WO2019238078A1

WO2019238078A1 - Multi-functional beverage post-mixing system

Info

Publication number: WO2019238078A1
Application number: PCT/CN2019/091019
Authority: WO
Inventors: 付佳琦; 付杭
Original assignee: 付佳琦
Priority date: 2018-04-03
Filing date: 2019-06-13
Publication date: 2019-12-19
Also published as: CN209951059U; CN109700318A; CN209047912U; CN108742145A

Abstract

Provided is a post-mixing system for brewing a powder material, the system comprising a control main machine, a water tank assembly and a mixer. The post-mix system for brewing of a powder material further comprises at least one powder container (2), at least one gas container (3), a trigger assembly, and at least one stirring and discharging assembly. The mixer is provided with at least one outlet and at least one inlet. The water tank assembly, the trigger assembly and the stirring and discharging assembly are all connected to the control main machine. The gas container (3) is connected to the inlet of the mixer. The trigger assembly is used for controlling the output and closing of materials in the gas container. The stirring and discharging assembly is arranged in the powder container (2), and an outlet of the stirring and discharging assembly is connected to the mixer. The system can mix powder, water and water that can dissolve gas, which are of various temperatures and concentrations. In addition, the powder container (2) is not prone to agglomeration or mildew; a solid material can also be put into water or mixed beverage; payment can be achieved by means of face recognition and a pre-paid account; and pipes can be disinfected and sterilized in real time.

Description

Multifunctional beverage instant adjustment system

Technical field

The invention relates to the field of drinking water equipment, in particular to a multifunctional beverage instant adjustment system.

Background technique

At present, the current adjustment machines on the market are divided into liquid adjustment machines and powder reflection machines. Among them, liquid adjustment machines are generally juice adjustment machines, and powder adjustment machines include coffee adjustment machines, milk tea adjustment machines, Due to different requirements for the amount of flour produced by different powders during the current adjustment, the existing liquid and powder mixers have a single function, and two units must be configured when these two functions are required. The current adjustment of the machine greatly increases the input cost and the area, and the powder reflects that the adjustment needs to pre-package the powder in the powder storage box of the machine for secondary packaging. The use of the machine is extremely inflexible and inflexible. Convenient, it is easy to cause secondary pollution at the same time of packaging. Because the powder container is not sealed, the powder is easy to contact with the moisture in the air and get wet, and the powder container outlet and the agitator are completely open. Feed openings and mixers are extremely prone to creeping into insects and breeding bacteria. In addition, the above powder box must be at the specified position, and the powder must also be determined at the specified powder box, which requires trained professionals to replace the powder, which greatly increases the operating cost of the subsequent material replacement. Size and cost reasons are not suitable for home use.

In addition, in the existing adjustment machines, the recipe proportion of each flavor is input locally on the machine, and the execution program and operation logic are local. The local software needs to be updated remotely to update the execution program. The concentration of food is adjusted, for example, the traditional coffee machine: if the mixing ratio needs to be listed as 1 (powder): 6 (water) and adjusted to 1 (powder): 11 (water), it must be set on the machine Very complicated proportioning relationship, these tasks cannot be completed by ordinary operators; that is, it is impossible to change and output different tastes and concentrations at any time to meet the requirements of different customers.

Not only that, the existing powder blending machine cannot transfer water and soluble gas water at various temperatures, such as soda water and carbonated water; nor can any two or three of them be mixed by beverage powder, soluble gas, and water. Or the four can be mixed to bring out beverages with various temperatures, tastes, and concentrations, and beverages with soluble gases cannot be obtained. In other words, the existing beverage dispensers have poor adjustability of the outlet water temperature. They cannot prepare beverages of various temperatures according to user needs, and cannot automatically allocate multiple flavors, multiple temperatures, multiple concentrations, Different soluble gas drinks.

In addition, the powder container of the existing beverage dispenser is easy to enter the water vapor, which will cause the powder to agglomerate and mold, and affect food safety. The current method of interaction between the current machine and the user is relatively simple. There is no face recognition function. It can only rely on paper coin machines and code scanning to pay, and there is no automatic charging function based on face recognition. At present, it is not possible to separately place granular materials such as oatmeal and sesame. Bacteria are prone to breed in the pipelines of current dispensers and water dispensers.

Summary of the Invention

The purpose of the present invention is to provide a multifunctional beverage instant adjustment system, which includes water capable of adjusting a variety of precise temperatures and soluble gas water, such as soda water, negative oxygen water, and hydrogen-rich water. Water, convenient and versatile multi-functional quick-drinking system; can be adjusted to a variety of precise temperature, a variety of concentrations and drinks with different soluble gases, and easy to operate, low energy consumption liquid dilution system; can be adjusted Multi-temperature powder, precisely controlled temperature water and soluble gas water, such as soda water, negative oxygen water and hydrogen-rich water, can also be used for drinks with soluble gas, and the powder container will not enter the water vapor, Does not cause powdery cake clumping, can also be given to water, or prepared beverages can be placed with solid materials, the solid materials can be dissolved powder or other materials insoluble granular, such as oatmeal, sesame The powder brewing adjustment system such as particulate matter; and the multi-functional beverage adjustment system that can automatically open and close the connected to-be-discharged container, the container will not enter the water vapor, which will not cause the material. Agglomeration Stirring discharge means change.

The purpose of the present invention is to provide a multifunctional beverage instant adjustment system, wherein the powder brewing instant adjustment system additionally has the following effects: the face recognition real stored value account can be used for payment and consumption without scanning codes and paper coins, The card reader on the machine is now used to bind chip cards, magnetic stripe cards, RFID and other existing technology cards to face accounts.

The purpose of the present invention is to provide a multifunctional beverage instant adjustment system, in which the powder brewing instant adjustment system additionally has the following effects: disinfection and sterilization of pipes with real-time ozone water, and drink hygiene.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic structural diagram of a powder brewing and adjusting system according to an embodiment of the present invention.

FIG. 2 is a schematic structural diagram of a gas container, a trigger shell, and a positioning motor in the embodiment of FIG. 1,

FIG. 3 is a schematic structural diagram of the gas container and a part of the first shell of the embodiment of FIG. 1,

FIG. 4 is a schematic structural diagram of the powder container, the stirring and discharging component, the powder brewing box and the lifting component of the embodiment of FIG. 1,

FIG. 5 is a schematic diagram of the connection between the powder brewing box and the powder container of FIG. 4,

FIG. 6 is a partially enlarged view of a lower right portion of FIG. 4, FIG.

7 is an exploded view of an upper cover and a lower cover of the embodiment of FIG. 1,

FIG. 8 is a schematic structural diagram of the upper cover in FIG. 7,

FIG. 9 is an exploded view of the first identification cap and the receiving base of the embodiment of FIG. 1,

FIG. 10 is a schematic structural diagram of a first identification cap in FIG. 9, FIG.

FIG. 11 is a schematic diagram of the pipeline of the embodiment of FIG. 1,

FIG. 12 is a schematic diagram of the sealing cover of the lower cover of the stirring and discharging device of Embodiment 2 when it is installed, FIG.

13 is an exploded view of an upper cover and a lower cover of Embodiment 2.

FIG. 14 is a schematic view of a powder brewing box and a roulette in Embodiment 2, FIG.

FIG. 15 is an enlarged view of a feeding port of the powder brewing box of Example 2, FIG.

16 is a schematic structural diagram of a liquid material dilution adjustment system according to an embodiment of the present invention.

FIG. 17 is a schematic diagram of a concealed casing, a part of a gas container and a casing cover in the embodiment of FIG. 16,

FIG. 18 is a water circuit diagram of a liquid material dilution current adjustment system according to an embodiment of the present invention,

FIG. 19 is a water circuit diagram of a multifunctional quick drinking system according to an embodiment of the present invention.

In the picture: the first corrector 1, powder container 2, gas container 3, pressure reducing valve 4, powder brewing box 5, water inlet 6, liquid outlet 7, air inlet 8, stirring motor 9, wheel disk 10.Blades 11, lower cover 12, upper cover 13, upper leak 14, lower leak 15, clamp post 16, clamp strip 17, clamp hole 18, pallet 19, lifting motor 20, weighing plate 21, weighing Weight column 22, load cell 23, weighing hole 24, shaft tube 25, coupling 26, extension rod 27, drive shaft 28, action hole 29, riser 30, slot 31, protrusion 32, insert 33 , Stirring column 34, spiral discharge channel 35, stirring arm 36, switch column 37, identification cap 300, first identification cap 38, second identification cap 39, switch 40, casing 400, first casing 41, storage tank 42, The second housing 43, the fixed insertion plate 44, the positioning motor 45, the top block 46, the first electromagnet 47, the top rod 48, the lever 49, the third correction member 50, the second correction member 51, the top seat 52, and the card seat 53 , Iron core 54, limit slot 55, limit bar 56, housing cover 57, guide post 58, force receiving arm 59, force applying arm 60, powder retaining piece 61, receiving seat 62, conveying pipe 63, receiving Feed tube 64, feed tube 65, discharge tube 66, chassis 67, first casing 68, Lever plate 69, identification plate 700, first identification plate 70, second identification plate 71, trigger housing 72, sensor fixture 73, base 74, second housing 75, card 122, card slot 132, seal ring, tooth convex 124, a tooth groove 113, a sealing cap 125, a sealing tooth 126, a sealing groove 1251, a sealing sheet 114, a card edge 133, a notch 76, and a liquid container 77.

detailed description

In the following, the technical solutions in the embodiments of the present invention will be clearly and completely described with reference to the drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art fall within the protection scope of the present invention.

Hydrolyzed ozone parts can electrolyze ozone water in water. Ozone water is the safest germicidal water you can drink.

The multifunctional beverage instant adjustment system provided by the present invention includes a multifunctional fast drinking system capable of extracting water of various precise temperatures and soluble gas water, and capable of selecting water of different soluble gas; Multi-concentration and liquid dilution system for beverages with different soluble gases; powders with various temperatures, water with precise temperature control, and water with soluble gases can also be adjusted. Beverages, and the powder container will not enter the water vapor, which will not cause the powder to agglomerate. You can also add solid materials to the water or the prepared beverage. The solid materials can be soluble powder or non-soluble. The powder brewing system for dissolving other granular materials, and the powder blending system; and the multi-functional beverage blending system that can automatically open and close the connected to-be-discharged container, water vapor will not enter the container. An agitating and discharging device that does not cause agglomeration of the material.

As shown in FIG. 1 to FIG. 11, a powder brewing and adjusting system described in this embodiment includes a control host, a water tank component, and a mixer. The powder brewing and adjusting system further includes: At least one powder container 2, at least one gas container 3, a triggering component and at least one stirring and discharging component, the mixer is provided with at least one outlet and at least one inlet, and the water tank component, the triggering component and the stirring and discharging component are all Connected to the control host, the gas container 3 is connected to the inlet of the mixer, the trigger component is used to control the output and shutdown of the material in the gas container 3, and the agitating and discharging component is arranged at the In the powder container 2, an outlet of the stirring and discharging component is connected to a mixer.

The gas container 3 stores a water-soluble gas, and the powder container 2 is used for containing water-soluble powder or water-insoluble or hardly water-soluble particles of any beverage taste. The powder container 2 The number of components is the same as that of the stirring and discharging components. The water tank component includes a normal temperature water tank, a cold water tank, a refrigerator, a water heater, and a hot water tank. The valve and the first water pump, the water heater inlet, the cold water tank inlet and the mixer are all connected to the first water pump outlet, the water heater inlet is connected to the hot water tank inlet, and the hot water tank outlet and the cold water tank are connected. The outlets are all connected to the mixer, and the refrigerator is connected between the cold water tank inlet and the first water pump outlet.

The mixer includes a water mixing box and at least one powder brewing box 5, a first tee is connected between the first solenoid valve and the first water pump, and the free port of the first tee is connected with the second solenoid valve through The cold water tank is connected, the first water pump is connected with a second tee, and the other two nozzles of the second tee are connected with a fourth tee and a third solenoid valve, respectively. A refrigerator is connected, and a third tee is connected between the refrigerator and the cold water tank inlet. The other pipe port of the third tee is connected to the water heater through a fifth solenoid valve, and the refrigerator and the cold water tank inlet are connected. A fourth solenoid valve is connected, a second nozzle of the fourth three-way is connected to the water mixing box through a sixth solenoid valve, and a third nozzle of the fourth three-way is connected to a fourteenth solenoid valve, and the first A fourteen solenoid valve is connected to the sixth tee. The outlet of the cold water tank is connected to a second water pump. The second water pump is connected to the water mixing box through a seventh solenoid valve. The outlet of the hot water tank is connected in sequence. There is a fourth water pump, a fifth tee and an eighth solenoid valve, and the eighth solenoid valve and the water mixing box The other pipe port of the fifth tee is connected to the sixth tee through a thirteenth solenoid valve, the gas container is connected to the inlet of the water mixing box through a ninth solenoid valve, and the second solenoid valve The third solenoid valve, the fourth solenoid valve, the fifth solenoid valve, the sixth solenoid valve, the seventh solenoid valve, the eighth solenoid valve, the ninth solenoid valve, the thirteenth solenoid valve, the fourteenth solenoid valve, The second water pump, the fourth water pump, the refrigerator and the water heater are all electrically connected to the control host.

A water electrolysis module is connected between the first solenoid valve and the first water pump, an outlet of the water electrolysis module is connected to the cold water tank through a second solenoid valve, and an outlet of the water electrolysis module is connected to the first water pump. Tenth solenoid valve, the cold water tank, normal temperature water tank and hot water tank are all provided with atmospheric balance holes, the outlet of the water heater is connected with a water vapor separation box, the outlet of the water vapor separation box is connected with the hot water tank inlet, An ozone atmosphere mixer is connected to the outlet of the water electrolysis module, and the water vapor separation box, the atmospheric balance hole of the cold water tank, and the atmospheric balance hole of the normal temperature water tank are all connected to the ozone atmosphere mixer. The water electrolysis module can generate ozone disinfection and generate hydrogen and oxygen to dissolve in water as oxygen-enriched water and hydrogen-enriched water as required. The water electrolysis module is the prior art, and can be an ozone generator in the prior art. The water The electrolysis module can electrolyze hydrogen and oxygen at the water, and can be separated from oxygen and hydrogen separately through the ion membrane. When the oxygen is collected during the electrolysis, most of the ozone will be dissolved in the water, and a small part of the ozone will overflow from the water. In the pipeline of the present invention, ozone gas will also sterilize the air entering the atmospheric balance hole in the relevant atmospheric balance hole in the pipeline.

A first casing 41 is provided outside the at least one gas container 3, and the first casing 41 is provided with at least two storage tanks 42 for loading the gas container 3. The gas container 3 is connected to a mixer in a pipeline or A gas refining device is provided at the gas inlet of the mixer. The gas container 3 stores high-pressure gas. The gas container 3 is connected to a valve assembly and is connected to the mixer through the valve assembly. The valve assembly includes a gas connection The pressure reducing valve 4 of the container 3 port, the free port of the pressure reducing valve 4 is connected with a pressure release nozzle, and the triggering component realizes the output and closing of the material by pressing the pressure release nozzle in the gas container 3, said At least one powder container 2 is provided with a second casing 43, and the second casing 43 is provided with at least one storage tank 42 for loading the powder container 2.

The normal temperature water tank, cold water tank and hot water tank are all connected to a water mixing box, the normal temperature water tank, hot water tank and powder container 2 are all connected to a powder brewing box 5, and the water mixing box is connected to a gas container 3 The powder brewing box is provided with a powder inlet, a water inlet 6, a liquid outlet 7 and an air inlet 8; the normal temperature water tank and the water heater are connected to the water inlet 6, and the air inlet 8 is connected with The twelfth solenoid valve electrically connected to the control host is connected to the ozone atmosphere mixer. The water inlet 6 is connected to the sixth tee through the eleventh solenoid valve. The liquid outlet 7 is sequentially connected to the third water pump and the powder. Material outlet. The water heater is connected with a water vapor separation box. The boiling water is full of water and steam, and the water is always expanding inside. The water vapor separation box is required to separate water and steam. The outlet of the water electrolysis module is connected to an ozone atmosphere mixer. Hole 8, the atmospheric balance hole of the cold water tank and the atmospheric balance hole of the normal temperature water tank are connected to the ozone atmosphere mixer, and the air inlet hole 8 is connected to the ozone atmosphere mixer through a twelfth solenoid valve electrically connected to the control host as an inlet and outlet. The passage of air makes the liquid in the powder brewing box easy to get in and out. The ozone atmosphere mixer is an air container with three ports, one of which is connected with a cross-shaped silicone valve or a check valve, and the second port is electrolyzed with water. Module connection, the air inlet hole 8, the atmospheric balance hole of the cold water tank and the atmospheric balance hole of the normal temperature water tank are all connected to the third interface, and the powder brewing box, the water-gas separation box and the cold water tank will be generated due to the discharge. Negative pressure, sucking out the ozone and air mixed gas that overflows when the water in the air container is electrolyzed. At this time, the air container will form a vacuum, and the cross silicone valve or check valve will open. Into the air. The mixed gas containing a certain proportion of ozone and air can be used for the atmospheric balance of the above container, or the gas in the pipeline can be sterilized by gas exchange. The normal temperature water tank is a water container or a tap water or water purifier, and supplies water to a mixer, a water heater and a cold water tank, respectively.

