CN219613619U - Food material brewing system - Google Patents
Food material brewing system Download PDFInfo
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- CN219613619U CN219613619U CN202320479445.7U CN202320479445U CN219613619U CN 219613619 U CN219613619 U CN 219613619U CN 202320479445 U CN202320479445 U CN 202320479445U CN 219613619 U CN219613619 U CN 219613619U
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Abstract
The utility model relates to a food material brewing and boiling system, which comprises a brewing and boiling machine, a plurality of brewing and boiling barrel groups, a main control module arranged on the brewing and boiling machine and an auxiliary control module arranged on each brewing and boiling barrel group, wherein a user operation interface of the main control module provides a user with a food material brewing and boiling mode, the brewing and boiling barrels in the brewing and boiling barrel groups can move to the brewing and boiling machine to be controlled to inject hot water and then move away from the brewing and boiling machine, the auxiliary control module arranged on a vessel carrying seat of the brewing and boiling barrel or the brewing and boiling barrel can receive a wireless control signal sent by the main control module, so that an electric heater of the brewing and boiling barrel group can maintain the water temperature in the brewing and boiling barrel, and a stirring device can continuously perform the brewing and boiling material stirring action of the brewing and boiling barrel, and the brewing and boiling material stirring action of the brewing and boiling barrel can be continuously performed, and the brewing and boiling system can perform the brewing and boiling material operation such as hot water injection by the single brewing and boiling machine, the combination of the plurality of the brewing and boiling barrel groups and the combination of the brewing and boiling system, and the food material brewing and boiling system can meet the needs of commercial food materials.
Description
Technical Field
The utility model relates to a brewing machine for brewing tea, coffee or round food materials, in particular to a systematic food material brewing system capable of effectively improving the brewing efficiency of the food materials.
Background
In order to meet the requirements of quick tea making, coffee making or round making, standardized tea making, coffee making, round making and other food material brewing processes, and the quality control of tea, coffee making, round making and other food materials and the operation of mass production of tea, coffee making, round making and other food materials, commercial food material brewing machines with an automatic control function exist at present. Taking a tea boiler as an example, the existing commercial tea boiler mainly comprises a tea boiler, wherein a machine seat is provided with a tea boiler, a filter screen part can be placed in the tea boiler, tea leaves and the like can be placed on the filter screen part, and the top of the machine seat is provided with an upper cover capable of opening and closing the tea boiler. The machine seat is also provided with a hot water injection pipeline and a tea water output pipeline which are communicated with the tea boiling container, the hot water injection pipeline can be connected with a hot water supply source, the machine seat is also provided with a control device with a control panel, the switches of the hot water injection pipeline and the tea water output pipeline are controlled by the control device, and the control panel of the control device provides the optimal brewing time of tea water and the like for a user according to each tea, so as to extract tea soup and the like with optimal flavor and taste.
The tea boiler can meet the requirements of operation such as quick tea boiling and standardized tea boiling flow to control tea quality, mass production of tea water and the like, but the existing tea boiler can be used for boiling tea soup with flavor and taste only by soaking the tea leaves for a preset time, so that the tea boiler needs to stand still for waiting, when the requirement of a large amount of tea water is met, a tea shop manager needs to purchase a plurality of tea water to meet the requirement, the purchase cost is high, the equipment cost of the tea shop manager is high, and the same problem of high cost exists in the same equipment for brewing and boiling coffee, round powder and other food materials, so that the supply requirement of a large amount of tea water, coffee or round powder and other food materials for commercial use is met by more economic equipment, and the tea boiler is an important subject for developing the current food material brewing and boiling equipment.
Disclosure of Invention
The technical problems to be solved by the utility model are as follows: the technical problem that the existing food material brewing machine is difficult to meet the requirements of commercial use on a large amount of brewing food materials for equipment with economy is solved.
