TWI526184B - Automatic grinding and cooking apparatus combined with drinking water supply - Google Patents

Description

Automatic grinding cooking equipment combined with drinking water supply

BACKGROUND OF THE INVENTION The present invention relates to an automatic cooking apparatus that incorporates a drinking water supply function, and more particularly to an automatic cooking apparatus that can automatically grind food material through remote or proximal operation and that incorporates a drinking water supply function.

In a busy society, modern people are demanding time and effort for work and life. For the production of food, it is often struggling between deliciousness and speed. In general, modern people often spend a lot of time and manpower to make their own meals at home, while the external diet has economic and food safety considerations. Therefore, in recent years, many food appliance manufacturers have been working hard to develop a new generation of smart food appliances to meet the needs of modern people for food production. Common automated food making appliances such as fruit and vegetable conditioners, soymilk machines, bread machines or blending grinders, etc., which are called automated food appliances, actually only have semi-automatic functions, can not achieve complete automation, or even through the remote Wired operation to achieve true fully automatic remote control of cooking.

For some special foods, it is often necessary to grind or stir before Through the existing automatic cooking equipment or products on the market, it is almost impossible to achieve the function of automatic cooking. Looking at the existing general cooking equipment such as electric cooker, electronic pot, soymilk machine or conditioning machine, in the process of cooking, not only the manual addition of water, the control of the required amount of food or the setting of heating time and other complicated processes are required. For some bean cereals that need to be ground in particular (such as sesame paste, red bean soup, peanut soup, etc.), it is even more difficult to achieve in one go. As a result, the work of cooking in the kitchen is becoming more and more difficult in the ordinary small family life. For the cooking environment that is now convenient and time-sensitive, the aforementioned devices do have the need for progress and improvement.

The above-mentioned conventional kitchen automatic cooking device lacks the automatic water supply device and the food storage room, so that it is difficult to achieve the purpose of real cooking automation, and at the same time, the food grinding device is lacking, so that the cooking method of the food material is difficult to diversify. In addition, the aforementioned kitchen automation device cannot provide the function of the user's daily drinking water at the same time, so the kitchen needs to be equipped with a plurality of different cooking devices, which causes many users to be troubled in space use for a kitchen with limited space and limited sockets. .

In addition, when the aforementioned kitchen automation device is in use, the user needs to operate the control panel or press a button to input an instruction on the spot, which is obviously insufficient for a busy modern person.

Accordingly, it is an object of the present invention to provide a drinking water supply device, a food material storage, a cooking device, a polishing device, and a remote control module integrated into a single device, in addition to being capable of operating in a variety of dishes, It saves space and time, and can more accurately control the various conditions of cooking. It is expected to solve various problems in the automation of existing cooking equipment.

According to an embodiment of the present invention, an automatic grinding cooking apparatus incorporating a drinking water supply is provided, comprising: a drinking water tank, an food storage compartment, a grinding unit, a cooking unit, and a controller. The drinking water tank comprises a drinking water sensor, a drinking water outlet pipe and a drinking water valve, the drinking water sensor is arranged in the drinking water tank, the drinking water outlet pipe is connected with the drinking water tank, and the drinking water valve controls the drinking water outlet pipe. The food storage room comprises a food material sensor, an food material outlet and a food material valve, the food material sensor is arranged in the food storage room, the food material output port is connected with the food material storage room, and the food material valve is matched with the food material output port to control the output of the food material. The grinding unit comprises a first passage, a grinding cutter and a grinding discharge port, and the first passage is selectively connected to the food storage compartment, and the food material is ground by the grinding tool, and then the food material is outputted by the grinding discharge port. The cooking unit comprises a heater and a steam output, and the heater is for heating the container placed on the heater, and the container corresponds to the drinking water outlet tube, the food output port and the grinding outlet to receive the drinking water and the food. The vapor output unit connects the cooking unit to the outside to control the vapor pressure in the container. The controller controls the connection of the drinking water sensor, the food material sensor, the drinking water valve, the food material valve, the grinding tool and the heater, and the controller receives the user instruction, thereby controlling the drinking water valve, the food material valve, and the grinding according to the preset sequence. Tools and heaters.

According to this embodiment, the user can input a user command according to different usage requirements, and the controller can transmit the control signal to the drinking water valve, the food valve, the grinding tool, the heater and the steam output to achieve automatic grinding and cooking. The function of the ingredients.