The material of the refrigerator is edible-grade copper, aluminum or stainless steel or other heat-conducting materials, and the interior is plated with silver, which can release silver ions and play a role in inhibiting bacteria.

A gas refining device is provided in a pipeline connecting the gas container 3 to the mixer or a gas inlet of the mixer. The gas container 3 stores a high-pressure gas. In some embodiments, the gas refining device is implemented as The gas refining sheet in the prior art is capable of refining the gas entering the mixer, so that the gas is more quickly dissolved in the liquid of the mixer, and the triggering component pushes the gas in the gas container 3 by pressure. Press the release nozzle to output and close the material.

A valve assembly is connected to the gas container 3, and the valve assembly includes a pressure reducing valve 4 connected to a port of the gas container 3, a free port of the pressure reducing valve 4 is connected to a pressure release nozzle, and the pressure reducing valve 4 is provided with Inflating port, air pressure measuring port and bursting disc are convenient for inflation. In the prior art bursting disc, it can burst at a specified temperature and pressure and release pressure.

The gas container 3 stores water-soluble gas, such as carbon dioxide, oxygen, hydrogen, etc. The powder container 2 is used to hold water-soluble powder or insoluble or hardly water-soluble powder of any beverage taste. Granules, such as oats, sesame and so on.

The stirring and discharging component comprises a stirring motor 9, a stirring wheel blade 11, a lower cover 12, an upper cover 13 and a stirring discharger which are sequentially arranged, and the stirring wheel blade 11 is arranged in a powder brewing box. The lower cover 12 is connected to the powder inlet of the powder brewing box, the upper cover 13 is connected to the powder container 2 port, the stirring discharger is arranged in the powder container 2, the stirring motor 9 and the upper cover 13 Transmission connection, the upper cover 13 is connected to the stirring ejector, the lower cover 12 is connected to the stirring wheel blade 11, the lower cover 12 is sleeved outside the upper cover 13, and the upper cover 13 is provided as a mixer When the motor 9 rotates forward and reverse, the upper cover 13 and the lower cover 12 are relatively rotated at a certain angle by the container switch assembly. The upper cover 13 and the lower cover 12 are respectively provided with an upper drain 14 and a lower drain 15. When the front cover and the rear cover 14 are rotated relative to the lower cover 12, the upper leak 14 and the lower leak 15 change from partially overlapping or completely overlapping to non-overlapping, that is, the forward rotation and reverse rotation of the stirring motor 9 are realized. The communication and closing between the powder container 2 and the powder brewing box prevents the water vapor or liquid of the powder brewing box from entering the powder container 2 during brewing, so The stirring motor 9 drives the stirring discharger to stir the powder in the powder container 2 and takes it out into the powder brewing box through the upper leak 14 and the lower leak 15 and enters the water and powder through the water inlet 6 at the same time. Body mixing, the stirring motor 9 drives the stirring wheel blade 11 to perform mixing and mixing.

The upper cover 13 and the lower cover 12 are connected to the stirring feeder, which drives the stirring feeder to stir.

The upper cover 13 is provided with a shaft hole, the shaft hole is connected with a hollow shaft post 131, the lower cover 12 is provided with a locking hole 121, and the transmission shaft of the stirring motor 9 passes through the locking hole 121 and the shaft hole in this order. It is inserted into the shaft post 131, and the stirring ejector is inserted into the shaft post 131 and fixed.

At least one card 122 is connected to the lower cover 12, and a card slot 132 is provided on the upper cover 13. A slider 123 mated in the card slot 132 is connected to the end of the card 122, so that the lower cover 12 and The upper covers 13 are not easily separated.

The upper cover 13 is connected with a card edge 133 for receiving a container opening for stirring and discharging.

The liquid outlet is in communication with the lowest part of the bottom of the powder brewing box 4, so that the liquid can be discharged more smoothly.

The container switch assembly includes a card post 16 provided on the upper cover 13, a card bar 17 provided on the card post 16, and a horseshoe-shaped card provided on the lower cover 12 and composed of a card post hole and a card bar hole connection. Hole 18, the radius of the card post hole is smaller than the radius of the card post hole, the card post 16 is sleeved in the card hole 18, the card post hole cooperates with the card post 16, and the card post hole is the same as the card post 17, the two ends of the card post hole and the card bar hole can abut against the card bar 17, the angle is that the card bar 17 follows the card post 16 and abuts the card post hole and the card bar hole. The angle of rotation when the left connection is rotated to abut the right connection is the angle of the arc edge of the clip hole. The angle is 180 degrees in some embodiments. Those skilled in the art can also design as Other angles.

The liquid outlet 7 of the powder brewing box 5 is sequentially connected with a third water pump and the powder liquid outlet through a pipeline. The third water pump draws the mixed beverage in the powder brewing box 5 through The powder outlet is placed in a receiving container, such as a water cup.

The powder brewing box 5 is provided with a lifting component at the bottom, and the lifting component includes a lifting member and a supporting plate 19 connected to the lifting member and capable of moving upwards. The supporting plate 19 is provided in the powder brewing box. 5 at the bottom, the lifting member is a lifting motor 20 drivingly connected to the supporting plate 19 or a second electromagnet connected between the iron core 54 and the supporting plate 19, and the outer periphery of the driving shaft 28 of the lifting motor 20 is provided with threads or inclined On the rail, the pallet 19 is provided with a screw hole that is screwed with the transmission shaft 28 of the lifting motor 20 or a lifting hole with a convex column that cooperates with the inclined rail. The lifting motor 20 is reversed to drive the pallet 19 upward. Alternatively, the support plate 19 is moved up to push the powder brewing box 5 up, so that the powder brewing box 5 and the lower cover 12 are sealed at the initial state.

The specific action process is that the stirring motor 9 at the bottom of the powder container 2 selected by the user rotates forward, driving the upper cover 13, the stirring ejector, the lower cover 12 and the stirring wheel blade 11 to rotate, and the upper cover 13 and the lower cover 12 are opposite to each other. After rotating at a certain angle, it rotates synchronously. Due to the frictional resistance of the lower cover 12 relative to the powder brewing box 5, the lower cover 12 has a greater frictional force than the upper cover 13, thereby causing the upper cover 13 to rotate more relative to the lower cover 12, so that In the overlapped state, the upper and

lower leakage openings

14 and 15 overlap after relative rotation, and then the lifting member moves the supporting plate 19 down to the original position, and releases the frictional resistance of the lower cover 12 with respect to the powder brewing box 5 so that After the powder brewing box 5 is naturally placed on the weight column 22, the stirring motor 9 continues to rotate, so that the powder of the powder container 2 enters the powder brewing box 5, the powder brewing box 5 When the capacity detection device detects that the amount of powder in the powder reaches a preset amount, the lifting motor 20 drives the support plate 19 to move up, and the support plate 19 moves up to push the powder brewing box 5 to move up, so that the powder is brewed The contact between the box 5 and the lower cover 12 is closer, and the friction between them is greater. The stirring motor 9 is reversed, which drives the upper cover 13, the stirring ejector, and the lower 12 and the stirring wheel blade 11 rotate, the lower cover 12 is relatively frictional with the powder brewing box 5 due to the frictional force, which makes the lower cover 12 more frictional than the upper cover 13, thereby causing the upper cover 13 to rotate more relative to the lower cover 12, so that The upper and

lower drains

14 and 15 are overlapped and closed without rotation after relative rotation, to prevent the powder brewing box 5 from entering the hot water, the steam enters the powder container 2 through the upper and lower drains, and the heat is preset. The water enters the powder brewing box 5 after the powder, and after being stirred uniformly by the stirring wheel blade 11, the lifting motor 20 drives the support plate 19 to move up, and the support plate 19 moves up to push the powder brewing box 5 up. The powder brewing box 5 and the lower cover 12 are brought into closer contact to seal other powder containers, and then the seventeenth solenoid valve, which was originally closed, is communicated, so that the air inlet 8 is supplied with air, and the third water pump is started to pass The liquid outlet 7 extracts the mixed beverage in the powder brewing box 5 and places it in a receiving container, such as a water cup, through the powder outlet, and then a preset amount of secondary water enters the powder brewing box 5 by stirring The stirring of the bucket 11 is also drawn to the receiving container through the liquid outlet 7 by the third water pump. Prevent the equipment and beverage temperature from being too high to produce danger. On the other hand, it can flush and cool the powder brewing box 5 and subsequent third water pump and pipeline to extend the life and prevent clogging, which is convenient for the next beverage production. The iron core 54 of the second electromagnet can rise under magnetic force or fall without being affected by the magnet, and can also drive the supporting plate 19 to realize the function of holding the powder brewing box. The stirring and discharging device can also be set to stir The motor 9 rotates forward to close the upper and lower leaks, and turns on in the reverse direction.

A weighing auxiliary component is provided at the bottom of the powder brewing box. The weighing auxiliary component includes a weighing plate 21 and a plurality of weighing columns 22 provided on the weighing plate 21. There is a load cell 23 connected to the control host. The supporting plate 19 is provided with a plurality of weighing holes 24 through which a plurality of weighing posts 22 can pass. The pressure of the powder brewing box passes through in sequence. A plurality of weighing posts 22 and weighing plates 21 are transferred to the load cell 23.

The bottom of the powder brewing box 5 is provided with a shaft port, and a shaft tube 25 is connected to the shaft port. The transmission shaft 28 of the stirring motor 9 is connected to the upper cover 13 through the shaft tube 25. In some embodiments, the The transmission shaft 28 of the stirring motor 9 is sequentially connected with a coupling 26 and an extension rod 27. The extension rod 27 is connected to the upper cover 13 through the shaft tube 25. The coupling 26 can keep the rotation of the extension rod 27 stable and and The transmission shaft 28 is coaxial to eliminate or reduce the shaking of the extension rod 27. A seal ring is provided at the contact between the lower cover 12 and the mouth of the powder brewing box to prevent the liquid in the powder brewing box from splashing. Both the supporting plate 19 and the bearing plate are provided with an action hole 29 through which the transmission shaft 28 or the extension rod 27 of the stirring motor 9 passes. In some embodiments, the action hole 29 is implemented as a notch 51 to facilitate assembly.

The stirring wheel blade 11 includes a wheel disk 10 and at least one wheel blade 11 provided on the wheel disk 10. The wheel disk 10 is provided with at least one recess 30, and the recess 30 is provided with a slot 31. The lower cover 12 is provided with protrusions 32 corresponding to the number and position of the depressions 30, and the lower cover 12 is provided with insert blocks 33 inserted in the slot 31 corresponding to the number and position of the slot 31, the lower cover 12 and stirring After the blade 11 is separated and re-plugged, it can be achieved without accurate alignment. The lower cover 12 and the stirring blade 11 can be rotated directly to achieve the insertion of the slot 31 and the insert block 33, and the blind insertion is convenient for assembly. .

The powder brewing box 5 is provided with a powder retention sheet 61 near the bottom. The powder retention sheet 61 is provided with at least one leak hole. The vane 11 can stagnate powder on the powder retention sheet 61. The powder sweeps down to the leak hole and drops to the bottom of the powder brewing box 5. The powder retaining sheet 61 can receive the powder to prevent the powder from falling into the liquid outlet 7 and being blocked before the powder comes and stirs. The blade 11 It can be softer silica gel, which can be easily contacted with the powder retention sheet to clean the powder, preventing accumulation and agglomeration.

The stirring ejector comprises a stirring column 34 connected to the upper cover 13, a spiral discharge channel 35 provided on the outer peripheral surface of the bottom of the stirring column 34, and a plurality of stirring arms 36 provided on the stirring column 34. The lower end of the discharge channel 35 is located at the upper leak 14 of the upper cover 13, and the cross section of the stirring arm 36 has a narrow and wide structure at both ends, which is convenient for the stirring discharger to perform stirring in the forward and reverse directions. The function of discharging, the spiral discharge channel 35 can play a role of pushing material when rotating.

The stirring and discharging device according to an embodiment of the present invention includes the combination of the stirring motor 9, the lower cover 12, the upper cover 13, and the stirring discharger which are sequentially disposed as mentioned above.

Applications of the stirring and discharging device according to an embodiment provided by the present invention include the stirring and discharging device mentioned above, the stirring impeller 11 and the powder brewing box 14.

In addition, the structure of the stirring and discharging device provided by another embodiment of the present invention: The difference is that the lower cover 12 is connected to the feeding opening of the powder brewing box 4, and the stirring blade is connected to the powder. The feeding port of the brewing box 4, the feeding port is provided with an embedded groove, a sealing ring is arranged in the embedded groove, the feeding port is connected with a fixed ring, and the stirring wheel blade 11 includes an annular wheel disc 111 And at least one vane 112 provided on the wheel disc 111, the lower cover 12 is plugged into the wheel disc 111, the wheel disc 111 is closely attached to the feeding port, and the fixed ring is provided There are a plurality of pin holes, and a plurality of pin holes are provided in each of the pin holes to abut the wheel disk 15 so as to abut the feeding port.

A plurality of tooth protrusions 124 are provided on the edge of the lower cover, the shaft column is provided with two claw grooves, the stirring column is provided with two claws respectively inserted in the two claw grooves, and the stirring column A through hole corresponding to the shaft hole is provided. The wheel disc 111 is provided with a plurality of tooth grooves 113 which can be mated and inserted with a plurality of tooth protrusions 124.

The lower cover is provided with a ring-shaped sealing cover 125. The sealing cover 125 is provided with a plurality of sealing teeth 126 corresponding to the plurality of tooth projections 124 of the lower cover. An edge of the sealing cover 125 is provided with a plurality of arc-shaped seals. Grooves 1251, the wheel disc 111 is provided with a plurality of sealing sheets 114 which can be mated with a plurality of sealing grooves 1251.

The powder brewing and adjusting system includes an identification component connected to the control host. The identification component can calibrate the types of the gas container 3 and the powder container 2. The identification component includes the gas container 3 and the powder. The identification module provided on the container 2 and a reading module corresponding to each identification module, the identification module includes a convex point or a concave point, or a chip card, color identification, barcode, The reading module corresponding to the two-dimensional code, metal, and magnetic body corresponding to the identification module includes a switching device, a chip card identification module, a color sensor, a barcode identification module, a two-dimensional code identification module, a metal induction identification module, and a magnetic induction device.

The identification module includes an identification cap provided on the gas container 3 and a powder container 2 and M switch posts 37 provided on the identification cap, and the reading module is connected to a control host provided at the bottom of the identification cap. N switches 40, N≥2, M≤N, when the container with the identification cap is placed, the M switch columns 37 trigger the corresponding switches 40, and the control host controls the positions and number of the switches 40 according to the trigger The rule corresponding to the taste of the switch 40 pre-stored by the control host judges whether the container with the identification cap is a gas container 3 or a powder container 2 and what kind of flavor is convenient for the operator to replenish the gas container 3 and the powder container 2. It can realize blind insertion regardless of the type and taste position, and reduce the workload of the operator. In a specific embodiment, the number of switches 40 is six, and there can be fifty-five different arrangements of switch posts 37, and each arrangement corresponds to a different taste of gas container 3 or powder container 2. This technical field The person can know that the number of the switches 40 can be more and less, so that there are fewer and more different arrangements of the switch columns 37. Except for the first solenoid valve, the other solenoid valves in the powder brewing and adjusting system are normally closed solenoid valves, which only need to be turned on or off when used, saving power and energy.

The control host is connected with a display screen, a control module, a camera, an image recognition module, an nfc identification module, a chip card identification module, a magnetic stripe card identification module, and a data transmission module. The control host is connected to a remote server through the data transmission module. The display screen displays the interactive interface of the present invention with one or a combination of video, pictures, and text, the camera is used to collect a user's avatar, and the image recognition module is used to identify a user collected by the camera Avatar analysis, storage, and transfer to a database of a remote server through a data transmission module when idle. The remote server establishes a user account with a facial feature ID. Face recognition enables user accounts to be stored without scanning codes or paper coins. The value and payment consumption can be controlled by controlling the nfc identification module, chip card identification module, magnetic stripe card identification module connected to the host to the chip card, magnetic stripe card, RFID and other prior art cards and the face account. The control The module is a touch screen or a control button, and the remote server and the control host store various flavor drinks The modulation logic and control process of the remote server can update and replace the modulation logic and control process of each flavored drink stored on the control host. The user selects a certain flavored beverage in the control module of the local machine, and the control host selects A control host or a remote server obtains the modulation logic and control flow of the flavored drink and then makes it. The modulation logic and control flow of the drink can be updated on the remote server, which reduces the operating cost.

The at least one gas container 3 is provided with a first shell 41 outside, the first shell 41 is provided with at least one storage tank 42 for loading the gas container 3, and the at least one powder container 2 is provided with a second shell outside. 43, the second housing 43 is provided with at least one storage tank 42 for loading the powder container 2, the powder brewing box 5 is provided with a fixed insert plate 44, and the second housing 43 is provided with a The fixing inserting plate 44 cooperates with the fixing fixing slot.