The technical proposal provided by the utility model is as follows: provided is a food material brewing system, comprising:
the brewing machine comprises a shell and a hot water supply mechanism arranged in the shell, wherein a container placement area is arranged below the front side of the shell, and the hot water supply mechanism can output hot water in a controlled manner;
each soaking and boiling barrel group comprises a soaking and boiling barrel, a stirring device and an electric heater, wherein the soaking and boiling barrel can be used for placing food materials and can be placed in a container placing area of the soaking and boiling machine to receive hot water output by the hot water supply mechanism to soak the food materials, the soaking and boiling barrel can be moved away from the soaking and boiling machine from the container placing area, and the stirring device and the electric heater are respectively arranged in the soaking and boiling barrel;
the main control module is arranged in the shell of the brewing machine and comprises a main control unit, a wireless signal transmitting unit and a user operation interface, wherein the wireless signal transmitting unit and the user operation interface are electrically connected with the main control unit, the user operation interface is positioned at the front side of the shell and is used for setting a food brewing control mode for a designated brewing barrel group through the user operation interface, and the main control unit is electrically connected with a hot water supply mechanism of the brewing machine and can control the hot water supply mechanism to input hot water with preset water quantity and preset water temperature into the brewing barrel placed in a container placement area of the brewing machine; and
the auxiliary control modules correspond to the number of the brewing barrel groups, each of the brewing barrel groups is provided with one auxiliary control module, each auxiliary control module comprises an auxiliary control unit and a wireless signal receiving unit electrically connected with the auxiliary control unit, the auxiliary control units can control an electric heater and a stirring device arranged on the brewing barrel, the brewing barrel which is completely filled with hot water is moved away from the brewing machine, the main control unit of the main control module sends out wireless control signals to the auxiliary control modules arranged on the brewing barrel through the wireless signal transmitting unit according to a food material brewing control mode set by the wireless control signals, and the auxiliary control unit starts the electric heater and the stirring device of the brewing barrel group to execute food material brewing action according to the food material brewing control mode set by the wireless control signals until the brewing barrel group completes the food material brewing action.
In the food material brewing system, the hot water supply mechanism comprises an electric heating heater, a hot water output pump, a water inlet pipeline and a water outlet pipeline, wherein the water inlet pipeline and the water outlet pipeline are provided with a control valve controlled by a main control unit of the main control module;
the electric heater is arranged on the peripheral wall of the barrel body, the stirring device comprises a stirrer and a motor, the stirrer is pivoted in the filter screen and passes through the bottom of the barrel body in a waterproof sealing manner, the motor is arranged below the bottom of the barrel body and is connected with the stirrer, and the motor and the electric heater of the stirrer are controlled by the auxiliary control unit of the auxiliary control module.
In the food material brewing system, the bottom of the accommodating space of the barrel body is provided with the bottom plate, the filter screen is a cone with the decreasing diameter from top to bottom, the periphery of the upper end of the filter screen is connected with the inner wall surface of the barrel body, and the bottom end of the filter screen extends to the bottom plate.
In the above-mentioned food material brewing system, the brewing barrel group further comprises an inflating device, the inflating device is arranged in the brewing barrel and is electrically connected with the auxiliary control unit of the auxiliary control module, and the inflating device can extend into the brewing barrel to control the infusing of the soup of the brewing materials into the gas.
The other technical proposal provided by the utility model is as follows: provided is a food material brewing system, comprising:
the brewing machine comprises a shell and a hot water supply mechanism arranged in the shell, wherein a container placement area is arranged below the front side of the shell, and the hot water supply mechanism can output hot water in a controlled manner;
each soaking and boiling barrel group comprises a soaking and boiling barrel, a container carrying seat, a stirring device and an electric heater, wherein the soaking and boiling barrel can be used for placing food materials and is placed in a container placing area of the soaking and boiling machine to receive hot water output by the hot water supply mechanism to soak the food materials, the soaking and boiling barrel can be moved away from the soaking and boiling machine from the container placing area and is placed on the container carrying seat, the stirring device comprises a stirrer and a motor, the stirrer is pivoted in the soaking and boiling barrel and extends out of the bottom of the soaking and boiling barrel, the motor group is arranged in the container carrying seat and can be connected with the stirrer in a clutch mode, and the electric heater is arranged in the container carrying seat and can heat the soaking and boiling barrel;
the main control module is arranged in the shell of the brewing machine and comprises a main control unit, a wireless signal transmitting unit and a user operation interface, wherein the wireless signal transmitting unit and the user operation interface are electrically connected with the main control unit, the user operation interface is positioned at the front side of the shell and is used for setting a food brewing control mode for a designated brewing barrel group through the user operation interface, and the main control unit is electrically connected with a hot water supply mechanism of the brewing machine and can control the hot water supply mechanism to input hot water with preset water quantity and preset water temperature into the brewing barrel placed in a container placement area of the brewing machine; and
the auxiliary control modules correspond to the number of the brewing barrel groups, each container carrier of each brewing barrel group is provided with one auxiliary control module, each auxiliary control module comprises an auxiliary control unit and a wireless signal receiving unit electrically connected with the auxiliary control unit, the auxiliary control units can control an electric heater and a motor of a stirring device arranged on the container carrier, when the brewing barrel with hot water is completely input, the brewing barrel is moved away from the brewing machine and placed on the container carrier, the main control unit of the main control module sends out a wireless control signal to the auxiliary control module arranged on the container carrier through the wireless signal transmitting unit according to a food material brewing control mode set by a user operation interface, and the auxiliary control unit starts the electric heater and the stirring device of the brewing barrel group to execute a food material brewing action according to the food material brewing control mode set by the wireless control signal until the brewing barrel group completes the food material brewing action.
