TWM598653U - Drink making machine - Google Patents

Abstract

This creation is a beverage maker, which includes at least one heating tank group, at least one brewing group, and at least one compressor refrigeration group. The heating tank group is connected to the brewing group, and the brewing group is connected to the compressor refrigeration group. Guided connection, with the cooperation of the heating tank group, brewing group and compressor refrigeration group, to automatically prepare undifferentiated hot drinks and cold drinks, without worrying about the operator’s technical proficiency affecting the stability of the brewed drinks , And the prepared cold drink does not have the problem of the taste and flavor diluted by the melting of ice cubes, so as to achieve the effect of beverage preparation stability and poor operation convenience.

Description

Beverage making machine

This creation is related to a beverage maker, especially a person in the technical field of a brewing device used to maintain the concentration of hot and cold drinks.

According to the current known beverage brewing industry, the staff of beverage shops will use hot water in advance with various seasonings (coffee, milk, tea, saccharin, salt, etc.) to blend the taste of hot beverages to make hot beverages. If the guest chooses a hot drink, the finished product will be delivered to the guest. If the guest chooses a cold drink, the hot drink will be added to ice to cool down. Although this method can be used to cool the drink, the cooling will also reduce the beverage In addition to the concentration and taste of the beverage being affected by the amount of ice added, different service personnel will further affect the taste of the beverage due to the difference in the proficiency of the preparation skills, and with the development of the delivery service model of the catering industry, More and more consumers choose the delivery service, and the ice cubes melted in the beverage during the delivery process of the prepared cold drink, which makes the taste bad or the flavor of the drink becomes weak after the consumer obtains the drink, which makes the prepared product stability and preparation The convenience of operation is poor, so there is a need for improvement.

In view of the problem of product stability and poor convenience of brewing operation of conventional beverage brewing, this creation is the beverage maker of this creation.