The normal temperature water tank, the cold water tank, the gas container 3 and the powder container 2 are provided with a capacity detection device connected to the control host, which is convenient for timely replenishment or replacement when the capacity is insufficient.

The capacity detection device is a load cell 23, which detects the amount of capacity according to the pressure received. The load cell 23 for detecting the gas container 3 is provided at the bottom of the storage tank 42 of the first casing 41 and is subjected to pressure. Measurement; the load cell 23 of the powder container 2 measures the pressure detection capacity of the powder container 2 through a weighing auxiliary component.

The trigger assembly includes a positioning motor 45, a top block 46, a trigger power member, at least one ejector rod 48, and at least one lever 49 all disposed in the first housing 41 and arranged from bottom to top. The trigger power member is The first electromagnet 47 or the trigger motor that can drive the top block 46 to move up and down, the top block 46 can be slid up and down and connected to the drive shaft 28 of the positioning motor 45 and can rotate therewith. The first housing 41 At least one pole slide is provided, and the ejector pole 48 is movably disposed in the pole slide. The top of the ejector pole 48 is provided with an enlarged head which is clamped at the mouth of the pole slide, so that at least one ejector pole 48 is suspended from a respective one. In the slide rail of the rod, at least one notch 51 is provided on the top block 46, and one of the notches 51 is connected to the top seat 52. The notch 51 can be correspondingly penetrated by the top rod 48, and the top block 46 is provided with a card. A seat 53, and the iron core 54 of the first electromagnet 47 and the card seat 53 are relatively rotatable. The at least one lever 49 is pivotally connected to the first housing 41, and the lever 49 is divided into a force. The arm 59 and the forcing arm 60, the length of the force receiving arm 59 is greater than or equal to the length of the force applying arm 60, and the force The free end of 59 is disposed above the ejector pin 48, the free end of the force application arm 60 is disposed above the press release nozzle of the gas container 3, and the positioning motor 45 rotates the ejector 52 to the selected position according to the instruction of the control host. Be sure to open the lower part of the ejector pin 48 corresponding to the gas container 3, and then control the host to control the first electromagnet 47 to cause the ejector seat 52 to push the ejector rod 48, and then the ejector lever 49 to trigger the selected gas container 3 to press the release nozzle to release the selected The gas enters the mixer for beverage preparation, and the drive shaft of the trigger motor is threadedly connected to the top block or the inclined rail and the convex column cooperate to drive the top block.

The card holder 53 is an arc structure with a limiting slot 55 on the side wall. The iron core 54 of the first electromagnet 47 is sleeved in the card holder 53 and the iron core 54 is movably inserted in the limiting slot 55. Inside the limit bar 56, the iron core 54 of the first electromagnet enters from the opening of the card holder 53 so that the limit bar 56 is inserted in the limit slot 55, and the iron core 54 of the first electromagnet 47 It can rotate relative to the holder 53. When the iron core 54 is moved upward by magnetic force, the holder 53 and the top block 46 are moved up, and the top holder 52 pushes the corresponding top rod 48 to move up.

A housing cover 57 connected to the first housing 41 is provided above the lever 49, a guide post 58 is provided on the force receiving arm 59, and a spring in a compressed state is sleeved on the guide post 58. Both ends of the spring The abutting force receiving arm 59 and the housing cover 57 respectively.

The identification caps of the gas container 3 are first identification caps 38 provided above the pressure release mouth, and the free end of the force application arm 60 is provided above the first identification cap 38 of the gas container 31. An identification cap 38 is provided with a quick-connecting and connecting component. The quick-connecting and connecting component includes a receiving base 62 provided on the first housing 41 and a feeding pipe 63 provided in the first identifying cap 38. The receiving base 62 is provided with a receiving pipe 64, and the feeding pipe 63 is provided with an inlet pipe 65 that is inserted into the gas container press release nozzle and an outlet pipe 66 that is inserted into the receiving pipe 64. The receiving base 62 is connected to the mixer. The trigger assembly presses the first identification cap 38 and then the pressure release nozzle. The gas container 3 with the first identification cap 38 is placed at any one of the first casing 41 at will. In the storage slot 42, the control host can identify the type and taste of the container and record it; and the plug-in communication between the gas container 3 with the first identification cap 38 and the system of the present invention can be achieved by quickly connecting the communication component.

The identification cap of the powder container 2 is a second identification cap 39 provided above the bottom of the powder container 2. Those skilled in the art may know that the second identification cap 39 may also be provided at other positions of the powder container 2, and the same can be achieved. The purpose of identification.

The first casing 41 includes a bottom plate 67, a first casing 68, and a lever plate 69 that are sequentially connected from bottom to top. The lever plate 69 is connected to the casing cover 57. The storage of the first casing 68 is A first identification component is disposed in the slot 42, and a first identification plate 70 is disposed in the first casing 68, and the first identification components are disposed on the first identification plate 70. The first casing 68 A trigger case 72 is connected inside, the trigger component is disposed in the trigger case 72, the levers 49 are hinged to the lever plate 69, and the load cell 23 is provided at a position of the chassis 67 corresponding to the storage slot 42, the scale The weight sensor 23 is connected to the chassis 67 through a sensor fixing member 73; the second casing 43 includes a base 74 and a second casing 75 that are sequentially connected from bottom to top, and the stirring motor 9 is connected to the base 74, A second identification component is disposed in the storage slot 42 of the second casing 75, a second identification plate 71 is disposed in the second casing 75, and the second identification component is disposed on the second identification plate 71.

The first housing 41 is provided with a calibration component for calibrating the trigger component. The calibration component includes a monitoring component 54 which is provided in the first housing 41 and is connected to the control host for monitoring whether the iron core 54 moves upward to a predetermined position. The first corrector 1, the second corrector 77 for monitoring whether the iron core 54 moves back down to a predetermined position, and the third corrector for monitoring whether the top seat 52 is rotated to the initial position after the ejection action is completed 78. The first corrector 1, second corrector 77, and third corrector 78 are all photoelectric sensors in the prior art, or the first corrector 1, second corrector 77, and third corrector. 78 may also include the correction identification module provided on the iron core and the top block, and a correction reading module corresponding to each correction identification module. The first correction member 1 monitors the iron core 54 and moves to a predetermined position. In the position, the control host determines that the ejector lever 48 has opened the corresponding container pressing lever by the lever 49, and the material of the gas container 3 is being released. If it does not move up to the predetermined position, the action fails, and records and feedbacks are provided for the convenience of the operator. Overhaul; When the second corrector 77 monitors the iron core 54 to move back down to a predetermined position, the control host determines that the press release mouth is closed, combined with the motion detection of the first corrector 1, the action is completed, a drink is successfully made, and subsequent records are made And deduction, if it is not moved back to the predetermined position, the action fails, and records and feedback are provided to facilitate the maintenance of the operator; the third correction member 78 monitors the top seat 52 when it is rotated to the initial position after the ejection action is completed The control host determines that the top seat 52 is ready for the next ejection. If it does not rotate to the initial position, it records and feeds it back to the control host and remote server of the present invention in order to resend instructions to rotate it to the initial position. The position or the maintenance of the operator is convenient; because the positioning motor 45 is a stepper motor, there will be an error in each rotation. If the next rotation is performed without returning to the initial position, there will be an accumulated error.

The trigger case 72 is provided with a vertical plate 79, and the first correcting member 1, the second correcting member 77, and the third correcting member 78 are all disposed on the vertical board 79.

The cold water tank is provided with a second temperature sensor to monitor the temperature of the cold water in real time, so that the temperature is kept at the extreme low temperature without freezing, so that a larger amount of low temperature water can be matched with normal temperature water. The third temperature sensor is used to measure The temperature of the hot water. A third flow sensor is connected between the third water pump and the powder liquid outlet to control the liquid output of the powder beverage. A fourth is connected between the hot water tank and the fifth tee. Flow sensor for monitoring the water output of hot water.

The water heater is an instantaneous water heater. When the first water pump draws normal temperature water, the first temperature sensor recognizes the current temperature of the normal temperature water and uploads it to a remote server. The first water pump can be obtained according to the heater power and known heating efficiency. The flow rate of the pumped water is heated by the first water pump or the first flow sensor with flow control, and the normal temperature water with a certain flow rate is used to heat the hot water required by the user. The third temperature sensor monitors the temperature of the water in real time. The temperature of the first pump is compared to obtain the correction data of the pumping flow rate and flow rate of the first pump, and the first pump is pumped according to certain data. Repeat this step to meet the user's set temperature. It can also be performed by hot water and normal temperature. Water or cold water is mixed to obtain water at the temperature required by the user. The temperature and flow of normal temperature water, cold water, and hot water can be known, and the flow rate can be controlled by the speed of the first water pump or the solenoid valve. The water amount of water at different temperatures can be matched with any required water temperature in the mixing place.

When the control host learns that the cold water tank has insufficient water through the capacity detection device, the second solenoid valve is closed, the first solenoid valve, the third solenoid valve, and the fourth solenoid valve are opened and connected, and the first water pump and the refrigerator are operated, and the normal temperature is maintained. After the water in the water tank is drawn out for refrigeration, it is stored in the cold water tank for future use. After the capacity detection device monitors that the water tank is full of water, it will control the fourth solenoid valve, the third solenoid valve, and the first water pump to close to stop the refrigerator.

In a specific embodiment of the present invention, the powder brewing and adjusting system includes six gas containers 3, six powder containers 2, a water tank component, a trigger component, six agitating and discharging components, and a mixer. The mixer includes a water mixing box and six powder brewing boxes 5, the gas container 3 is connected to the liquid-water mixing box through a trigger component, and the six stirring and discharging components are respectively arranged on the six powders. At the mouth of the container 2, the six agitating and discharging components are respectively connected to the six powder brewing boxes 5, and the six liquid outlets 7 of the six powder brewing boxes 5 are collected through the first seven-way, Moreover, the first seven-way is connected to a third water pump, the six water inlets 6 of the six powder brewing boxes 5 are collected through a second seven-way, and the second seven-way is connected to a sixth three-way, Each of the six water inlets 6 of the six powder brewing boxes 5 is provided with a solenoid valve, and the six air inlet holes 8 of the six powder brewing boxes 5 are assembled through a third seven-way, and the third Qitong is connected with the ozone atmosphere mixer, and the six air inlet holes 8 of the six powder brewing boxes 5 are provided with a solenoid valve. One or more of the material brewing box 5 is opened for mixing, and the solenoid valve at the air inlet 8 of the powder brewing box 5 is opened after mixing is completed. The third water pump is opened, and the other powder is not mixed for brewing. The solenoid valve of the air inlet 8 of the box 5 is closed, and the six powder containers 2 are filled with powders of the same or different taste. Each of the powder brewing boxes 5 is provided with a weighing auxiliary component.

The six powder brewing boxes 5 are all arranged on a supporting plate 19 of the lifting component. The supporting plate 19 is provided with six action holes 29 at positions corresponding to the driving shafts 28 of the six stirring motors 9. There are a plurality of weighing holes 24 through which the weighing posts 22 of the six weighing auxiliary components pass.

The second casing 43 includes a base 74 and a second casing 75 that are sequentially connected from bottom to top. The second casing 75 is provided with six storage slots 42 for receiving six powder containers 2 respectively. The six agitating motors 9 are all connected to the base 74, a second identification component is provided in each of the six storage slots 42 of the second casing 75, and a second identification plate 71 is disposed in the second casing 75 The six second identification components are all disposed on the second identification plate 71. The first solenoid valve is a normally open solenoid valve, and the remaining solenoid valves are normally closed solenoid valves.

In one embodiment of the present invention, the trigger assembly includes a gas pump and a gas solenoid valve connected between the gas container and the mixer. The gas pump extracts the gas in the gas container. The gas pump here can be removed because the gas container stores high-pressure gas. When the gas solenoid valve is opened, the high-pressure gas will overflow by itself.

In an embodiment of the present invention, the gas containers are all deformable containers, the trigger component includes an extrusion component provided outside the gas container, and the extrusion component includes at least one gas component provided in the gas. The extruded part on the outside of the container and a power part driving the extruded part and connected to the control host, the power part is a motor or a hydraulic push rod or an electric push rod which is drivingly connected to the extruded part. It can also be other existing extrusion methods, and the extrusion is cylindrical or block, or it can be other existing structural shapes used for extrusion purposes.

In one embodiment of the present invention, what is the specific structure of the agitating and discharging component as a compression airbag and an elastic component? How to realize or a piston assembly, the piston assembly includes a plug provided at the bottom of the powder container, and the plug is connected with a pushing member connected to the control host, and the pushing member is a hydraulic push rod or an electric push rod or As a motor, the compression bladder or elastic component is disposed at the bottom of the powder container.

In an embodiment of the present invention, the trigger assembly includes a positioning motor 45, a third electromagnet, and at least one lever 49, and the third electromagnet and the positioning motor 45 are both connected to a control host, and the at least one lever 49 Both are pivotally connected to the first housing 41, the positioning motor 45 drives the third electromagnet to rotate, and one end of the at least one lever 49 is connected with a suction block that can be attracted by magnetic force or the at least one lever 49 Both are made of a magnetically attractable material, and the third electromagnet magnetically attracts one end of the at least one lever 49 to move. The third electromagnet is rotated under the corresponding lever under the control of the positioning motor, and then the third electromagnet is energized, and the magnetic force attracts one end of the corresponding lever, so that the other end of the lever can press the pressure release nozzle of the gas container.

In an embodiment of the present invention, the trigger assembly includes a control host, at least one lever 49, and each lever 49 is respectively connected to a power motor, and the at least one lever 49 is pivotally connected to the first housing. On 41, the power motors are all connected to the control host, and the drive shaft of the power motor is threadedly connected with one end of the lever 49 opposite to the control motor so that one end of the corresponding lever 49 can move up and down, and the control host selects the corresponding power. The motor is turned on, and it is first turned forward to move one end of the lever 49 up so that the other end of the lever can press the pressure release mouth of the gas container; then the corresponding power motor is reversed so that one end of the lever 49 is moved down , Reset the other end of the lever and wait for the next action.

In an embodiment of the present invention, the trigger component includes a pressing member provided above the pressure release nozzle of the gas container, and the pressing member is a pressing electromagnet or a pressing device both connected to the control host. For a motor, the iron core of the pressing electromagnet cooperates with the pressing release nozzle so that the iron core of the pressing electromagnet can press the pressing release nozzle with or without magnetic force. The drive shaft of the pressing motor is screw-connected with a pressing device. When the pressing block matched with the nozzle is released, the positive and negative rotation of the pressing motor drives the pressing block when the pressing block moves. The various pumps of the present invention can be pumps that can achieve the same purpose in the prior art, such as rotary vane pumps, diaphragm pumps, peristaltic pumps, and screw pumps. The control host is a single-chip computer, a control board or a PLC that can be equipped with a logic control program in the prior art, or a control host is a chip that runs an APP program, such as a chip of a mobile phone or a tablet, that can run the program to realize output to the display video Data and other functions.

According to another embodiment of the present invention, a liquid material dilution adjustment system is provided, which includes a control board, a water supply component, a mixing box, and at least one liquid container. The water supply component and the liquid container respectively supply water and liquid to the mixer. The liquid container is provided with a liquid material and a high-pressure gas. The liquid material dilution adjustment system further includes at least one trigger component connected to the control board, and the trigger component enables the liquid material to be output to the mixture under the pressure of the high-pressure gas. In the box, wherein the liquid container is an aerosol can with a pressure release nozzle, the trigger assembly moves the liquid container relative to the pressure release nozzle by pressing the liquid container 77 or the pressure release nozzle to open the pressure. The release nozzle realizes the output of the liquid material into the mixing box under the pressure of the high-pressure gas. The trigger assembly includes a pressing member provided above the press release nozzle of the liquid container 77, the pressing member is a pressing electromagnet or a pressing motor both connected to the control board, and the iron core and the pressing of the pressing electromagnet The fitting of the release nozzle is to enable the iron core of the pressing electromagnet to press the release nozzle when there is no magnetic force. The drive shaft of the pressing motor is screwed with a pressing block that cooperates with the pressing release nozzle. When the pressing block is moved by anti-rotation, the pressing release mouth can be pressed.

The trigger component directly presses the release nozzle or indirectly presses the release nozzle through a transmission member, so that the liquid material is output to the mixing box under the pressure of high-pressure gas. The transmission member includes a lever, a connecting rod, a chain and a gear set. The trigger component includes a motor, an electromagnet, an electric push rod and a hydraulic push rod.

Including a control board, a normal temperature water tank, a cold water tank, a refrigerator, a water heater, a hot water tank and a mixing box, the liquid material dilution adjustment system further includes a trigger assembly and at least one gas container 3 and at least one liquid container 77, the mixing The box is provided with at least one outlet and at least one inlet. The refrigerator, water heater and trigger assembly are all connected to a control board. The outlet of the normal temperature water tank is sequentially connected with a first solenoid valve and a first water pump. The refrigerator inlet The inlet of the water heater and the inlet of the mixing box are respectively connected to the outlet of the first water pump through a third solenoid valve, a fifth solenoid valve, and a sixth solenoid valve, and the outlet of the refrigerator is connected to the inlet of the cold water tank. The outlet of the water heater is connected to the inlet of the hot water tank, and the outlet of the hot water tank and the cold water tank are connected to the inlet of the mixing box through an eighth solenoid valve and a seventh solenoid valve, respectively, and the gas container 3 The outlet of is connected to the inlet of the mixing box through a ninth solenoid valve, and the trigger component is used to control the output and closing of the materials in the gas container 3 and the liquid container 77, The first solenoid valve, the first water pump, the third solenoid valve, the fifth solenoid valve, the sixth solenoid valve, the seventh solenoid valve, the eighth solenoid valve, and the ninth solenoid valve are all connected to the control board.

