TW201821003A - Coffee device capable of adjusting coffee taste and operation method thereof capable of preparing coffee beverages with different tastes by manually adjusting or adjusting remotely - Google Patents

Abstract

The present invention discloses a coffee device capable of adjusting coffee taste and operation method thereof. The coffee device comprises a material feeding module assembled on the host and in signal connection with a first microprocessor. The material feeding module comprises at least two storage hoppers and at least one weighting unit. Each storage hopper is connected with a branch channel, in which one side of each branch channel is connected with the storage hopper and the other side is connected with a main channel having the weighing unit, and the other end of the weighing unit is connected with a grinding unit that has at least two gates and each of the gates is respectively disposed between a storage hopper and a branch channel. The present invention may manually adjust or adjust in a remote manner the scent, richness, bitter and sour of coffee beverage, so the host may brew coffee beverages with different tastes according to the adjusting parameters for user to drink. The adjusting parameters includes the mixing ratio of coffee beans, total weight of coffee beans for brewing, particle sizes for grinding of coffee beans, brewing water temperature, brewing water volume, and brewing time.

Description

Coffee device capable of adjusting coffee taste and operation method thereof

The invention relates to a coffee device capable of adjusting coffee taste and an operation method thereof, and in particular to a coffee device innovation that uses a manual control module of a host computer to remotely configure or remotely configure a coffee taste through an internal application program of an electronic device. According to the blending parameters, different flavors of coffee liquid are brewed for users to drink.

Many people like to drink coffee, not only because of its mellow and mellow flavor, but also because of its function and effectiveness, coffee has always been welcomed by the public. For example, coffee has a refreshing and refreshing effect. Alkaline acid contains vitamin B, which can eliminate fatigue and supplement the necessary nutrients, and coffee can promote metabolic functions, activate digestive organs, and has great effects on constipation. Furthermore, the caffeine in coffee can excite sympathetic nerves, make drinkers emotionally excited, Clear and agile thinking, eliminate tiredness and drowsiness, and speed up blood circulation, the body of the drinker will start to warm after drinking coffee; and if the drinker drinks coffee after a meal, because the secretion of gastric juice increases, it will help digest food The above-mentioned many functions make coffee the most popular drink in the daily life of some modern people.

However, the existing types of coffee are roughly divided into instant coffee and freshly brewed coffee according to the production method. Instant coffee uses hot steam to evaporate the moisture in the coffee beans, leaving a dry coffee extract. During the process, a part of the aromatic substances will be lost, resulting in the flavor and taste of the finished product. Therefore, compared with the shortcomings of instant coffee, freshly brewed coffee is made by grinding coffee beans into powder and then brewing coffee beverages with hot water through a coffee machine or hand brewing device, which is the preferred brewing method for the general public.

Most of the coffee machines commonly sold in the market are mainly manually operated close to the coffee machine for manual operation. However, when the drinker or the operator's location is at a distance from the coffee machine, grinding and brewing near the coffee machine are quite useful. Inconvenience, how to improve the convenient operation of the coffee machine has become a subject of urgent need for improvement by related industries.

In order to overcome the problem of the distance between the operator and the coffee machine, remotely controlled coffee machine designs have appeared on the market, for example: Announcement No. 104219799 "Remote Automatic Coffee Machine" New Patent Case (Certificate No .: M525154), which It is a coffee machine controlled remotely by a remote control device. The coffee machine body of the case is provided with a transparent coffee bean container, several seasoning containers and an edible water source. The receiver of the coffee machine body receives the remote control command of the remote control device to start. The power supply, the remote control device sets the required execution options, such as the quantitative proportion of flavoring types such as coffee, milk, creamer, sugar, etc., and confirms the options before executing the coffee drink.

The main function of the "remote automatic coffee machine" is to remotely control the proportion of seasonings such as milk, creamer, sugar, etc. The coffee machine can only place one type of coffee beans, and cannot adjust the coffee according to personal preferences, moods or needs. The aroma, strong, bitter, and sour taste of this former coffee machine, although it has the convenience of remote control of the seasoning ratio, still can not meet the needs of modern people with changing tastes for coffee drinks (everyone for the aroma of coffee, Rich, bitter, sour taste preferences).

