CN219782292U - Novel tea dispenser capable of rapidly cooling tea - Google Patents

Abstract

A novel tea dispenser capable of rapidly cooling tea comprises a tea supply assembly, a tea discharge assembly and tea cooling equipment. The drink supplying component comprises a drink supplying main pipe, a drink supplying branch pipe, an electromagnetic valve and a heat-insulating tea storage barrel. The drink outlet assembly comprises a drink outlet tap, an operation panel and a waste liquid collecting tank. The waste liquid collecting tank comprises a sliding tank cover and a liquid collecting box. The cold tea equipment comprises a tea conveying component, a cooling component and a cooling component. The tea conveying assembly comprises a hot tea input pipe, a cooling coil pipe and a cooling tea storage box. The cooling assembly includes a compressor, a cooling water pipe. The cooling water pipe and the cooling coil pipe are integrally formed and comprise a spiral cooling pipe and a spiral radiating pipe. The drink supplying component provides different delicious drinks, the cold tea equipment rapidly cools the hot drink, and the mixed drink and the free selection of the cold drink and the hot drink of the drink machine are realized.

Description

Novel tea dispenser capable of rapidly cooling tea

Technical Field

The utility model relates to the technical field of beverage machines, in particular to a novel tea dispenser capable of rapidly cooling tea.

Background

With the rise of the living standard, the variety of beverage options has also increased, and in recent years, various machines have been developed that allow consumers to quickly prepare single serving hot beverages, such as coffee, tea, soup or chocolate hot beverages. Conventional beverage machines typically only produce one or a few beverages and cannot prepare a single serving of a mixed beverage, for example: a single serving of a mixed beverage comprising alcohol or juice and water.

The automatic beverage machine disclosed in Chinese patent CN202023054965.9 comprises a beverage box, a sealing cover, a water collecting disc and a stirring rod, wherein a feed inlet is formed in the top end of the upper surface of the beverage box, a beverage machine case is fixedly arranged on the lower bottom surface of the beverage box, and the stirring rod is fixedly arranged in an inner cavity of the beverage box; one side of the sealing cover is connected with one end of the rotating seat, and a sealing gasket is fixedly arranged on the inner side wall of the sealing cover; the other end of the rotating seat is arranged at one side of the top end of the feeding hole. This beverage machine equipment, the beverage case of being made by PC environmental protection material has corrosion-resistant effect, thereby avoids the box to be corroded by acid food and influences drink health safety's problem to appear, and the spacing ring of pan feeding mouth can be connected the cooperation with the sealed pad of sealed lid inboard, can avoid bacterium and dust in the air to appear in the beverage case when promoting sealed effect to can make the beverage mix and store going on of job safety and stability.

Although the device can prepare mixed drinks, the mixed drinks can not be mixed or cold or hot drinks can not be selected at will, and various drinks with different flavors can be prepared.

Disclosure of Invention

In view of the above, the present utility model provides a novel tea dispenser capable of rapidly cooling tea, which can solve the above problems.

A novel tea dispenser capable of rapidly cooling tea comprises a frame, a tea supply assembly, a tea discharge assembly connected with the tea supply assembly, and a tea cooling device arranged outside the frame. The drink supplying assembly comprises a drink supplying main pipe connected with the drink outlet assembly, a plurality of drink supplying branch pipes connected with the drink supplying main pipe, a plurality of electromagnetic valves arranged on the corresponding drink supplying branch pipes, and a plurality of heat-preserving tea storage barrels for supplying drink sources. One end of the drink supply branch pipe is connected to the drink supply main pipe, and the other end of the drink supply branch pipe is respectively connected with each heat preservation tea storage barrel. The drink outlet assembly comprises a drink outlet tap connected with the drink supply main pipe, an operation panel arranged above the drink outlet tap, and a waste liquid collecting tank arranged below the drink outlet of the drink outlet tap. The waste liquid collecting tank comprises a sliding tank cover and a liquid collecting box. The sliding groove cover is arranged above the liquid collecting box in a sliding mode, and a plurality of liquid leakage holes are formed in the sliding groove cover. The cold tea equipment comprises a tea conveying component, a cooling component and a cooling component arranged behind the cooling component. The tea conveying assembly comprises a hot tea input pipe connected to a hot tea water source, a cooling coil pipe arranged behind the hot tea input pipe, and a cooling tea storage box arranged behind the cooling coil pipe. And the hot tea input pipe and the cooling coil pipe are integrally formed. The cooling assembly is a cooling coil, the cross section of the cooling coil and the cross section of the cooling coil are concentric, and the cooling coil is arranged on the outer side of the cooling coil and wraps the cooling coil. The cooling assembly comprises a compressor and a cooling water pipe connected with the compressor. The cooling water pipe and the cooling coil pipe are integrally formed, and comprise a spiral cooling pipe arranged behind the cooling coil pipe and a spiral radiating pipe connected with the spiral cooling pipe. The spiral cooling pipe is arranged in the cooling tea storage box, and the spiral radiating pipe is arranged in the normal-temperature environment outside the cooling tea storage box. The other end of the spiral cooling pipe is connected with the compressor.

