CN201227172Y - Full-automatic tea making table - Google Patents

Abstract

The utility model discloses a full-automatic table of making tea, including the table body and inside throw the tea set, the cup of making tea, the thermos, the ware of heating up the water, dregs of tea case and drinking water tank, the cup of making tea is throwing the operation of tea set below, be equipped with horizontal drive mechanism and upset actuating mechanism on it, have and connect tea, make tea, wash three station, its below of wasing the station is equipped with the high-pressure cleaning shower nozzle, the ware of heating up the water passes through pipeline and drinking water tank intercommunication, its bottom export is linked together with the cup of making tea, the bottom of the cup portion of making tea is equipped with the solenoid valve and is linked together through hose and thermos, the delivery port of thermos is linked together through pipeline and each tea export of table body periphery, the inside solidification that is provided with of control cabinet has the CPU chip of. The tea making table integrates the functions of water boiling, tea feeding, tea making, heat preservation, tea discharging and cleaning, has high automation degree, simple operation and stable performance, and can be widely applied to places such as tea houses, restaurants, offices or houses.

Description

automatic tea table

technical field

The utility model relates to a tea making utensil, specifically a fully automatic tea making table.

Background technique

Tea is a traditional Chinese culture, but people have different ways of making tea, and the taste is not consistent, which is mainly related to the time of making tea, the ratio of tea to water, water temperature, water quality, process and other factors.

Traditional Kungfu tea is mainly operated by hand, which is not only time-consuming and laborious, but also highly dependent on experience. For this, various automatic tea making machines have appeared on the market. For example, the "Automatic Tea Making Machine" disclosed in Chinese patent CN200410041385.2 mainly consists of the main body of the tea making machine, a support plate arranged on the main body of the tea making machine, a tea cup detachably arranged on the support plate, and a tea cup set in the tea cup. A thermos cup is arranged on the lower side of the support plate composed of a filter net, and the brewing cup and the thermos cup are connected through a water flow channel, and a water valve is arranged in the water flow channel, so that the brewed tea juice can flow from the tea cup into the thermos cup, and the thermos cup The tea will not get cold. Although this tea making machine can avoid tea juice from being oxidized, it has a single function and a low degree of automation, and still requires a large amount of manual operations.

Another example is "A Tea Making Machine" disclosed in Chinese patent CN200720052238.4, which is mainly composed of a housing and a circuit unit. The unit is arranged in the casing, and has a microcomputer control unit, a heating pipe for heating water, a heating pipe for disinfection and a water pumping motor. There is above-mentioned defective in this tea making machine equally.

Utility model content

Aiming at the deficiencies in the prior art, the utility model aims to provide a fully automatic tea making table which integrates the functions of boiling water, pouring tea, washing tea, making tea, keeping warm, dispensing tea and cleaning.

The technical scheme that the utility model adopts is:

A fully automatic tea making table, comprising a table body and a tea dispenser inside the table, a tea cup, a thermos bottle, a water boiler, a tea dregs box and a drinking water tank, the tea feeder is located inside the upper table side of the table body, The tea cup runs under the tea dispenser, on which there is a horizontal drive mechanism and a flip drive mechanism, with three stations for receiving tea, making tea, and cleaning. The cleaning station is equipped with a high-pressure cleaning nozzle connected to the drinking water tank. The drinking water tank is connected to the water boiler through a pipeline equipped with a water pump. The bottom outlet of the water boiler is provided with a solenoid valve and is connected to the tea cup through a hose. The bottom of the tea cup is provided with a solenoid valve and connected to the thermos via a hose The water outlet of the thermos bottle is connected with the tea outlets around the table body through the pipes equipped with water pumps and distribution valves. There is a console on one side of the table body, and a CPU chip with a solidified program is installed inside it. LCD display and several control buttons.

The tea feeder is composed of a tea storage box and a delivery driving mechanism at the bottom thereof. The bottom of the tea storage box is funnel-shaped. The delivery driving mechanism is composed of an outer sleeve, an inner sleeve and an adjusting piston. The outer sleeve is fixed on the tea storage box. At the bottom, there is an upper tea port and a lower tea port. The inner sleeve is located inside the outer sleeve with a single tea inlet and outlet. Relative to the tea inlet and outlet, the adjusting piston can be telescopically arranged in the inner sleeve. The inner sleeve is driven by a motor fixed on the outer sleeve, and the adjusting piston is driven by another motor fixed on the outer sleeve.