In fact, different types of coffee beans have different flavors, such as flavor, bitterness, and sourness. If different types of coffee beans are mixed in different proportions, the taste of coffee drinks can be based on personal preferences, moods or needs. Self-provisioning.

The characteristics of several different types of coffee beans are briefly described below:

Mandeling coffee beans (MANDELING), its flavor, strong, bitter, sour, quite strong taste, but soft and easy to import, is the best quality of coffee produced in Indonesia.

Brazilian coffee beans (SANTOS), with a mild aroma, slightly sour, and slightly bitter, is the representative of neutral coffee, and is an indispensable variety for blending mild coffee.

Colombian coffee beans (COLOMBIA) are soft, mellow, slightly acid to medium acid, and stable in quality and flavor. They are medium-grade coffees and are used as top-grade blending coffee.

Guatemalan coffee beans have a smooth and hard bean surface, slightly acidic and mellow, and a special smoky flavor, which is mellow and slightly wild. It is the best material for hybrid coffee.

Blue Mountain Coffee (BLUE MOUNTAIN) is slightly acidic, supple and sweet, and is a delicate coffee.

Mixing different kinds of Mantening, Brazil, Colombia, Guatemala and Blue Mountain coffee beans in different proportions can make the ground and brewed coffee show different aroma, strong, bitter and sour taste. Demands are blended and integrated to make the flavor of coffee drinks different from the past. Therefore, how to make the use of coffee machines more in line with the needs of the customized market is still a topic that the coffee machine-related manufacturing industry and related researchers need to continuously strive to overcome and solve.

Therefore, the inventor has developed and designed a coffee machine capable of blending coffee flavors at a short distance or a long distance, and an operation method thereof, which places different kinds of coffee beans in at least one feeding module, such as Manningen, Brazil, Colombia, and Mexico Dimala and Blue Mountain coffee beans are stored in the same coffee machine. According to the user's personal preferences, moods or needs, the aroma, richness, bitterness and sour taste of the coffee are mixed and mixed in different proportions, so that the taste of coffee drinks varies with The variation of the blending ratio of coffee beans is the purpose of the present inventors to develop this case. According to the purpose of the present invention, the inventor innovatively proposes a coffee device capable of adjusting coffee taste, comprising: a host; a first microprocessor, which is arranged inside the host; a grinding unit, which is arranged in the The host is connected to the first microprocessor signal; a brewing module is arranged in the host to be connected to the first microprocessor signal, the brewing module is connected to the grinding unit; and a feeding module, the A feeding module set is arranged on the host to be connected with the first microprocessor signal. The feeding module includes at least two storage hoppers. Each of the storage hoppers is connected to a flow channel, and one side of each of the flow channels is connected to the each. The other side of the storage hopper is connected to the main flow channel with a weighing unit, and the other end of the weighing unit is connected to the grinding unit; at least two gates, each of which is provided in each of the storage hopper and the branch channel between.

According to the above technical features, each gate of the feeding module includes a driver that causes each gate to open or close a corresponding outlet of each storage hopper.

According to the above technical features, each gate of the storage hopper is provided with each gate, and each gate is respectively connected to the weighing unit.

According to the above technical features, the first microprocessor is connected to control the opening and closing of the gates, and the first microprocessor is controlled by the diameter of each flow channel and the setting of the discharge time to control the output of each storage hopper.料 重量。 Material weight.

According to the above technical features, the host further includes: an operation switching module disposed on the host and connected to the first microprocessor signal; and a display module disposed on the host and connected to the first microprocessor signal A first transceiver module configured to be connected to the host and the first microprocessor signal; a manual control module configured to be connected to the host and the first microprocessor signal;

According to the above technical features, the operation switching module is provided with an automatic detection and identification program.

According to the above technical features, wherein the electronic device is a mobile electronic component, the mobile electronic component has a second microprocessor, a second transceiver module and an application program, and the second microprocessor and the second transceiver respectively Module and the application signal link.

According to the above technical features, a wireless signal connection is established between the second transceiver module and the first transceiver module.

According to the purpose of the present invention, the inventor innovatively proposes a coffee device capable of adjusting coffee taste and an operating method thereof, including: a set of hosts provided with an operation switching module, a display module and a manual control module, and The host set is provided with a first microprocessor, a first transceiver module, a first microprocessor, a grinding unit, a brewing module and a feeding module, and the first transceiver module of the host can Receiving control signals of at least one mobile electronic component, the mobile electronic component including a second microprocessor, a second transceiver module and an application program.