Further, the frame includes a work platform at the top of the frame, a set of side panels below the work platform, and a pair of door panels in the side panels. The working platform is integrally formed with the frame, and is provided with a connecting hole for connecting the drink supplying component and the drink discharging component. The side plates are fixed on the periphery of the frame, and the door plates are arranged on the side plates and positioned on the same side of the operation direction of the drink outlet component.

Further, the beverage supplying assembly further comprises a pressurizing device arranged in the frame, and the pressurizing device is respectively connected with each heat-preserving tea storage barrel and provides pressure for the internal storage products.

Further, the heat-preservation tea storage barrel is placed in the rack and is connected with the drinking tap through the drinking supply branch pipe and the drinking supply main pipe.

Further, the drink supply branch pipe, the drink supply dry pipe and the cooling water pipe are all made of high-temperature resistant and corrosion resistant materials.

Further, the operation panel is a control component, is connected with each electromagnetic valve, and controls the starting and stopping of the electromagnetic valve.

Furthermore, the liquid collecting box is arranged on the working platform in a detachable and fixed mode.

Further, the tea water conveying component further comprises a cold tea output pipe connected to the cooling tea storage box, one end of the cold tea output pipe is connected with a drink outlet of the cooling tea storage box, and the other end of the cold tea output pipe is connected with the drink supply branch pipe.

Further, the cooling water pipe further comprises a cooling water pump arranged on the cooling water pipe and close to the compressor.

Compared with the prior art, the novel tea dispenser capable of rapidly cooling tea is connected with different heat-preserving tea storage barrels and conveys different beverages by arranging the drink supply main pipe and the drink supply branch pipe. The pressure is applied to the heat-preservation tea storage barrel by the aid of the pressurizing device, so that drinks are pressed into the drink supply branch pipes, and meanwhile, the electromagnetic valve controlled by instructions of the operation panel is arranged on the drink supply branch pipes, so that a user can take one or more drinks at any time. The waste liquid collecting tank that can cool tea fast's novel play drink machine set up can effectively collect the drink that splashes carelessly when play drink, prevents to make dirty the mesa that can cool tea fast's novel play drink machine. Meanwhile, by arranging a tea cooling device, hot tea stored in the tea storage heat-preserving barrel is rapidly cooled to provide cold drink. The cold tea equipment is characterized in that a cooling component is arranged between the hot tea and the cooling water to cool the hot tea at high temperature preliminarily, so that the temperature difference of the cooled hot tea is reduced, and the purposes of energy conservation and emission reduction are achieved. And enabling the cooled hot tea water to enter the cooling tea storage box for rapid cooling, and enabling the cooled cold tea to enter the drinking branch pipe from the cold tea output pipe. Meanwhile, the circulating cooling liquid used by the cold tea equipment firstly dissipates heat in the spiral radiating pipe before entering the compressor for re-cooling, so that the temperature is reduced, the working load of the compressor is reduced, the product energy consumption is low, and the energy conservation and emission reduction are ensured.

Drawings

Figure 1 is a perspective view of a novel tea dispenser capable of rapidly cooling tea.

Fig. 2 is a perspective view showing an opened state of a door panel of the novel tea dispenser capable of rapidly cooling tea of fig. 1.

Fig. 3 is a schematic structural view of a novel tea cooling device of the novel tea dispenser capable of rapidly cooling tea of fig. 1.

Figure 4 is a cross-sectional view of the cooling assembly of the novel tea dispenser of figure 1 capable of rapid cooling of tea.

Detailed Description

Specific embodiments of the present utility model are described in further detail below. It should be understood that the description herein of the embodiments of the utility model is not intended to limit the scope of the utility model.