Other embodiments of the foregoing embodiments are described as follows: The aforementioned automatic grinding cooking apparatus combined with drinking water supply may further comprise a drinking water supply device connected to the drinking water tank and containing at least one drinking water outlet. The cooking unit may further comprise a container sensor and a temperature sensor, the container sensor is configured to sense the weight and position of the container, and is electrically connected to the controller to return the weight and position of the container to the controller, and the temperature sensing The device is electrically connected to the controller for returning the cooking temperature. The aforementioned cooking unit may further comprise an ultrasonic oscillator. The aforementioned controller may include a remote connection for the user to remotely control the controller. The aforementioned automatic grinding and cooking apparatus combined with drinking water supply further comprises an elastic member coupled to the door panel to actuate a partition to be tightly engaged with a container when the door panel is closed.

According to another embodiment of the present invention, an automatic grinding cooking apparatus combined with a drinking water supply is provided, comprising: a drinking water tank, an food storage compartment, a grinding unit, a mixing filtering unit, a cooking unit and a Controller. The drinking water tank comprises a drinking water sensor, a drinking water outlet pipe and a drinking water valve, the drinking water sensor is arranged in the drinking water tank, the drinking water outlet pipe is connected with the drinking water tank, and the drinking water valve controls the drinking water outlet pipe. The food storage room includes a food material sensor, an food material output port and a food material valve, the food material sensor is disposed in the food material storage room, the food material output port is connected with the food material storage room, and the food material valve is matched with the food material output port to control the output of the food material. The grinding unit comprises a first passage, a grinding cutter, a grinding outlet and a grinding discharge valve, and the first passage is selectively connected to the food storage compartment, and the food material is ground by the grinding tool and output by the grinding outlet, and the grinding and discharging valve is matched with the valve. The spout is ground to control the output of the food material to the second grinding spout. The mixing filter unit contains a drinking water inlet, a second passage and a mixed filter outlet, the drinking water inlet is selectively connected to the drinking water valve, and the second passage is selectively connected to the grinding unit, and the food is mixed and filtered through the second passage to the mixed filter unit and the drinking water. The output is output through a mixed filter. The cooking unit comprises a heater and a steam output member, and the heater is used for heating the container placed on the heater, and the container corresponds to the drinking water outlet tube, the food material outlet, the second grinding outlet and the mixed filter outlet. To receive drinking water and ingredients. The vapor output unit connects the cooking unit to the outside to control the vapor pressure in the container. The controller includes a distal connection member, the distal connection member is for the user to input a command to the controller at a remote end, and the controller controls the connection of the drinking water sensor, the food material sensor, the drinking water valve, the food material valve, and the grinding The tool and the heater, the controller receives user commands to control the drinking water valve, the food valve, the grinding tool and the heater in a predetermined sequence.

In this embodiment, the present invention can be used by the user to input control signals according to different usage requirements, so that the controller can transmit control signals to the drinking water valve, the food valve, the grinding tool and the heater, in addition to the function of automatically grinding and cooking the food. At the same time, the ingredients to be cooked are also divided into the original food, the powdered food after the grinding, and the slurry-like food after being mixed by filtration.

Other embodiments of the foregoing embodiments are as follows: The aforementioned automatic grinding cooking apparatus combined with drinking water supply may further comprise a drinking water supply device connected to the drinking water tank and containing at least one drinking water outlet. The cooking unit may further comprise a container sensor, a temperature sensor and an ultrasonic oscillator, wherein the container sensor, the temperature sensor and the ultrasonic oscillator are respectively electrically connected to the controller, and the container sensor is used for Sensing the weight and position of the container, and electrically connecting with the controller to return the weight and position of the container The controller, the temperature sensor is electrically connected to the controller for returning the cooking temperature. The aforementioned automatic grinding and cooking apparatus combined with drinking water supply further comprises an elastic member electrically connected to the controller for controlling, and for actuating a partition to be tightly engaged with a container.

The invention relates to an automatic grinding cooking device combined with drinking water supply, which uses simple control (even a button) to intelligently control the ratio of the proportion of the food particles to the moisture during cooking, so as to save time and effort, convenient and delicious cooking. .