Wherein, the operation switching module is connected with the first microprocessor signal, and the host is put into a mode for manually adjusting coffee taste or remotely adjusting coffee taste by operating the switching module. The first microprocessor receives a signal of the deployment mode of the operation switching module, and the signal is connected to the display module to display the status of the host. The manual control module sets the coffee bean blending parameters of different storage hoppers of the feeding module nearby through the first microprocessor. The mobile electronic component remotely sets the coffee bean blending parameters of different storage hoppers of the feeding module through an application program. The grinding unit is connected to the feeding module and receives the signal from the first microprocessor to grind the coffee beans. The brewing module is connected to the grinding unit and receives a signal from the first microprocessor for coffee brewing extraction.

The above-mentioned coffee device capable of adjusting coffee taste and its operation method include at least the following steps: Step A: Pour different types of coffee beans into different storage hoppers in advance and start the host; Step B: Switch the mode by operating outside the host Group choose manual setting or long-distance setting; Step C: Set the coffee bean blending parameters of different storage hoppers through the manual control module of the host or the application of mobile electronic parts; Step D: Open the storage at the same time or sequentially by the driver The gate of the hopper allows different types of coffee beans in different storage hoppers to enter a weighing unit at the same time or in sequence according to the deployment parameters; Step E: Import the coffee beans in the weighing unit that meet the set parameters to the grinding unit for grinding Step F: Import the ground coffee beans into the brewing module for brewing extraction.

The different types of coffee beans in step A mentioned above include Mantening coffee beans, Brazilian coffee beans, Colombian coffee beans, and Guatemalan coffee beans.

The blending parameters of the above step C include the blending ratio of different types of coffee beans, the total weight of coffee beans to be brewed, the size of the ground coffee beans, the temperature of the brewing water, the amount of brewing water, and the brewing time.

According to the present invention, a coffee device capable of adjusting coffee taste and a method for operating the same, by using a manual control module of a host computer to remotely configure or remotely configure coffee flavors through an application program of mobile electronic components, the coffee machine brews different flavors of coffee according to the mixing parameters. The liquid is for drinking by the user. It stores different types of coffee beans, such as Mantening, Brazil, Colombia, Guatemala, Blue Mountains and other coffee beans in the same storage hopper of the coffee machine, according to the user's personal preferences, moods or needs. Proportion of coffee beans mix and match the aroma, richness, bitterness and sour taste of coffee, so that the taste of coffee drinks is more changed.

In order to help examiners understand the technical features, contents and advantages of the present invention and the effects that can be achieved, the present invention is described in detail in conjunction with the drawings in the form of examples, and the drawings used therein are The main purpose is only for the purpose of illustration and supplementary description. It may not be the actual proportion and precise configuration after the implementation of the invention. Therefore, the attached drawings should not be interpreted and limited to the scope of rights of the present invention in actual implementation. He Xianming.

Please refer to FIG. 1. The coffee device (1) for adjusting coffee flavor according to the present invention comprises: a host (11); a first microprocessor (12), which is arranged inside the host (11); The grinding unit (13) is arranged on the host (11) and is connected to the first microprocessor (12); a brewing module (14) is arranged on the host (11) and the first The microprocessor (12) is connected to the signal, the brewing module (14) is connected to the grinding unit (13); and a feeding module (15) (see Figure 1), the feeding module (15) is set up The host (11) is connected to the first microprocessor (12) signal.

The first embodiment of this creation, please refer to Figs. 2 and 3, when the feeding module (15) is in the first discharging mode, the feeding module (15) includes at least two storage hoppers (151), each of which stores The hoppers (151) are respectively connected with a flow channel (155), one side of each branch channel (155) is connected to the storage hopper (151), and the other side is connected to a mainstream with a weighing unit (152) Channel (156), and the other end of the weighing unit (152) is connected to the grinding unit (13) ﹔ and at least two gates (153), and the gates (153) are respectively provided in the storage hoppers (151) and the Between each tributary (155). In addition, the first microprocessor (12) is connected to control the opening and closing of the gates (153), and the first microprocessor (12) is set by the diameter of the tributary channels (155) and set out. Time to control the discharge weight set by each storage hopper (151) separately, so as to reach the coffee blending ratio of various flavors. Please refer to FIGS. 4 and 5, each of the gates (153) of the feeding module (15) includes a driver (154) that causes each of the gates (153) to open or close the corresponding one of the gates. A storage hopper (151) exits.