The mixing box includes a water mixing box and a liquid-water mixing box. The gas container 3 stores water-soluble gas. A second water pump is connected between the cold water tank outlet and the seventh solenoid valve. A third water pump is connected between the hot water tank outlet and the eighth solenoid valve, the second water pump and the third water pump are both connected to the control board, and the first solenoid valve and the first water pump are connected A first three-way, a tenth solenoid valve is connected between the first water pump and the first three-way, a free port of the first three-way is connected to a cold water tank through a second solenoid valve, an outlet of the refrigerator and A fourth solenoid valve is provided between the inlets of the cold water tank, a second tee is connected between the first water pump and the refrigerator, and a fourth tee is connected to the free port of the second tee. The second port of the fourth tee is connected to the water mixing box via a sixth solenoid valve, and the third port of the fourth tee is connected to the liquid-water mixing box via a fourteenth solenoid valve, the refrigerator A third tee is connected between the outlet of the A port is connected to the inlet of the water heater through a fifth solenoid valve, a fifth tee is connected between the second water pump and the seventh solenoid valve, and a free port of the fifth tee is connected to the liquid water through the eleventh solenoid valve The mixing box is connected, a sixth tee is connected between the third water pump and the eighth solenoid valve, and the free port of the sixth tee is connected to the liquid-water mixing box through a twelfth solenoid valve, and the gas container and A seventh three-way is connected between the ninth solenoid valve, and the free port of the seventh three-way is connected to the liquid-water mixing box through the thirteenth solenoid valve. The fourth solenoid valve, the tenth solenoid valve, and the eleventh solenoid valve. The solenoid valve, the twelfth solenoid, the thirteenth solenoid and the fourteenth solenoid valve are all connected to the control board. The cold water tank and the hot water tank both have thermal insulation functions, and are respectively used to store cold water prepared by a refrigerator and hot water heated by a water heater, and the second water pump is used to extract cold water from the cold water tank. The three water pumps are used to extract hot water from the hot water tank.

A water electrolysis module is connected between the first tee and the first solenoid valve. The cold water tank, gas dissolution tank, normal temperature water tank and hot water tank are all provided with atmospheric balance holes, and the outlet of the water electrolysis module is connected with In the ozone atmosphere mixer, a water vapor separation box is connected to the water outlet of the water heater, and the water outlet of the water vapor separation box is connected to the water inlet of the hot water tank. The water vapor separation box is provided with a water vapor outlet, and the water vapor separation box has water vapor. The outlet, the atmospheric balance hole of the cold water tank, the atmospheric balance hole of the gas dissolution tank, the atmospheric balance hole of the room temperature water tank and the hot water tank are all connected with the ozone atmospheric mixer. The atmospheric balance hole of the gas dissolution tank is connected to the ozone atmosphere mixer through a fifteenth solenoid valve, and the fifteenth solenoid valve is connected to a control board. Those skilled in the art can know that the water electrolysis module and the first tee can be integrated as one accessory with two functions of water electrolysis and tee. The water electrolysis module can generate ozone disinfection, hydrogen and oxygen as required. Dissolved in water as oxygen-enriched water and hydrogen-enriched water. The water electrolysis module is the prior art and can be an ozone generator in the prior art. The water electrolysis module can electrolyze hydrogen and oxygen at the water and pass the ion membrane. It can be separated from oxygen and hydrogen separately. When oxygen is collected during electrolysis, it becomes ozone. Most of the ozone will be dissolved in the water, and a small part of the ozone will overflow from the water into the pipeline of this example.

The cold water tank, normal temperature water tank and hot water tank are all provided with atmospheric balance holes, an ozone atmosphere mixer is connected to the outlet of the water electrolysis module, and a water vapor separation box is connected to the water outlet of the water heater. The water outlet is connected to the water inlet of the hot water tank. The water vapor separation box is provided with a water vapor outlet, the water vapor outlet of the water vapor separation box, the atmospheric balance hole of the cold water tank, the atmospheric balance hole of the normal temperature water tank, and the atmospheric balance hole of the hot water tank. Both are connected to the ozone atmosphere mixer. Ozone gas will sterilize the air entering the atmospheric balance hole in the relevant atmospheric balance hole in the pipeline.

A person skilled in the art may know that the connection relationship of the pipelines described above is only one of the embodiments, and there may be a variety of pipeline connection modes that can be obtained without creative effort.

A valve assembly is connected to the gas container 3, and the gas container 3 is connected to the mixing box through a valve assembly. The valve assembly includes a pressure reducing valve 4 connected to the gas container 3 port, and a free port connection of the pressure reducing valve 4. There is a pressure release nozzle, and the trigger component realizes the output and closing of the material by pressing the pressure release nozzle in the gas container 3, and the liquid container 77 is provided with a bottle body, a compressed gas, an inner bag, A binary packaging container for a valve cover and a press release nozzle, the inner bag is disposed in a bottle body, the valve cover is disposed on a bottle mouth of the bottle body, the press release nozzle is in communication with the inner bag and is disposed on the valve cover, and is compressed The gas is filled in the bottle. The compressed gas squeezes out the liquid in the inner bag, and the trigger component realizes the output and closing of the material by pressing the liquid container 77 and the pressure release nozzle in the gas container.

An identification component is connected to the control board, and the identification component can calibrate the types of the gas container 3 and the liquid container 77. The identification component includes an identification module provided for the gas container 3 and the liquid container 77, and each identification module A corresponding reading module is provided, and the identification module includes a bump or a pit, or a chip card, color identification, barcode, two-dimensional code, metal, magnetic body in the prior art, corresponding to the identification module. The reading module includes a switching device, a chip card identification module, a color sensor, a barcode identification module, a two-dimensional code identification module, a metal induction identification module, and a magnetic induction device. The identification module includes a gas container 3 and a liquid container 77. The identification cap 300 and M switch posts 37 provided on the identification cap 300, and the reading module is N switches 40 arranged on the bottom of the identification cap 300 and connected to the control board, N ≧ 1, and M ≦ N.

For the introduction of the control board, please refer to the introduction in the powder dilution adjustment system.

The at least one gas container 3 and the at least one liquid container 77 are provided with a housing 400, and the housing 400 is provided with at least two storage tanks 42 for loading the gas container 3 or the liquid container 77,

A gas refining device is provided in an inlet of the gas dissolution tank connected to the gas container 3 or a pipeline connecting the gas dissolution tank to the gas container 3, and the normal temperature water tank, cold water tank, and gas dissolution tank The hot water tank, the gas container 3 and the liquid container 77 are all provided with a capacity detection device connected to the control board. The capacity detection device is a load cell 23. The casing 400 includes a chassis 67 connected in sequence from bottom to top. A casing and a lever disc 69, the lever disc 69 is connected to the casing cover 57, the identification component of the gas container 3 is disposed in the storage groove 42 of the casing, and an identification plate 700 is provided in the casing. The identification component is provided on the identification plate 700, a trigger case is connected to the case body, the trigger component is provided in the trigger case, the levers 49 are hinged to the lever plate 69, and the load cell 23 is provided on the chassis 67 At a position corresponding to the storage slot 42, the load cell 23 is connected to the chassis 67 through a sensor fixing member 73.

In some embodiments, the gas refining device is implemented as a gas refining sheet in the prior art, which is capable of refining the gas entering the gas dissolution tank, and the gas dissolving tank enters cold water through a refrigerator, Facilitates the dissolution of gas. During the dissolution process, open the fifteenth solenoid valve, close the thirteenth solenoid valve, fill the gas dissolution tank with cold water, close the fifteenth solenoid valve, and then control the gas container by triggering the component. The gas enters the gas dissolution tank and gradually enters. The internal pressure gradually increases. Both low temperature and high pressure are conducive to dissolving more gas. The cold water with more gas dissolved in the gas dissolution tank is waiting for customer demand. When the customer needs For drinks with dissolved gas, control the thirteenth solenoid valve to open, and enter the mixer through the suction effect of the second water pump to mix with other normal temperature water or hot water or concentrated beverage liquid, start the second water pump, the purpose It is to minimize the rotation of the pump impeller to disturb the water to precipitate gas and carbon dioxide in the water. When the water is disturbed, the gas will precipitate from the water. When When starting the second water pump, the fifteenth solenoid valve is open.

The normal temperature water tank, the cold water tank, the hot water tank and the gas container 3 are provided with a capacity detection device connected to a control board. The capacity detection device is a load cell 23, and the capacity detection device for the gas container 3 or the liquid container 77 is provided. The load cell 23 is provided at the bottom of the storage tank 42 of the housing 400.

The trigger assembly includes a positioning motor 45, a top block 46, a trigger power piece, at least one ejector lever 48, and at least one lever 49 all disposed in the housing 400 and arranged from bottom to top. The detailed description of the trigger assembly is also the same as above. Introduced in the powder dilution system.

The identification caps 300 of the gas container 3 and the liquid container 77 are both disposed above the pressure release nozzle, and the free end of the force applying arm 60 is disposed above the identification cap 300 of the gas container 3 or the liquid container 77. 300 is provided with a quick-connecting and connecting component. The quick-connecting and connecting component includes a receiving base 62 provided on the housing 400 and a conveying pipe 63 provided in the identification cap 300. The receiving base 62 is provided with a connecting socket. A feeding pipe 64, and the feeding pipe 63 is provided with a feeding pipe 65 which is connected with the gas container 3 or a liquid container 77 by a pressure release nozzle and a discharge pipe 66 which is connected with the receiving pipe 64, The base 62 is connected to the mixing box, and the trigger assembly presses the release cap by pressing the identification cap 300. The gas container 3 or the liquid container 77 with the identification cap 300 is randomly placed in any one of the storage tanks 42 of the housing 400, and the control board can identify the type and taste of the container and record it; The gas container 3 or the liquid container 77 of the identification cap 300 is in plug-and-play communication with the system.

The casing 400 is provided with a calibration component for calibrating the trigger component. For a description of the calibration component, refer to its introduction in the powder dilution adjustment system.

The first tee or the water electrolysis module is provided with a first temperature sensor that can detect the temperature of the barrel water outlet water, and a first flow sensor is connected between the first water pump and the second tee to measure the flow through The amount of water here is, for example, the amount of normal temperature water that is directly discharged from the mixing box as a finished product and the amount of normal temperature water that is heated to hot water by a water heater. A second flow sensor is connected between the second water pump and the cold water tank to measure and control cold water. The cold water output of the tank, the cold water tank is provided with a second temperature sensor to monitor the cold water temperature in real time, so that the temperature is kept at the extreme low temperature without freezing, so that a larger amount of low temperature water can be matched with normal temperature water. The solenoid valve is provided with a third temperature sensor for measuring the temperature of the hot water, and a third flow sensor is connected between the third water pump and the eighth solenoid valve for monitoring the amount of hot water output. The first temperature The sensor, the second temperature sensor, the third temperature sensor, the first flow sensor, the second flow sensor, and the third flow sensor are all connected to the control board.

The details of the water heater and the control board are as described above. In the embodiment of the present invention, the control board and the control host are the same thing.

In one embodiment of the present invention, the trigger assembly includes a gas pump and a gas solenoid valve connected to the gas container 3 and the water mixing box, and further includes a liquid pump connected between the liquid container 77 and the water-liquid mixing box. And liquid solenoid valves. The gas pump draws a liquid pump and a liquid solenoid valve connected between the gas container 36 and the water-liquid mixing box. The gas pump extracts the gas in the gas container 3. The gas pump here can also be removed because the gas container 3 stores high-pressure gas. When the gas solenoid valve is opened, the high-pressure gas will overflow by itself, and the liquid pump can extract the liquid container. The liquid in 77 enters the water-liquid mixing box, and the liquid container 77 stores a concentrated beverage liquid. Such as coffee liquid, fruit juice and so on.

In an embodiment of the present invention, the gas container 3 and the liquid container 77 are deformable containers, and the trigger assembly includes an extrusion component provided outside the gas container 3 and the liquid container 77. The pressure assembly includes at least one extruded part disposed on the outside of the gas container 3 or the liquid container 77 and a power part driving the extruded part and connected to the control board. The power room is a motor or a motor drivingly connected to the extruded part or Hydraulic or electric actuator. It can also be other existing extrusion methods, and the extrusion is cylindrical or block, or it can be other existing structural shapes used for extrusion purposes.

In an embodiment of the present invention, the trigger assembly includes a positioning motor 45, a second electromagnet, and at least two levers 49, and the second electromagnet and the positioning motor 45 are both connected to a control board, and the at least two The levers 49 are pivotally connected to the casing 400, the positioning motor 45 drives the second electromagnet to rotate, and one end of the at least two levers 49 is connected with a suction block or the at least two magnets that can be attracted by magnetic force. The levers 49 are all made of a magnetically attractable material, and the second electromagnet magnetically attracts one end of any of the levers 49 to move. The second electromagnet is rotated under the corresponding lever 49 under the control of the positioning motor 45, and then the second electromagnet is energized and magnetically attracts one end of the corresponding lever 49 so that the other end of the lever 49 can press the pressure release nozzle of the gas container 3.

In an embodiment of the present invention, the triggering assembly includes at least two levers 49 and a power motor connected to each of the levers 49, respectively, and the at least two levers 49 are pivotally connected to the housing 400, The power motors are all connected to the control board, and the drive shaft of the power motors is threadedly connected to one end of the lever 49 opposite to the control motor so that one end of the corresponding lever 49 can move up and down, and the control host selects the corresponding power motor to turn on. First make it forward, move one end of the lever 49 up, so that the other end of the lever 49 can press the pressure release mouth of the gas container 3; then the corresponding power motor reverses, so that one end of the lever 49 moves down, Reset the other end of the lever and wait for the next action.

In one embodiment of the present invention, the trigger assembly includes a pressing member provided above the pressure release nozzles of the gas container 3 and the liquid container 77, and the pressing member is a pressing electric device both connected to the control board. A magnet or a pressing motor, the iron core of the pressing electromagnet cooperates with the pressing release nozzle so that the iron core of the pressing electromagnet can press the pressing release nozzle when there is no magnetic force and the drive shaft of the pressing motor is screwed There is a pressing block that cooperates with the pressing release nozzle, and the positive and negative rotation of the pressing motor drives the pressing release nozzle when the pressing block moves.

The various pumps of the present invention can be pumps that can achieve the same purpose in the prior art, such as rotary vane pumps, diaphragm pumps, peristaltic pumps, and screw pumps. The control host is a single-chip computer, a control board or a PLC that can be equipped with a logic control program in the prior art, or a control host is a chip that runs an APP program, such as a chip of a mobile phone or a tablet, and can run the program to realize output to the display screen video Data and other functions.

The various pumps of the present invention can be pumps that can achieve the same purpose in the prior art, such as rotary vane pumps, diaphragm pumps, peristaltic pumps, and screw pumps.

The control board is a single-chip computer, a control board, or a PLC capable of carrying a logic control program in the prior art, or a control board is a chip running an APP program, such as a chip of a mobile phone or a tablet, which can run the program to realize output to the display screen video Data and other functions.

The first solenoid valve is a normally open solenoid valve, and the other solenoid valves are normally closed solenoid valves, and may also be other combinations of normally open and normally closed.

According to another embodiment of the present invention, a multifunctional fast drinking water system is provided, including a control board, a normal temperature water tank, a cold water tank, a refrigerator, a water heater, a hot water tank, a trigger assembly, a mixing box, and at least one gas container. The mixing box is provided with at least one outlet and at least one inlet. The refrigerator, water heater and trigger assembly are all connected to a control board. The outlet of the normal temperature water tank is sequentially connected with a first solenoid valve and a first water pump. The inlet of the refrigerator, the inlet of the water heater and the inlet of the mixing box are respectively connected to the outlet of the first water pump through a third solenoid valve, a fifth solenoid valve, and a sixth solenoid valve, and the outlet of the refrigerator is connected to the inlet of the cold water tank. The outlet of the water heater is connected to the inlet of the hot water tank, and the outlet of the hot water tank and the cold water tank are connected to the inlet of the mixing box through an eighth solenoid valve and a seventh solenoid valve, respectively. The outlet of the container 3 is connected to the inlet of the mixing box through a ninth solenoid valve, and the trigger component is used to control the output and closing of the material in the gas container 3, and the first Solenoid valve, a first pump, a third solenoid valve, the solenoid valve fifth, sixth solenoid valve, the solenoid valve seventh, eighth and ninth solenoid valve solenoid valves are connected to the control plate.

The gas container 3 stores a water-soluble gas, a second water pump is connected between the cold water tank outlet and the mixing box inlet, and a hot water tank outlet and the mixing box inlet are connected with a first water pump. Three water pumps, the second water pump and the third water pump are connected to the control board, and the cold water tank and the hot water tank both have a heat insulation function and are respectively used to store cold water prepared by a refrigerator and hot water heated by a water heater The second water pump is used to extract cold water in the cold water tank, and the third water pump is used to extract hot water in the hot water tank.

