CN209285076U - A kind of air-compression type coffee or tea extracter - Google Patents

Abstract

A kind of air-compression type coffee or tea extracter, including a pneumatics bucket, in store high pressure gas, the output end of one air compressor machine of connection at the top of the pneumatics bucket；The air compressor machine will input the pneumatics bucket after external gas pressurized, to drive the high pressure gas in the pneumatics bucket to export outward；An at least reservoir, inside contain aqueous, each reservoir includes output end, is used to export aqueous；One control mechanism connects an at least reservoir, to control the disengaging of an at least reservoir water flow；One extraction bucket, position is below the pneumatics bucket, and the bottom of the extraction bucket has an opening, connects one first gauze, which is mounted on the opening of the extraction bucket in a manner of removable；One Container is connected to the opening of the extraction bucket in a manner of removable；The Container bottom has an opening.

Description

A kind of air-compression type coffee or tea extracter

Technical field

The utility model is about coffee or tea extracter more particularly to a kind of air-compression type coffee or tea extracter.

Background technique

Existing coffee or tea extracter, mainly include an at least reservoir, inside contain aqueous, each reservoir packet Output end is included, for exporting aqueous, and can be in output by aqueous pressurization appropriate；One control mechanism connects the reservoir, To control the disengaging of reservoir water flow；One extraction bucket, below the pneumatics bucket, the bottom of the extraction bucket has opening, the extraction for position The opening of bucket is taken to connect one first gauze, which is mounted on the opening of the extraction bucket in a manner of removable Place；One Container is connected to the opening below the extraction bucket in a manner of removable；The bottom of the Container has an opening； Wherein so that aqueous flows through the Container, and make the Container first by the aqueous of reservoir injection pressurization in the extraction bucket The opening flow out mixed coffee liquid or tea liquid.

The mode of such prior art directly flows through ground coffee or tea powder using the fluid under pressure in reservoir, but adds The non-uniform distribution of pressure is presented in extraction bucket in press liquid, so the ground coffee mixed when flowing through the ground coffee or tea powder Or the unbalanced of quality can be also presented, therefore can make the coffee for brewing out or tea sheet because pressure is different in tea powder Body is simultaneously uneven, furthermore the taste of the coffee of different cups or tea also can be different.

Therefore the utility model wishes to propose a kind of brand-new air-compression type coffee or tea extracter, to solve the above-mentioned prior art On defect.

Utility model content

So the purpose of this utility model is to solve the problems, such as in the above-mentioned prior art, a kind of sky is proposed in the utility model Pressure type coffee or tea extracter using pneumatics bucket by one extraction bucket of pressure-air input, and make the liquid level for extracting the water in bucket It is upper to form substantially uniform pressure, therefore when the accommodating disc below aqueous is input to the extraction bucket, it can be by position in accommodating disc In ground coffee or tea powder be uniformly mixed to form coffee liquid or tea liquid.It can to brew out using the mode of the utility model The coffee or tea itself come quite uniformly, and can enable the coffee of different cups or tea that can all maintain identical taste.This is practical The extraction bucket connects liquid storing barrel in novel, can the amount of water of the application control mechanism controls liquid storing barrels to the extraction bucket, Yi Jike Control the water temperature of the liquid storing barrel and the function of automatic water supplement.The control mechanism also can control the movement of the accommodating disc, in order to Filling and prune job are carried out, it is quite convenient in use.

In order to achieve the above objectives the utility model proposes a kind of air-compression type coffee or tea extracter, including a pneumatics bucket, Interior storage high pressure gas, the output end of pneumatics bucket one air compressor machine of top connection, which is connected to a gas piping；It should Air compressor machine will input the pneumatics bucket after external gas pressurized, to drive the high pressure gas in the pneumatics bucket, then pass through the gas Pipeline output；The gas storage pressure of the pneumatics bucket is controllable；An at least reservoir, inside contain aqueous, each reservoir packet Output end is included for exporting aqueous；One control mechanism connects an at least reservoir, to control an at least reservoir water flow Disengaging；One extracts bucket position below the pneumatics bucket and connects the output end of an at least reservoir, and the bottom of the extraction bucket has The opening of opening, the extraction bucket connects one first gauze, which is mounted on the extraction bucket in a manner of removable The opening；One Container is connected to the opening below the extraction bucket in a manner of removable；The bottom of the Container has There is an opening；Aqueous is first wherein injected by the reservoir in the extraction bucket, high pressure gas is then injected by the pneumatics bucket, so that It obtains aqueous to bear uniform pneumatics and flow through the Container, and the opening of the Container is made to flow out mixed uniformly coffee liquid Or tea liquid.

