CN210185451U

CN210185451U - Multipurpose foam maker

Info

Publication number: CN210185451U
Application number: CN201920275760.1U
Authority: CN
Inventors: Jianzhi Yan; 严健枝
Original assignee: Guangzhou City In Europe Bibao Technology Co Ltd
Current assignee: Guangzhou City In Europe Bibao Technology Co Ltd
Priority date: 2019-03-05
Filing date: 2019-03-05
Publication date: 2020-03-27
Anticipated expiration: 2029-03-05

Abstract

The utility model discloses a multipurpose foam ware, including portable shower nozzle, water tank, at least one former feed tank, at least one multichannel gas water liquid mixing arrangement, water tank or former feed tank are inserted respectively to multichannel gas water liquid mixing arrangement's pan feeding mouth, multichannel gas water liquid mixing arrangement's mixed liquid export is passed through the pipe and is connected with portable shower nozzle. The utility model discloses a multichannel gas-water liquid mixing arrangement mixes water, gas and multiple raw materials, and the bottom and the well lid rational utilization of sealing silica gel piece of mixing pump's position to make the negative pressure that produces inhale and discharge water, gas and raw materials high-efficiently, mix at the hybrid chamber and mix into mixed liquid, adopt a plurality of multichannel gas-water liquid mixing arrangements to make the mixed liquid of different service functions simultaneously, spout by making bubble device and nozzle again, realize that the foam of different service functions and different usage of same nozzle blowout; the movable spray head is adopted, so that the movable spray head can be used movably.

Description

Multipurpose foam maker

Technical Field

The utility model relates to a foaming device, especially a multipurpose foam ware.

Background

At present, common washing products and personal care products in the market, such as hand washing liquid, liquid detergent, shampoo, shower gel, facial cleanser, toothpaste and the like, must be added with water and can be used after being rubbed into foam by hands, if the products are directly used without adding water, the foam cannot be generated, and the products have high concentration and large stimulation and easily cause skin damage. In addition, because the amount of the foam is large each time, the foam is easily wasted in the process of being rubbed into foam by hands, and the foam is not environment-friendly. The soap dispenser is a device which can extrude and output soap liquid for cleaning hands and faces. The soap dispenser usually comprises a liquid storage bottle or a liquid storage tank for storing soap liquid, wherein a drawing device which is used for drawing up the soap liquid and is provided with a nozzle is arranged on the liquid storage bottle or the liquid storage tank. However, the old soap dispenser which can only output soap liquid simply cannot meet the pursuit of modern people for comfortable life. Therefore, the foam type soap dispenser can be produced by allowing the common soap liquid to generate foam when being output and changing the foam into the foam soap liquid. The common soap dispenser only has foam produced by a single raw material, is greatly limited in use function and has single use.

SUMMERY OF THE UTILITY MODEL

In order to overcome the above disadvantages of the prior art, the present invention is directed to provide a multi-purpose foaming stage, in which a single nozzle having multi-channel gas-water mixing can spray different types of foams according to different functional purposes.

The utility model provides a technical scheme that its technical problem adopted is: a multi-purpose foamer wherein: the multi-channel gas-water-liquid mixing device comprises a movable spray head, a water tank, at least one raw material tank and at least one multi-channel gas-water-liquid mixing device, wherein a feed inlet of the multi-channel gas-water-liquid mixing device is respectively connected into the water tank or the raw material tank, and a mixed liquid outlet of the multi-channel gas-water-liquid mixing device is connected with the movable spray head through a guide pipe. The multi-channel gas-water liquid mixing device mixes gas, water and at least one raw material to form a mixed liquid, and the mixed liquid is conveyed into the movable spray head through the guide pipe to be sprayed out.

As a further improvement of the utility model: the movable spray head comprises a hose protective sleeve, a handle, a control switch, a foaming device and a nozzle, the foaming device comprises at least one inlet end, the conduit penetrates through the hose protective sleeve to be connected into the inlet end of the foaming device, and the nozzle is connected with the outlet end of the foaming device. The foam making device is provided with a double-layer grid, mixed liquid conveyed by a plurality of guide pipes is cut, foam is made and sprayed out by a nozzle, and foam with different use functions generated by different mixed liquid is sprayed out by the same nozzle.