A first tee is connected between the first solenoid valve and the first water pump, a tenth solenoid valve is connected between the first water pump and the first tee, and a free port of the first tee is passed through the second A solenoid valve is connected to the cold water tank. A fourth solenoid valve is provided between the outlet of the refrigerator and the inlet of the cold water tank. A second three-way and a second three-way are connected between the first water pump and the refrigerator. The free port of the third tee is connected to the mixing box through a sixth solenoid valve, a third tee is connected between the outlet of the refrigerator and the inlet of the cold water tank, and the free port of the third tee is connected to the third tee through the fifth solenoid valve. The inlet of the water heater is connected, and the fourth solenoid valve and the tenth solenoid valve are both connected to the control board.

A water electrolysis module is connected between the first three-way valve and the first solenoid valve. Those skilled in the art can know that the water electrolysis module and the first three-way valve can be integrated as an accessory with water electrolysis and two tees. The water electrolysis module can generate ozone disinfection and generate hydrogen and oxygen to dissolve in water as oxygen-enriched water and hydrogen-enriched water as required. The water electrolysis module is an existing technology and can generate ozone in the existing technology. In the water electrolysis module, hydrogen and oxygen can be electrolyzed at the water, and can be separated from oxygen and hydrogen separately through the ion membrane. When the oxygen is electrolyzed, it will gather into ozone, most of the ozone will be dissolved in the water, and a small part of the ozone Will overflow from the water into the pipeline of the present invention.

It is worth mentioning that the difference between the multifunctional beverage instant adjustment system and the powder dilution instant adjustment system and the liquid dilution instant adjustment system is that there is no powder container or / and liquid container, and the way of pipeline connection is therefore different. Different, and the structure of the gas container, the control method of the control board, the structure of the water tank assembly, the trigger assembly, the shell and other structures are the same as described above, and will not be described here.

In other words, the multifunctional beverage instant adjustment system provided by the present invention is used in combination with a powder container to form a powder dilution instant adjustment system; the multifunctional instant adjustment system is used in combination with a liquid container to form a liquid dilution instant adjustment system; The system may additionally include agitation discharge devices.

The present invention is not limited to the above-mentioned preferred embodiments. Anyone can derive other various forms of products under the inspiration of the present invention, but regardless of any changes in its shape or structure, all of them have the same or similar The similar technical solutions all fall within the protection scope of the present invention.

Claims

A liquid material dilution and adjustment system includes a control board, a water supply component, a mixing box and at least one liquid container. The water supply component and the liquid container respectively supply water and liquid to the mixing box. The liquid container is provided with a liquid. Material and high-pressure gas, the liquid material dilution adjustment system further includes at least one trigger component connected to the control board, and the trigger component enables the liquid material to be output to the mixing box under the pressure of the high-pressure gas.
The liquid material dilution adjustment system according to claim 1, characterized in that the liquid container is an aerosol can with a pressure release nozzle, and the triggering component presses the liquid container (77) or presses the pressure The release nozzle moves the liquid container relative to the pressure release nozzle to open the pressure release nozzle to realize the output of the liquid material into the mixing box under the pressure of the high-pressure gas.
The liquid material dilution adjustment system according to claim 2, characterized in that the trigger component comprises a pressing member provided above the pressure release nozzle of the liquid container (77), and the pressing members are all connected to the control board Pressing the piezoelectric magnet or the pressing motor, the iron core (54) of the pressing electromagnet cooperates with the pressing release nozzle so that the iron core (54) of the pressing electromagnet can press the pressing release nozzle when there is no magnetic force, The driving shaft of the pressing motor is screw-connected with a pressing block that cooperates with the pressing release nozzle. When the pressing motor rotates forward and backward, the pressing block can move the pressing release nozzle.
The liquid material dilution adjustment system according to claim 2, wherein the trigger component directly presses the release nozzle or indirectly presses the release nozzle through transmission, so that the liquid material is output to the mixing box under the pressure of high-pressure gas. The transmission member includes a lever, a connecting rod, a chain, and a gear set, and the trigger component includes a motor, an electromagnet, an electric push rod, and a hydraulic push rod.
The liquid material dilution adjustment system according to claim 2, characterized in that the control board is connected with an identification component, the identification component can calibrate the type of the liquid container (77), and the identification component includes the liquid container (77). 77) An identification module provided and a reading module corresponding to each identification module, the identification module includes a convex point or a concave point, or a chip card, color identification, bar code, two-dimensional in the prior art The code, metal, and magnetic body corresponding to the reading module includes at least one of a switching device, a chip card identification module, a color sensor, a barcode identification module, a two-dimensional code identification module, a metal induction identification module, and a magnetic induction device.
The liquid material dilution and adjustment system according to claim 1, characterized in that the liquid container (77) is a deformable container, and the trigger component comprises an extrusion component provided outside the liquid container (77), the The extrusion assembly includes at least one extrusion part disposed on the liquid container (77) and a power part driving the extrusion part and connected to the control board. The power part is a motor or a hydraulic push rod connected to the extrusion part or electric putter.
The liquid material dilution and adjustment system according to claim 1, wherein the water supply component is a water tank and / or an instant water heater supplied by a mixing box, or the water supply component is filtered tap water, and the water tank includes One or more of the following: normal temperature water tank, hot water tank and cold water tank.
The liquid material dilution and adjustment system according to claim 1, wherein the water supply component comprises a cold water tank, a refrigerator, and a normal temperature water tank, the refrigerator is connected to the control board, and the outlet of the refrigerator is connected to the cold water tank. The inlet of the refrigerator is connected to the normal temperature water tank, and the normal temperature water tank and the cold water tank respectively supply water to the mixing box.
The liquid material dilution adjustment system according to claim 1, wherein the water supply component comprises a hot water tank, a water heater, and a normal temperature water tank, the water heater is connected to a control board, the water heater outlet is connected to the hot water tank, and the water heater The inlet is connected to the normal temperature water tank, and the normal temperature water tank and the hot water tank respectively supply water to the mixing box.
The liquid material dilution adjustment system according to claim 1, wherein the control board is connected with a display screen, a control module, a camera, an image recognition module, an nfc recognition module, a chip card recognition module, a magnetic stripe card recognition module, Incoming person sensor and data transmission module, the control board is connected to a remote server through the data transmission module, the control module is a touch screen or control button, and the incoming sensor is an infrared sensor, a sound sensor, and a weight One or several combinations of sensors (23).
The liquid material dilution adjustment system according to claim 2, characterized in that the liquid material dilution adjustment system includes at least one gas container (3), the gas container (3) is connected with a valve assembly, and the gas container (3 ) Is connected to the mixing box through a valve assembly, the valve assembly includes a pressure reducing valve (4) connected to the port of the gas container (3), a free port of the pressure reducing valve (4) is connected with a pressure release nozzle, and the triggering The component realizes the output of gas materials into the mixing box by pressing the gas container (3) or pressing the release nozzle.
The liquid material dilution current adjustment system according to claim 11, characterized in that the liquid material dilution current adjustment system further comprises a gas dissolution tank, and the water supply component comprises a normal temperature water tank, a cold water tank, a refrigerator, a water heater and a hot water tank The normal temperature water tank, cold water tank and hot water tank supply water to the mixing box, the inlet and outlet of the refrigerator are connected to the normal temperature water tank and the cold water tank, respectively, and the inlet and outlet of the water heater are connected to the normal temperature water tank and the hot water tank, respectively. Connection, the refrigerator and water heater are connected to the control board, the mixing box is provided with at least one outlet and at least one inlet, and the outlet of the normal temperature water tank is sequentially connected with a first solenoid valve and a first water pump, the refrigeration The inlet of the refrigerator, the inlet of the water heater and the inlet of the mixing box are respectively connected to the outlet of the first water pump through a third solenoid valve, a fifth solenoid valve, and a sixth solenoid valve, and the outlet of the refrigerator is connected to the inlet of the cold water tank. The outlet of the water heater is connected to the inlet of the hot water tank, and the outlet of the hot water tank and the outlet of the cold water tank are connected to the The inlet of the mixing box is connected, and the gas container (3) is connected to the mixing box through a gas dissolving box, the gas dissolving box is provided with at least one inlet and at least one outlet, and the gas container (3) and the refrigerator The outlet is connected to the inlet of the gas dissolution tank, the outlet of the gas dissolution tank is connected to the mixing box, and the trigger component is used to control the output and shutdown of the material in the gas container (3). A solenoid valve, a first water pump, a third solenoid valve, a fifth solenoid valve, a sixth solenoid valve, a seventh solenoid valve, and an eighth solenoid valve are all connected to the control board.
The liquid material dilution and adjustment system according to claim 12, characterized in that the mixing box comprises a water mixing box and a liquid-water mixing box, the gas container (3) stores water-soluble gas, and the cold water A second water pump is connected between the tank outlet and the seventh solenoid valve, a third water pump is connected between the hot water tank outlet and the eighth solenoid valve, and the second and third water pumps are both The control board is connected, a first tee is connected between the first solenoid valve and the first water pump, and a tenth solenoid valve is connected between the first water pump and the first tee. The free port is connected to the cold water tank through a second solenoid valve. A fourth solenoid valve is provided between the outlet of the refrigerator and the inlet of the cold water tank. A second tee is connected between the first water pump and the refrigerator. A fifth port is connected to the free port of the second tee, a second port of the fifth tee is connected to the water mixing box through a sixth solenoid valve, and a third port of the fifth tee is connected The fourteenth solenoid valve is connected to the liquid-water mixing box, and the outlet of the refrigerator and A four-way connection is connected between the inlet of the water tank, a third port of the four-way is connected to the water heater inlet through a fifth solenoid valve, and a fourth port of the four-way is dissolved with the gas through a ninth solenoid valve. The inlet of the tank is connected, and a third tee is provided between the second water pump and the outlet of the cold water tank. The free port of the third tee is connected to the outlet of the gas dissolution tank through a thirteenth solenoid valve. A fourth tee is connected between the second water pump and the seventh solenoid valve. The free port of the fourth tee is connected to the liquid-water mixing box through the eleventh solenoid valve. A sixth tee is connected between them, and the free port of the sixth tee is connected to the liquid-water mixing box through a twelfth solenoid valve, the second solenoid valve, the fourth solenoid valve, the tenth solenoid valve, and the eleventh The solenoid valve, the twelfth solenoid, the thirteenth solenoid and the fourteenth solenoid valve are all connected to the control board.
The liquid material dilution and adjustment system according to claim 12, characterized in that a water electrolysis module is connected between the first three-way and the first solenoid valve, the cold water tank, gas dissolution tank, room temperature water tank and hot water The tanks are provided with atmospheric balance holes, an ozone atmosphere mixer is connected to the outlet of the water electrolysis module, a water vapor separation box is connected to the water outlet of the water heater, and the water outlet of the water vapor separation box is connected to the water inlet of the hot water tank. The water vapor separation box is provided with a water vapor outlet. The water vapor outlet of the water vapor separation box, the atmospheric balance hole of the cold water tank, the atmospheric balance hole of the gas dissolution tank, the atmospheric balance hole of the normal temperature water tank and the atmospheric balance hole of the hot water tank are all connected with The ozone atmosphere mixer is connected, and the atmospheric balance hole of the gas dissolution tank is connected to the ozone atmosphere mixer through a fifteenth solenoid valve, and the fifteenth solenoid valve is connected to the control board.
The liquid material dilution and adjustment system according to claim 2, characterized in that a casing (400) is provided outside the at least one liquid container (77) and at least one gas container, and the triggering components include both disposed on the casing (400) ) And a positioning motor (45), a top block (46), a trigger power piece, at least two ejector rods (48), and at least two levers (49) arranged from bottom to top, the trigger power pieces are both A first electromagnet or a trigger motor that can drive a top block (46) to move up and down, the top block (46) can be slid up and down and is connected to a drive shaft of a positioning motor (45) and can be rotated with the top block (400) There are at least two pole slideways, the ejector pole (48) is movably arranged in the pole slideway, and an enlarged head on the top of the ejector pole (49) is clamped at the pole slideway opening, so that at least two The jacks (48) are suspended in their respective pole slideways. The jacks (46) are provided with at least one notch (76), and one of the gaps (76) is connected to the jack (52). The notch (76) can be correspondingly penetrated by the push rod (48), the top block (46) is provided with a card seat (53), and the iron core (54) of the first electromagnet can be opposite to the card seat (53) Rotating snap-on At least two levers (49) are pivotally connected to the casing (400), and each lever (49) is divided into a force arm (59) and a force application arm (60), and the length of the force arm (59) Greater than or equal to the length of the force applying arm (60), the free end of the force receiving arm (59) is disposed above the ejector rod (48), and the free end of the force applying arm (60) is disposed on the gas container and the liquid container (77) above the press release mouth, the drive shaft of the trigger motor is threadedly connected to the top block (46) or the oblique track and the convex column cooperate to drive the top block (46), the positioning motor (45), the first The electromagnet and trigger motor are connected to the control board.
The liquid material dilution adjustment system according to claim 15, characterized in that the card seat (53) is an arc structure with a limiting groove (42) on the side wall, and the iron core (54) of the first electromagnet ) The sleeve (53) is sleeved in the card seat (53) and the iron core (54) is provided with a limit bar (56) that is movably inserted in the limit slot (42). The iron core (54) of the first electromagnet starts from The opening of the card holder (53) comes out and enters, so that the limiting bar (56) is inserted into the limiting slot (42), and the iron core (54) of the first electromagnet and the card holder (53) can rotate relatively. When the iron core (54) is moved upward by magnetic force, it drives the card seat (53) and the top block (46) to move up. The top seat (52) pushes the corresponding jack (48) to move up. A lever (49) is provided above the lever. A housing cover (57) connected to the housing (400), the force receiving arm (59) is provided with a guide post, and a spring in a compressed state is sleeved on the guide post, and both ends of the spring abut against the force Arm (59) and housing cover (57).
The liquid material dilution adjustment system according to claim 5, characterized in that the identification module comprises an identification cap (300) and an identification cap (300) provided on both the gas container (3) and the liquid container (77). The M switch columns (37) are provided, and the reading module is N switches (37) which are arranged on the bottom of the identification cap (300) and are connected to the control board, where N ≧ 1 and M ≦ N.
The liquid material dilution and adjustment system according to claim 17, characterized in that the liquid container is provided with a casing, and the casing is provided with a gas container with a pressure release nozzle, a gas container (3) and a liquid container (77) The identification caps (300) are disposed above the pressure release mouth, and the free end of the force application arm (60) is disposed above the identification cap (300) of the gas container (3) or the liquid container (77). The cap (300) is provided with a quick-connecting communication component, which comprises a receiving base (62) provided on the casing (400) and a feeding tube (63) provided in the identification cap (300). The receiving base (62) is provided with a receiving pipe (64), and the conveying pipe (63) is provided with an inlet that is respectively connected to the gas container (3) or the liquid container (77) by pressing the release nozzle. A feeding tube (65) and a discharging tube (66) plugged into the receiving tube (64), the receiving socket (62) is connected to the mixing box, and the trigger component is pressed by a recognition cap (300) Then press and release the mouth.
The liquid material dilution adjustment system according to claim 11, characterized in that the inlet of the gas dissolution tank connected to the gas container (3) or the gas dissolution tank is connected to the gas container (3) A gas refining device is provided in the pipeline. The normal temperature water tank, cold water tank, gas dissolution tank, hot water tank, gas container (3) and liquid container (77) are all provided with a capacity detection device connected to a control board. The capacity detection device is a load cell (23), the casing (400) includes a chassis (67), a casing and a lever plate (69) connected in sequence from bottom to top, and the lever plate (69) and The casing cover (57) is connected, and the identification components of the gas container (3) and the liquid container (77) are both disposed in a storage tank (42) of the casing, and an identification plate (700) is provided in the casing. The identification component is disposed on the identification plate (700), a trigger case (72) is connected to the casing, the trigger component is disposed in the trigger case (72), and the lever (49) and the lever disk (69) Hinged, the load cell (23) is arranged at a position of the chassis (67) corresponding to the storage slot (42), and the load cell (23) is fixed by the sensor The piece (73) is connected to the chassis (67).

The liquid material dilution and adjustment system according to claim 10, characterized in that a correction component for correcting a trigger component is provided on the casing (400), and the correction component includes both of The first corrector (1) connected to the control board for monitoring whether the iron core (54) moves up to a predetermined position, and the second corrector (for monitoring whether the iron core (54) moves down to a predetermined position) 51) and a third corrector (50) for monitoring whether the top seat (52) is rotated to an initial position after the ejection action is completed, the first corrector (1), the second corrector (51), and the third corrector The three correction elements (50) are all photoelectric sensors in the prior art, or the first correction element (1), the second correction element (51), and the third correction element (50) may all include the iron core. (54) The correction identification module provided on the top block (46) and a correction reading module corresponding to each correction identification module. The correction identification module includes a convex point or a concave point, or an existing one. Chip card, color identification, barcode, two-dimensional code, metal, magnetic body in the technology, corresponding to the calibration reading module that cooperates with the calibration identification module Comprising a switching device identification module chip card, color sensors, bar code recognition module, a two-dimensional code identification module, the identification module metal induction, magnetic induction device.