The main purpose of this creation is to provide a beverage maker, which includes at least one heating tank group, at least one brewing group and at least one compressor refrigeration group. The heating tank group is provided with a heating water tank and a heat preservation water tank, and the heating water tank There is a connecting pipe connected with the heat preservation water tank, the connection pipe is equipped with a solenoid valve, and the heating water tank is introduced from a tap water pipe to tap water. The heating water tank and the heat preservation water tank are heated and fixed by heating elements and constant temperature heating elements. The brewing group is provided with at least one heating water storage tank and a brewing tank. The heating water storage tank is provided with a water inlet pipe and a water outlet pipe. The water inlet pipe is provided with a water pump and the water outlet pipe is provided with a solenoid valve. The outlet pipe port is opposite to The top side of the brewing tank is open, and the top edge of the brewing tank opening is provided with a feeding port at the relative position of the top edge of the brewing tank opening, and a top cover is combined with the water outlet pipe above the opening of the brewing tank, and the side of the brewing tank is a driving brewing tank diameter A rotary drive group is provided for the rotation direction. The rotary drive group is actuated by a drive motor and the opposite gear group. In addition, the side of the brewing groove is driven by the brewing groove to move up and down axially. The lifting drive group is A drive motor cooperates with the opposite rack to actuate, and the rack is fixed to the brewing tank, and the brewing tank is guided with a hot drink outlet pipe and a hot drink cooling pipe, the hot drink outlet pipe and the hot drink cooling pipe are respectively provided with one Water pump, another compressor refrigeration unit is equipped with a first-stage cooling double-tube heat exchanger, a second-stage cooling double-tube heat exchanger, at least one or two compressors, a water-cooling liquid storage tank and a water-cooling liquid recovery tank. The cooling double-tube heat exchanger and the two-stage cooling double-tube heat exchanger are coil heat exchangers or plate heat exchangers, while the first-stage cooling double-tube heat exchanger and the second-stage cooling double-tube heat exchanger are The inner tubes of the primary cooling double-tube heat exchanger are connected with each other, and the outer tube of the primary cooling double-tube heat exchanger is provided with a cooling water inlet and a waste water outlet. The outer tube of the secondary cooling double-tube heat exchanger is provided with a coolant inlet and a cooling The liquid guide outlet, and the inner pipe of the two-stage cooling double-tube heat exchanger, and the other side of the end that connects with the inner pipe of the first-stage cooling double-tube heat exchanger is provided with a cold drink outlet pipe, and the compressor is provided with a coolant respectively Inlet and a coolant outlet, and the compressor's coolant inlet is connected to the water-cooling liquid storage tank by a connecting pipe. The water-cooling liquid storage tank is stored with water-cooling liquid (propylene glycol, ethylene glycol or other cooling liquid) and is water-cooled The liquid storage tank is connected by a connecting pipe to the coolant inlet of the outer tube of the secondary cooling double-tube heat exchanger. The connecting pipe is provided with a water pump, and the water-cooling liquid recovery tank is connected by a connecting pipe and the secondary cooling double-tube The cooling liquid outlet of the outer tube of the heat exchanger is connected, and the water-cooling liquid recovery tank and the water-cooling liquid storage tank are connected by a connecting pipe. The connecting pipe is equipped with a water pump to make the first-stage cooling double-tube heat exchanger, the second Stage cooling double-tube heat exchanger, at least one or two compressors, water-cooling liquid storage tank and water-cooling liquid recovery tank form a cooling cycle. When one set of compressors is set up, it is operated separately to cool down, and another set of two compressors is set When a compressor is overheated or overloaded and stops operating, another compressor will continue to operate, and the heat preservation water tank of the heating tank group and the heating water storage tank of the brewing group are provided with a water pipe that is connected, and the brewing tank The hot drink cooling pipe is connected to the inner pipe of the first-stage cooling double-tube heat exchanger and the second-stage cooling double-tube heat exchanger. The heating tank group, the brewing group and the compressor refrigeration group cooperate to automatically For the undifferentiated preparation of hot and cold drinks, there is no need to worry about the operator's technical proficiency affecting the stability of the prepared drinks, and the prepared cold drinks do not have the problem of the taste and flavor of the melted ice cubes. The rotary driving group on the side of the brewing tank drives the rotation of the brewing tank to pour out the material after brewing, and the lifting driving group on the side of the brewing tank drives the lifting of the brewing tank and the top of the outlet pipe. The lid is opened or closed for infusion, and the preparation of hot and cold drinks is made through the following process: (A) Tap water is introduced into the heating tank of the heating tank group from the tap water pipe, and the incoming water is heated to the set temperature (about 60~ 80°C), the heated water is introduced into the heat preservation water tank, and the water is heated and maintained; (B) when making beverages, the water stored in the heat preservation water tank is introduced into the heating water storage tank of the brewing group to make the water introduced Warm up to the required beverage temperature; (C) The brewing tank set in the brewing group is put into the material bag (such as: coffee, tea bag, powder, fruit tea powder, raw material or tea), and the water storage tank is heated The stored water is introduced into the brewing tank to brew hot beverages; (D) The hot beverage brewed in the brewing tank is led out from the hot beverage outlet pipe; the hot beverage is prepared through the above process; in addition, the cold beverage is prepared The brewed hot beverage is cooled through the following process: (E) The hot beverage brewed from the brewing tank set by the brewing group is cooled by the compressor refrigeration group; (F) the first stage cooling of the compressor refrigeration group The double-tube heat exchanger, the inner tube of which introduces the hot beverage brewed from the brewing tank, and the outer tube introduces normal temperature tap water for one-stage cooling at room temperature; (G) the first-stage cooling double-tube heat exchanger for the beverage after cooling, Introduce the inner tube of the two-stage cooling double-tube heat exchanger, and the outer tube is equipped with the water-cooling liquid storage tank and the water-cooling liquid recovery tank by the compressor to make the water-cooling liquid circulate in the outer tube, the water-cooling liquid storage tank and the water-cooling liquid recovery tank , To provide the beverage in the inner tube for secondary low-temperature cooling; (H) the cold beverage cooled in the inner tube of the secondary cooling double-tube heat exchanger is exported from the cold beverage outlet pipe; the cold beverage is prepared through the above process; In order to achieve the effect of beverage preparation stability and convenient operation.