As a further improvement of the utility model: the control switch is provided with at least one group corresponding to the number of the multi-channel gas-water liquid mixing devices, and the control switch is electrically connected with a motor of the multi-channel gas-water liquid mixing device. The control switch can independently control the gas-water liquid mixing devices which are electrically connected with the multiple channels respectively.

As a further improvement of the utility model: the multi-channel gas-water liquid mixing device comprises a motor, an eccentric wheel set, an eccentric rotating external member, a silica gel pump and a mixing pump assembly which are sequentially connected; wherein the mixing pump assembly comprises:

the mixing pump comprises a mixing pump bottom cover, a mixing pump bottom cover and a mixing pump bottom cover, wherein at least one cavity is arranged in the mixing pump bottom cover, the silica gel pump is arranged at the bottom of the cavity through an installation plate, a feeding hole connected with a feeding pipe is formed in the side wall of the cavity, a first sealing silica gel sheet is pasted on the feeding hole, and part of the edge of the first sealing silica gel sheet is fixed on the inner side wall of the cavity;

the mixing pump middle cover is arranged at the top of the mixing pump bottom cover, a mixing cavity is arranged on the mixing pump middle cover, at least one discharge port is formed in the mixing cavity corresponding to the cavity, a second sealing silica gel sheet is attached to the discharge port, and the edge of part of the second sealing silica gel sheet is fixed on the inner bottom surface of the mixing cavity;

the mixing pump upper cover is provided with the top of the mixing cavity and a mixed liquid outlet.

As a further improvement of the utility model: the eccentric rotation external member includes central support body, locates at least one on the central support body and connects the position, locate central support body below slope axle, the central support body sinks to extend to the outside and has at least one body of rod, connect the end that the position was located the body of rod, the body of rod and connect the position and use the central support body to arrange for central circumference partition, the bottom rotation hinge that the connection position corresponds the silica gel pump, the end and the eccentric wheelset of slope axle are connected.

As a further improvement of the utility model: the cavity comprises an air cavity, a water cavity and at least one raw material cavity.

As a further improvement of the utility model: the motor of the multi-channel mixing device is started to drive the eccentric wheel set to rotate, the eccentric wheel set is driven to the eccentric rotating external member, the rotation of the eccentric rotating external member enables the bottom end of the inclined shaft to rotate around the top end, so that the tail ends of a plurality of rod bodies do reciprocating motion by taking the central frame body as a lifting part, the tail ends of the rod bodies are driven to the silica gel pump through the connecting position, the silica gel pump is compressed, deformed or restored in shape, the inner space of the silica gel pump generates negative pressure, the cavity in the bottom cover of the mixing pump generates negative pressure, air, water or raw materials are sucked from the feeding port at the moment, the first sealing silica gel sheet is flushed away to enter the cavity, then the air, the water or the raw materials entering the cavity are pressurized due to the action of the silica gel pump, the first sealing silica gel sheet of the feeding port is tightly attached to the inner side wall of the cavity, the feeding port cannot be communicated, the air, the water, get into the hybrid chamber, water or air or raw materials in each cavity get into the hybrid chamber by the discharge gate and mix the back and flow out by mixed liquid outlet, get into the bubble making device through the pipe, cause abundant fine and smooth foam by the graticule mesh cutting of bubble making device to spout by the nozzle.

Compared with the prior art, the beneficial effects of the utility model are that:

the utility model discloses a multichannel gas-water liquid mixing arrangement mixes water, gas and multiple raw materials, and the bottom of mixing pump and well lid rational utilization sealing silica gel piece's position to make the negative pressure that produces inhale and discharge water, gas and raw materials high-efficiently, mix at the hybrid chamber and mix the liquid.

The utility model discloses a mixed liquid of different service functions is made simultaneously to a plurality of multichannel gas-water liquid mixing arrangement, is spouted by bubble making device and nozzle again, realizes the foam of the different service functions of same nozzle blowout and different usage.

The utility model discloses a portable shower nozzle can remove the use, adopts independent control switch simultaneously, controls a plurality of multichannel gas-water liquid mixing arrangement, can produce the mixed liquid that contains air, water and the raw materials of different proportions.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is an exploded view of a multi-channel gas-water liquid mixing device.