The second embodiment of this creation, please refer to Figs. 6 and 7, when the feeding module (15) is in the second discharging mode, the feeding module (15) includes at least two storage hoppers (151), and each of the storage hoppers (151) each has a flow channel (155), and one side of each branch channel (155) is connected with each storage hopper (151), and the other side is connected with a weighing unit (152) and each branch channel (155) connected to a main channel (156) having a grinding unit (13), and each weighing unit (152) is connected to the grinding unit (13); at least two gates (153), each gate (153) They are respectively arranged between the storage hoppers (151) and the tributaries (155), and the gates (153) are connected between the storage hoppers (151) and the weighing units (152). Each of the storage hoppers (151) is provided with a weighing unit (152), each outlet of the storage hopper (151) is provided with a gate (153), and each gate (153) is connected to the weighing unit (152), The driver (154) causes each gate (153) to open or close the corresponding outlet of each storage hopper (151), and the storage hoppers (151) are respectively used by the weighing unit (152) to obtain the required The output weight can reach the blending ratio of various flavors of coffee.

The host (11) of the coffee device (1) of the present invention further includes: an operation switching module (16), which is disposed on the host (11) and is connected to the first microprocessor (12) signal; a display module ( 17), which is arranged on the host (11) and connected to the first microprocessor (12); a first transceiver module, which is arranged on the host (11) and the first microprocessor (12) Signal connection; a manual control module (19), which is arranged on the host (11) and is connected to the first microprocessor (12) signal.

Wherein, the electronic devices of the coffee device (1) of the present invention are a mobile electronic part (10), the mobile electronic part (10) has a second microprocessor (101), a second transceiver module and a An application program (103), the second microprocessor (101) is respectively connected with the second transceiver module and the application program (103) signals. In a preferred embodiment of the present invention, the first transceiver module is a first wireless transceiver module (18) for receiving and transmitting signals, but the present invention is not limited to wireless receiving signals, and may also be wired receiving Signal; the second transceiver module is a second wireless transceiver module (102) for receiving and transmitting signals, but the present invention is not limited to wireless receiving signals, but can also be wired receiving signals. The second wireless receiving module (102) of the mobile electronic component (10) and the first wireless receiving module (18) of the host (11) are wireless signal links.

The coffee device (1) for adjusting the taste of coffee according to the present invention and an operating method thereof include: a set of a host provided with an operation switching module (16), a display module (17), and a manual control module (19) (11), and the host (11) is provided with a first microprocessor (12), a first wireless transceiver module (18), a first microprocessor (12), a grinding unit (13), a The brewing module (14) and a feeding module (15), and the first wireless transceiver module (18) of the host (11) can receive control signals of at least one mobile electronic component (10), the mobile electronic The component (10) includes a second microprocessor (101), a second wireless transceiver module (102), and an application program (103).

The operation switching module (16) is connected to the signal of the first microprocessor (12), and the operation switching module (16) is used to select the control host (11) to enter the manual control, or the mobile electronic component (10) control Mode to match the taste of coffee. Further, the operation switching module (16) is provided with an automatic detection recognition program (161), and the automatic detection recognition program (161) can automatically detect and switch to manual control, or Mobile electronic parts (10) Any mode for controlling the blending of coffee taste. The first microprocessor (12) receives a signal of the deployment mode of the operation switching module (16), and the signal is connected to the display module (17) to display the status of the host (11). The manual control module (19) sets the coffee bean blending parameters of different storage hoppers (151) of the feeding module (15) nearby through the first microprocessor (12). The mobile electronic component (10) remotely sets the coffee bean blending parameters of different storage hoppers (151) of the feeding module (15) through an application program (103). The grinding unit (13) is connected to the feeding module (15), and receives a signal from the first microprocessor (12) to grind coffee beans. The brewing module (14) is connected to the grinding unit (13), and receives a signal from the first microprocessor (12) for coffee brewing extraction.