In the food material brewing system, the hot water supply mechanism comprises an electric heating heater, a hot water output pump, a water inlet pipeline and a water outlet pipeline, wherein the water inlet pipeline and the water outlet pipeline are provided with a control valve controlled by a main control unit of the main control module;
the brewing barrel comprises a barrel body capable of containing tea water and a barrel cover capable of being covered at the upper end of the barrel body, wherein the lower section of the inner space of the barrel body is provided with a containing space and a filter screen positioned in the containing space, one side of the bottom of the barrel body is provided with an electric water outlet switch which is communicated with the containing space and controlled by the auxiliary control unit, a stirrer of the stirring device is pivoted in the filter screen and passes through the bottom of the barrel body in a waterproof sealing manner and is provided with a connecting part, and a motor arranged on the container carrying seat is provided with a connecting end part which can be connected with the connecting part in a clutching manner.
In the food material brewing system, the bottom of the accommodating space of the barrel body is provided with the bottom plate, the filter screen is a cone with the decreasing diameter from top to bottom, the periphery of the upper end of the filter screen is connected with the inner wall surface of the barrel body, and the bottom end of the filter screen extends to the bottom plate.
In the above-mentioned food brewing system, the brewing barrel group further comprises an inflating device, the inflating device is arranged on the container carrier and is electrically connected with the auxiliary control unit of the auxiliary control module, and the inflating device can extend into the brewing barrel to control the infusing of the soup of the brewing food.
The utility model has the beneficial effects that the front uncovering material brewing system utilizes a systematic combination comprising a brewing machine, a plurality of brewing barrel groups, a main control module arranged in the brewing machine and auxiliary control modules arranged in each brewing barrel group, wherein a user operation interface of the main control module provides a user with a set material brewing module, the brewing barrels in the brewing barrel groups can be moved to the brewing machine to be controlled to inject hot water and then moved away from the brewing machine, the auxiliary control modules arranged in the brewing barrel or a container carrier of the bearing brewing barrel can receive wireless control signals sent by the main control module, so that an electric heater of the brewing barrel groups can maintain the heating temperature of materials in the brewing barrel, a stirring device can independently execute the material brewing actions of the brewing barrels for stirring materials of hot water brewing, and the like, simultaneously, the brewing system of the materials can continuously perform the brewing operation of injecting hot water into the brewing barrels of other brewing barrel groups, the material brewing system can match the systematic combination of the plurality of brewing barrel groups by a single brewing machine, and the auxiliary control module arranged between the brewing barrel groups and the main control module of the brewing machine can provide better commercial brewing performance for the brewing system by combining with the requirements of materials of the main control module.
In the front uncovering food brewing and boiling system, the bottom of the container placing area of the shell can be further provided with a stirring driving component which is electrically connected with the main control unit and can be placed in the container placing area of the brewing and boiling machine, a stirrer in the brewing and boiling barrel is connected with the stirring driving component, and when hot water is input into the brewing and boiling barrel, the stirring driving component can be used for controlling and driving the stirrer in the brewing and boiling barrel.
Drawings
Figure 1 is a schematic plan view of an embodiment of the tea brewing system of the present utility model.
Fig. 2 is a schematic plan view of an additional pumping device for a tea making tank set of the embodiment of the tea making system shown in fig. 1.
Figure 3 is a schematic plan view of another embodiment of the tea brewing system of the present utility model.
Fig. 4 is a schematic plan view of an additional pumping device for a tea making barrel set of the embodiment of the tea making system shown in fig. 3.
Figure 5 is a schematic plan view of another embodiment of the tea brewing system of the present utility model.
Figure 6 is a block schematic diagram of an embodiment of the tea brewing system of the present utility model.
Fig. 7 is a block diagram of an embodiment of the tea brewing system of the present utility model with an additional pumping device.
Figure 8 is a block schematic diagram of an embodiment of the tea brewing system of the present utility model incorporating a stirring drive assembly.
Figure 9 is a view (one) of the tea brewing system of figure 1 in use.
Figure 10 is a view (II) of the tea brewing system of figure 1 in use.
Figure 11 is a view (one) of the tea brewing system of figure 3 in use.
Figure 12 is a view (II) of the tea brewing system of figure 3 in use.
Figure 13 is a view (one) of the tea brewing system of figure 5 in use.
Figure 14 is a view (II) of the tea brewing system of figure 5 in use.