The adjusting piston and its motor are connected through a gear, a rack or a connecting rod mechanism.

There are more than three groups of the tea throwers, which are combined together side by side, and a common tea throwing port is provided at the bottom.

The upper surface of the table body is provided with flip covers corresponding to the tea storage boxes of each tea dispenser.

The horizontal driving mechanism of the tea making cup is composed of a guide rail supporting the tea making cup and a walking motor. The connecting rod mechanism is connected with the rotating shaft on one side of the tea cup, and the turning motor of the turning drive mechanism is connected with the rotating shaft on the other side of the tea cup.

The tea making cup has a normally open elastic top cover, and a corresponding pressing part is fixed above the tea making station.

The tea outlet is located in each concave position around the table body, and buttons connected with the console are arranged on it.

A water level sensor and a temperature sensor are respectively arranged in the thermos bottle and the water boiler.

The middle part of the table top on the table body is provided with an induction cooker and a water tray for cleaning teacups.

According to the traditional method of making tea, the utility model replaces manual operation by programming the time and water temperature of making tea through computer, and integrates multiple functions such as boiling water, pouring tea, washing tea, making tea, keeping warm, dispensing tea, and cleaning. , fully automatic, the concentration of tea can be adjusted according to personal habits, the water temperature and time of making tea can be adjusted by yourself, and there is no need to worry about the tea soaking time being too long. Boiling water, very safe, real humanized design, fully enjoy the fun of tea tasting, can brew oolong tea, Tieguanyin, Longjing, black tea and other teas, suitable for teahouses, restaurants, offices or residences and other occasions.

Description of drawings

Fig. 1 is the upper desktop schematic diagram of the present utility model;

Fig. 2 is the front schematic view of the utility model;

Fig. 3 is the rear schematic view of the utility model;

Fig. 4 is a schematic side view of the utility model;

Fig. 5 is a schematic diagram of the structure of the tea making cup when it is in the tea receiving station;

Fig. 6 is a schematic diagram of the structure of the tea making cup when it is in the tea making station;

Fig. 7 is a schematic structural view of the tea cup at the cleaning station;

Fig. 8 is a schematic structural view of the tea thrower;

Fig. 9 is a schematic diagram of the structure when the adjustment piston of the tea dispenser is at the rightmost end;

Fig. 10 is a schematic diagram of the structure when the adjustment piston of the tea dispenser is at the leftmost end;

Fig. 11 is a schematic diagram of the cooperation process between the adjusting piston and the inner sleeve;

Fig. 12 is a schematic diagram of the structure when the inner sleeve turns to the tea inlet facing downward;

Fig. 13 is a schematic diagram of the structure and action process of the horizontal driving mechanism and the flipping driving mechanism of the teacup;

Fig. 14 is a schematic diagram of the side action process of the horizontal driving mechanism and the flipping driving mechanism of the teacup.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in further detail.

The reference signs are explained as follows:

1——Outrigger 2——Tea outlet

3——Tea cup place 4——Console

5, 5'——button 6——display screen

7——tea thrower 8——tea making cup

9——thermos bottle 10——water boiler

11——Tea residue box 12——Drinking water tank

13——High pressure cleaning nozzle 14, 14'——Water pump

15——distribution valve 16——tea storage box

17——outer sleeve 18——inner sleeve

19——Adjusting piston 20, 20′——Motor

21, 21' - gear 22, 22' - rack

23——Clamshell 24——Support rail

25——Travel motor 26——Support sleeve

27——Flip motor 28——Water tray

29——elastic top cover 30——down pressure rod

31——Induction cooker 32——Tea cup strainer

As shown in Figure 1-4, the tea making table has four legs 1, the tea outlet 2 is located in each teacup placement position 3 around the table body, the hose at the bottom of the teacup placement position 3 is connected to the tea residue box 11, It is provided with a button 5 connected to the console 4, and one of the recesses has a larger space for receiving water for a larger teacup. The middle part of the upper table is provided with an induction cooker 31 and a water tray 28 for cleaning the teacup. A solidified CPU chip with a program is provided on the surface, and a liquid crystal display 6 and several control buttons 5' are arranged on the surface, which are used to control the water heater, motor, electromagnetic valve and water pump inside the table body. It is achievable and will not be repeated here.