Fig. 1 to 4 show schematic structural views of a novel tea dispenser capable of rapidly cooling tea. The novel tea dispenser capable of rapidly cooling tea comprises a frame 10, a tea supply assembly 20 arranged in the frame 10, a tea discharge assembly 30 arranged on the frame 10 and connected with the tea supply assembly 20, and a tea cooling device 40 arranged outside the frame 10. It is conceivable that the novel tea dispenser capable of rapid cooling tea further comprises other functional modules such as a power supply system, an automatic control system, etc., which are known to those skilled in the art and will not be described in detail herein.

The frame 10 is made of stainless steel and comprises a working platform 11 arranged at the top of the frame 10, a set of side plates 12 arranged below the working platform 11, and a pair of door plates 13 arranged in the side plates 12. The working platform 11 is integrally formed with the frame 10, and is provided with a connection port for connecting the beverage supply assembly 20 and the beverage discharge assembly 30. The side plates 12 are fixed around the frame to support the working platform 11, and are connected with each other in a sealing manner to prevent insects and ants from entering the frame 10. The door 13 is disposed on the side plate 12 and located at the same side as the operation direction of the beverage outlet assembly 30, so as to facilitate the user to replace beverage and repair products in the frame 10.

The beverage supplying assembly 20 includes a beverage supplying main pipe 21 connected to the beverage discharging assembly 30, a plurality of beverage supplying branch pipes 22 connected to the beverage supplying main pipe 21, a plurality of solenoid valves 23 provided on the respective beverage supplying branch pipes 22, a pressurizing device 24 provided in the frame 10, and a plurality of heat-preserving tea storage tanks 25 for providing beverage sources. The dry drinking pipe 21 is respectively connected with each heat-preserving tea storage barrel 25 and the cold tea equipment 40, and is used for conveying tea and other drinks for the equipment. The electromagnetic valve 23 controls the start and stop of the beverage supply of each beverage supply branch pipe 22, and when the beverage outlet assembly 30 needs a specified beverage, the electromagnetic valve 23 of the beverage supply branch pipe 22 where the corresponding beverage is located is opened. The pressurizing device 24 is connected with the heat-preserving tea storage barrel 25 and applies pressure to the barrel so as to press the beverage out of the barrel. The heat-preservation tea storage barrel 25 is a container for storing and transporting tea drinks and is placed inside the frame.

The drinking assembly 30 includes a drinking tap 31 connected to the drinking main 21, an operation panel 32 installed above the drinking tap 31, and a waste liquid collecting tank 33. The drinking tap 31 is located on the working platform 11, and is connected with the drinking assembly 20 through a connection port on the working platform 11. The operation panel 32 is a control device, and is connected to each electromagnetic valve 23, and an input command on the operation panel 32 can control the start and stop of the corresponding electromagnetic valve 23. The waste liquid collecting tank 33 is located below the outlet of the outlet tap 31, and is used for collecting waste liquid dropped during the outlet. The waste liquid collecting tank 33 includes a sliding tank cover 331, and a liquid collecting box 332. The sliding groove cover 331 is slidably disposed above the liquid collecting box 322, and is provided with a plurality of liquid leakage holes, and when the sliding groove cover 331 is disposed above the liquid collecting box 332, waste liquid can flow into the liquid collecting box 332 from the liquid leakage holes. The liquid collecting box 322 is conveniently detached and fixed on the working platform 11, such as magnetic attraction. It is conceivable that after collecting the waste liquid to a certain amount in the waste liquid collecting tank 33, the user can clean the waste liquid by simply sliding the sliding tank cover 331 and taking out the liquid collecting tank 332 filled with the waste liquid.

The cold tea apparatus 40 includes a tea water delivery assembly 41, a cooling assembly 42 for cooling the hot tea inputted from the tea water delivery assembly 41, and a cooling assembly 43 for rapidly cooling the tea after the cooling assembly 42. The tea delivery assembly 41 includes a hot tea inlet pipe 411 connected to the outlet of the thermal insulation tea storage tank 25, a cooling coil 412 disposed behind the hot tea inlet pipe 411, a cooling tea storage tank 413 disposed behind the cooling coil 412, and a cold tea outlet pipe 414 connected to the cooling tea storage tank 413. The hot tea input pipe 411 is a water pipe made of a material having high temperature resistance and good heat conduction ability, such as metal. Tea water enters the hot tea input pipe 411 from the drinking outlet of the heat-preserving tea storage barrel 25 under the action of air pressure. The cooling coil 412 is integrally formed with the hot tea input tube 411, and performs hot tea cooling in the cooling module 42, and the specific structure thereof will be described below in connection with the cooling module 42. The cooling tea storage tank 413 is a water storage tank combined with the cooling component 43, and cooled hot tea enters the cooling tea storage tank 413 to cool tea rapidly under the action of the cooling component 43, and the specific structure and working principle thereof will be described below in connection with the cooling component 43. The cold tea output pipe 414 has one end connected to the outlet of the cold tea storage tank 413 and the other end connected to the drinking branch pipe 22, so that cold tea can be transported to the drinking tap 31 through the drinking assembly 20.