The reference numerals simply illustrate:
1 soaking and boiling machine
10 casing
100 Container placement area
11 Hot water supply mechanism
111 electric heating type heater
112 hot water output pump
113 water inlet pipeline
114 outlet pipeline
115 hot water outlet end
116 agitation drive assembly
2, soaking and boiling barrel group
20, soaking and boiling barrel
201 barrel body
202 bung of barrel
203 floor board
204, filter screen
205 electric water outlet switch
21 Container carrier
22 stirring device
221 stirrer
222 motor
23 electric heater
24-inflating device
3 main control module
30 Main control Unit
31 Wireless signal transmitting unit
32 user interface
4 auxiliary control module
40 auxiliary control unit
41 Wireless signal receiving unit
Detailed Description
The technical scheme adopted by the utility model to achieve the preset aim is further described below by combining the drawings and the embodiment of the utility model.
As can be seen from the drawings, the overall structure of the food material brewing system mainly comprises a brewing machine 1, a plurality of brewing barrel sets 2, a main control module 3 and a plurality of auxiliary control modules 4.
As shown in fig. 1 to 5, the brew machine 1 includes a housing 10 and a hot water supply mechanism 11, wherein the hot water supply mechanism 11 is installed in the housing 10, and the hot water supply mechanism 11 can be externally connected with a drinking water source and is heated to a set water temperature and then output. In this embodiment, a container placement area 100 is disposed below the front end of the housing 10, the hot water supply mechanism 11 includes an electrothermal heater 111, a hot water output pump 112, a water inlet pipe 113 and a water outlet pipe 114, the water inlet pipe 113 and the water outlet pipe 114 have a control valve, the water inlet end of the electrothermal heater 111 is connected to the water inlet pipe 113 and is connected to a drinking water source via the water inlet pipe 113, the water outlet pipe 114 is connected to the water outlet end of the electrothermal heater 111 in combination with the hot water output pump 112, the water outlet pipe 114 extends to the upper side of the container placement area 100 on the front side of the housing 10 and has a hot water outlet end 115 with a downward opening, so that the hot water supply mechanism 11 can control heating of drinking water input to the electrothermal heater 111 via the water inlet pipe 113 and outputs hot water via the hot water outlet end 115. The water outlet pipe 114 may further be provided with a water outlet temperature sensor for detecting the temperature of the outputted hot water.
As shown in the embodiment of fig. 1, each of the brew tank groups 2 includes a brew tank 20, a stirring device 22, and an electric heater 23. The brewing barrel 20 can be placed in the container placement area 100 below the front end of the casing 10 of the brewing machine 1 and can be moved away from the brewing machine 1, the brewing barrel 20 comprises a barrel 201 capable of accommodating brewing materials such as tea, coffee powder or powder balls and the like, and a barrel 201 capable of covering the upper end of the barrel 201, the lower section of the inner space of the barrel 201 is provided with a containing space, a bottom plate 203 positioned at the bottom of the containing space, and a filter screen 204 positioned above the containing space, in the embodiment, the filter screen 204 is a cone with decreasing diameter from top to bottom, the bottom end of the filter screen 204 extends onto the bottom plate 203, and one side of the bottom of the barrel 201 is provided with an electric water outlet switch 205 communicated with the containing space.
The stirring device 22 comprises a stirrer 221 and a motor 222, wherein the stirrer 221 is pivoted in the filter screen 204 and passes through the bottom plate 203 in a watertight manner, the motor 222 is arranged below the bottom plate 203 and is connected with the stirrer 221, and the motor 222 can drive the stirrer 221 to rotate.
The electric heater 23 is disposed on the peripheral wall of the tub 201, and is capable of heating and maintaining the temperature of the cooking material in the tub 201 at a predetermined temperature, and in this embodiment, a water temperature sensor is disposed in the tub 201, and is capable of detecting the temperature of the cooking material in the tub 201.
As shown in fig. 2, the set of brew tanks 2 may further include an air pump 24, where the air pump 24 is provided in the brew tank 20 and can extend into the brew tank 20 to pump air into the brew material.
In another embodiment shown in fig. 3, the brew tank assembly 2 includes a brew tank 20, a tank carrier 21, an electric heater 23, and a stirring device 22. The brew kettle 20 can be placed in a container placement area 100 below the front end of the housing 10 of the brew machine 1, and the brew kettle 20 can be moved away from the brew machine 1 and displaced on the container carrier 21. The brewing barrel 20 comprises a barrel 201 capable of accommodating the food materials and a barrel 201 capable of covering the upper end of the barrel 201, the bottom of the inner space of the barrel 201 is provided with a bottom plate 203 and a filter screen 204 arranged on the bottom plate 203 and connected with the inner peripheral wall of the barrel 201, so that the bottom of the inner space of the barrel 201 is separated into an accommodating space at the peripheral area of the filter screen 204, in the embodiment, the filter screen 204 is a cone with decreasing diameter from top to bottom, the upper end periphery of the filter screen 204 is connected with the inner wall surface of the barrel 201, the bottom end of the filter screen 204 extends to the bottom plate 203, one side of the bottom of the barrel 201 is provided with an electric water outlet switch 205 communicated with the accommodating space, the barrel 201 of the brewing barrel 20 can be used for accommodating the food materials such as tea, coffee or powder, etc. on the filter screen 204, soup of the food materials such as tea, coffee powder or powder, etc. can pass through the filter screen 204 to the accommodating space, and the electric water outlet switch 205 can be controlled to be opened.