As shown in Figure 5-7, there are tea dispenser 7, tea cup 8, thermos bottle 9, water boiler 10, tea dregs box 11, and drinking water tank 12 inside the table body, and the tea dispenser 7 is located on the table top side of the table body Inside, the upper surface of the table body is provided with a flip cover 23 corresponding to each tea dispenser, the tea cup 8 runs under the tea dispenser, a horizontal drive mechanism and a flip drive mechanism are provided on it, and a tea cup filter 32 is provided inside. , with three stations for receiving tea, making tea, and cleaning. A high-pressure cleaning nozzle 13 is provided below the cleaning station to communicate with the drinking water tank. It communicates with the drinking water tank 12, and the bottom of the hot water outlet is provided with a solenoid valve to communicate with the tea cup 8 with a hose. The water outlet of thermos bottle 9 communicates with each tea outlet 2 around the table body through the pipeline provided with water pump 14' and distribution valve 15, and the bottom of thermos bottle is provided with electromagnetic valve to communicate with tea residue box 11, thermos bottle and A water level sensor and a temperature sensor are respectively arranged in the water heater, and a water level sensor is respectively arranged in the drinking water tank and the tea dregs box.

As shown in Figure 8-12, there are three groups of tea throwers, which are combined together side by side, and a common tea throwing port is set at the bottom. Each tea thrower is composed of a tea storage box 16 and a delivery drive mechanism at the bottom. The bottom of 16 is funnel-shaped, and the feeding drive mechanism is composed of an outer sleeve 17, an inner sleeve 18 and an adjustment piston 19. The outer sleeve 17 is fixed on the bottom of the tea storage box, and is provided with an upper tea port and a lower tea port, and the inner sleeve 18 is located inside the outer sleeve, and the two are rotated and matched. The inner sleeve 18 is provided with a tea inlet and outlet that can be opposite to the upper tea mouth or the lower tea mouth during the rotation process. The adjustment piston 19 can be telescopically arranged on the inner sleeve In the sleeve, the inner sleeve 18 is driven by a motor 20 fixed on the outer sleeve, and the adjusting piston 19 is driven by another motor 20' fixed on the outer sleeve. Bar 22 is connected by transmission, certainly also can adopt link mechanism to connect.

As shown in Figures 13 and 14, the horizontal driving mechanism of the tea cup is made up of a support guide rail 24 and a travel motor 25 supporting the tea cup. 26, the walking motor 25 is connected to the rotating shaft on one side of the tea cup through the gear 21' and the rack 22', and the turning motor 27 of the turning drive mechanism is connected to the rotating shaft on the other side of the tea cup. There is a normally open elastic top cover 29, and a corresponding lower pressure rod 30 is fixed above the tea making station.

Its working process is as follows:

1) Put three different tea leaves into the tea storage box of each tea dispenser, add water to the drinking water box, turn on the power on the console, select the tea in one of the tea storage boxes by the button, and confirm the tea by the button The variety, select the strength of the tea through the button, and start making tea through the start button. It is equipped with a solidified and programmed CPU chip to control all the following processes;

2) The water pump adds water to the water heater and starts heating when it reaches a certain water level;

3) The piston motor that drives the tea feeder adjusts the depth of the piston into the inner sleeve to control the amount of tea leaves. At this time, the tea cup is just below the tea feeder, and the top cover is opened, and the inner sleeve of the tea feeder After rotating 180 degrees, pour the tea leaves received in the tank into the tea cup;

4) After receiving the tea leaves, the tea making cup runs to the right under the drive of the walking motor together with the turning drive mechanism and the connected hose. When running to the tea making station, the lower lever gradually presses the top cover to make it its closure;

5) When the water temperature reaches the set temperature, the water heater heats water into the tea cup and starts to wash the tea leaves. After a preset time, the electromagnetic valve at the bottom of the cup opens, and the waste water after washing the tea leaves flows to the thermos bottle, and the waste water flows to the back of the thermos bottle The water pump and distribution valve are turned on, the waste water is automatically discharged to each tea outlet, and the solenoid valve is closed after the waste water is discharged;

6) The water heater adds hot water to the tea cup and starts to make tea. After the set tea brewing time is reached, the solenoid valve at the bottom of the tea cup opens to flow the tea into the thermos bottle, and at the same time, the automatic tea making table sends out a short prompt Voice;

7) After the cup of tea is finished flowing, the solenoid valve is closed, the water is reheated, and brewing is performed several times. If the water level of the thermos bottle reaches the set water level, the tea making is suspended;