The temperature reducing assembly 42 is a cooling coil 421. The cooling coil 421 is disposed at the outer side of the cooling coil 412 and wraps the cooling coil 412, and the cross section of the cooling coil 421 and the cross section of the cooling coil 412 are concentric. It is conceivable that when the hot tea flows in the cooling coil 412 located in the inner circle of the concentric circle, the cooling water flows in the cooling coil 421 of the outer circle, and clings to and wraps the cooling coil 412, thereby primarily cooling the hot tea.

The cooling unit 43 includes a compressor 431 and a cooling water pipe 432 connected to the compressor 431. The compressor 431 is a known technology, and is not described herein, and is mainly used for outputting the low-temperature cooling water into the cooling water pipe 432. The cooling water is a saline solution, in particular a sodium chloride or calcium chloride solution. The cooling water pipe 432 is integrally formed with the cooling coil 421 and is made of a corrosion-resistant material. The cooling water pipe includes a spiral cooling pipe 433 provided in the cooling tea storage tank 413, a spiral radiating pipe 434 connected to the spiral cooling pipe 433, and a cooling water pump 435 provided on the cooling water pipe 432 near the compressor 431. After the spiral cooling pipe 433 is positioned on the cooling coil 421, cooling water flows in the spiral cooling pipe 433, absorbs heat of the tea water positioned in the cooling tea storage tank 413, and rapidly cools the tea water. The spiral cooling pipe 434 is disposed behind the spiral cooling pipe 433 and is located in a normal temperature environment, and the high-temperature cooling water after absorbing heat dissipates heat and cools down in the spiral cooling pipe 434, and then enters the compressor 431 for cooling. The cooling water pump 435 is a pump for supplying cooling water, and is used for ensuring the flow of the cooling water in the cooling water pipe 432.

It is conceivable that the hot tea in the heat-preserving tea-storing tank 25 enters the cooling coil 412 along the hot tea input pipe 411 under the pressure of the pressurizing device 24, and meanwhile, the cooling water cooled by the compressor 431 enters the cooling coil 421 through the cooling water pipe 432, and the hot tea is primarily cooled under the special structures of the cooling coil 412 and the cooling coil 421. The tea after preliminary cooling is introduced into the cooling tea storage tank 413, and meanwhile, the cooling water is introduced into the spiral cooling pipe 433, flows and absorbs heat, so that the tea is rapidly cooled. The cooled tea water enters the corresponding container from the cooling tea storage box 12 through the cold tea output pipe 414. The cooling water after absorbing heat enters the spiral radiating pipe 434 to radiate heat, and then enters the compressor 431 to be cooled again for recycling. When a user needs a certain beverage or a mixed beverage, the user only needs to place a container below the beverage outlet tap 31, then inputs a command on the operation panel 32, the electromagnetic valve 23 on the beverage supply branch pipe 22 for delivering the corresponding beverage is opened, and the corresponding beverage or beverages enter the beverage supply main pipe 21 through the beverage supply branch pipe 22 under the pressure of the pressurizing device 24 and enter the corresponding container from the beverage outlet tap 31.

Compared with the prior art, the novel tea dispenser capable of rapidly cooling tea is characterized in that the tea supply main pipe 21 and the tea supply branch pipe 22 are arranged, and are connected with different heat-preserving tea storage barrels 25 at the same time, and different beverages are conveyed. The pressure is applied to the heat-preserving tea storage barrel 25 by arranging the pressurizing device 24 so as to press the beverage into the beverage supply branch pipe 22, and meanwhile, the electromagnetic valve 23 controlled by the instruction of the operation panel 32 is arranged on the beverage supply branch pipe 22, so that a user can take one or more beverages at any time. The waste liquid collecting tank 33 that can cool tea fast and set up of novel play drink machine can effectively collect the drink that splashes carelessly when play drink, prevents to make dirty the mesa that can cool tea fast and drink machine. And simultaneously provides cold drink by providing a cold tea device 40 for rapidly cooling the hot tea stored in the tea storage and warming tub 25. The cold tea device 40 performs preliminary cooling on the hot tea water with high temperature by arranging a cooling component 42 in which the hot tea water and the cooling water flow, so that the temperature difference of the cooled hot tea is reduced, and the purposes of energy conservation and emission reduction are achieved. The cooled hot tea water enters the cooling tea storage tank 413 for rapid cooling, and finally cooled cold tea enters the drinking branch pipe 22 from the cold tea output pipe 411. Meanwhile, the circulating cooling liquid used by the cold tea device 40 radiates heat in the spiral radiating pipe 434 before entering the compressor 431 for re-cooling, thereby reducing the temperature and the working load of the compressor 431, and further ensuring low energy consumption, energy conservation and emission reduction of products.