The liquid material dilution and adjustment system according to claim 9, characterized in that a first temperature sensor is provided on the first three-way or water electrolysis module, and a first water pump is connected to the second three-way A flow sensor, a second flow sensor is connected between the second water pump and the cold water tank, the cold water tank is provided with a second temperature sensor, and the eighth solenoid valve is provided with a third temperature sensor for measuring hot water A third flow sensor is connected between the third water pump and the eighth solenoid valve, and a fourth temperature sensor is provided on the gas dissolution tank, the first temperature sensor, the second temperature sensor, and the third temperature The sensor, the fourth temperature sensor, the first flow sensor, the second flow sensor, and the third flow sensor are all connected to the control board.

The liquid material dilution adjustment system according to claim 7, characterized in that the trigger component comprises a positioning motor (45), a second electromagnet and at least two levers (49), the second electromagnet and the positioning motor (45) are both connected to the control board, the at least two levers (49) are both pivotally connected to the casing (400), the positioning motor (45) drives the second electromagnet to rotate, and the at least two One end of each lever (49) is connected with a suction block that can be attracted by magnetic force or the at least two levers (49) are made of a material that can be attracted by magnetic force, and the second electromagnet can attract any one of the levers magnetically (49) One end moves.

The liquid material dilution adjustment system according to claim 2, characterized in that the trigger assembly comprises at least two levers (49) and each lever (49) is respectively connected to a power motor, and the at least two The levers (49) are all pivotally connected to the casing (400), the power motors are all connected to the control board, and the drive shaft of the power motors is threadedly connected with one end of the corresponding lever (49) so that One end of the corresponding lever (49) can move up and down.