Fig. 3 is an exploded view of a multi-channel gas-water liquid mixing device.

Detailed Description

The invention will now be further described with reference to the accompanying drawings, in which:

referring to fig. 1-3, a multi-purpose foam maker comprises a movable nozzle 1, a water tank 2, two material tanks 3, and two three-way gas-water mixing devices 4, wherein the two three-way gas-water mixing devices have the same working principle, and one of the three-way gas-water mixing devices is described in this embodiment.

The three-channel gas-water liquid mixing device comprises a motor 41, an eccentric wheel set 42, an eccentric rotating sleeve 43, a silica gel pump 44 and a mixing pump assembly which are sequentially connected; wherein the mixing pump assembly comprises:

the mixing pump comprises a mixing pump bottom cover 45, wherein three cavities 451 are formed in the mixing pump bottom cover, a silica gel pump 44 is arranged at the bottom of the cavity 451 through a mounting plate 441, a feeding port 452 connected with a feeding pipe is formed in the side wall of the cavity 451, a first sealing silica gel sheet 453 is pasted on the feeding port, part of the edge of the first sealing silica gel sheet 453 is fixed on the inner side wall of the cavity 451, the three cavities are respectively an air cavity, a water cavity and a raw material cavity, an air supply device or air is connected into the feeding port of the air cavity, a water tank is connected into the feeding port of the water cavity, and one raw material tank is connected into the feeding port of the; when the feeding port is subjected to suction negative pressure, a substance (water or gas or raw materials) can break through the first sealing silica gel sheet and enter the cavity, and when the feeding port is subjected to thrust negative pressure, the first sealing silica gel sheet cannot conduct the outside of the feeding port and the cavity due to the fact that the first sealing silica gel sheet is arranged on the inner side wall of the cavity, so that the substance in the cavity is prevented from flowing back;

the mixing pump middle cover 46 is arranged at the top of the mixing pump bottom cover 45, a mixing cavity 461 is arranged on the mixing pump middle cover, a gas discharge port 462, a water discharge port and a raw material discharge port are respectively arranged on the mixing cavity corresponding to the gas cavity, the water cavity and the raw material cavity, a second sealing silica gel sheet 463 is attached to the discharge port, and part of the edge of the second sealing silica gel sheet 463 is fixed on the inner bottom surface of the mixing cavity; when thrust negative pressure is generated in the cavity, the first sealing silica gel sheet seals the feeding port, and at the moment, substances in the cavity can break the second sealing silica gel sheet and enter the mixing cavity from the discharging port to be mixed. When the silica gel pump is in a static state or a recovery state, the second sealing silica gel sheet is positioned on the mixing cavity and can cut off the conduction between the mixing cavity and the cavity body at the discharge hole, so that the backflow of substances in the mixing cavity is prevented.

The mixing pump upper cover 47 is provided with a mixed liquid outlet 471 at the top of the mixing chamber, and after the mixing is completed, the gas, the water and the raw materials form a three-body mixed liquid which flows out from the mixed liquid outlet.

Eccentric rotating external member 43 includes central support body, locates three connection position 431 on the central support body, locates central support body below slope axle 432, the central support body sinks to extend to the outside has three body of rod 433, connect the end that body of rod 433 is located to position 431, body of rod 433 and connection position 431 use the central support body to arrange for central circumference partition, connect the bottom rotation hinge that position 431 corresponds the silica gel pump, the end and the eccentric wheelset 42 of slope axle 432 are connected. The motor starts, drives the eccentric wheelset and rotates, and the transmission is to eccentric rotation external member, the rotation that the eccentric rotation external member made the bottom of inclined axle rotate around the top to the end of the three body of rod uses the round trip action of center support body for doing the lift, through connecting the position transmission to the silica gel pump, the silica gel pump is recovered by compressive deformation or shape, makes the inner space of silica gel pump produce the negative pressure, thereby produce continuous alternate pulling force and thrust in gas cavity body, water cavity body and the raw materials cavity body, the pulling force inhales the material from the pan feeding mouth, the material is discharged from the discharge gate to thrust.