100‧‧‧Automatic grinding cooking equipment combined with drinking water supply

101‧‧‧Drinking water supply device

102‧‧‧ drinking water tank cover

103‧‧‧ cold water outlet

104‧‧‧ hot water outlet

105‧‧‧ drinking water tank

106‧‧‧ drinking water valve

107‧‧‧Drinking water supply pipe

108‧‧‧Drinking water sensor

110‧‧‧food storage room

111‧‧‧Food Sensors

112‧‧‧food storage compartment cover

113‧‧‧food

114‧‧‧food outlet

115‧‧‧food valve

116‧‧‧ tapered bottom

120‧‧‧grinding unit

121‧‧‧First Passage

122‧‧‧ grinding tools

123‧‧‧ Grinding discharge valve

124‧‧‧ Grinding spout

141‧‧‧heater

142‧‧‧ Container Sensor

143‧‧‧Supersonic oscillator

144‧‧‧Vapor output hole

145‧‧‧Vapor output tube

146‧‧‧Vapor output valve

147‧‧‧temperature sensor

148‧‧‧Cap actuation parts

150‧‧‧ container

170‧‧‧ Door panel

171‧‧‧ door sensor

180‧‧‧ Controller

181‧‧‧display screen

182‧‧‧Control panel

183‧‧‧Remote connection

190‧‧ ‧ partition

S‧‧‧ control signal

401, 402, 403, 404, 405, 406, 407, 408, 409, 410, 411, 412, 413, 414, 415, 416, 417, 418, 419, 420, 421, 422, 423, 424, 425, 426, 427, 428, 429, 430, 431, 432, 433, 440, 441, 442, 443, 444, 445 ‧ ‧ steps

125‧‧‧Second grinding spout

130‧‧‧Mixed filter unit

131‧‧‧second channel

132‧‧‧Mixed filter outlet

133‧‧‧ drinking water inlet

140‧‧‧ cooking unit

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view showing the appearance of an automatic grinding and cooking apparatus incorporating a drinking water supply in accordance with the present invention.

Figure 2 is a schematic block diagram showing the function of the automatic grinding cooking apparatus of the present invention in combination with drinking water supply.

Figure 3A is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating drinking water supply in accordance with one embodiment of the present invention.

Figure 3B is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating a drinking water supply in accordance with another embodiment of the present invention.

4A is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating a drinking water supply in accordance with yet another embodiment of the present invention.

Figure 4B is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating a drinking water supply in accordance with yet another embodiment of the present invention.

5A, 5B and 5C illustrate the automatic research of the combined drinking water supply of the present invention Flow chart of the operation of the cooking equipment.

Please refer to FIG. 1 , which is a perspective view showing the appearance of the automatic grinding and cooking apparatus 100 of the present invention combined with drinking water supply. As can be seen from Fig. 1, the drinking water supply device 101 includes a drinking water tank cover 102, a cold water outlet 103, a hot water outlet 104, and a drinking water tank 105. The drinking water tank cover 102 is disposed above the drinking water tank 105. The drinking water tank 105 is used to store the reserve water. The cold water outlet 103 and the hot water outlet 104 are well-known techniques, and therefore will not be described. The vapor output port 144 is for discharging water vapor generated during cooking.

The food storage compartment 110 is used to store the prepared food. The food storage compartment cover 112 is disposed above the food storage compartment 110. The heater 141 in the cooking unit is used to heat the foodstuff in the container 150. The door sensor 171 senses the state of the door panel 170 (opening or closing the door) and is electrically connected to the controller 180 to return the state of the door panel 170 to the controller 180. The controller 180 is implemented by an electronic circuit and includes a display screen 181 and a control panel 182 for the user to input commands. The controller 180 includes a remote connection (not shown) for receiving the remote control signal S.

Please refer to FIG. 2, which is a functional block diagram showing the automatic grinding and cooking apparatus of the present invention in combination with drinking water supply. The controller 180 is implemented by an electronic circuit and includes a display screen 181, a control panel 182 for the user to input commands, and a remote connection member 183 for the user remote control controller 180, the controller 180 and the drinking water supply device 101. Cold water outlet 103 and hot water The water outlet 104, the drinking water valve 106 of the drinking water tank 105 and the drinking water sensor 108, the food material valve 115 of the food material storage room 110 and the food material sensor 111, the grinding tool 122 of the grinding unit 120, the grinding and discharging valve 123, the door The heater 141, the container sensor 142, the ultrasonic oscillator 143, and the vapor output valve 146 of the sensor 171 and the cooking unit 140 are electrically connected to the temperature sensor 147 to communicate various sensing signals and control signals.

Please refer to FIG. 3A and FIG. 3B simultaneously. FIG. 3A is a cross-sectional front view of the automatic grinding and cooking apparatus combined with drinking water supply according to an embodiment of the present invention. It can be seen from FIG. 3A that the automatic grinding and cooking apparatus 100 combined with drinking water supply comprises: a drinking water tank 105, a drinking water supply device 101, an food storage room 110, a grinding unit, a cooking unit, and a partition plate. 190. A remote connection component and a controller (not shown).