The liquid material dilution and adjustment system according to claim 5, wherein a mixing component is provided in the liquid-water mixing box, and the mixing component includes a stirring fan blade and a mixing motor that drives the stirring fan blade to rotate. The hybrid motor is connected to the control board.
A liquid material dilution current adjustment system includes a control host, a normal temperature water tank, a cold water tank, a refrigerator, a water heater, a hot water tank, and a mixing box. The liquid material dilution current adjustment system further includes a trigger component and at least one A gas container (3) and at least one liquid container (77), the mixing box is provided with at least one outlet and at least one inlet, the refrigerator, water heater and trigger assembly are all connected to a control host, and the outlet of the normal temperature water tank is in order A first solenoid valve and a first water pump are connected at times, and the refrigerator inlet, the water heater inlet, and the mixing box inlet are connected to the outlet of the first water pump through a third solenoid valve, a fifth solenoid valve, and a sixth solenoid valve, respectively. The outlet of the refrigerator is connected to the inlet of the cold water tank, the outlet of the water heater is connected to the inlet of the hot water tank, and the outlet of the hot water tank and the outlet of the cold water tank pass through the eighth solenoid valve, the first Seven solenoid valves are connected to the inlet of the mixing box, and the outlet of the gas container (3) is connected to the inlet of the mixing box through a ninth solenoid valve, and the trigger component is used to control the Output and closing of materials in the body container (3) and the liquid container (77), the first solenoid valve, the first water pump, the third solenoid valve, the fifth solenoid valve, the sixth solenoid valve, the seventh solenoid valve The eighth solenoid valve and the ninth solenoid valve are all connected to the control host.
The liquid material dilution and adjustment system according to claim 25, wherein the mixing box comprises a water mixing box and a liquid-water mixing box, the gas container (3) stores water-soluble gas, and the cold water A second water pump is connected between the tank outlet and the seventh solenoid valve, a third water pump is connected between the hot water tank outlet and the eighth solenoid valve, and the second and third water pumps are both The control host is connected, a first tee is connected between the first solenoid valve and the first water pump, and a tenth solenoid valve is connected between the first water pump and the first tee. The free port is connected to the cold water tank through a second solenoid valve. A fourth solenoid valve is provided between the outlet of the refrigerator and the inlet of the cold water tank. A second tee is connected between the first water pump and the refrigerator. A fourth tee is connected to the free port of the second tee, a second port of the fourth tee is connected to the water mixing box through a sixth solenoid valve, and a third port of the fourth tee is connected Connected to the liquid-water mixing box through a fourteenth solenoid valve, and the outlet of the refrigerator A third tee is connected between the inlets of the cold water tank, a free port of the third tee is connected to the inlet of the water heater through a fifth solenoid valve, and a fifth is connected between the second water pump and the seventh solenoid valve The three-way, the free port of the fifth three-way is connected to the liquid-water mixing box through the eleventh solenoid valve, and a sixth three-way is connected between the third water pump and the eighth solenoid valve, and the sixth three-way The free port is connected to the liquid-water mixing box through a twelfth solenoid valve, a seventh three-way is connected between the gas container and the ninth solenoid valve, and the seventh three-way free port is connected to the thirteenth solenoid valve The liquid-water mixing box is connected, and the fourth solenoid valve, the tenth solenoid valve, the eleventh solenoid valve, the twelfth solenoid, the thirteenth solenoid, and the fourteenth solenoid valve are all connected to a control host.
The liquid material dilution and adjustment system according to claim 26, wherein a water electrolysis module is connected between the first three-way and the first solenoid valve, and the cold water tank, normal temperature water tank and hot water tank are all provided with Atmospheric balance hole, the outlet of the water electrolysis module is connected with an ozone atmosphere mixer, the water outlet of the water heater is connected with a water vapor separation box, the water outlet of the water vapor separation box is connected with the water inlet of the hot water tank, and the water vapor The separation box is provided with a water vapor outlet, and the water vapor outlet of the water vapor separation box, the atmospheric balance hole of the cold water tank, the atmospheric balance hole of the normal temperature water tank and the hot water tank are all connected to the ozone atmospheric mixer.
The liquid material dilution adjustment system according to claim 25, wherein the gas container (3) is connected with a valve assembly, and the gas container (3) is connected with the mixing box through a valve assembly, and the valve assembly includes a connection A pressure reducing valve (4), a pressure reducing valve (4), a pressure reducing valve (4) at the port of the gas container (3), a free port of the pressure reducing valve (4), a pressure reducing valve (4), and a pressure reducing valve (4) A pressure release nozzle is connected, and the liquid container (77) is a binary packaging container including a bottle body, compressed gas, an inner bag, a valve cap, and a pressure release nozzle. The inner bag is disposed in the bottle body, and the valve cap It is arranged on the bottle mouth of the bottle body, the pressing and releasing nozzle is communicated with the inner bag and is arranged on the valve cover, the compressed gas is filled in the bottle body, the compressed gas squeezes out the liquid in the inner bag, and the trigger component is moved by the pressure The liquid container (77) and the pressure release nozzle in the gas container realize the output and close of the material.
The liquid material dilution adjustment system according to claim 28, characterized in that the control host is connected with an identification component, and the identification component can calibrate the types of the gas container (3) and the liquid container (77), and the identification component Including the identification module provided in the gas container (3) and the liquid container (77) and a reading module corresponding to each identification module, the identification module includes a convex point or a concave point, or an existing The chip card, color identification, bar code, two-dimensional code, metal, and magnetic body in the technology. The corresponding reading modules that cooperate with the identification module include switch devices, chip card identification modules, color sensors, bar code identification modules, two-dimensional code identification modules, A metal induction identification module and a magnetic induction device. The identification module includes an identification cap (300) provided on the gas container (3) and a liquid container (77), and M switch columns ( 37), the reading module is N switches (40) provided on the bottom of the identification cap (300) and connected to the control host, N≥2, M≤N.
The liquid material dilution and adjustment system according to claim 25, wherein the control host is connected with a display screen, a control module, a camera, an image recognition module, an nfc recognition module, a chip card recognition module, a magnetic stripe card recognition module, An incoming sensor and a data transmission module. The control host is connected to a remote server through the data transmission module. The control module is a touch screen or a control button. The incoming sensor is an infrared sensor, a sound sensor, and a weighing device. One or several combinations of sensors (23).
The liquid material dilution adjustment system according to claim 29, characterized in that a casing (400) is provided outside the at least one gas container (3) and at least one liquid container (77), and the casing (400) is provided with At least two storage tanks (42) for loading a gas container (3) or a liquid container (77), the trigger assembly includes positioning motors (45), each of which is arranged in the housing (400) and is arranged from bottom to top , Top block (46), trigger power piece, at least two top rods (48), and at least two levers (49), the trigger power piece is a first electromagnet that can drive the top block (46) to move up and down ( 47) or a trigger motor, the top block (46) can be slid up and down on a drive shaft of a positioning motor (45) and can rotate therewith, and the housing (400) is provided with at least two rod slides, The ejector rod (48) is movably arranged in the rod slide, and an enlarged head is provided on the top of the ejector rod (48) to be clamped at the mouth of the rod slide, so that at least two ejector rods (48) are suspended from respective rods. In the slideway, the top block (46) is provided with at least one notch (76), and one of the notches (76) is connected to the top seat (52), and the notch (76) is corresponding to the top rod (48) Through The top block (46) is provided with a card seat (53), the iron core (54) of the first electromagnet (47) and the card seat (53) are rotatable relative to each other, and the at least two levers (49) Both are pivotally connected to the casing (400), and each lever (49) is divided into a force arm (59) and a force application arm (60), and the length of the force arm (59) is greater than or equal to the force application arm ( 60), the free end of the force arm (59) is disposed above the ejector rod (48), and the free end of the force application arm (60) is disposed on the gas container (3) or the liquid container (77) When the upper part of the release nozzle is pressed, the transmission shaft of the trigger motor is threadedly connected with the top block (46) or the oblique track and the convex column cooperate to drive the top block (46). ) And trigger motor are connected to the control host.
The liquid material dilution adjustment system according to claim 31, wherein the card seat (53) is an arc structure with a limiting groove (55) on a side wall, and the iron of the first electromagnet (47) The core (54) is sleeved in the card seat (53) and the iron core (54) is provided with a limit bar (56) movably inserted in the limit slot (55). The first electromagnet (47) The iron core (54) enters and exits from the opening of the card seat (53), so that the limit bar (56) is inserted into the limit slot (55), and the iron core (54) of the first electromagnet (47) and the card The seat (53) can rotate relatively. When the iron core (54) is moved upward by magnetic force, the card seat (53) and the top block (46) are moved up, and the top seat (52) pushes the corresponding top rod (48). The housing (57) is connected with the housing (400) above the lever (49); the force-bearing arm (59) is provided with a guide post; the guide post is sleeved with a spring in a compressed state; Both ends of the spring abut against the force receiving arm (59) and the housing cover (57), respectively.
The liquid material dilution and adjustment system according to claim 31, characterized in that the identification caps (300) of the gas container (3) and the liquid container (77) are both disposed above the pressure release nozzle, and the force application arm The free end of (60) is arranged above the identification cap (300) of the gas container (3) or the liquid container (77), the identification cap (300) is provided with a quick-connecting and connecting component, and the quick-connecting and connecting component includes The receiving base (62) provided on the casing (400) and the feeding pipe (63) provided in the identification cap (300) are provided on the receiving base (62). The feeding pipe (63) is provided with a feeding pipe (65) which is inserted into the gas container (3) or a liquid container (77) by pressing the release nozzle and a discharge pipe (64) which is inserted into the receiving pipe (64). 66), the receiving base (62) is connected to the mixing box, and the trigger component presses the release cap by pressing the identification cap (300).
The liquid material dilution and adjustment system according to claim 32, characterized in that a gas refinement device is provided in a pipe connecting the gas container (3) to the mixing box or a gas inlet of the mixing box, the normal temperature water tank, The cold water tank, the hot water tank, the gas container (3) and the liquid container (77) are provided with a capacity detection device connected to the control host. The capacity detection device is a load cell (23), and the casing (400) includes A bottom plate (67), a shell body (30), and a lever plate (69) are sequentially connected from bottom to top. The lever plate (69) is connected to the housing cover (57), and the gas container (3) and The identification components of the liquid container (77) are all arranged in the storage tank (42) of the shell body (30), the housing body (30) is provided with an identification plate (700), and the identification component is arranged on the identification plate (700) ), A trigger shell (33) is connected to the shell body (30), the trigger component is disposed in the trigger shell (33), and the levers (49) are hinged to a lever disc (69). The weight sensor (23) is disposed at a position of the chassis (67) corresponding to the storage slot (42), and the load sensor (23) is connected to the chassis (67) through a sensor fixing member (73).
The liquid material dilution and adjustment system according to claim 31, wherein a correction component for correcting a trigger component is provided on the casing (400), and the correction component includes both of The first corrector (1) connected to the control host for monitoring whether the iron core (54) moves up to a predetermined position, and the second corrector (for monitoring whether the iron core (54) moves down to a predetermined position) 51) and a third corrector (50) for monitoring whether the top seat (52) is rotated to an initial position after the ejection action is completed, the first corrector (1), the second corrector (51), and the third corrector The three correction elements (50) are all photoelectric sensors in the prior art, or the first correction element (1), the second correction element (51), and the third correction element (50) may all include the iron core. (54) The correction identification module provided on the top block (46) and a correction reading module corresponding to each correction identification module. The correction identification module includes a convex point or a concave point, or an existing one. The chip card, color identification, barcode, two-dimensional code, metal, and magnetic body in the technology correspond to the correction reading mode of the correction identification module. Comprises a switching device identification module chip card, color sensors, bar code recognition module, a two-dimensional code identification module, the identification module metal induction, magnetic induction device.
The liquid material dilution and adjustment system according to claim 27, wherein a first temperature sensor is provided on the first three-way or water electrolysis module, and a first water pump is connected to the second three-way A flow sensor, a second flow sensor is connected between the second water pump and the cold water tank, the cold water tank is provided with a second temperature sensor, and the eighth solenoid valve is provided with a third temperature sensor for measuring hot water Temperature, a third flow sensor is connected between the third water pump and the eighth solenoid valve, the first temperature sensor, the second temperature sensor, the third temperature sensor, the first flow sensor, the second flow sensor, and the first All three flow sensors are connected to the control host.
The liquid material dilution adjustment system according to claim 25, wherein the gas container (3) and the liquid container (77) are deformable containers, and the trigger assembly includes the gas container (3) and a liquid container (77) An extrusion assembly is provided on the outside, and the extrusion assembly includes at least one extrusion part disposed on the outside of the gas container (3) or the liquid container (77), and driving the extrusion part and communicating with the control host. The connected power part is a motor or a hydraulic putter or an electric putter that is connected to the squeeze part for transmission.
The liquid material dilution adjustment system according to claim 28, wherein the trigger component comprises a positioning motor (45), a second electromagnet and at least two levers (49), the second electromagnet and the positioning motor (45) both are connected to the control host, the at least two levers (49) are both pivotally connected to the casing (400), the positioning motor (45) drives the second electromagnet to rotate, and the at least two One end of each lever (49) is connected with a suction block that can be attracted by magnetic force or the at least two levers (49) are made of a material that can be attracted by magnetic force, and the second electromagnet can attract any one of the levers magnetically (49) One end moves.
The liquid material dilution adjustment system according to claim 28, characterized in that the trigger assembly comprises at least two levers (49) and each lever (49) is respectively driven by a power motor connected to the at least two levers (49). The levers (49) are all pivotally connected to the casing (400), the power motors are all connected to the control host, and the drive shaft of the power motors is threadedly connected with one end of the corresponding lever (49) so that One end of the corresponding lever (49) can move up and down.
The liquid material dilution adjustment system according to claim 28, wherein the trigger component comprises a pressing member provided above the pressure release nozzle of the gas container (3) and the liquid container (77), and the pressing The pieces are a pressing electromagnet or a pressing motor both connected to the control host. The iron core (54) of the pressing electromagnet cooperates with the pressing release nozzle to move the iron core (54) of the pressing electromagnet with or without magnetic force. At this time, the pressure release nozzle can be pressed. The drive shaft of the pressure motor is screwed with a pressure block that cooperates with the pressure release nozzle. When the pressure motor rotates the pressure block in a forward and reverse direction, the pressure release nozzle can be pressed.
A powder brewing and adjusting system includes a control host, a water tank assembly and a mixer, characterized in that the powder brewing and adjusting system further includes at least one powder container (2) and at least one gas container (3 ), A trigger component and at least one stirring and discharging component, said mixer is provided with at least one outlet and at least one inlet, said water tank component, triggering component and stirring and discharging component are all connected to said control host, said gas container (3) are connected to the inlet of the mixer, the trigger component is used to control the output and shutdown of the material in the gas container (3), and the agitating and discharging component is arranged in the powder container (2) The outlet of the agitating and discharging component is connected with the mixer.
The powder brewing and adjusting system according to claim 41, wherein the gas container (3) stores a water-soluble gas, and the powder container (2) is used to hold any beverage flavor Water-soluble powder or water-insoluble or hardly water-soluble particles, the powder container (2) and the number of agitated discharge components are the same, and the water tank component includes a normal temperature water tank, a cold water tank, a refrigerator, a water heater and a heat exchanger. A water tank, a water outlet of the normal temperature water tank is sequentially connected with a first solenoid valve and a first water pump, all of which are electrically connected to the control host, and the water heater inlet, the cold water tank inlet, and the mixer are all connected with the first water pump outlet, The water heater inlet is connected to the hot water tank inlet, the hot water tank outlet and the cold water tank outlet are both connected to a mixer, and the refrigerator is connected to the cold water tank inlet and the first water pump outlet between.
The powder brewing adjustment system according to claim 42, characterized in that the mixer comprises a water mixing box and at least one powder brewing box (5), between the first solenoid valve and the first water pump A first tee is connected, the free port of the first tee is connected to the cold water tank through a second solenoid valve, the first water pump is connected to the second tee, and the other two nozzles of the second tee are respectively connected There is a fourth tee and a third solenoid valve, the third solenoid valve is connected to the refrigerator, a third tee is connected between the refrigerator and the cold water tank inlet, and another tube of the third tee is connected The port is connected to the water heater through a fifth solenoid valve, a fourth solenoid valve is connected between the refrigerator and the cold water tank inlet, and the second nozzle of the fourth tee is connected to the water mixing box through a sixth solenoid valve. A four-way three-way nozzle is connected to a fourteenth solenoid valve, the fourteenth solenoid valve is connected to a sixth three-way valve, a second water pump is connected to the outlet of the cold water tank, and the second water pump passes through the seventh A solenoid valve is connected to the water mixing box, and a fourth water pump, a first Three-way and eighth solenoid valves, the eighth solenoid valve is connected to the inlet of the water mixing box, the other pipe port of the fifth three-way valve is connected to the sixth three-way valve through a thirteenth solenoid valve, and the gas container passes through The ninth solenoid valve is connected to the inlet of the water mixing box. The second solenoid valve, the third solenoid valve, the fourth solenoid valve, the fifth solenoid valve, the sixth solenoid valve, the seventh solenoid valve, and the eighth solenoid valve. The ninth solenoid valve, the thirteenth solenoid valve, the fourteenth solenoid valve, the second water pump, the fourth water pump, the refrigerator and the water heater are all electrically connected to the control host.
The powder brewing adjustment system according to claim 42, wherein a water electrolysis module is communicated between the first solenoid valve and the first water pump, and an outlet of the water electrolysis module is connected to cold water through a second solenoid valve A tenth solenoid valve is connected between the outlet of the water electrolysis module and the first water pump. The cold water tank, normal temperature water tank and hot water tank are all provided with atmospheric balance holes, and the outlet of the water heater is connected with water vapor separation. The outlet of the water vapor separation box is connected to the inlet of the hot water tank. The outlet of the water electrolysis module is connected to an ozone atmosphere mixer. The water vapor separation box, the atmospheric balance hole of the cold water tank and the atmospheric balance of the normal temperature water tank. The holes are connected to the ozone atmosphere mixer.
The powder brewing and adjusting system according to claim 42, characterized in that a first casing (41) is provided outside the at least one gas container (3), and at least two of the first casing (41) are provided A storage tank (42) for loading a gas container (3), the gas container (3) is provided with a gas refinement device in a pipeline connected to the mixer or a gas inlet of the mixer, and the gas container (3) High-pressure gas is stored therein. The gas container (3) is connected to a valve assembly, and is connected to the mixer through the valve assembly. The valve assembly includes a pressure reducing valve (4) connected to the port of the gas container (3). The free port of the pressure valve (4) is connected with a pressure release nozzle, and the trigger component realizes the output and closing of the material by pressing the pressure release nozzle in the gas container (3), and the at least one powder container (2) A second casing (43) is provided outside, and the second casing (43) is provided with at least one storage tank (42) for loading the powder container (2).
The powder brewing adjustment system according to claim 43, characterized in that the normal temperature water tank, cold water tank and hot water tank are all connected to a water mixing box, and the normal temperature water tank, hot water tank and powder container (2 ) Are connected to a powder brewing box (5), the water mixing box is connected to a gas container (3), and the powder brewing box is provided with a powder inlet, a water inlet (6), and a liquid outlet (7) ) And the air inlet (8), the normal temperature water tank and the water heater are connected to the water inlet (6), and the air inlet (8) is connected to the ozone atmosphere mixer through a twelfth solenoid valve electrically connected to the control host. The water inlet (6) is connected to the sixth tee through an eleventh solenoid valve, and the liquid outlet (7) is sequentially connected with a third water pump and a powder liquid outlet.
The powder brewing and adjusting system according to claim 46, wherein the stirring and discharging component comprises a stirring motor (9), a stirring wheel blade (11), a lower cover (12), and an upper cover which are sequentially arranged. (13) and a stirring ejector, the stirring wheel blade (11) is arranged in the powder brewing box, the lower cover (12) is connected to the powder inlet of the powder brewing box, and the upper cover (13 ) Is connected to the mouth of the powder container (2), the stirring discharge device is arranged in the powder container (2), the stirring motor (9) is drivingly connected to the upper cover (13), and the upper cover (13) The lower cover (12) is connected with the stirring blade (11), the lower cover (12) is sleeved outside the upper cover (13), and the upper cover (13) is provided with A container switch assembly that rotates the upper cover (13) and the lower cover (12) by a certain angle when the stirring motor (9) alternates between positive and reverse rotation, and the upper cover (13) and the lower cover (12) are respectively provided with upper drains. Mouth (14) and lower leak (15), when the upper cover (13) and the lower cover (12) are rotated relative to the front and back, the upper leak (14) and the lower leak (15) From partially or completely overlapping to non-overlapping.
The powder brewing adjustment system according to claim 46, characterized in that the liquid outlet (7) of the powder brewing box (5) is sequentially connected with a third water pump and the powder output through a pipeline. The bottom of the powder brewing box (5) is provided with a lifting component, and the lifting component includes a lifting member and a supporting plate (19) connected to the lifting member and capable of driving it to move upward. The supporting plate (19) ) Is arranged at the bottom of the powder brewing box (5), and the lifting member is a lifting motor (20) drivingly connected to the supporting plate (19) or a second electromagnetic connection between the iron core (54) and the supporting plate (19) Iron, the outer periphery of the drive shaft (28) of the hoisting motor (20) is provided with a thread or an inclined track, and the supporting plate (19) is provided with a screw hole or a screw connection with the drive shaft (28) of the hoisting motor (20). A lifting hole with a convex column matched with the inclined track, the lifting motor (20) is reversed to drive the support plate (19) to move up or down, and the support plate (19) moves up to push the powder brewing box ( 5) Move up, so that the powder brewing box (5) and the lower cover (12) are sealed at the initial state, and the third water pump and the lifting member are electrically connected to the control host.
The powder brewing and adjusting system according to claim 45, further comprising an identification component connected to the control host, wherein the identification component can calibrate the types of the gas container (3) and the powder container (2). The identification component includes an identification module provided on the gas container (3) and the powder container (2) and a reading module corresponding to each identification module. The identification module includes a bump or Dimples, or chip cards, color identification, bar codes, two-dimensional codes, metals, and magnetic bodies in the prior art. The corresponding reading modules that cooperate with the identification module include switch devices, chip card identification modules, color sensors, and bar code identification modules. , Two-dimensional code identification module, metal induction identification module, magnetic induction device, or the identification module includes identification caps provided on the gas container (3) and powder container (2) and M number of identification caps provided on the identification cap A switch column (37), the reading module is N switches (40) arranged on the bottom of the identification cap and connected to the control host, N ≧ 2, M ≦ N.
The powder brewing adjustment system according to claim 41, wherein the control host is connected with a display screen, a control module, a camera, an image recognition module, an nfc recognition module, a chip card recognition module, and a magnetic stripe card recognition module An incoming sensor and a data transmission module. The control host communicates with a remote server through the data transmitting module. The incoming sensor is one or more combinations of an infrared sensor, a sound sensor, and a load cell.
The powder brewing adjustment system according to claim 45, characterized in that the trigger component comprises a positioning motor (45), a top block (45), which are all arranged in the first casing (41) and are arranged from bottom to top. 46), a triggering power piece, at least one ejector rod (48), and at least one lever (49), the triggering power piece is a first electromagnet (47) or a trigger motor that can drive the top piece (46) to move up and down, The top block (46) is slidably connected to a drive shaft (28) of a positioning motor (45) and can rotate therewith. The first housing (41) is provided with at least one lever slide (50) The ejector rod (48) is movably disposed in a rod slide (50), and an enlarged head is provided on the top of the ejector rod (48) to be clamped at the mouth of the rod slide (50), so that at least one ejector rod (48) ) Are suspended in their respective pole slides (50), the top block (46) is provided with at least one notch (51), and one of the notches (51) is connected to the top seat (52), and The notch (51) can be correspondingly penetrated by the ejector pin (48), the ejection block (46) is provided with a card seat (53), the iron core (54) of the first electromagnet (47) and the card seat (53) ) Relatively rotatable clamping, the at least one lever (49) is pivotally connected to the first outer (41), and the lever (49) is divided into a force arm (59) and a force arm (60), the length of the force arm (59) is greater than or equal to the length of the force arm (60), The free end of the force arm (59) is disposed above the ejector rod (48), and the free end of the force application arm (60) is disposed above the pressure release nozzle of the gas container (3). The drive shaft is threadedly connected with the top block or the inclined track and the convex column cooperate to drive the top block.