8) After the tea is brewed, the traveling motor drives the teacup to run to the left together with the overturning drive mechanism and the connected hose. The tea dregs are poured into the tea dregs box, and the solenoid valve at the bottom of the thermos bottle opens and the remaining tea is discharged into the tea dregs box;

9) The high-pressure cleaning nozzle extends into the tea cup for high-pressure cleaning. After cleaning, the flip motor drives the tea cup to turn over 180 so that the opening faces upward;

10) The traveling motor drives the teacup to run to the left together with the overturning drive mechanism and the connected flexible pipes, arrives at the tea receiving station, and restarts the above steps.

The utility model is not limited to the above-mentioned best implementation mode, and anyone can draw other various forms of products under the enlightenment of the present invention. But no matter any changes are made in its shape or structure, all technical solutions identical or similar to the utility model are all within its protection scope.

Claims (10)

1, a kind of full-automatic table for making tea, it is characterized in that, comprise a body and inner throwing tea set thereof, the cup of making tea, vacuum flask, water boiling device, tea grounds case and potable water tank, described throwing tea set is positioned at the inside of desktop one side on the body, the cup of making tea moves below throwing tea set, which is provided with horizontal drive mechanism and upset driving mechanism, has the tea of connecing, make tea, clean three stations, the below of its washing station is provided with the high-pressure wash shower nozzle and is communicated with potable water tank, water boiling device is communicated with potable water tank by the pipeline that is provided with water pump, its hot water outlet is connected with the cup of making tea by the flexible pipe that is provided with magnetic valve, make tea cup bottom is provided with magnetic valve and is connected with vacuum flask by flexible pipe, the delivery port of vacuum flask is connected with each tea outlet of table body periphery by the pipeline that is provided with water pump and distributing valve, table body one side is provided with console, its inside is provided with the cpu chip of the program of being solidified with, and the surface is provided with LCDs and several control buttons.

2, full-automatic table for making tea according to claim 1, it is characterized in that, described throwing tea set is made up of the input driving mechanism of Chu Chaxiang and bottom thereof, the bottom of storage tea case is infundibulate, throw in driving mechanism by outer sleeve, inner sleeve and regulating piston are formed, outer sleeve is fixed on storage tea case bottom, be provided with Cha Kou and following tea mouth, inner sleeve is positioned at the inner single discrepancy tea mouth of outer sleeve, be rotatably assorted between the two, inner sleeve is provided with in rotary course can or descend the relative tea inlet port of tea mouth with last tea mouth, regulating piston can be arranged in the inner sleeve elasticly, inner sleeve is by the motor-driven that is fixed on the outer sleeve, and regulating piston is by another motor-driven that is fixed on the outer sleeve.

3, full-automatic table for making tea according to claim 2 is characterized in that, is in transmission connection by gear, tooth bar or linkage between described regulating piston and its motor.

4, full-automatic table for making tea according to claim 1 is characterized in that, described throwing tea set has three groups, combines abreast, and in the bottom total throwing tea mouth is set.

5, full-automatic table for making tea according to claim 1 is characterized in that, described table body upper surface is provided with corresponding the renovating of storage tea case of throwing tea set with each.

6, full-automatic table for making tea according to claim 1, it is characterized in that, described make tea the cup horizontal drive mechanism by support make tea the cup guide rail and movable motor form, guide rail is positioned at glass both sides of making tea, be slidingly matched with the stop sleeve of glass both sides of making tea, movable motor is connected by the rotating shaft with cup one side of making tea of gear, tooth bar or linkage, and the upset motor of upset driving mechanism is connected with the rotating shaft of glass opposite side of making tea.

7, full-automatic table for making tea according to claim 1 is characterized in that, the described cup of making tea has an elasticity top cover of often opening, and the upper fixed of its station of making tea has and presses down parts accordingly.

8, full-automatic table for making tea according to claim 1 is characterized in that, described tea outlet is arranged in each recess of a body periphery, which is provided with the button that links to each other with console.

9, full-automatic table for making tea according to claim 1 is characterized in that, is respectively equipped with water level sensor and temperature inductor in described vacuum flask and the water boiling device.

10, full-automatic table for making tea according to claim 1 is characterized in that, the middle part of desktop is provided with the water pond of electromagnetic oven and cleaning teacup on the described table body.

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