The stirring device 22 comprises a stirrer 221 and a motor 222, wherein the stirrer 221 is pivoted at the bottom of the brewing barrel 20 and is positioned in the filter screen 204, the stirrer 221 passes through the bottom plate 203 in a sealing way and is provided with a connecting part below the bottom plate 203, the motor 222 is arranged in the container carrier 21 and is provided with a connecting end part, the connecting end part of the motor 222 can be connected with the connecting part of the stirrer 221 in a clutching way, when the brewing barrel 20 is placed in the container carrier 21, the motor 222 can be connected with the stirrer 221 and can drive the stirrer 221 to rotate slowly, so that the brewing materials such as tea, coffee or round powder in the brewing barrel 20 can be fully stretched in soup to brew foods such as tea, coffee, round powder and the like with better flavor.
The electric heater 23 is disposed in the container carrier 21, and is capable of heating and maintaining a predetermined brewing temperature of the food materials such as tea, coffee or wafer contained in the tub 201 through the peripheral wall of the tub 201, and in this embodiment, a water temperature sensor is disposed in the tub 201, and is capable of detecting the temperature of the brewing soup of the food materials such as tea, coffee or wafer contained in the tub 201.
As shown in fig. 4 and 5, the brew chamber group 2 may further include an air pumping device 24, wherein the air pumping device 24 is disposed on the container carrier 21 and can extend into the brew chamber 20 to pump air into the soup for brewing food materials such as tea leaves or coffee.
As shown in fig. 5, the brewing machine may further be provided with a stirring driving assembly at the bottom of the container placement area of the housing 10, wherein the stirrer 221 in the brewing barrel 20 can be connected with the stirring driving assembly 116 when the brewing barrel 20 is placed in the container placement area 100 of the brewing machine 1, and the stirring driving assembly 116 can be controlled to drive the stirrer 221 in the brewing barrel 20 when the brewing barrel 20 inputs hot water.
As shown in fig. 1 to 5 and fig. 6 and 7, the main control module 3 is installed in the housing 10 of the brewing machine 1, and the main control module 3 includes a main control unit 30, a wireless signal transmitting unit 31 and a user operation interface 32, wherein the wireless signal transmitting unit 31 and the user operation interface 32 are electrically connected to the main control unit 30, the user operation interface 32 is located at the front side of the housing 10, and the main control unit 30, the wireless signal transmitting unit 31 and the user operation interface 32 are all existing products, and their specific structures are not described herein. The main control unit 30 of the main control module 3 is electrically connected to the electric heating heater 111 and the hot water output pump 112 of the hot water supply mechanism 11 of the brewing machine 1, the control valve of the water inlet pipeline 113 and the control valve of the water outlet pipeline 114 are electrically connected to the main control unit 30, and the water outlet temperature sensor is also electrically connected to the control unit, so that the hot water supply mechanism 11 of the brewing machine 1 is controlled by the main control module 3 and is connected to an external power supply through the main control module 3. As shown in fig. 8, when the stirring driving assembly 116 is disposed at the bottom of the container placement area of the housing 10, the stirring driving assembly 116 is electrically connected to the main control unit 30, so that the stirring driving assembly 116 of the brewing machine 1 is controlled by the main control module 3.
The main control unit 30 is built with a database including a brewing barrel identification code and a plurality of brewing control modes of each brewing barrel set 2, wherein the brewing control modes include a hot water temperature and a hot water output of the brewing machine 1, and control parameters such as a heating temperature, a stirring speed, an action time of a soup of a brewing material such as tea leaves, coffee or a wafer of the brewing barrel 20, or further include control parameters such as a heating temperature, a stirring speed, an action time of a soup of a brewing material such as tea leaves or coffee, and the user can set a brewing barrel identification code and a brewing control mode of a brewing material for performing a brewing material action via the user operation interface 32, and the user operation interface 32 can display various control parameters of the brewing barrel identification code and the brewing control modes thereof, and can display a hot water temperature and a hot water output of the brewing barrel 20, and a soup heating temperature, a stirring speed, an action time of a brewing material such as tea leaves, coffee or a wafer of the brewing barrel 20, or further include a brewing gas of a brewing material of the brewing material. The database built in the control unit and the execution mode of the user operation interface 32 belong to the existing control technology functions, and are not described herein.