In order to enable your reviewer to further understand the structure, features and other purposes of this creation, the following preferred embodiments are attached with diagrams for detailed descriptions as follows, but the embodiments described in this diagram are for illustrative purposes. It is not the only restriction on patent application.

Please refer to Figures 1 to 4, which are the three-dimensional composition state, front cross-sectional state, integral component composition block and detailed component composition and assembly relationship diagram of the creative beverage maker, including:

At least one heating tank group 10, the heating tank group 10 is provided with a heating water tank 11 and a heat preservation water tank 12, and a connecting pipe 13 is connected between the heating water tank 11 and the heat preservation water tank 12, and the connection pipe 13 is provided with a solenoid valve 130, and The heating water tank 11 is supplied with tap water from a tap water pipe 100, and the heating water tank 11 and the heat preservation water tank 12 are heated and fixed by heating elements and constant temperature heating elements (not shown in the figure);

At least one brewing group 20, the brewing group 20 is provided with at least one heating water storage tank 21 and a brewing tank 22, and the heating water storage tank 21 is provided with a water inlet pipe 210 and a water outlet pipe 211, and the water inlet pipe 210 is provided with a water pump 210A, the outlet pipe 211 is provided with a solenoid valve 211A, and the port of the outlet pipe 210 is open relative to the top side of the brewing tank 22, and the top edge of the opening of the brewing tank 22 is provided with a feeding port 220, and the brewing tank 22 Above the opening, a top cover 221 is combined with the water outlet pipe 211, and the side of the brewing tank 22 drives the brewing tank 22 to rotate radially, and a rotary driving group 222 is provided. The rotary driving group 22 is a driving motor matched with opposite gears. In addition, the side of the brewing tank 22 drives the brewing tank 22 to move up and down axially. A lift drive group is provided. The lift drive group is actuated by a drive motor and the opposite rack, and the rack is fixed on the foam A hot beverage outlet pipe 223 and a hot beverage cooling pipe 224 are connected to the brewing tank 22. The hot beverage outlet pipe 223 and the hot beverage cooling pipe 224 are respectively provided with a water pump 223A, 224A, and the heating water storage tank 21 is installed The water pipe 210 is connected to the heat preservation water tank 12 of the heating tank group 10; and

At least one compressor refrigeration unit 30, the compressor refrigeration unit 30 is provided with a first-stage cooling double-tube heat exchanger 31, a first-stage cooling double-tube heat exchanger 32, at least one or two compressors 33, and a water cooling liquid storage The tank 34 and a water-cooling liquid recovery tank 35, and the primary cooling double-tube heat exchanger 31 and the secondary cooling double-tube heat exchanger 32 are coil heat exchangers or plate heat exchangers, and the primary cooling double The inner pipes of the two-stage cooling double-tube heat exchanger 31 and the two-stage cooling double-tube heat exchanger 32 are mutually connected, and the outer pipe of the first-stage cooling double-tube heat exchanger 31 is provided with a cooling water inlet 310 and a waste water outlet 311. The outer tube of the cooling double-tube heat exchanger 32 is provided with a coolant inlet 320 and a coolant outlet 321, while the inner tube of the two-stage cooling double-tube heat exchanger 32 is connected to the first-stage cooling double-tube heat exchanger. The other side of the connecting end of the inner pipe of 31 is provided with a cold drink outlet pipe 322, the compressor 33 is provided with a cooling liquid inlet 330 and a cooling liquid outlet 331, and the cooling liquid inlet 330 of the two compressors 33 and the water cooling liquid storage tank 34 is connected by a connecting pipe 330A. The water-cooling liquid storage tank 34 is filled with water-cooling liquid (propylene glycol, ethylene glycol or other cooling liquids), and the water-cooling liquid storage tank 34 is connected by a connecting pipe 340 and a secondary cooling double sleeve heat The coolant inlet 320 of the outer tube of the exchanger 32 is connected. The connecting tube 340 is provided with a water pump 340A, and the water-cooling liquid recovery tank 35 uses a connecting tube 350 and the outer tube of the secondary cooling double-tube heat exchanger 32. The cooling liquid outlet 321 is connected, and the water-cooling liquid recovery tank 35 and the water-cooling liquid storage tank 34 are connected by a connecting pipe 351. The connecting pipe 351 is provided with a water pump 351A to make the first-stage cooling double-tube heat exchanger 31, two Two-stage cooling double-tube heat exchanger 32, compressor 33, water-cooling liquid storage tank 34 and water-cooling liquid recovery tank 35 form a cooling cycle. When one set of compressors 33 is installed, a separate operation is used to cool down, and another two sets of compression When the engine 33 is overheated, one compressor 33 stops operating, and the other compressor 33 continues to operate, which communicates with the inner pipes of the first-stage cooling double-tube heat exchanger 31 and the second-stage cooling double-tube heat exchanger 32. It is connected to the hot drink cooling duct 221 provided in the brewing tank 22 of the brewing group 20.