The above is only a preferred embodiment of the present utility model and is not intended to limit the scope of the present utility model, and any modifications, equivalent substitutions or improvements within the spirit of the present utility model are intended to be covered by the claims of the present utility model.

Claims (9)

1. Novel play drink machine that can cool tea fast, its characterized in that: the novel tea dispenser capable of rapidly cooling tea comprises a frame, a tea supply assembly, a tea discharge assembly connected with the tea supply assembly, and cold tea equipment arranged outside the frame, wherein the tea supply assembly comprises a tea supply main pipe connected with the tea discharge assembly, a plurality of tea supply branch pipes connected with the tea supply main pipe, a plurality of electromagnetic valves arranged on the corresponding tea supply branch pipes, and a plurality of heat-preserving tea storage barrels for providing a drink source, one end of each tea supply branch pipe is connected with the tea supply main pipe, the other end of each tea supply branch pipe is respectively connected with each heat-preserving tea storage barrel, the tea discharge assembly comprises a tea discharge faucet connected with the tea supply main pipe, an operation panel arranged above the tea discharge faucet, and a waste liquid collecting tank arranged below the tea discharge faucet, the waste liquid collecting tank comprises a sliding tank cover, the sliding groove cover is arranged above the liquid collecting box in a sliding way and is provided with a plurality of liquid leakage holes, the cold tea equipment comprises a tea conveying component, a cooling component and a cooling component arranged behind the cooling component, the tea conveying component comprises a hot tea input pipe connected to a hot tea source, a cooling coil pipe arranged behind the hot tea input pipe and a cooling tea storage box arranged behind the cooling coil pipe, the hot tea input pipe and the cooling coil pipe are integrally formed, the cooling component is a cooling coil pipe, the cross section of the cooling coil pipe and the cross section of the cooling coil pipe are in concentric circles, the cooling coil pipe is arranged outside the cooling coil pipe and wraps the cooling coil pipe, the cooling component comprises a compressor, and a cooling water pipe connected with the compressor, wherein the cooling water pipe is integrally formed with the cooling coil pipe and comprises a spiral cooling pipe arranged behind the cooling coil pipe and a spiral radiating pipe connected with the spiral cooling pipe, the spiral cooling pipe is arranged in the cooling tea storage box, the spiral radiating pipe is arranged in a normal temperature environment outside the cooling tea storage box, and the other end of the spiral cooling pipe is connected with the compressor.

2. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the frame includes one and is located work platform at frame top, a set of being located the curb plate of work platform below, and a pair of being located door plant in the curb plate, work platform with frame integrated into one piece is provided with one and supplies drink the subassembly with go out the connecting hole that drink the subassembly is connected, the curb plate is fixed around the frame, the door plant sets up on the curb plate, and be located go out the same one side of the operating direction of drink the subassembly.

3. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the drink supplying assembly also comprises a pressurizing device arranged in the frame, which is respectively connected with each heat-preserving tea storage barrel and provides pressure for the internal storage products.

4. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the heat-preservation tea storage barrel is placed in the rack and is connected with the drinking tap through the drinking supply branch pipe and the drinking supply dry pipe.

5. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the water supply branch pipe, the water supply dry pipe and the cooling water pipe are all made of high-temperature resistant and corrosion resistant materials.

6. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the operation panel is a control component, is connected with each electromagnetic valve and controls the starting and stopping of the electromagnetic valve.

7. A novel tea dispenser capable of rapid cooling according to claim 2, wherein: the liquid collecting box is arranged on the working platform in a detachable and fixed mode.

8. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the tea water conveying assembly further comprises a cold tea output pipe connected to the cooling tea storage box, one end of the cold tea output pipe is connected with a drink outlet of the cooling tea storage box, and the other end of the cold tea output pipe is connected with the drink supply branch pipe.

9. A novel tea dispenser capable of rapid cooling tea as claimed in claim 1, wherein: the cooling water pipe also comprises a cooling water pump which is arranged on the cooling water pipe and is close to the compressor.