The mixed liquid outlet of the three-channel gas-water liquid mixing device is connected with the movable spray head through a guide pipe. The multi-channel gas-water liquid mixing device mixes gas, water and raw materials to form mixed liquid, and the mixed liquid is conveyed into the movable spray head through the guide pipe to be sprayed out. Because two tee bend gas-water liquid mixing arrangement inserts different raw material tanks respectively, can mix out different three-body mixture.

This embodiment only explains to two sets of three channel mixing arrangement in the utility model discloses an in the multipurpose foam maker, adopt three channel mixing arrangement more than two sets of to make the mixed liquid of three more than two kinds and belong to the protection scope of the utility model. The three-channel mixing device can be a mixing device with more than three channels, the eccentric rotation kit sets the number of the rod bodies and the connecting positions according to the number of the channels, the rod bodies and the connecting positions are equally divided by the circumference of the central frame body, and when the eccentric wheel set rotates, the tail ends of the rod bodies and the connecting positions can still be made to do reciprocating lifting action, so that the compressed silica gel pump generates negative pressure.

The movable nozzle 1 comprises a hose protective sleeve 11, a handle 12, a control switch 13, a foaming device 14 and a nozzle 15, wherein the foaming device 14 comprises two inlet ends 17, the guide pipe 16 penetrates through the hose protective sleeve 11 to be connected into the inlet end 17 of the foaming device 14, and the nozzle 15 is connected with the outlet end of the foaming device 14. The foam making device is provided with a double-layer grid, the two guide pipes are used for conveying the mixed liquid to be cut, the foam is made and sprayed out through the nozzles, and the foam with different use functions generated by different mixed liquids is sprayed out through the same nozzle.

The control switches are provided with two groups corresponding to the three-channel gas-water liquid mixing device in quantity, and the control switches are electrically connected with a motor of the three-channel gas-water liquid mixing device. The control switch can independently control the gas-water liquid mixing devices which are respectively and electrically connected with the three channels.

In conclusion, after the ordinary skilled in the art reads the document of the present invention, according to the present invention, the technical solution and technical concept of the present invention do not need creative mental labor to make other various corresponding transformation schemes, which all belong to the protection scope of the present invention.

Claims

1. A multipurpose foam maker is characterized in that: the multi-channel gas-water-liquid mixing device comprises a movable spray head, a water tank, at least one raw material tank and at least one multi-channel gas-water-liquid mixing device, wherein a feed inlet of the multi-channel gas-water-liquid mixing device is respectively connected into the water tank or the raw material tank, and a mixed liquid outlet of the multi-channel gas-water-liquid mixing device is connected with the movable spray head through a guide pipe.

2. A multi-purpose foam maker as set forth in claim 1, wherein: the movable spray head comprises a hose protective sleeve, a handle, a control switch, a foaming device and a nozzle, the foaming device comprises at least one inlet end, the conduit penetrates through the hose protective sleeve to be connected into the inlet end of the foaming device, and the nozzle is connected with the outlet end of the foaming device.

3. A multi-purpose foam maker as set forth in claim 2, wherein: the control switch is provided with at least one group corresponding to the number of the multi-channel gas-water liquid mixing devices, and the control switch is electrically connected with a motor of the multi-channel gas-water liquid mixing device.

4. A multi-purpose foam maker as set forth in claim 1, wherein: the multi-channel gas-water liquid mixing device comprises a motor, an eccentric wheel set, an eccentric rotating external member, a silica gel pump and a mixing pump assembly which are sequentially connected; wherein the mixing pump assembly comprises a mixing pump assembly,

5. A multi-purpose foam maker as set forth in claim 4, wherein: the eccentric rotation external member includes central support body, locates at least one on the central support body and connects the position, locate central support body below slope axle, the central support body sinks to extend to the outside and has at least one body of rod, connect the end that the position was located the body of rod, the body of rod and connect the position and use the central support body to arrange for central circumference partition, the bottom rotation hinge that the connection position corresponds the silica gel pump, the end and the eccentric wheelset of slope axle are connected.

6. A multi-purpose foam maker as set forth in claim 4, wherein: the cavity comprises an air cavity, a water cavity and at least one raw material cavity.