As shown in fig. 1 to 5 and fig. 6 and 7, the number of the plurality of auxiliary control modules 4 corresponds to the number of the brewing barrel sets 2, and each of the brewing barrel sets 2 is provided with one of the auxiliary control modules 4. The auxiliary control module 4 is disposed on the brewing barrel 20 or the container carrier 21, and the auxiliary control module 4 includes an auxiliary control unit 40 and a wireless signal receiving unit 41 electrically connected to the auxiliary control unit 40. The auxiliary control unit 40 has a control function for the electric heater 23, the stirring device 22 and the electric water outlet switch 205 of the brew tank group 2, or further can control the pumping device 24, and the electric heater 23, the stirring device 22 and the electric water outlet switch 205 of the brew tank group 2 are all connected with an external power supply through the auxiliary control module 4, wherein the auxiliary control unit 40 can control the heater to maintain the soup of the brew materials in the brew tank 20 at a predetermined water temperature, can control the on-off of the electric water outlet switch 205, and can cause the stirring device 22 to execute the stirring function of the soup of the brew materials, or can control the pumping function of the pumping device 24.
The wireless signal receiving unit 41 has a wireless signal receiving function, and can receive the wireless control signal sent by the wireless signal transmitting unit 31 of the main control module 3, and the wireless transmission mode between the wireless signal transmitting unit 31 and the wireless signal receiving unit 41 of the main control module 3 can be selected from known modesBluetooth (R)Or other wireless signal transmission category. The auxiliary control unit 40 executes the operation control function of the electric heater 23 and the stirring device 22 of the brewing barrel assembly 2 or further controls the pumping device 24 to perform pumping control function on the soup of the brewing material in the brewing barrel 20 according to the wireless control signal received by the wireless signal receiving unit 41, and controls the electric water outlet switch 205 to start outputting the soup of the brewing material after the brewing barrel assembly 2 finishes the brewing material motion.
In use, referring to fig. 9 to 10 or 11 to 13, in combination with fig. 1 to 7, tea leaves are placed in the brew chambers 20 of a brew chamber group 2, and the brew chambers 20 are placed in the container placement area 100 of the brew machine 1 with the hot water outlet end 115 of the water outlet line 114 of the brew machine 1 directed downward toward the brew chambers 20. As shown in fig. 3 to 5, when the brew kettle group 2 includes an embodiment of a brew kettle 20 and a container carrier 21, the agitation drive assembly 116 is connected to an agitator 221 within the brew kettle 20 when the brew kettle 20 is placed in the container placement area 100 of the brew machine 1. The user operation interface 32 connected to the brewing machine 1 sets a brewing control mode of the brewing basket identification code corresponding to the brewing basket 20, and then executes the brewing control mode. Wherein, the brewing machine 1 stops the operation of the brewing machine 1 after injecting a predetermined amount of hot water of a predetermined water temperature into the barrel 201 in the brewing barrel 20, and then moves the brewing barrel 20 away from the brewing machine 1. When the set of brew tanks 2 is the embodiment shown in fig. 5, the brew tank 20 removed from the brew machine 1 is placed on the container carrier 21 with the secondary control module 4, so that the motor 222 in the drive of the brew tank is connected to the stirrer 221 in the brew tank 20, and the electric heater 23 contacts the bottom of the brew tank 20.
Then, the main control module 3 on the brewing machine 1 sends out corresponding wireless control signals to the wireless signal receiving unit 41 of the auxiliary control module 4 of the brewing barrel 20 according to the set tea making module, the auxiliary control unit 40 starts the electric heater 23 and the stirring device 22 of the brewing barrel set 2 to act until the brewing material acts according to the food material brewing control mode set by the wireless control signals received by the wireless signal receiving unit 41, and the electric water outlet switch 205 of the brewing barrel set 2 is controlled to be opened to output soup of the brewing material. Wherein, the electric heater 23 is used for maintaining the soup of the brewing materials in the brewing barrel 20 at a set water temperature, and the stirrer 221 of the stirring device 22 is used for slowly stirring the soup of the brewing materials in the brewing barrel 20, so that the brewing materials such as tea leaves, coffee or round powder soaked in hot water can naturally stretch, and tea, coffee or round powder with better flavor can be brewed. Alternatively, the air pump 24 is further controlled to pump air into the tea water and coffee in the brewing barrel 20, so that bubbles are generated in the tea water and coffee, and the flavor of the tea water and coffee is enhanced.
In the foregoing process of injecting hot water into the tub 201 of the brew kettle 20 by the brew machine 1, as in the embodiment shown in fig. 9 and 10, the main control module 3 may also start the stirring device 22 to stir the soup of the brew materials in the brew kettle 20 at a slow speed by the auxiliary control module 4 provided on the brew kettle 20, or as in the embodiment shown in fig. 13, the main control module 3 may also start the stirring driving module 116 to stir the soup of the brew materials in the brew kettle 20 at a slow speed by the main control module 3. Alternatively, as shown in the embodiment of fig. 11 and 12, after the brewing basket 1 is moved away from the brewing machine 1, the auxiliary control module 4 provided on the brewing basket 20 starts the stirring device 22 to stir the soup of the brewing materials in the brewing basket 20 at a slow speed.