The drinking water tank 105 includes a drinking water sensor 108, a drinking water outlet pipe 107 and a drinking water valve 106. The drinking water sensor 108 is disposed at the bottom side of the drinking water tank 105, and the drinking water outlet pipe 107 is disposed below the drinking water tank 105 for drinking. The water valve 106 is disposed on the drinking water outlet pipe 107 to control the drinking water outlet pipe 107.

The food material storage room 110 includes a food material sensor 111, a food material output port 114, and a food material valve 115. The food material storage room 110 is used to store the preliminary food material 113, and the food material sensor 111 is disposed on the bottom surface of the food material storage room 110, and the food material output port 114 The foodstuff valve 115 is disposed below the foodstuff storage compartment 110, and the foodstuff valve 115 is disposed on the foodstuff output port 114 to control the output of the foodstuff 113. In addition, the food storage compartment 110 further includes a tapered bottom surface 116 that connects the food material valve 115.

The grinding unit includes a first passage 121, an abrasive cutter 122, and grinding The discharge port 124, the first passage 121 can be selectively communicated with the food material storage chamber 110 through the food material valve 115, and the food material 113 can be selected from the food material output port 114 through the first passage 121 to the grinding unit or directly output to the container 150, the food material 113 or After being ground by the grinding tool 122, it is output from the grinding discharge port 124 to the container 150.

The cooking unit comprises a heater 141, a vapor output member, a container sensor 142, an ultrasonic oscillator 143 and a temperature sensor 147, and the heater 141 is used to heat the container 150 placed thereon, and the container 150 The opening corresponds to the drinking water outlet pipe 107, the food material output port 114 and the grinding discharge port 124 to receive drinking water, foodstuff 113 or grounded food material 113. The container sensor 142 and the temperature sensor 147 are disposed under the container 150. The container sensor 142 is used to sense the weight of the container 150 (the state of the empty container, the state of drinking water and/or the state of the food) and the position. And the controller 180 is electrically connected to return the weight and position of the container to the controller, and the temperature sensor 147 is electrically connected to the controller 180 to return the instant cooking temperature to avoid the scorching of the food. The ultrasonic oscillator 143 is disposed outside the heater 141, and uses the foodstuff in the ultrasonic stirring container 150 to increase the mixing degree of the foodstuff. The vapor output member includes a vapor output valve 146, a vapor output tube 145 and an external vapor output port 144 that connects the cooking unit to the outside to control vapor pressure.

The controller controls the connection door sensor 171, the drinking water sensor 108, the food material sensor 111, the drinking water valve 106, the food material valve 115, the grinding tool 122, the heater 141, the temperature sensor 147, the container sensing The controller 142, the ultrasonic oscillator 143, the vapor output valve 146 and the distal connection member, the controller receives the sensing result of the drinking water sensor 108 and the food material sensor 111, and can be remotely controlled by the user according to different usage requirements. (or near-end) input finger Therefore, the controller transmits a control signal to the drinking water valve 106, the food material valve 115, the grinding tool 122 and the heater 141 to achieve the function of automatically grinding and cooking the food.

The partition 190 has a plurality of openings, and the plurality of openings correspond to the drinking water outlet pipe 107, the food material output port 114, the grinding discharge port 124 and the vapor output valve 146, so that the container 150 receives drinking water, food materials or ground food. When the door panel is opened, the container 150 is spaced apart from the partition 190 by a predetermined distance. When the door panel is closed, an elastic member (not shown) is actuated to lower the partition 190 by a predetermined distance to tightly engage the container 150 with the partition 190. A confined space is formed while the vapor output valve 146 connects the vessel 150 to the outside to control the vapor pressure within the vessel 150.

The remote connection piece is for the user to utilize the remote connection of the smart device to control the automatic grinding cooking apparatus 100 in combination with the drinking water supply.

Figure 3B is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating a drinking water supply in accordance with another embodiment of the present invention. The automatic grinding and cooking apparatus 100 combined with the drinking water supply further comprises a lid actuator 148 for actuating the lid to cover the container 150. The lid corresponds to the opening of the container 150 and has a plurality of openings, and the plurality of openings correspond to The drinking water outlet pipe 107, the food material output port 114, and the grinding discharge port 124 communicate with the vapor output valve 146 to allow the container 150 to receive drinking water, foodstuffs, and ground food. A vapor output valve 146 connects the vessel 150 to the outside to control the vapor pressure within the vessel 150.

Please refer to both Figure 4A and Figure 4B. 4A is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating a drinking water supply in accordance with yet another embodiment of the present invention. As can be seen from Figure 4A, automatic grinding combined with drinking water supply The food equipment 100 comprises: a drinking water tank 105, a drinking water supply device 101, an food storage room 110, a grinding unit, a mixing filter unit 130, a cooking unit, a distal connection member and a controller ( Not shown).

