CN212213323U

CN212213323U - Tea making device

Info

Publication number: CN212213323U
Application number: CN202020923677.3U
Authority: CN
Inventors: 王炽东
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-27
Filing date: 2020-05-27
Publication date: 2020-12-25
Anticipated expiration: 2030-05-27

Abstract

A tea making device is characterized by comprising a tea making container, a tea containing container, a single-chip microcomputer control device and a power supply part, wherein the power supply part comprises a temperature difference power generation chip, a charging circuit and a high-capacity capacitor, tea is placed in the tea making container, and a tea making control program corresponding to the source and variety of the tea is obtained through Bluetooth and mobile phone communication and APP on a mobile phone; pour into tea making and use hot water, when thermoelectric generation piece charges to high capacity electric capacity through charging circuit, send electrical signal to single chip microcomputer control device, single chip microcomputer control device begins the timing according to the control program of making tea, after reaching the time of making tea of settlement, control solenoid valve opens, and tea is poured into following flourishing tea container in to the completion is made tea. Compared with the prior art, the utility model has the advantages of adjusting the tea making time according to the tea source and variety, the tea making times and the tea making temperature of the tea and being convenient to use.

Description

Tea making device

Technical Field

The utility model relates to a tea making technology.

Background

Tea culture has a long history in China, and factors influencing tea making quality comprise tea source and variety, used water quality, water temperature and tea making time. Among the factors, the water quality is basically not influenced by other factors, as long as the water quality is good, the source and variety of the tea, the water temperature, the tea making time and the tea making times of the tea are mutually influenced, even if some tea sets have the water temperature and tea making time control, the water temperature and the tea making times are not connected, the tea making time cannot be automatically adjusted according to the source and variety of the tea and the tea making times of the tea, and the tea making time can only be mastered by depending on the tea making experience of a tea maker, so the tea making quality is inevitably influenced obviously, the technology needs to be connected with a power supply, and the tea set needs to be moved frequently, which brings great inconvenience to users.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a convenient tea making device which can adjust the tea making time according to the source and variety of the tea and the tea making times of the tea.

The utility model discloses a realize like this, including the container of making tea that the bottom has electromagnetic valve, set up the flourishing tea container below the container of making tea, the single chip microcomputer control device who has the bluetooth, power supply unit includes the thermoelectric generation piece, charging circuit, high capacity electric capacity that hug closely outside the container lateral wall of making tea, power supply unit supplies power to the single chip microcomputer control device, single chip microcomputer control device control electromagnetic valve action, place tealeaves in the container of making tea, through bluetooth and cell-phone UNICOM and through the APP on the cell-phone obtain the tea making control program corresponding to the source and the variety of tealeaves; pour into tea making and use hot water, when thermoelectric generation piece charges to high capacity electric capacity through charging circuit, send electrical signal to single chip microcomputer control device, single chip microcomputer control device begins the timing according to the control program of making tea, after reaching the time of making tea of settlement, control solenoid valve opens, and tea is poured into following flourishing tea container in to the completion is made tea. Before tea making, a tea making control program of the corresponding tea source and variety is obtained through the mobile phone APP (the two-dimensional code on the tea package can be scanned through the mobile phone to obtain the tea source and variety and information including tea making temperature, time and the like), and the information is transmitted to the single-chip microcomputer control device through the Bluetooth, so that tea making can be carried out according to the tea making experience of a tea maker, the tea making time can be automatically adjusted according to the tea source and variety and the tea making times of the tea, and the temperature of the tea making container wall of each tea making first time tea making and the temperature of the tea making container wall of the subsequent tea making times are different (the first tea making of each tea making is the first tea making, so the temperature is much lower, and the temperature is much higher when the second and later tea making are carried out because the tea making is continuous, so the temperature difference causes obvious difference of the power generation amount of the power generation piece, this difference is sufficient for the single chip control device to make an accurate decision. Certainly, also can confirm making tea for the first time through setting for the initial touch switch of making tea, adopt the utility model discloses the power supply unit of technique need not external power supply, just can be with the singlechip controlling means that has the bluetooth, the power supply unit is concentrated and is established on the container of making tea, moreover, small, the person of facilitating the use uses.

The tea making device is provided with a temperature detector with an adsorption mechanism, the temperature detector transmits a temperature electric signal to the single chip microcomputer control device in a wired or wireless mode, the temperature detector is attached to the side wall of the water boiling container in a clinging mode through the adsorption mechanism to obtain the water temperature, and the single chip microcomputer control device adjusts the tea making time according to the water temperature and a tea making control program.

Compared with the prior art, the utility model has the advantages of adjusting the tea making time according to the tea source and variety, the tea making times and the tea making temperature of the tea and being convenient to use.

Drawings

Fig. 1 is a schematic structural view of the present invention;

fig. 2 is a schematic diagram of the circuit control of the present invention.