The wireless signal transmitting unit 31 of the main control module 3 and the wireless signal receiving unit 41 of the sub control module 4 may be replaced by wireless signal transmitting and receiving units, so that the main control module 3 and the sub control module 4 have wireless signal transmitting and receiving functions. After the electric heater 23 and the stirring device 22 of the soaking and boiling barrel set 2 complete the soaking and boiling material, the auxiliary control module 4 sends a signal for completing the soaking and boiling material to the main control module 3, and the main control unit 30 of the main control module 3 displays information such as the soaking and boiling barrel identification code for completing the soaking and boiling material according to the received signal on the user operation interface 32.
According to the above processing method, when the first brewing barrel 20 finishes the operation of injecting hot water into the brewing machine 1 and moving away from the brewing machine 1, and at the same time, the brewing machine 1 can also perform the operation of injecting hot water into the second brewing barrel 20, and so on, the brewing machine 1 can sequentially inject a predetermined amount of hot water into a plurality of brewing barrels 20, and the brewing barrel 20 moves away from the brewing machine 1 after injecting hot water, and the brewing material is independently performed, so that the single brewing machine 1 can be matched with the systematic combination of a plurality of brewing barrel groups 2, and the wireless control method can enable the brewing material brewing system of the utility model to provide the optimal brewing material brewing system in a more economical manner and with the optimal brewing material efficiency for the commercialized brewing material requirements.
The foregoing description is only illustrative of the present utility model and is not to be construed as limiting the utility model, but is intended to cover all modifications, equivalents, and alternatives falling within the scope of the utility model as defined by the appended claims.
Claims (8)
1. A food brewing system, comprising:
the brewing machine comprises a shell and a hot water supply mechanism arranged in the shell, wherein a container placement area is arranged below the front side of the shell, and the hot water supply mechanism can output hot water in a controlled manner;
each soaking and boiling barrel group comprises a soaking and boiling barrel, a stirring device and an electric heater, wherein the soaking and boiling barrel can be used for placing food materials and can be placed in a container placing area of the soaking and boiling machine to receive hot water output by the hot water supply mechanism to soak the food materials, the soaking and boiling barrel can be moved away from the soaking and boiling machine from the container placing area, and the stirring device and the electric heater are respectively arranged in the soaking and boiling barrel;
the main control module is arranged in the shell of the brewing machine and comprises a main control unit, a wireless signal transmitting unit and a user operation interface, wherein the wireless signal transmitting unit and the user operation interface are electrically connected with the main control unit, the user operation interface is positioned at the front side of the shell and is used for setting a food brewing control mode for a designated brewing barrel group through the user operation interface, and the main control unit is electrically connected with a hot water supply mechanism of the brewing machine and can control the hot water supply mechanism to input hot water with preset water quantity and preset water temperature into the brewing barrel placed in a container placement area of the brewing machine; and
the auxiliary control modules correspond to the number of the brewing barrel groups, each of the brewing barrel groups is provided with one auxiliary control module, each auxiliary control module comprises an auxiliary control unit and a wireless signal receiving unit electrically connected with the auxiliary control unit, the auxiliary control units can control an electric heater and a stirring device arranged on the brewing barrel, the brewing barrel which is completely filled with hot water is moved away from the brewing machine, the main control unit of the main control module sends out wireless control signals to the auxiliary control modules arranged on the brewing barrel through the wireless signal transmitting unit according to a food material brewing control mode set by the wireless control signals, and the auxiliary control unit starts the electric heater and the stirring device of the brewing barrel group to execute food material brewing action according to the food material brewing control mode set by the wireless control signals until the brewing barrel group completes the food material brewing action.
2. The system of claim 1, wherein the hot water supply mechanism comprises an electrothermal heater, a hot water output pump, a water inlet pipeline and a water outlet pipeline, both of which have a control valve controlled by a main control unit of the main control module;
the electric heater is arranged on the peripheral wall of the barrel body, the stirring device comprises a stirrer and a motor, the stirrer is pivoted in the filter screen and passes through the bottom of the barrel body in a waterproof sealing manner, the motor is arranged below the bottom of the barrel body and is connected with the stirrer, and the motor and the electric heater of the stirrer are controlled by the auxiliary control unit of the auxiliary control module.
3. The food brewing system according to claim 2, wherein the tub has a bottom plate at the bottom of the accommodating space, the filter screen is a cone with decreasing diameter from top to bottom, the upper end periphery of the filter screen is connected to the inner wall surface of the tub, and the bottom end of the filter screen extends onto the bottom plate.
