements are not met, the user may be prompted to take compensation improvement measures.

On the other hand, when the vacuum generator 20 is closed, the vacuum generator 20 has no negative pressure capability, the tap water entering the mixer 30 from the connection water pipe 40 can enter the vacuum generator 20 through the T-shaped joint 201, and enter the aggregation device 601 and the mixture check valve 602 through the connection pipe 50, due to the function of the mixture check valve 602, the tap water is prevented from entering the supply pipe 603, it is ensured that the cleaning liquid in the supply pipe 603 and below is not damaged, the cleaning liquid above the mixture check valve 602 can be diluted by the tap water, when the next vacuum generator 20 generates negative pressure, the residual cleaning liquid in the connection pipe 50 flows into the mixer 30, thereby automatically cleaning the residual cleaning liquid in the aggregation device 601 and the connection pipe 50, achieving the effect of automatic cleaning, reducing the failure rate of the product, being capable of automatically cleaning the pipe without manual cleaning, the use is very convenient.

The above description is only for the preferred embodiment of the present invention, and the above specific embodiments are not intended to limit the present invention. Various modifications and alterations may occur to those skilled in the art without departing from the spirit and scope of the invention, and such modifications and alterations should be accorded the broadest interpretation so as to encompass all such modifications and alterations.