Detailed Description

The present invention will now be described in further detail with reference to the accompanying drawings and examples:

as shown in fig. 1 and 2, the tea making device comprises a tea making container 3 with a handle component 1 and an electromagnetic valve 2 at the bottom, a tea container 4 arranged below the tea making container 3, a single chip microcomputer control device 6 with Bluetooth 5, and a power supply part 7, wherein the power supply part 7 comprises a thermoelectric generation sheet 7a tightly attached to the side wall of the tea making container, a charging circuit 7b, a high-capacity capacitor c (adopting a super capacitor with a 2.7V grading capacitor capacity), the single chip microcomputer control device 6 with Bluetooth 5, the charging circuit 7b, and the high-capacity capacitor c are integrated on a circuit board a and arranged in the handle component 1 of the tea making container 3, the power supply part 7 supplies power to the single chip microcomputer control device 6, the single chip microcomputer control device 6 controls the electromagnetic valve 2 to act (controls the power supply part 7 to supply power to the electromagnetic valve 2 by controlling the opening and closing of an electronic switch), tea leaves are placed in the tea making container 3, the tea making control program corresponding to the tea source and variety is obtained through the Bluetooth 5 and the mobile phone 9 and the APP on the mobile phone 9 (a network server b is established, the tea source and variety including the tea and the corresponding tea making times, tea making water temperature, tea making time data and the network server of the tea are stored in the network server, a corresponding two-dimensional code (or bar code) is given out, the two-dimensional code is arranged on the package of the tea, the corresponding APP (such as scanning the two-dimensional code) is obtained through the mobile phone 9 and the internet c, and the tea making control program, the tea source and variety including the tea and the corresponding tea making times, tea making water temperature and tea making time data of the tea are synchronized to the singlechip control device 6 through the Bluetooth 5); pouring hot water for making tea, sending an electric signal to the single chip microcomputer control device 6 while charging the high-capacity capacitor 7c through the charging circuit 7b by the temperature difference power generation sheet 7a, starting timing by the single chip microcomputer control device 6 according to a tea making control program (at the moment, starting tea making can be determined by touching the initial tea making touch switch 8), and controlling the electromagnetic valve 2 to be opened by the single chip microcomputer control device 6 after the set tea making time is reached, pouring the tea water into the lower tea container 4, so as to complete the first tea making; and then pouring hot water, and carrying out the subsequent tea making task until the tea making task is completed.

The handle component 1 is provided with an initial tea making touch switch 8 to determine initial tea making.

The tea making device is provided with a temperature detector 11 with an adsorption mechanism 10 (such as magnetic attraction), the temperature detector 11 transmits a temperature electric signal (comprising a wireless transmitting device d1 connected with the temperature detector 11 and a wireless receiving device d2 connected with the singlechip control device 6) to the singlechip control device 6 in a wired or wireless way, the temperature detector 11 is tightly attached to the side wall of the water boiling container 12 (when the magnetic attraction is adopted, the material of the side wall of the water boiling container 12 must be a magnetic conductive material) through the adsorption mechanism 10 so as to obtain the water temperature (before use, temperature correction can be carried out firstly so as to correct the temperature difference between the side wall temperature and the water temperature), and the singlechip control device 6 adjusts the tea making time according to the water temperature and a tea making control program.

The handle component 1 is internally provided with a warning mechanism 13 controlled by the singlechip control device 6, and when the number of times of making tea reaches the set number of times, the warning mechanism 13 is started to prompt a user to replace another new tea.

The electromagnetic valve 2 comprises a ball 2b driven by a lever 2a and an electromagnetic sucker 2c which is arranged at the bottom of the tea making container 3 and is right opposite to the driving end of the lever 2a and made of a magnetic conductive material, a single chip microcomputer control device 6 controls a power supply part 7 to supply power to the electromagnetic sucker 2c, so that the electromagnetic sucker 2c moves to suck the lever 2a and made of the driving end of the magnetic conductive material, the lever 2a swings upwards to drive the ball 2b to be far away from a drain opening 14 at the bottom of the tea making container 3, and the aim of opening the electromagnetic valve 2 is fulfilled; the singlechip control device 6 controls the power supply part 7 to stop supplying power to the electromagnetic sucker 2c, the electromagnetic sucker 2c loses power and stops acting, the lever 2a is reset under the gravity action of the ball 2b, the ball 2b falls on the drain port 14, and the electromagnetic valve 2 is closed. A manual drive lever 15 is provided on the tea brewing container 3 for the user to manually open the solenoid valve 2.

Claims

1. A tea maker is characterized by comprising a tea making container with an electromagnetic valve at the bottom, a tea containing container arranged below the tea making container, a single-chip microcomputer control device with Bluetooth and a power supply part, wherein the power supply part comprises a thermoelectric generation chip, a charging circuit and a high-capacity capacitor which are tightly attached to the outer side wall of the tea making container, the power supply part supplies power to the single-chip microcomputer control device, and the single-chip microcomputer control device controls the electromagnetic valve to act.

2. The tea maker according to claim 1, wherein a temperature detector is provided with an adsorption mechanism, the temperature detector transmits a temperature signal to the singlechip control device in a wired or wireless manner, and the temperature detector is tightly attached to the side wall of the water boiling container through the adsorption mechanism.

3. A tea maker according to claim 1 or 2, wherein a start brewing trigger switch is provided in communication with the single chip control means.

4. A tea maker according to claim 1 or 2, wherein a warning mechanism is provided which is controlled by the single-chip control means.

5. The tea maker according to claim 3, wherein a warning mechanism is provided which is controlled by the single-chip control device.