Preferably, the side of the extraction bucket connects the output end of an at least reservoir by a hydraulic pipeline, this is at least The aqueous of one reservoir is input in the extraction bucket by the hydraulic pipeline, and is flowed downward out from first gauze；

Wherein the extraction bucket upper end is connected to the gas piping, which can inject aqueous in the extraction bucket, The air compressor machine can drive the high pressure gas of the pneumatics bucket to input in the extraction bucket by the gas piping, so as in the extraction bucket Aqueous go out downwards.

It is further preferred that the Container includes:

One accommodating disc, the opening being connected to below the extraction bucket in a detachable manner；The opening of the Container Position is in the bottom of the accommodating disc；

One second gauze connects the opening of the Container in a detachable manner, and second gauze is for filtering Residue；Wherein the accommodating disc is for accommodating ground coffee or tea powder and the water from the extraction bucket.

It is further preferred that the extracter further includes a chassis, below the accommodating disc, which includes strainer for position, is used It is filtered again in the coffee liquid or tea liquid gone out from the accommodating pan bottom；The control mechanism is electrically connected the chassis, the control Mechanism is for driving the chassis contact below second gauze, to make the accommodating disc and second gauze closely sealed mutually； The bottom on the chassis extends downwardly out an output pipe, and the coffee liquid or tea liquid are exported outward by the output pipe.

It is further preferred that the control mechanism is electrically connected the accommodating disc and second gauze, the control mechanism is to drive The accommodating disc and second gauze enable the accommodating disc and second gauze to be moved to different positions and different combinations Mode is to execute a variety of different functions.

It is further preferred that the control mechanism controls the accommodating disc and second gauze rotation when carrying out filling operation To first position, the accommodating disc and second gauze are overlapped at this time, so as to user the accommodating disc can be added ground coffee or Tea powder.

It is further preferred that the control mechanism controls the accommodating disc and second gauze rotation when carrying out brewing operation To the second position, and the second position is located at below extraction bucket, at this time the extraction bucket, the accommodating disc, second gauze and should Chassis is overlapped, to carry out brewing for coffee or tea.

It is further preferred that the extracter further include:

Swivel mount on one, one end connect the accommodating disc, and the other end connects a driving mechanism；

Swivel mount once, one end connect second gauze, and the other end connects the driving mechanism；

Wherein the driving mechanism is for driving swivel mount and the lower swivel mount on this, so as to make the accommodating disc and this second Gauze is mobile；Wherein the control mechanism is electrically connected the driving mechanism, for controlling the driving mechanism, with control on this swivel mount and The movement of the lower swivel mount；

Wherein the driving mechanism includes a first rotating shaft, one second shaft and a motor, the first rotating shaft and this second turn One motor of axis connection, and the first rotating shaft and second shaft are driven by the motor；And the first rotating shaft connects swivel mount on this, Second shaft connects the lower swivel mount；By the rotation of the first rotating shaft and one second shaft so as to drive on this swivel mount and The lower swivel mount rotation.

It is further preferred that tapered kenel is formed on the middle section on the chassis to bottom.

Preferably, each reservoir further includes that an input terminal is used to connect external water source, by the water source to the liquid storage Slot moisturizing；The input terminal of each reservoir is equipped with one and enters water control valve；

A level switch is still wherein installed in each reservoir, connects the control mechanism；The level switch is used for It detects the water level in corresponding reservoir and is transmitted to the control mechanism, when the water level is lower than a setting value, then the control machine What structure then opened corresponding reservoir enters water control valve, so that external water source inputs aqueous to the corresponding reservoir, so as to Achieve the purpose that automatic water supplement；

Wherein the output of each reservoir is separately installed with an outlet water control valve, for controlling corresponding reservoir Water flow；

Wherein the control mechanism also connects the outlet water control valve, and by controlling the outlet water control valve to adjust the reservoir The water flow exported；The control mechanism can be by the opening and closing of the outlet water control valve of each reservoir of control, to reach The purpose of switching output aqueous between each reservoir；