With the cooperation of the above structures, the creative beverage maker is completed.

Please refer to Figures 2 to 6, which are the front sectional state of the creative beverage maker, the overall component composition box, the detailed component composition and assembly relationship, the hot beverage preparation process and the beverage preparation process schematic diagram, and the heating tank group 10 The heat preservation water tank 12 is connected to the water inlet pipe 210 provided in the heating water storage tank 21 of the brewing group 20, and the hot drink cooling pipe 221 of the brewing tank 22 is mutually connected with the first-stage cooling double-tube heat exchanger 31 and the second-stage cooling double set The inner tube of the tube heat exchanger 32 is connected. By the cooperation of the heating tank group 10, the brewing group 20, and the compressor refrigerating group 30, the undifferentiated hot and cold drinks can be prepared automatically without worrying about the operator. The technical proficiency affects the stability of the brewed drink, and the brewed cold drink does not have the problem of the taste and flavor diluted by the melting of ice cubes. The side of the brewing tank 22 is provided with a rotary drive group 222 to drive the brewing tank 22 Rotate to pour out the material package after the brewing tank 22 is brewed, and the lifting drive group on the side of the brewing tank 22 drives the brewing tank 22 up and down and the top cover 221 of the water outlet pipe 211 is opened or closed for brewing. The hot and cold drinks are prepared through the following process: (A) Tap water is introduced from the tap water pipe 100 to the heating tank 11 of the heating tank group 10, and the incoming water is heated to the set temperature (about 60~80 degrees C), after heating The water is introduced into the heat preservation water tank 12, and the water is heated and maintained; (B) When brewing the beverage, the water stored in the heat preservation water tank 12 is introduced into the heating water storage tank 21 of the brewing group 20, so that the introduced water temperature matches the temperature The temperature of the drink needs to be heated; (C) The brewing tank 22 of the brewing group 20 is put into the material bag (such as: coffee, tea bag, powder, fruit tea powder, raw material or tea), and the water storage tank 21 is heated The stored water is introduced into the brewing tank 22 for brewing hot beverages; (D) The hot beverage brewed in the brewing tank 22 is exported from the hot beverage outlet pipe 220; the hot beverage is prepared through the above process; and the cold beverage is prepared At this time, the brewed hot beverage is cooled through the following process: (E) The hot beverage brewed by the brewing tank 22 of the brewing group 20 is cooled by the compressor refrigeration group 30; (F) Compression The first-stage cooling double-tube heat exchanger 31 of the mechanical refrigeration unit 30, the inner tube of which is introduced into the hot beverage brewed from the brewing tank 20, and the outer tube is introduced into normal temperature tap water for primary cooling at room temperature; (G) primary cooling double set The beverage after cooling in the tube heat exchanger 31 is introduced into the inner tube of the two-stage cooling double-tube heat exchanger 32, and the outer tube is matched with the water-cooling liquid storage tank 34 and the water-cooling liquid recovery tank 35 by the compressor 33 to make the water-cooling liquid in The outer tube, the water-cooled liquid storage tank 34 and the water-cooled liquid recovery tank 35 are circulated in order to provide the beverage in the inner tube for secondary low-temperature cooling; (H) the secondary cooling double-tube heat exchanger 32 inner tube for cooling The cold beverage is led out by the cold beverage outlet pipe 322; the preparation of the cold beverage is completed through the above-mentioned process; the effect of the beverage preparation stability and the poor operation convenience is achieved.