4. A food brewing system according to any one of claims 1-3, wherein the brewing barrel assembly further comprises an inflation device provided in the brewing barrel and electrically connected to the secondary control unit of the secondary control module, the inflation device being capable of extending into the brewing barrel to control the intake of gas into the broth of the brewed food.
5. A food brewing system, comprising:
the brewing machine comprises a shell and a hot water supply mechanism arranged in the shell, wherein a container placement area is arranged below the front side of the shell, and the hot water supply mechanism can output hot water in a controlled manner;
each soaking and boiling barrel group comprises a soaking and boiling barrel, a container carrying seat, a stirring device and an electric heater, wherein the soaking and boiling barrel can be used for placing food materials and is placed in a container placing area of the soaking and boiling machine to receive hot water output by the hot water supply mechanism to soak the food materials, the soaking and boiling barrel can be moved away from the soaking and boiling machine from the container placing area and is placed on the container carrying seat, the stirring device comprises a stirrer and a motor, the stirrer is pivoted in the soaking and boiling barrel and extends out of the bottom of the soaking and boiling barrel, the motor group is arranged in the container carrying seat and can be connected with the stirrer in a clutch mode, and the electric heater is arranged in the container carrying seat and can heat the soaking and boiling barrel;
the main control module is arranged in the shell of the brewing machine and comprises a main control unit, a wireless signal transmitting unit and a user operation interface, wherein the wireless signal transmitting unit and the user operation interface are electrically connected with the main control unit, the user operation interface is positioned at the front side of the shell and is used for setting a food brewing control mode for a designated brewing barrel group through the user operation interface, and the main control unit is electrically connected with a hot water supply mechanism of the brewing machine and can control the hot water supply mechanism to input hot water with preset water quantity and preset water temperature into the brewing barrel placed in a container placement area of the brewing machine; and
the auxiliary control modules correspond to the number of the brewing barrel groups, each container carrier of each brewing barrel group is provided with one auxiliary control module, each auxiliary control module comprises an auxiliary control unit and a wireless signal receiving unit electrically connected with the auxiliary control unit, the auxiliary control units can control an electric heater and a motor of a stirring device arranged on the container carrier, when the brewing barrel with hot water is completely input, the brewing barrel is moved away from the brewing machine and placed on the container carrier, the main control unit of the main control module sends out a wireless control signal to the auxiliary control module arranged on the container carrier through the wireless signal transmitting unit according to a food material brewing control mode set by a user operation interface, and the auxiliary control unit starts the electric heater and the stirring device of the brewing barrel group to execute a food material brewing action according to the food material brewing control mode set by the wireless control signal until the brewing barrel group completes the food material brewing action.
6. The system of claim 5, wherein the hot water supply mechanism comprises an electrothermal heater, a hot water output pump, a water inlet pipeline and a water outlet pipeline, both of which have a control valve controlled by a main control unit of the main control module;
the brewing barrel comprises a barrel body capable of containing tea water and a barrel cover capable of being covered at the upper end of the barrel body, wherein the lower section of the inner space of the barrel body is provided with a containing space and a filter screen positioned in the containing space, one side of the bottom of the barrel body is provided with an electric water outlet switch which is communicated with the containing space and controlled by the auxiliary control unit, a stirrer of the stirring device is pivoted in the filter screen and passes through the bottom of the barrel body in a waterproof sealing manner and is provided with a connecting part, and a motor arranged on the container carrying seat is provided with a connecting end part which can be connected with the connecting part in a clutching manner.
7. The food brewing system according to claim 6, wherein the tub has a bottom plate at the bottom of the accommodating space, the filter screen is a cone with decreasing diameter from top to bottom, the upper end periphery of the filter screen is connected to the inner wall surface of the tub, and the bottom end of the filter screen extends onto the bottom plate.
8. A food brewing system according to any one of claims 5-7, wherein the brew cartridge assembly further comprises an inflation device disposed on the container mount and electrically connected to the secondary control unit of the secondary control module, the inflation device being configured to extend into the brew cartridge to control the infusion of the brewed food into the gas.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320479445.7U CN219613619U (en) | 2023-03-14 | 2023-03-14 | Food material brewing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320479445.7U CN219613619U (en) | 2023-03-14 | 2023-03-14 | Food material brewing system |
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| Publication Number | Publication Date |
|---|---|
| CN219613619U true CN219613619U (en) | 2023-09-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202320479445.7U Active CN219613619U (en) | 2023-03-14 | 2023-03-14 | Food material brewing system |
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| Country | Link |
|---|---|
| CN (1) | CN219613619U (en) |
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2023
- 2023-03-14 CN CN202320479445.7U patent/CN219613619U/en active Active
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