It wherein is separately installed with a pressure reducing valve on the output end of the air compressor machine and the gas piping, is used for control pressure；

The control mechanism also connects the pressure reducing valve, and the pressure reducing valve is for adjusting the air pressure that the pneumatics bucket is exported；

A heater is also wherein installed on each reservoir, for heating the aqueous of corresponding reservoir；

A temperature sensor is also wherein installed in each reservoir and is electrically connected the control mechanism, which is used for Detect the water temperature of corresponding reservoir；

Wherein the control mechanism is also electrically connected the temperature sensor and the heater, which, which receives, comes from the temperature The water temperature that sensor is sensed, and control according to the water temperature heating method of the heater, so as to by the water temperature of the reservoir It is adjusted to required temperature；

Wherein the pneumatics bucket further includes a pressure display unit, for showing air pressure.

Detailed description of the invention

Fig. 1 shows the component combination diagram of the utility model.

Fig. 2 shows another component combination diagram of the utility model, wherein extraction bucket, Container and chassis are separation State.

Fig. 3 shows the filling operation schematic diagram of the utility model.

What Fig. 4 showed the utility model brews operation schematic diagram.

Fig. 5 shows the prune job schematic diagram of the utility model.

Fig. 6 shows the control configuration diagram of the utility model.

Fig. 7 shows the configuration diagram of the upper swivel mount of the utility model, lower swivel mount and driving mechanism.

Description of symbols

10, pneumatics bucket；11, gas piping；12, pressure display unit；15, air compressor machine；20, control mechanism；30, reservoir； 31, output end；32, input terminal；35, hydraulic pipeline；40, Container；

50, bucket is extracted；51, it is open；52, the first gauze；60, accommodating disc；61, it is open；

62, the second gauze；70, chassis；71, output pipe；72, strainer；80, driving mechanism；

81, upper swivel mount；82, lower swivel mount；91, heater；92, temperature sensor；

100, level switch；111, pressure reducing valve；151, output end；311, outlet water control valve；

321, enter water control valve；501, first position；502, the second position；503, the third place；

801, first rotating shaft；802, the second shaft；803, motor.

Specific embodiment

Now with regard to the structure composition of the utility model and the effect and advantage of can be generated, cooperates Figure of description, lift this reality With a novel preferred embodiment, detailed description are as follows.

Fig. 1 to Fig. 7 is please referred to, shows the air-compression type coffee or tea extracter of the utility model, including following assemblies:

One pneumatics bucket 10, it is interior to store high pressure gas, the output end 151 of an air compressor machine 15 is connected at the top of the pneumatics bucket 10, 10 bottom of pneumatics bucket is connected to a gas piping 11.The air compressor machine 15 will input the pneumatics bucket 10 after external gas pressurized, with The high pressure gas in the pneumatics bucket 10 is driven, then is exported by the gas piping 11.As shown in Figure 1, the output of the air compressor machine 15 It is separately installed with a pressure reducing valve 111 on end 151 and the gas piping 11, is used for control pressure.The gas storage pressure of the pneumatics bucket 10 To can control person.The pneumatics bucket 10 further includes a pressure display unit 12, for showing air pressure.

An at least reservoir 30, inside contain aqueous, each reservoir 30 includes output end 31, for exporting aqueous. An outlet water control valve 311 is separately installed at the output end 31 of each reservoir 30, for controlling the water of corresponding reservoir 30 Flow.At least reservoir 30 of this in this example is two reservoirs 30.

One control mechanism 20 connects an at least reservoir 30, to control the disengaging of 30 water flow of an at least reservoir.

One extracts 50, bucket below the pneumatics bucket 10 and connects the output end 31 of an at least reservoir 30, the extraction bucket 50 bottom has opening 51, connects one first gauze 52 at the opening 51 of the extraction bucket 50, first gauze 52 is with removable The mode of dress is mounted at the opening 51 of the extraction bucket 50.The capacity of preferably's extraction bucket 50 is less than 150cc.

The side of the extraction bucket 50 connects the output end 31 of an at least reservoir 30 by a hydraulic pipeline 35, this is at least The aqueous of one reservoir 30 is input in the extraction bucket 50 by the hydraulic pipeline 35, and is flowed downward out from first gauze 52.