The above-mentioned coffee device (1) for adjusting the coffee taste of the present invention and its operation method, please refer to FIG. 8, which includes at least the following steps: Step (A): pouring different kinds of coffee in different storage hoppers (151) in advance Beans, and start the host (11). Step (B): Select the manual setting or remote setting by the operation switching module (16) outside the host (11). Step (C): Set the coffee bean blending parameters of different storage hoppers (151) through the manual control module (19) of the host (11) or the application program (103) of the mobile electronic parts (10). Step (D): The gate (153) of the storage hopper (151) is opened simultaneously or sequentially by the driver (154), so that different types of coffee beans in different storage hoppers (151) enter the scale simultaneously or sequentially according to the deployment parameters Weight unit (152). Step (E): introduce the coffee beans in the weighing unit (152) that meet the set parameters to the grinding unit (13) for grinding. Step (F): introducing the ground coffee beans into the brewing module (14) for brewing extraction.

In this step (A), the different types of coffee beans include Manting coffee beans, Brazilian coffee beans, Colombian coffee beans, and Guatemalan coffee beans. The blending parameters in this step (C) include the mixing ratio of different types of coffee beans, the total weight of coffee beans to be brewed, the size of the ground coffee beans, the brewing water temperature, the amount of brewing water, and the brewing time.

Furthermore, please refer to FIGS. 9 to 11. The main form (104) is built in the application (103). As shown in FIG. 9, the main form (104) contains various headings (105). ) Is a function option (such as coffee taste option, taste introduction option). Entering the title (105) also displays a subform (106), and the subform (106) contains details (107). If the coffee taste option of the title (105) is selected in the main form (104), the sub form (106) is displayed to display the coffee taste (as shown in FIG. 10). Or, if the taste introduction option of the title (105) is selected in the main form (104), the proportion of all coffee beans that have been blended is displayed, and the self-set coffee 1 is displayed to show the taste introduction (fragrant, strong, bitter, and sour taste) Statement) (as shown in Figure 11).

According to the above-mentioned implementation description, it can be known that the coffee machine of the present invention has the following advantages over the prior art disclosed in the previous case:

1. The coffee device of the present invention has the advantage of being able to adjust the coffee taste (fragrant, strong, bitter, sour taste). The proportion of coffee beans can be remotely adjusted by the manual control module of the host computer or remotely by the application program of mobile electronic components. The host brews different flavors of coffee liquid for users to drink according to the blending parameters.

2. The coffee device of the present invention stores different kinds of coffee beans, such as Mantening, Brazil, Colombia, Guatemala, and Blue Mountains, in different storage hoppers inside the coffee machine, according to the user's personal preference , Mood or need, mix the aroma, strength, bitterness and sour taste of coffee with different proportions of coffee beans to make the taste of coffee drinks more change.

3. The coffee bean blending parameters of the coffee device of the present invention include the blending ratio of different types of coffee beans, the total weight of coffee beans to be brewed, the size of the ground coffee beans, the brewing water temperature, the amount of brewing water, and the brewing time. The machine can grind and brew a large pot or a small cup at one time. It is not only suitable for a large number of commercial spaces, but also for a small number of families.

4. The coffee device of the present invention can effectively solve the problem of the previous coffee machine, which can only change the seasoning ratio (sugar, milk). The present invention can adjust the aroma, richness, bitterness and sour taste according to the characteristics of different coffee beans. Meet the purpose of most people's needs.

In summary, the coffee device of the present invention can indeed achieve the expected use effect through the above-disclosed embodiments, and the present invention has not been disclosed before the application, and it has fully met the requirements and requirements of the Patent Law. I filed an application for a creation patent in accordance with the law, and I urge you to examine it and grant the patent.

However, the illustrations and descriptions disclosed above are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention. Anyone who is familiar with the technology, according to the characteristic scope of the present invention, makes other Equivalent changes or modifications should be regarded as not departing from the design scope of the present invention.