The drinking water tank 105 includes a drinking water sensor 108, a drinking water outlet pipe 107 and a drinking water valve 106. The drinking water sensor 108 is disposed at the bottom side of the drinking water tank 105, and the drinking water outlet pipe 107 is disposed below the drinking water tank 105 for drinking. A water valve 106 is disposed on the drinking water outlet pipe 107 to control the output of the drinking water.

The food material storage room 110 includes a food material sensor 111, a food material output port 114, and a food material valve 115. The food material storage room 110 is used to store the preliminary food material 113, and the food material sensor 111 is disposed on the bottom surface of the food material storage room 110, and the food material output port 114 The foodstuff valve 115 is disposed below the foodstuff storage compartment 110, and the foodstuff valve 115 is disposed on the foodstuff output port 114 to control the output of the foodstuff 113. In addition, the food storage compartment 110 further includes a tapered bottom surface 116 that connects the food material valve 115.

The grinding unit comprises a first passage 121, a grinding cutter 122, a grinding outlet 124, a second grinding outlet 125 and a grinding discharge valve 123. The first passage 121 is selectively connected to the food storage compartment 110, and the foodstuff 113 is made of ingredients. The output port 114 passes through the first passage 121 to the grinding unit, and the food material 113 is ground by the grinding tool 122 and then output by the grinding and discharging port 124. The grinding and discharging material valve 123 is disposed on the grinding and discharging port 124 to control the output of the grounded food material 113. The second grinding discharge port 125.

The mixing filter unit 130 includes a second passage 131, a drinking water inlet 133, a mixed filtering outlet 132, the second passage 131 is selectively connected to the grinding unit, and the grounded food 113 is selected by the grinding and discharging valve 123. From the grinding outlet 124 through the second passage 131 to the mixing filter unit 130, the drinking water is from the drinking water inlet 133 to the mixing filter unit 130, the grounded food 113 is mixed with the drinking water, and the mixture is filtered and discharged. 132 output.

The cooking unit includes a heater 141, a vapor output member, a container sensor 142, an ultrasonic oscillator 143 and a temperature sensor 147, and the heater 141 is configured to heat the container 150 placed on the heater 141, and the container The opening of 150 corresponds to the drinking water outlet pipe 107, the food material output port 114, the second lapping spout 125, and the mixed filter spout 132 to receive drinking water, foodstuff 113, ground food 113, and mixed filtered food material 113. The container sensor 142 and the temperature sensor 147 are disposed inside the heater 141 below the container 150, and the container sensor 142 is used to sense the weight of the container 150 (the state of the empty container, the state of drinking water, and/or the ingredients) And the position is electrically connected to the controller to return the weight and position of the container to the controller, and the temperature sensor 147 is electrically connected to the controller 180 to return the instant cooking temperature to avoid burning the food. The ultrasonic oscillator 143 is disposed outside the heater 141, and agitates the foodstuff in the container 150 by ultrasonic waves. The vapor output member includes a vapor output valve 146, a vapor output tube 145 and an external vapor output port 144 that connects the cooking unit to the outside to control vapor pressure.

The controller controls the connection drinking water sensor 108, the food material sensor 111, the drinking water valve 106, the food material valve 115, the grinding tool 122 and the heater 141, and the controller receives the drinking water sensor 108 and the food material sensor 111. The result of the sensing, and the user can input the control signal to the drinking water valve by the remote (or near end) inputting the user's instruction according to different usage requirements. 106. The food material valve 115, the grinding tool 122, the grinding and discharging valve 123 and the heater 141 not only achieve the functions of automatically grinding and cooking the food, but also divide the food to be cooked into the original food, the granular food, and the The powdered food material after the grinding or the slurry-like food material after being mixed by filtration.

The partition 190 has a plurality of openings, and the plurality of openings correspond to the drinking water outlet pipe 107, the food material output port 114, the grinding and discharging port 124, the steam output valve 146 and the mixed filter outlet port 132, so that the container 150 receives the drinking water. The food material, the ground food material and the mixed filtered food material; when the door panel is opened, the container 150 is at a predetermined distance from the partition plate 190. When the door panel is closed, an elastic member lowers the partition plate 190 by the predetermined distance to make the container 150 The bladder 190 is in close contact with the partition 190 to form a closed space, and the vapor output valve 146 connects the vessel 150 to the outside to control the vapor pressure in the vessel 150.

The remote connection piece is for the user to utilize the remote connection of the smart device to control the automatic grinding cooking apparatus 100 in combination with the drinking water supply.