Wherein 50 upper end of extraction bucket is connected to the gas piping 11, and an at least reservoir 30 is by the desired amount of water when operation Liquid injects the extraction bucket 50, and then the air compressor machine 15 drives the high pressure gas of the pneumatics bucket 10 should by the gas piping 11 input It extracts in bucket 50, and the aqueous in the extraction bucket 50 is gone out downwards.Since gas can be rapid when entering the extraction bucket 50 Diffusion, so substantially uniform pressure can be formed on the entire liquid level of the aqueous in the extraction bucket 50.

One Container 40 is connected to the opening 51 of 50 lower section of extraction bucket in a manner of removable.The bottom of the Container 40 Portion has an opening 61.

Aqueous is first wherein injected by the reservoir 30 in the extraction bucket 50, high pressure gas is then injected by the pneumatics bucket 10 Body so that aqueous bears uniform pneumatics and flows through the Container 40, and flows out the opening 61 of the Container 40 Even mixed coffee liquid or tea liquid.

The Container 40 includes:

One accommodating disc 60 is connected to the opening 51 of 50 lower section of extraction bucket in a manner of removable.The Container 40 Bottom of the opening 61 in the accommodating disc 60.

One second gauze 62 is connected in a manner of removable at the opening 61 of the Container 40, which uses In filtering residue.Wherein the accommodating disc 60, should when coming from for accommodating ground coffee or tea powder and the water from the extraction bucket 50 When the aqueous of extraction bucket 50 inputs the accommodating disc 60, due to forming substantially uniform pressure on the liquid level of the aqueous, and make this Aqueous and the ground coffee or tea powder can be uniformly mixed to form coffee liquid or tea liquid, and flow downward out from second gauze 62.

One 70, chassis is below the accommodating disc 60, which includes strainer 72 (as shown in Figure 2), for from this The coffee liquid or tea liquid that 60 bottom of accommodating disc is gone out filter again.The control mechanism 20 is electrically connected the chassis 70, control when operation Mechanism 20 processed drives 70 contact of chassis in 62 lower section of the second gauze, so that the accommodating disc 60 and second gauze 62 are mutual It is closely sealed, to prevent water liquid from leaking out between the accommodating disc 60 and second gauze 62 due to by pneumatics.The bottom on the chassis 70 It extends downwardly out an output pipe 71, the coffee liquid or tea liquid and is exported outward by the output pipe 71.The preferably chassis 70 Middle section to bottom form tapered kenel.

Wherein first gauze 52 and second gauze 62 can be highdensity reticular structure, with slow down aqueous from this first Speed and aqueous that gauze 52 oozes out and the speed that the ground coffee or tea powder are oozed out from second gauze 62, to increase aqueous at this It residence time and aqueous and the residence time of the ground coffee or tea powder in the Container 40 in extraction bucket 50, is brewed with reaching And the purpose of filtering.

The control mechanism 20 is electrically connected the accommodating disc 60 and second gauze 62 in the utility model, the control mechanism to The accommodating disc 60 and second gauze 62 are driven, and the accommodating disc 60 and second gauze 62 is allowed to be moved to different positions It sets and different combinations is to execute a variety of different functions.

Its mode of operation is illustrated below.

When carrying out filling operation, as shown in figure 3, the control mechanism 20 controls the accommodating disc 60 and second gauze 62 moves It moves to first position 501, the accommodating disc 60 and second gauze 62 are overlapped at this time, to enable user that the accommodating disc 60 can be added Ground coffee or tea powder.

When carrying out brewing operation, as shown in figure 4, the control mechanism 20 controls the accommodating disc 60 and second gauze 62 moves Move to the second position 502, and the second position is located at 50 lower section of the extraction bucket, at this time the extraction bucket 50, the accommodating disc 60, this Two gauzes 62 and the chassis 70 are overlapped, to carry out brewing for coffee or tea.

When carrying out prune job, as shown in figure 5, the control mechanism 20 controls the accommodating disc 60 and second gauze 62 moves The third place 503 is moved, at this time the accommodating disc 60 and second gauze 62 separation, and the control mechanism 20 controls the accommodating disc 60 and second gauze 62 teetertotter, to carry out toppling over the operation of the residue in the accommodating disc 60 and on second gauze 62.