(1) ‧‧‧Coffee device

(10) ‧‧‧Mobile Electronics

(101) ‧‧‧Second Microprocessor

(102) ‧‧‧Second wireless transceiver module

(103) ‧‧‧Application

(104) ‧‧‧Main Form

(105) ‧‧‧Title

(106) ‧‧‧Subform

(107) ‧‧‧ Details

(11) ‧‧‧Host

(12) ‧‧‧The first microprocessor

(13) ‧‧‧Grinding unit

(14) ‧‧‧Brew module

(15) ‧‧‧Feeding module

(151) ‧‧‧Storage Hopper

(152) ‧‧‧Weighing unit

(153) ‧‧‧Gate

(154) ‧‧‧Driver

(155) ‧‧‧Tributary

(156) ‧‧‧ Mainstream

(16) ‧‧‧Operation switching module

(161) ‧‧‧Automatic detection and identification program

(17) ‧‧‧Display Module

(18) ‧‧‧The first wireless transceiver module

(19) ‧‧‧Manual control module

(A) ～ (F) ‧‧‧step

FIG. 1 is a schematic diagram of wireless transmission signals of a host and mobile electronic components according to the present invention. Fig. 2: Schematic diagram of the host structure in the first feeding mode of the present invention. Fig. 3: Block diagram of the feeding module in the first feeding mode of the present invention. Fig. 4: Schematic diagram of the closing shutter of the drive of the storage hopper inside the host of the present invention. Fig. 5: Schematic diagram of the opening gate of the drive of the storage hopper inside the host of the present invention. Figure 6: Schematic diagram of the host structure in the second feeding mode of the present invention. FIG. 7 is a block diagram of a feeding module according to the second feeding mode of the present invention. Figure 8: Schematic diagram of the operation method of the machine of the present invention. FIG. 9 is a schematic diagram of a main form and a sub form of an internal application program of a mobile electronic component of the present invention. Figure 10: Schematic diagram of the main form of the present invention. FIG. 11 is a detailed first embodiment of the sub-form of the present invention.

Claims (14)