Figure 4B is a cross-sectional front elevational view of an automated abrasive cooking apparatus incorporating a drinking water supply in accordance with yet another embodiment of the present invention. It can be seen from FIG. 4B that the automatic grinding and cooking apparatus 100 combined with the drinking water supply further includes a lid actuator 148 for actuating the lid to cover the container 150. The lid corresponds to the opening of the container 150 and has a plurality of The opening, the plurality of openings correspond to the drinking water outlet pipe 107, the food material output port 114, the second grinding and discharging port 125, the steam output valve 146 and the mixed filtering outlet port 132, so that the container 150 receives the drinking water, the foodstuff, and the Grinded ingredients and mixed filtered ingredients. A vapor output valve 146 connects the vessel 150 to the outside to control the vapor pressure within the vessel 150.

The drinking water supply device 101 and the food storage room of the above embodiment 110, the grinding unit, the mixing filter unit 130 and the various parts in the cooking unit 140 or in the automatic grinding and cooking device 100 that is detachably assembled in the combined drinking water supply, which is convenient for the user to perform subsequent cleaning and improve the present invention. The life of the automatic grinding cooking apparatus 100 in combination with the supply of drinking water.

The food material storage compartment 110 of the above embodiment may include a plurality of food material storage units for storing a plurality of different food materials 113. The bottom of the food storage compartment 110 may be a slope for facilitating the flow of the food. The above embodiment may further comprise a vacuum pump connected to the food storage compartment 110 for extracting air in the food storage compartment 110 to reduce the influence of moist air on the foodstuff and to achieve the effect of vacuum storing the foodstuff. The abrasive cutter 122 of the above embodiment can replace the agitating abrasive cutter or the cutting abrasive cutter according to the softness and hardness of the foodstuff. The drinking water outlet pipe 107 can be connected to the hot water outlet 104 to divert hot water to the vessel 150 to speed up the cooking time. The above-described drinking water sensor 108 can be installed on the outside or inside of the drinking water tank 105 according to its sensing mode. The above-described food material sensor 111 can be installed on the outer side or the inner side of the food material storage compartment 110 according to its sensing manner. The above controller uses the control steam output valve 146 to adjust the vapor pressure in the automatic grinding cooking equipment 100 combined with the drinking water supply. When the user needs the ingredients to be softer and softer, the automatic grinding and cooking equipment 100 is combined with the drinking water supply. The vapor pressure rises. Conversely, when the user desires that the food material has a hard taste, the vapor pressure in the automatic grinding cooking apparatus 100 combined with the drinking water supply is lowered. The controller further includes a remote connection member for the user to utilize the remote connection of the smart device to control the automatic grinding cooking device 100 in combination with the drinking water supply. The foodstuff valve 115, the drinking water valve 106 and the grinding and discharging valve 123 described above are all three-way valve structures or multi-directional valves. Above The drinking water outlet pipe 107 of the embodiment can add part of the drinking water to the outside of the container 150 for the purpose of steaming.

Referring also to Figures 3B and 4B, the automatic grinding and cooking apparatus 100 in combination with the drinking water supply further includes a lid actuator 148 for actuating the lid to cover the container 150, the lid corresponding to the opening of the container 150 There is also a small hole connected to the vapor output valve 146 which connects the container 150 to the outside to control the vapor pressure in the container 150.

The automatic cooking program, please refer to FIG. 5A, FIG. 5B and FIG. 5C simultaneously, which shows the operation flow chart of the automatic grinding cooking equipment of the present invention combined with drinking water supply. Before cooking, the preparation action is about the user opening the door panel, placing the cleaned empty container on the heater, and filling the drinking water into the drinking water tank and the food material in the food storage room.

It can be seen from FIG. 5A, FIG. 5B and FIG. 5C that the operation steps include: step 401, the program starts. In step 402, the control panel inputs an instruction. Or in step 403, the controller receives the remote command. In step 404, the cooking function determines that the controller performs the cooking function or the heat preservation function according to the user instruction received in step 403 or step 404.

If the warming function is selected, step 440, the container sensor is used to check if the container is positioned. In step 441, the door sensor is used to determine whether the door panel is closed. In step 442, the heater is switched to the warm mode. In step 443, the heater is started. In step 444, the controller determines whether the temperature reaches the standard, and if not, returns to step 443. When the user wants to eat the warmed food, then to step 430, the door panel is opened. In step 431, the heater is turned off. In step 432, the container opening is opened. In step 433, the program is aborted. Wherein step 440 and step 441 determine If no, it will go directly to step 445, alerting, and then returning to step 440, in order to ensure that the various items are fully prepared before entering the keep-alive mode.