In summary, this creation can indeed achieve the above-mentioned functions and purposes, so this new model should meet the requirements of a patent application, and an application should be filed in accordance with the law.

100: water pipe

10: Heating tank group

11: Heating the sink

12: Insulation sink

13: connecting pipe

130: Solenoid valve

20: Brewing group

21: Heating water storage tank

210: inlet pipe

210A: Water pump

211: Outlet Pipe

211A: Solenoid valve

22: Brewing tank

220: Feeding port

221: top cover

222: Rotary drive group

223: Hot Drink Outlet Tube

223A: Water pump

224: Hot drink cooling catheter

224A: Water pump

30: Compressor refrigeration unit

31: Primary cooling double-tube heat exchanger

310: Cooling water inlet

311: Wastewater outlet

32: Two-stage cooling double-tube heat exchanger

320: Coolant inlet

321: Coolant outlet

322: Cold Drink Outlet Tube

33: Compressor

330: Coolant inlet

330A: connecting pipe

331: Coolant outlet

34: Water cooling liquid storage tank

340: connecting pipe

340A: Water pump

35: Water-cooled liquid recovery tank

350: connecting pipe

351: connecting pipe

351A: Water pump

[Figure 1] is a schematic diagram of the three-dimensional composition state of the creative beverage maker. [Figure 2] is a schematic diagram of the front sectional state of the creative beverage maker. [Figure 3] is a block diagram of the integral components of the creative beverage maker. [Figure 4] is a schematic diagram of the detailed component composition and assembling relationship of this creative beverage maker. [Figure 5] is a schematic diagram of the hot beverage preparation process of the creative beverage maker. [Figure 6] is a schematic diagram of the cold beverage preparation process of the creative beverage maker.

10: Heating tank group

20: Brewing group

30: Compressor refrigeration unit

Claims (8)