The powder brewing and adjusting system according to claim 49, characterized in that the identification caps of the gas container (3) are first identification caps (38) each provided above a pressure release mouth of the gas container (3), and the first The identification cap (38) is provided with a quick-connecting and connecting component, and the quick-connecting and connecting component includes a receiving base (62) provided on the first casing (41) and a conveyance provided in the first identification cap (38). A material pipe (63), the material receiving seat (62) is provided with a material receiving pipe (64), and the material conveying pipe (63) is provided with a feeding material which is respectively connected with the gas container (3) by a release nozzle A pipe (65) and a discharge pipe (66) plugged into the receiving pipe (64), the receiving seat (62) is connected to the mixer, and the trigger assembly is pressed by a first identification cap (38) ) And then press the release nozzle, the identification cap of the powder container (2) is a second identification cap (39) provided above the bottom of the powder container (2).
The powder brewing adjustment system according to claim 51, wherein a correction component for correcting a trigger component is provided on the first housing (41), and the correction component includes a first housing (41) ) And the first corrector (76) for monitoring whether the iron core (54) is moved up to a predetermined position and connected to the control host, and for monitoring whether the iron core (54) is moved down to a predetermined position A second corrector (77) and a third corrector (78) for monitoring whether the top base (52) is rotated to an initial position after the ejection action is completed, the first corrector (76), the second corrector (77) and the third correction element (78) are both photoelectric sensors in the prior art, or the first correction element (76), the second correction element (77), and the third correction element (78) may be both Including the correction identification module provided on the iron core and the top block, and a correction reading module corresponding to each correction identification module, the correction identification module includes a convex point or a concave point, or the prior art The chip card, color identification, bar code, two-dimensional code, metal, and magnetic body in the corresponding calibration reading The module includes a switching device, a chip card identification module, a color sensor, a barcode identification module, a two-dimensional code identification module, a metal induction identification module, and a magnetic induction device.
The powder brewing and adjusting system according to claim 46, wherein a first temperature sensor is provided on the first tee, and a first flow sensor is connected between the first water pump and the second tee A second flow sensor is connected between the second water pump and the cold water tank; the cold water tank is provided with a second temperature sensor; the fifth tee is provided with a third temperature sensor; the third water pump and the powder A third flow sensor is connected between the material discharge port, and a fourth flow sensor is connected between the hot water tank and the fifth tee. The first flow sensor, the second flow sensor, the second flow sensor, the first The four flow sensors, the first temperature sensor, the second temperature sensor, and the third temperature sensor are all electrically connected to the control host.
The powder brewing and adjusting system according to claim 41, wherein the gas containers are all deformable containers, and the triggering component includes an extrusion component provided outside the gas container, and the extrusion The assembly includes at least one extruded part disposed outside the gas container and a power part driving the extruded part and connected to the control host, the power part is a motor or a hydraulic push rod or an electric drive connected to the extruded part. Putter.
The powder brewing and adjusting system according to claim 41, wherein the stirring and discharging component is a compression air bag, an elastic component (what is the specific structure? How to realize) or a piston component, and the piston component includes the A plug is provided at the bottom of the powder container. The plug is connected with a pushing member connected to the control host. The pushing member is a hydraulic push rod or an electric push rod or a motor. The compression airbag or elastic component is provided on the powder. Body container bottom.
The powder brewing and adjusting system according to claim 45, wherein the triggering component comprises a positioning motor (45), a third electromagnet, and at least one lever (49), the third electromagnet and the positioning motor (1) both are connected to the control host, the at least one lever (49) is pivotally connected to the first housing (41), the positioning motor (1) drives the third electromagnet to rotate, and the at least One end of one lever (49) is connected with a suction block that can be attracted by magnetic force or the at least one lever (49) is made of a material that can be attracted by magnetic force, and the third electromagnet magnetically attracts the at least one lever (49) ).
The powder brewing adjustment system according to claim 45, characterized in that the triggering component comprises a control host, at least one lever (49) and each lever (49) respectively driving a power motor connected to the power source, wherein At least one lever (49) is pivotally connected to the first housing (41), the power motors are all connected to the control host, a drive shaft of the power motor and an end of the lever (49) opposite to the power motor Threaded connection so that one end of the corresponding lever (49) can move up and down.
The powder brewing and adjusting system according to claim 45, wherein the trigger component comprises a pressing member provided above a pressure release nozzle of the gas container, and the pressing member is both controlled by The pressing electromagnet or pressing motor connected to the host computer, the iron core of the pressing electromagnet cooperates with the pressing release nozzle so that the iron core of the pressing electromagnet can press the pressing release nozzle when there is no magnetic force, and the pressing The driving shaft of the motor is screw-connected with a pressing block that cooperates with the pressing and releasing nozzle, and the positive and negative rotation of the pressing motor drives the pressing and releasing nozzle when the pressing block moves.
A stirring and discharging device comprises a stirring motor (9), a lower cover (12), an upper cover (13) and a stirring discharger which are sequentially arranged, and the upper cover (13) is connected to a container to be discharged. The said mixing and discharging device is arranged in a container to be mixed and discharged. It is characterized in that said lower cover (12), upper cover (13) and mixing and discharging device are all drivingly connected with the mixing motor (9). The upper cover (13) is provided with a container switch assembly that rotates the upper cover (13) and the lower cover (12) at a certain angle relative to each other when the stirring motor (9) starts or alternates between forward and reverse rotation, and the upper cover (13) And the lower cover (12) are respectively provided with an upper drain (14) and a lower drain (15). When the upper cover (13) and the lower cover (12) are relatively rotated by the angle, the upper drain (14) ) And bottom drain (15) change from partially overlapping or completely overlapping to non-overlapping.
The stirring and discharging device according to claim 60, characterized in that the upper cover (13) or the lower cover (12) is connected to the stirring discharger, and the upper drain (13) is connected with a head-to-tail seal. The stirring motor (9) is drivingly connected with the upper cover (13) or the lower cover (12), the lower cover (12) is sleeved outside the upper cover (13), and the upper cover (13) is provided with When the agitating motor (9) starts or alternately rotates forward and reverse, the container switch assembly that causes the upper cover (13) and the lower cover (12) to relatively rotate at a certain angle.
The agitating and discharging device according to claim 60, wherein the upper cover (13) is provided with a shaft hole, the shaft hole is connected with a hollow shaft post (7), and the lower cover (12) is provided with The card hole (18), the transmission shaft of the stirring motor (9) passes through the card hole (18) and the shaft hole and is inserted into the shaft post (7), and the stirring ejector is inserted into the shaft post (7) ) And fixed.
The agitating and discharging device according to claim 61, wherein the container switch assembly comprises a post (16) provided on the upper cover (13) and a post (17) provided on the post (16). ), The card hole (18) is a horseshoe-shaped structure composed of a card post hole and a card bar hole, the radius of the card post hole is smaller than the radius of the card bar hole, and the card post (16) is sleeved on the card hole (18), the card post hole is matched with the card post (16), the card post hole is matched with the card post (17), and both ends of the card post hole and the card post hole can be connected with the card post (17) Abutment, the angle is the angle that the clip (17) follows the clip post (16) when rotating from the connection point on the left side of the clip post and the clip strip hole to the connection point on the right It is also the angle of the arc edge of the clip hole.
The stirring and discharging device according to any one of claims 60 to 63, wherein the stirring and discharging device comprises a stirring column (11) connected to the upper cover (13), and an outer peripheral surface of a bottom of the stirring column (11). The provided spiral discharge channel (34) and a plurality of stirring arms (36) provided on the stirring column (11), the lower end of the spiral discharge channel (34) is located on the upper leak (14) of the upper cover (13) ), The cross section of the stirring arm (36) is a structure with a narrow middle and wide ends, the stirring column (11) is a hollow structure or a slot (31) is provided at the bottom, and the sleeve is inserted into the shaft column (7) Outside fixed.
The mixing device with the stirring and discharging device is characterized by comprising a stirring and discharging device, a stirring wheel blade and a powder brewing box (5), the stirring wheel blade and the lower cover (12) are plugged in, so The stirring wheel blade is arranged in a powder brewing box (5), the powder brewing box (5) is provided with a feeding port, and the lower cover (12) is connected to the powder brewing box (5). The feeding port, the upper cover (13) is connected to the container port to be stirred and discharged, and the stirring feeder is arranged in the container to be stirred and discharged.
The mixing device with the stirring and discharging device according to claim 65, characterized in that the stirring blade includes a disk (10) and at least one blade (11) provided on the disk (10). The wheel disc (10) is provided with at least one recess, the recess is provided with a slot (31), the lower cover (12) is provided with protrusions corresponding to the number and position of the recess, and the lower cover (12) There are insert blocks (33) inserted in the slot (31) in a number and position corresponding to the slot (31).
The mixing device with the stirring and discharging device according to claim 65, characterized in that the powder brewing box (5) is provided with a powder retention sheet (61) near the bottom, and the powder retention The tablet (61) is provided with at least one leak hole, the powder brewing box (5) is provided with a water inlet, an air inlet (8) and a liquid outlet (7), and the air inlet (8) serves as Atmospheric balance hole, the powder brewing box (5) is provided with inserts (24), the powder brewing box (5) is provided with a shaft port at the bottom, and a shaft tube is connected to the shaft port, and the stirring motor ( 9) The transmission shaft is connected to the upper cover (13) through a shaft tube, and the transmission shaft of the stirring motor (9) is sequentially connected with a coupling (26) and an extension rod (27), and the extension rod (27) 27) Transmission connection through the shaft tube to the upper cover (13), where the lower cover (12) and the mouth of the powder brewing box (5) are provided with a seal ring, and the liquid outlet (7) and The lowest part of the bottom of the powder brewing box (5) is communicated.
The mixing device with the agitating and discharging device according to claim 67, wherein a lifting component is provided at the bottom of the powder brewing box (5), and the lifting component comprises a lifting member and a lifting member connected to the lifting member. A supporting plate (19) which can be driven to move upward, the supporting plate (19) is arranged at the bottom of the powder brewing box (5), and the lifting member is a lifting motor (21) drivingly connected to the supporting plate (19) 20) or an electromagnet connected with its iron core and a supporting plate (19), the outer periphery of a transmission shaft of the lifting motor (20) is provided with a thread or an inclined track, and the supporting plate (19) is provided with a lifting motor (20) ) A screw hole for the screw connection of the transmission shaft or a lifting hole with a convex column matching the inclined track.
The mixing device with the stirring and discharging device according to claim 67, characterized in that a load cell (23) is provided at the bottom of the powder brewing box (5), and the load cell (23) The weight of the powder brewing box (5) is measured by an auxiliary weighing device. The weighing auxiliary component includes a weighing plate (21) and a plurality of weighing columns (22) provided on the weighing plate (21). A load cell (23) is provided at the bottom of the weighing plate (21), and the supporting plate (19) is provided with a plurality of weighing holes (23) through which a plurality of weighing posts (22) can pass correspondingly. The supporting plate (19) and the bearing plate are both provided with an action hole (29) through which the transmission shaft or extension rod (27) of the stirring motor (9) passes. The stirring motor (9) is connected with a controller. The lifting motor (20) and the load cell (23) are connected to the controller.
The mixing device with the stirring and discharging device according to claim 65, characterized in that the lower cover (12) is connected to the feeding opening of the powder brewing box (5), and is replaced by the stirring blade The feeding port is connected to the powder brewing box (5), the feeding port is provided with an embedded groove, a sealing ring is arranged in the embedded groove, the feeding port is connected with a fixed ring, and the stirring wheel blade includes An annular wheel disc (10) and at least one blade (11) provided on the wheel disc (10), the lower cover (12) is plugged into the wheel disc (10), and the wheel disc (10) 10) It is closely fitted with the feeding port, the fixing ring is provided with a plurality of pin holes, and the plurality of pin holes are provided with abutting against the wheel disk (10) so as to abut the feeding material. Pin.
The mixing device with the agitating and discharging device according to claim 70, wherein a plurality of tooth protrusions are provided on the edge of the lower cover, the shaft column is provided with two claw grooves, and the stirring column ( 11) Two claws are respectively inserted in the two claw grooves, the stirring column (11) is provided with a through hole corresponding to the shaft hole, and the wheel disc (10) is provided with a plurality of A tooth groove (113) mated with a plurality of tooth protrusions.
The mixing device with the agitating and discharging device according to claim 71, wherein the lower cover is provided with an annular sealing cover (125), and the sealing cover (125) is provided with a plurality of corresponding sealing covers. The lower cover is provided with a plurality of convex sealing teeth (126), an edge of the sealing cover (125) is provided with a plurality of arc-shaped sealing grooves (1251), and the wheel disc (10) is provided with a plurality of seals The groove (1251) cooperates with the inserted sealing sheet (114).
A multifunctional fast drinking water system includes a control host, a normal temperature water tank, a cold water tank, a refrigerator, a water heater, a hot water tank, and a mixing box. The multifunctional fast drinking system further includes a trigger component and at least one gas container. (3) The mixing box is provided with at least one outlet and at least one inlet, the refrigerator, water heater and trigger assembly are all connected to a control host, and the outlet of the normal temperature water tank is sequentially connected with a first solenoid valve and a first A water pump, the refrigerator inlet, the water heater inlet and the mixing box inlet are connected to the outlet of the first water pump through a third solenoid valve, a fifth solenoid valve, and a sixth solenoid valve, respectively, and the outlet of the refrigerator is connected to the cold water The inlet of the tank is connected, and the outlet of the water heater is connected to the inlet of the hot water tank. The outlet of the hot water tank and the outlet of the cold water tank are respectively connected to the inlet of the mixing box through an eighth solenoid valve and a seventh solenoid valve. Connection, the outlet of the gas container (3) is connected to the inlet of the mixing box through a ninth solenoid valve, and the trigger component is used to control the material in the gas container (3) Out and close, the first solenoid valve, the first water pump, the third solenoid valve, the fifth solenoid valve, the sixth solenoid valve, the seventh solenoid valve, the eighth solenoid valve and the ninth solenoid valve are all connected to the control host. connection.
The multifunctional fast drinking water system according to claim 73, wherein the gas container (3) stores water-soluble gas, and a second water pump is connected between the cold water tank outlet and the mixing box inlet. A third water pump is connected between the hot water tank outlet and the mixing box inlet, the second water pump and the third water pump are both connected to the control host, and between the first solenoid valve and the first water pump A first tee is connected, a tenth solenoid valve is connected between the first water pump and the first tee, and a free port of the first tee is connected to the cold water tank through a second solenoid valve. A fourth solenoid valve is provided between the outlet and the inlet of the cold water tank, and a second tee is connected between the first water pump and the refrigerator. The free port of the second tee is connected to the mixing box through a sixth solenoid valve. A third tee is connected between the outlet of the refrigerator and the inlet of the cold water tank, and the free port of the third tee is connected to the inlet of the water heater through a fifth solenoid valve, and the fourth solenoid valve and the first Ten solenoid valves are connected to the control host.
The multifunctional fast drinking water system according to claim 74, characterized in that a water electrolysis module is connected between the first three-way and the first solenoid valve, and the cold water tank, normal temperature water tank and hot water tank are all provided with air A balance hole, an ozone atmosphere mixer is connected to the outlet of the water electrolysis module, a water vapor separation box is connected to the water outlet of the water heater, a water outlet of the water vapor separation box is connected to the water inlet of the hot water tank, and the water vapor is separated The box is provided with a water vapor outlet, and the water vapor outlet of the water vapor separation box, the atmospheric balance hole of the cold water tank, the atmospheric balance hole of the normal temperature water tank and the hot water tank are all connected to the ozone atmospheric mixer.
The multifunctional fast drinking water system according to claim 73, characterized in that the gas container (3) is connected with a valve assembly, and the gas container (3) is connected with the mixing box through a valve assembly, and the valve assembly includes a connection between The pressure relief valve (4) of the gas container (3), the free port of the pressure relief valve (4) is connected with a pressure release nozzle, and the trigger component presses the pressure release nozzle in the gas container (3). Achieve material output and shutdown.
The multifunctional fast drinking water system according to claim 76, characterized in that the control host is connected with an identification component, the identification component can calibrate the type of the gas container (3), and the identification component includes the gas container (3) ) Are provided with an identification module and a reading module corresponding to each identification module, the identification module includes a convex point or a concave point, or a chip card, color identification, bar code, two-dimensional in the prior art Code, metal, magnetic body, the reading module corresponding to the identification module includes a switching device, a chip card identification module, a color sensor, a barcode identification module, a two-dimensional code identification module, a metal induction identification module, a magnetic induction device, and the identification module The identification cap (300) provided on the gas container (3) and M switch posts (37) provided on the identification cap (300), and the reading module is a uniform sum provided on the bottom of the identification cap (300). Control the N switches (40) connected to the host, N≥2, M≤N.
The multifunctional fast drinking water system according to claim 73, wherein the control host is connected with a display screen, a control module, a camera, an image recognition module, an nfc recognition module, a chip card recognition module, a magnetic stripe card recognition module, and A human sensor and a data transmission module. The control host communicates with a remote server through the data transmission module. The control module is a touch screen or a control button. The incoming sensor is an infrared sensor, a sound sensor, and a load cell. (23) One or more combinations.
The multifunctional rapid drinking water system according to claim 73, characterized in that a casing (400) is provided outside the at least one gas container (3), and the casing (400) is provided with at least one gas container (3) ) Storage slot (42), the trigger assembly includes a positioning motor (45), a top block (46), a trigger power piece, and at least one ejector rod (45), which are all arranged in the housing (400) and arranged from bottom to top. 48) and at least one lever (49), the triggering power member is a first electromagnet (47) or a triggering motor that can drive the top block (46) to move up and down, and the top block (46) can slide up and down to insert The housing (400) is connected to a drive shaft of a positioning motor (45) and can rotate therewith. The housing (400) is provided with at least one rod slide, and the ejector rod (48) is movably disposed in the rod slide. 48) An enlarged head is arranged on the top of the pole slideway, so that at least one ejector pole (48) is suspended in the respective pole slideway, and at least one notch (76) is provided on the ejector block (46), One of the notches (76) is connected to a top seat (52), the notch (76) can be correspondingly penetrated by the top pole (48), and the top block (46) is provided with a card seat (53). First electromagnetic The iron core (54) of the (47) and the card seat (53) are relatively rotatable, and the at least one lever (49) is pivotally connected to the housing (400), and the lever (49) is divided into A force arm (59) and a force applying arm (60), the length of the force receiving arm (59) is greater than or equal to the length of the force applying arm (60), and the free end of the force receiving arm (59) is arranged on the ejector rod (48) above, the free end of the urging arm (60) is arranged above the pressure release nozzle of the gas container (3), and the drive shaft of the trigger motor is threadedly connected with the top block (46) or the inclined rail and The protruding block cooperates to drive the top block (46), and the positioning motor (45), the first electromagnet (47) and the trigger motor are all connected to the control host.
The multifunctional rapid drinking water system according to claim 79, characterized in that the card seat (53) is an arc structure with a limiting groove (55) on a side wall, and an iron core of the first electromagnet (47) (54) a limit bar (56) sleeved in the card seat (53) and an iron core (54) movably inserted in the limit slot (55), the iron of the first electromagnet (47) The core (54) enters and exits from the opening of the card seat (53), so that the limit bar (56) is inserted into the limit slot (55), and the iron core (54) of the first electromagnet (47) and the card seat (53) can be relatively rotated, when the iron core (54) is moved up by magnetic force, the card seat (53) and the top block (46) are moved up, and the top seat (52) pushes the corresponding top rod (48) to move up A housing cover (57) connected to the housing (400) is provided above the lever (49), a guide post is provided on the force receiving arm (59), and a spring in a compressed state is sleeved on the guide post. The spring The two ends abut against the force arm (59) and the housing cover (57), respectively.
The multifunctional fast drinking water system according to claim 79, characterized in that the identification cap (300) of the gas container (3) is disposed above its pressure release mouth, and the free end of the force application arm (60) is disposed at Above the identification cap (300) of the gas container (3), the identification cap (300) is provided with a quick-connecting and connecting component, and the quick-connecting and connecting component includes a receiving base (62) provided on the housing (400) ) And an identification pipe (63) provided in the identification cap (300), said receiving base (62) is provided with a delivery pipe (64), and said delivery pipe (63) is provided with a gas respectively The container (3) presses the inlet pipe (65) inserted by the release nozzle and the outlet pipe (66) inserted by the delivery pipe (64). The receiving socket (62) is connected with the mixing box, so The trigger assembly presses the release cap by pressing the identification cap (300).
The multifunctional fast drinking water system according to claim 81, characterized in that a gas refinement device is provided in a pipe connecting the gas container (3) to the mixing box or a gas inlet of the mixing box, the normal temperature water tank, cold water The tank, hot water tank and gas container (3) are all provided with a capacity detection device connected to the control host. The capacity detection device is a load cell (23), and the load cell (3) for the gas container (3) ( 23) It is arranged at the bottom of the storage slot (42) of the casing (400), which includes a chassis (67), a casing (30) and a lever disc (69) connected in sequence from bottom to top. The lever disk (69) is connected to the casing cover (57), the identification component of the gas container (3) is disposed in a storage slot (42) of the casing (30), and the casing (30) is provided inside There is a recognition plate (700), the recognition component is arranged on the recognition plate (700), a trigger shell (33) is connected in the shell body (30), and the trigger component is arranged in the trigger shell (33). The levers (49) are hinged to a lever plate (69), the load cell (23) is disposed at a position of the chassis (67) corresponding to the storage slot (42), and the load cell (23) is The fixture fixing member (73) is connected to the chassis (67).
The multifunctional fast drinking water system according to claim 80, characterized in that a correction component for correcting a trigger component is provided on the casing (400), and the correction component includes both disposed in the casing (400) and both The first corrector (1) for monitoring whether the iron core (54) moves up to a predetermined position and the second corrector (51) for monitoring whether the iron core (54) moves back to a predetermined position. ) And a third corrector (50) for monitoring whether the top seat (52) is rotated to the initial position after the ejection action is completed, the first corrector (1), the second corrector (51), and the third corrector The correction element (50) is a photoelectric sensor in the prior art, or the first correction element (1), the second correction element (51), and the third correction element (50) may all include the iron core ( 54). The correction identification module provided on the top block (46) and a correction reading module corresponding to each correction identification module. The correction identification module includes a convex point or a concave point, or an existing technology. The chip card, color identification, bar code, two-dimensional code, metal, and magnetic body in the corresponding calibration reading Block includes a switching device identification module chip card, color sensors, bar code recognition module, a two-dimensional code identification module, the identification module metal induction, magnetic induction device.
The multifunctional fast drinking water system according to claim 74, wherein a first temperature sensor is provided on the first tee or water electrolysis module, and a first tee is connected between the first water pump and the second tee Flow sensor, a second flow sensor is connected between the second water pump and the cold water tank, the cold water tank is provided with a second temperature sensor, and the eighth solenoid valve is provided with a third temperature sensor for measuring hot water Temperature, a third flow sensor is connected between the third water pump and the eighth solenoid valve, the first temperature sensor, the second temperature sensor, the third temperature sensor, the first flow sensor, the second flow sensor, and the third The flow sensors are connected to the control host.
The multifunctional fast drinking water system according to claim 73, characterized in that the gas container (3) is a deformable container, and the triggering component comprises an extrusion component provided outside the gas container (3), and the The extrusion assembly includes at least one extrusion part disposed outside the gas container (3) and a power part driving the extrusion part and connected to the control host, the power part is a motor or a motor drivingly connected to the extrusion part or Hydraulic or electric actuator.
The multifunctional fast drinking water system according to claim 76, wherein the trigger assembly comprises a positioning motor (45), a second electromagnet and at least one lever (49), the second electromagnet and the positioning motor (45) ) Are connected to the control host, the at least one lever (49) is pivotally connected to the casing (400), the positioning motor (45) drives the second electromagnet to rotate, and the at least one lever (49) ) One end is connected with a suction block that can be attracted by magnetic force or the at least one lever (49) is made of a material that can be attracted by magnetic force, and the second electromagnet magnetically attracts one end of the at least one lever (49) to move .
The multifunctional fast drinking water system according to claim 76, characterized in that the trigger assembly comprises at least one lever (49) and each lever (49) respectively driving a power motor connected to the at least one lever (49) ) Are pivotally connected to the casing (400), the power motors are all connected to the control host, and the drive shaft of the power motor is threadedly connected to one end of the corresponding lever (49) to make the corresponding lever (49) One end can move up and down.
The multifunctional fast drinking water system according to claim 76, characterized in that the trigger component comprises a pressing member provided above the pressing release nozzle of the gas container (3), and the pressing member is both connected with the control host The connected pressing electromagnet or the pressing motor, the iron core (54) of the pressing electromagnet cooperates with the pressing release nozzle, so that the iron core (54) of the pressing electromagnet can be pressed and released when there is no magnetic force. The pressing shaft of the pressing motor is screw-connected with a pressing block that cooperates with the pressing and releasing nozzle. The positive and negative rotation of the pressing motor drives the pressing and releasing nozzle when the pressing block moves.