If the cooking function is selected, in step 405, the container sensor is used to check if the container is positioned. In step 406, the door sensor is used to determine whether the door panel is closed. In step 407, the drinking water sensor is used to check whether the drinking water is sufficient. In step 408, the food material sensor is used to check whether the food is sufficient. In step 409, the ingredient valve is opened to transport the food. In step 410, the controller determines whether to directly cook, and if not to step 411, grinds the food. In step 412, the grinding and discharging valve is opened. In step 413, the controller determines whether to directly cook. If not, in step 414, the drinking water valve is opened, and the drinking water is passed through the drinking water inlet to the mixing filter unit. In step 415, the ingredients are mixed and filtered. In step 416, the container sensor is used to determine whether the delivery of the food material is correct. In step 417, the food valve is closed and the grinding and discharging valve is closed. In step 418, the drinking water valve is opened to introduce drinking water into the container. In step 419, the container sensor is used to determine whether the drinking water amount is delivered correctly. At step 420, the drinking water valve is closed. In step 421, the container opening is closed. At step 422, the heater initiates the heating mode. In step 423, it is determined whether the ultrasonic wave oscillates. If otherwise, the controller determines whether the temperature reaches the standard. If the determination in step 423 is yes to step 424, the ultrasonic oscillator is activated, and then proceeds to step 425. At step 426, the controller controls the vapor output valve. In step 427, the controller determines whether the cooking is completed, and if not, returns to step 422; if yes, to step 428, the cooking is completed. In step 429, the heater is switched to the warm mode. In step 430, the door panel is opened. In step 431, the heater is turned off. In step 432, the container opening is opened. In step 433, the program is aborted.

In the above steps 405, 406, 407 and 408, if the controller determines No, it will go directly to step 445 to alert the reminder. Then, returning to step 405, the steps and processes are restarted, in order to ensure that the various items are adequately prepared before entering the heating mode, which is based on safety considerations. In the above steps 410 and 413, if the controller determines YES, the process proceeds directly to step 416. In the above step 416, when the container sensor determines NO, the process returns to step 409. In the above step 419, when the container sensor determines NO, the process returns to step 418. In the above steps 425 and 427, if the controller determines NO, the process returns to step 422.

In summary, the automatic grinding and cooking equipment of the present invention combined with drinking water supply has the following advantages: First, the ingredients to be cooked, water supply, grinding, filtering, mixing, cooking, heat preservation, etc. are assembled and automated in an electronic device. Control, improve the current traditional electric pot or electronic pot requires manual grinding, measuring the ingredients to be cooked and adding water, etc. Second, the tool in the grinding unit can be replaced with a pulverizing grinding tool or a cutting grinding tool according to the needs of use. To facilitate the diversification of cooking; third, use the controller (or even a button) to achieve the amount of water required for direct introduction; and fourth, use the controller (or even a button) to achieve the amount required to grind the food; The controller (even a button) is used to control the steam output valve to control the softness and hardness of the food; and the sixth is to intelligently control the proportion of the food particles and the proportion of water during cooking, so as to save time and labor for convenient cooking; The handheld smart device can be used to input commands at a remote end to provide a more convenient operation for the user. Eighth, food storage can be stored in a safe and hygienic manner by vacuum storage; nine, the drinking water outlet pipe allows part of the drinking water to be added to the outside of the container. In order to achieve the purpose of steaming food; ten, combined with the function of the original drinking water machine, in addition to providing external hot and cold drinking water, the introduction of hot water to the automatic cooking device can save cooking time and save energy. .

The present invention has been disclosed in the above embodiments, but it is not intended to limit the invention, and it is obvious to those skilled in the art that various modifications and refinements can be made without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application attached.

100‧‧‧Automatic grinding cooking equipment combined with drinking water supply

101‧‧‧Drinking water supply device

102‧‧‧ drinking water tank cover

103‧‧‧ cold water outlet

104‧‧‧ hot water outlet

105‧‧‧ drinking water tank

106‧‧‧ drinking water valve

107‧‧‧Drinking water supply pipe

108‧‧‧Drinking water sensor

110‧‧‧food storage room

111‧‧‧Food Sensors

112‧‧‧food storage compartment cover

113‧‧‧food

114‧‧‧food outlet

115‧‧‧food valve

116‧‧‧ tapered bottom

121‧‧‧First Passage

122‧‧‧ grinding tools

124‧‧‧ Grinding spout

141‧‧‧heater

142‧‧‧ Container Sensor

143‧‧‧Supersonic oscillator

144‧‧‧Vapor output hole

145‧‧‧Vapor output tube

146‧‧‧Vapor output valve

147‧‧‧temperature sensor

150‧‧‧ container

190‧‧ ‧ partition

S‧‧‧ control signal

Claims (10)