A beverage maker, comprising: at least one heating tank group, the heating tank group is provided with a heating water tank and a heat preservation water tank, and a connecting pipe is connected between the heating water tank and the heat preservation water tank, and the heating water tank is introduced into tap water from a tap water pipe ; At least one brewing group, the brewing group is provided with at least one heating water storage tank and a brewing tank, and the heating water storage tank is provided with a water inlet pipe and a water outlet pipe, and the outlet pipe port is opposite to the top side opening of the brewing tank , And the relative position of the top edge of the brewing tank opening is provided with a feeding port. The brewing tank is connected with a hot drink outlet pipe and a hot drink cooling pipe. The water inlet pipe of the heating water storage tank is connected to the heat preservation water tank of the heating tank group. ; And at least one compressor refrigeration group, the compressor refrigeration group is provided with a first-stage cooling double-tube heat exchanger, a second-stage cooling double-tube heat exchanger, at least one compressor, a water-cooling liquid storage tank and a water-cooling liquid Recovery tank, and the inner tubes of the primary cooling double-tube heat exchanger and the secondary cooling double-tube heat exchanger are connected to each other, and the outer tube of the primary cooling double-tube heat exchanger is provided with a cooling water inlet and a waste water outlet, The outer tube of the two-stage cooling double-tube heat exchanger is provided with a cooling liquid inlet and a cooling liquid outlet. The inner tube of the two-stage cooling double-tube heat exchanger is the same as the one-stage cooling double-tube heat exchanger. The other side of the connecting end of the inner pipe is provided with a cold drink outlet pipe. The compressor is provided with a cooling liquid inlet and a cooling liquid outlet. The cooling liquid inlet of the compressor and the water cooling liquid storage tank are connected by a connecting pipe, and the water cooling liquid The storage tank is connected by a connecting pipe to the coolant inlet of the outer tube of the secondary cooling double-tube heat exchanger. The water-cooling liquid recovery tank is connected by a connecting tube and the outer tube of the secondary cooling double-tube heat exchanger. The cooling liquid outlet is connected, and the water cooling liquid recovery tank and the water cooling liquid storage tank are connected by a connecting pipe, so that the first-stage cooling double-tube heat exchanger, the second-stage cooling double-tube heat exchanger, the compressor, and the water-cooling liquid storage The tank and the water-cooling liquid recovery tank form a cooling cycle, which communicates with the inner pipes of the first-stage cooling double-tube heat exchanger and the second-stage cooling double-tube heat exchanger, and the hot drink cooling pipe provided in the brewing tank of the brewing group Conduction. For example, in the beverage maker described in item 1 of the scope of patent application, the compressors of the compressor refrigeration unit are arranged in two groups, and when one compressor is overheated or overloaded, the other compressor will continue to operate. For example, the beverage maker described in item 1 or 2 of the scope of patent application, wherein the heating water tank and the heat preservation water tank of the heating tank group are heated and fixed by heating elements and constant temperature heating elements. The beverage maker described in item 1 or 2 of the scope of patent application, wherein the water-cooling liquid stored in the water-cooling liquid storage tank of the compressor refrigeration unit is propylene glycol, ethylene glycol or other cooling liquids. The beverage maker described in item 1 or 2 of the scope of patent application, wherein a top cover is provided above the opening of the brewing tank of the brewing group and the water outlet pipe, and the side of the brewing tank is axially driving the brewing tank The lift is equipped with a lift drive group, the lift drive group is actuated by a drive motor in cooperation with the relative rack, and the rack is fixed to the brewing tank, and the lifting drive group on the side of the brewing tank drives the lifting and lowering of the brewing tank. The top cover of the outlet pipe is opened or closed for brewing. For the beverage maker described in item 1 or 2 of the scope of patent application, wherein the side of the brewing tank of the brewing group drives the brewing tank to rotate radially and is provided with a rotary driving group, and the rotary driving group is driven by a The motor works with the opposite gear set. For example, the beverage maker described in item 1 or 2 of the scope of patent application, wherein the tap water is introduced into the heating water tank of the heating tank group from the tap water pipe, the incoming water is heated to a set temperature of 60~80 degrees C, and the heated water is introduced to the heat preservation The water tank is heated and maintained by the water; when the beverage is brewed, the water stored in the heat preservation tank is introduced into the heating water storage tank set in the brewing group, so that the introduced water temperature matches the required beverage temperature for heating; set by the brewing group The brewing tank is put into the material bag, and the water stored in the heating water storage tank is introduced into the brewing tank to brew hot drinks; the hot drinks brewed in the brewing tank are led out by the hot drink outlet pipe. The beverage maker described in item 1 or 2 of the scope of patent application, wherein the hot beverage brewed by the brewing tank set in the brewing group is cooled by the compressor refrigeration group; the compressor refrigeration group is one-stage cooling Double-tube heat exchanger, the inner tube introduces the hot beverage brewed in the brewing tank, and the outer tube introduces normal temperature tap water for primary room temperature cooling; the primary cooling double-tube heat exchanger cools the beverages into the secondary Cooling the inner tube of the double-tube heat exchanger, while the outer tube is equipped with a water-cooling liquid storage tank and a water-cooling liquid recovery tank by a compressor to make the water-cooling liquid circulate in the outer tube, water-cooling liquid storage tank and water-cooling liquid recovery tank to provide The beverage in the inner tube undergoes secondary low temperature cooling; the cold beverage in the inner tube of the secondary cooling double-tube heat exchanger is led out by the cold beverage outlet pipe.

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