A coffee device capable of adjusting coffee taste, comprising at least: a host (11); a first microprocessor (12), which is set inside the host (11); a grinding unit (13), which is set The host (11) is connected to the first microprocessor (12) signal; a brewing module (14), which is arranged on the host (11) and connected to the first microprocessor (12) signal, The brewing module (14) is connected to the grinding unit (13); and a feeding module (15), the feeding module (15) is set on the host (11) and the first microprocessor (12) Signal connection, the feeding module (15) includes at least two storage hoppers (151), and each of the storage hoppers (151) is respectively connected with a flow channel (155), and one side of each of the flow channels (155) is connected with the each The storage hopper (151), the other side of which is connected to a main channel (156) with a weighing unit (152), and the other end of the weighing unit (152) is connected to the grinding unit (13); at least two gates ( 153), the gates (153) are respectively disposed between the storage hoppers (151) and the tributaries (155). A coffee device capable of adjusting coffee taste, comprising at least: a host (11); a first microprocessor (12), which is set inside the host (11); a grinding unit (13), which is set The host (11) is connected to the first microprocessor (12) signal; a brewing module (14), which is arranged on the host (11) and connected to the first microprocessor (12) signal, The brewing module (14) is connected to the grinding unit (13); and a feeding module (15), the feeding module (15) is set in the host (11) and the first microprocessor (12) Signal connection, the feeding module (15) includes at least two storage hoppers (151), and each of the storage hoppers (151) is respectively connected with a branch flow channel (155), and one side of each branch flow channel (155) is connected with each The storage hopper (151) is connected to a weighing unit (152) on the other side, and each branch channel (155) is connected to a main channel (156) having the grinding unit (13), and each weighing unit ( 152) is connected to the grinding unit (13); at least two gates (153), the gates (153) are respectively arranged between the storage hoppers (151) and the tributaries (155), and the gates (153) Is connected between the storage hoppers (151) and the weighings Yuan (152) rooms. As described in item 1 or 2 of the scope of patent application, a coffee device with adjustable coffee taste, wherein the gates (153) of the feeding module (15) include a driver (154), and the driver (154) enables the gates (153) Open or close the outlet of each storage hopper (151). The coffee device with adjustable coffee taste as described in item 1 of the scope of patent application, wherein the first microprocessor (12) is connected to control the opening and closing of the gates (153), and the first microprocessor (12) It is controlled by the diameter of each tributary channel (155) and the discharge time to control the discharge weight of each storage hopper (151). As described in item 2 of the scope of patent application, a coffee device with adjustable coffee taste, wherein each gate (153) is provided at each outlet of the storage hopper (151), and each gate (153) is connected to the weighing unit respectively (152). As described in item 1 or 2 of the scope of the patent application, the coffee device with adjustable coffee taste, the host (11) further comprises: an operation switching module (16), which is arranged on the host (11) and the first micro processor (12) signal connection; a display module (17), which is arranged on the host (11) and the first microprocessor (12) signal connection; a first transceiver module, which is arranged on the host ( 11) Signal connection with the first microprocessor (12); a manual control module (19), which is arranged on the host (11) and is connected with the signal of the first microprocessor (12). The coffee switching device (16) is provided with an automatic detection and identification program (161) as described in item 6 of the scope of the patent application. As described in item 6 of the scope of the patent application, the coffee device with adjustable coffee flavor further includes an application program (103) that can be loaded on at least one electronic device. The coffee device with adjustable coffee flavor according to item 8 of the scope of patent application, wherein the electronic device is a mobile electronic component (10), the mobile electronic component (10) has a second microprocessor (101), a A second transceiver module and the application program (103), and the second microprocessor (101) is respectively connected with the second transceiver module and the application program (103) signals. As described in item 9 of the scope of the patent application, a coffee device with adjustable coffee flavor, wherein the second transceiver module and the first transceiver module are connected by a wireless signal or a wired signal. A coffee device capable of adjusting coffee taste and its operation method, at least comprising: a host (11), the host (11) group is provided with an operation switching module (16), a display module (17) and a manual control Module (19), and the host (11) is provided with a first microprocessor (12), a first transceiver module, a first microprocessor (12), a grinding unit (13), and a brewing unit A module (14) and a feeding module (15) ﹔ at least one electronic device, the electronic device includes a second microprocessor (101), a second transceiver module and an application that can be carried in the electronic devices Program (103), and the first transceiver module of the host (11) can receive control signals of the electronic devices; wherein the operation switching module (16) is connected to the signal of the first microprocessor (12), With the operation switching module (16), the host (11) enters a mode for manually configuring coffee flavor or remotely configuring coffee flavor; the first microprocessor (12) receives the operation switching module (16). The signal in the deployment mode is connected to the display module (17) so that it displays the status of the host (11); the manual control module (19) passes the first microprocessor (1) 2) Set the coffee bean allocation parameters of the different storage hopper (151) of the feeding module (15) nearby; the electronic device sets the coffee of the different storage hopper (151) of the feeding module (15) remotely through the application program (103) Bean blending parameters; the grinding unit (13) is connected to the feeding module (15), which receives the signal of the first microprocessor (12) for coffee bean grinding; and the brewing module (14) is connected to the grinding unit ( 13) receiving the signal from the first microprocessor (12) for coffee brewing extraction. As described in item 11 of the scope of the patent application, a coffee device capable of adjusting coffee flavor and an operating method thereof include at least the following steps: Step (A): Pour different types of coffee beans into different storage hoppers (151) in advance, and Start the host (11); Step (B): Use the operation switch module (16) outside the host (11) to select manual setting or remote setting; Step (C): use the manual control module of the host (11) ( 19) or the application program (103) of the mobile electronic parts (10), set the coffee bean blending parameters of different storage hoppers (151); Step (D): the driver (154) opens the storage hopper (151) at the same time or in sequence The gate (153) allows different types of coffee beans in different storage hoppers (151) to enter the weighing unit (152) at the same time or in sequence according to the deployment parameters; Step (E): Match the inside of the weighing unit (152) to The coffee beans with the set parameters are introduced into the grinding unit (13) for grinding; Step (F): The ground coffee beans are introduced into the brewing module (14) for brewing and extraction. As described in claim 12 of the scope of the patent application, the method for operating a coffee device with adjustable coffee flavor, wherein the different types of coffee beans in step (A) include Mantening coffee beans, Brazilian coffee beans, Colombian coffee beans and Guatemalan coffee beans. As described in item 12 of the scope of the patent application, a coffee device operating method capable of adjusting coffee taste, wherein the parameters of step (C) include the mixing ratio of different types of coffee beans, the total weight of coffee beans to be brewed, and the size of the ground coffee beans. , Brewing water temperature, brewing water volume and brewing time.