An automatic grinding and cooking device combined with drinking water supply comprises: a drinking water tank comprising a drinking water sensor, a drinking water outlet pipe and a drinking water valve, wherein the drinking water sensor is disposed in the drinking water tank, The drinking water outlet pipe is connected to the drinking water tank, and the drinking water valve controls the drinking water outlet pipe; the food storage compartment comprises a food material sensor, an food material output port and a food material valve, wherein the food material sensor is disposed on the food material a storage compartment, the food outlet is connected to the food storage compartment, the foodstuff valve is matched with the food outlet to control the output of an foodstuff; and the grinding unit comprises a first passage, a grinding cutter and a grinding outlet, the first The channel is selectively connected to the food material storage chamber through the food material valve, and the food material is ground by the grinding tool, and then the food material is outputted by the grinding material outlet; the cooking unit comprises: a heater for Heating a container placed on the heater, and the container corresponds to the drinking water outlet tube, the food material outlet and the grinding outlet to receive a drinking water and the food; and a vapor The output unit connects the cooking unit to the outside to control a vapor pressure in the container; and a controller controls the connection of the drinking water sensor, the food material sensor, the drinking water valve, the food material valve, The grinding tool and the heater, the controller receives a user command to control the drinking water valve in a preset sequence, The food material valve, the grinding tool, and the heater. The automatic grinding cooking apparatus according to claim 1, which further comprises a drinking water supply device connected to the drinking water tank and comprising at least one drinking water outlet. The automatic grinding and cooking device according to claim 1, wherein the cooking unit further comprises a container sensor and a temperature sensor, wherein the container sensor is electrically connected to the controller. To sense the weight and position of a container, the temperature sensor is electrically coupled to the controller for returning the cooking temperature. The automatic grinding cooking device according to claim 1, wherein the cooking unit further comprises an ultrasonic oscillator electrically connected to the controller. The automatic grinding cooking apparatus according to claim 1, wherein the controller further comprises a distal connection member for remotely controlling the controller by the user. An automatic grinding cooking apparatus according to claim 1, wherein the food material storage compartment has a tapered bottom surface that connects the food material valve. An automatic grinding and cooking device combined with drinking water supply comprises: a drinking water tank comprising a drinking water sensor, a drinking water outlet pipe and a drinking water valve, wherein the drinking water sensor is disposed in the drinking water tank, The drinking water outlet pipe is connected to the drinking water tank, and the drinking water valve controls the drinking water outlet pipe; the food storage compartment comprises a food material sensor, an food material output port and a food material valve, wherein the food material sensor is disposed on the food material a storage compartment, the food material outlet is connected to the food storage compartment, the foodstuff valve is matched with the foodstuff output port to control the output of the foodstuff; and the grinding unit comprises a first passage, a grinding cutter, a grinding outlet and a Grinding the discharge valve, the first passage is selectively communicated with the food material storage chamber through the food material valve, and the food material is ground by the grinding tool, and then the food material is outputted by the grinding discharge port, the grinding discharge valve Matching the grinding discharge port to control the output of the food material; a mixing filter unit comprising a second passage and a mixing filter outlet, the second passage is selectable through the grinding discharge valve Communicating with the grinding unit, the food material is mixed and filtered by the second passage to the mixed filtering unit and a drinking water, and output through the mixed filtering outlet; a cooking unit comprising: a heater for heating and placing a container on the heater, and the container corresponds to the drinking water outlet pipe, the food material outlet, the grinding discharge port and the mixed filter outlet to receive the drinking water and the foodstuff; a vapor output member connecting the cooking unit to the outside to control a vapor pressure in the container; and a controller including a distal connection member for the user Remotely controlling the controller, the controller controls connection of the drinking water sensor, the food material sensor, the drinking water valve, the food material valve, the grinding tool and the heater, the controller receives a user command And the drinking water valve, the food material valve, the grinding tool and the heater are controlled in a preset order. The automatic grinding cooking apparatus according to claim 7 further comprising a drinking water supply device connected to the drinking water tank and comprising at least one drinking water outlet. The automatic grinding and cooking device according to claim 7, wherein the cooking unit further comprises a container sensor, a temperature sensor and an ultrasonic oscillator, the container sensor, the container sensor The temperature sensor and the ultrasonic oscillator are respectively electrically connected to the controller. An automatic grinding cooking apparatus according to claim 7 in combination with a drinking water supply, wherein the food material storage compartment has a tapered bottom surface that connects the food material valve.