The above-mentioned accommodating disc 60 and second gauze 62 are configured in the way of reaching different location as known, It shows that an example is as follows in Fig. 1 and Fig. 7, but is not limited to the range of this case.

Swivel mount 81 on one, one end connect the accommodating disc 60, and the other end connects a driving mechanism 80.

Swivel mount 82 once, one end connect second gauze 62, and the other end connects the driving mechanism 80.

Wherein the driving mechanism 80 is for driving swivel mount 81 and the lower swivel mount 82 on this so that the accommodating disc 60 and Second gauze 62 is mobile and arrives above-mentioned first position 501, the second position 502 and the third place 503.

Wherein the control mechanism 20 is electrically connected the driving mechanism 80, for controlling the driving mechanism 80, to control rotation on this The movement of pivoted frame 81 and the lower swivel mount 82.

Wherein the driving mechanism 80 includes a first rotating shaft 801 and one second shaft 802 and a motor 803, and this first turn Axis 801 and second shaft 802 connect a motor 803, and drive the first rotating shaft 801 and second shaft by the motor 803 802；And the first rotating shaft 801 connects swivel mount 81 on this, which connects the lower swivel mount 82.By this first The rotation of shaft 801 and one second shaft 802 is to drive swivel mount 81 and lower swivel mount 82 on this to rotate.Shown in figure this One shaft 801 and second shaft 802 can be coaxial.The driving mechanism 80 is still driven on this by gear (not shown) Swivel mount 81 and the lower swivel mount 82 move up and down, this is known, repeats no more its details.

Fig. 6 shows the control framework of the utility model, and wherein the control mechanism 20 also connects the outlet water control valve 311, and By controlling the outlet water control valve 311 to adjust the water flow that the reservoir 30 is exported.The control mechanism 20 can also pass through control The opening and closing of the outlet water control valve 311 of each reservoir 30 is made, to reach the mesh of the switching output aqueous between each reservoir 30 's.

The control mechanism 20 also connects pressure reducing valve 111, and defeated to adjust 10 institute of pneumatics bucket by controlling the pressure reducing valve 111 Air pressure out.

A heater 91 is also wherein installed on each reservoir 30, for heating the aqueous of corresponding reservoir 30.

A temperature sensor 92 is also wherein installed in each reservoir 30 and is electrically connected the control mechanism 20, the temperature sensing Device 92 is used to detect the water temperature of corresponding reservoir 30.

Wherein the control mechanism 20 is also electrically connected the temperature sensor 92 and the heater 91, which, which receives, comes The water temperature sensed from the temperature sensor 92, and the heating method of the heater 91 is controlled according to the water temperature, by the storage The water temperature of liquid bath 30 is adjusted to required temperature.

Using above-mentioned control structure, the control mechanism 20 of the utility model, which can reach, controls the pneumatics bucket 10 Air pressure, at least water temperature of a reservoir 30 and the function of at least water yield of a reservoir 30.

Wherein each reservoir 30 further includes that an input terminal 32 is used to connect external water source (not shown), and passes through The water source is to 30 moisturizing of reservoir.The input terminal 32 of each reservoir 30 is equipped with one and enters water control valve 321.

A level switch 100 is also wherein installed in each reservoir 30, connects the control mechanism 20.The water level detecting Device 100 is for detecting the water level in corresponding reservoir 30 and being transmitted to the control mechanism 20, when the water level is lower than a setting value When, then what the control mechanism 20 then opened corresponding reservoir 30 enters water control valve 321, corresponding to this with the water source outside enabling Reservoir 30 inputs aqueous, achievees the purpose that automatic water supplement.

The utility model has the advantage of application pneumatics buckets by one extraction bucket of pressure-air input, and to extract in bucket Form substantially uniform pressure on the liquid level of water, therefore when the accommodating disc below aqueous is input to the extraction bucket, it can be by position Ground coffee or tea powder in accommodating disc are uniformly mixed to form coffee liquid or tea liquid.It can make using the mode of the utility model The coffee or tea itself for brewing out quite uniformly, and can enable the coffee of different cups or tea that can all maintain identical taste Road.In the utility model the extraction bucket connect liquid storing barrel, can the application control mechanism controls liquid storing barrel to the extraction bucket plus water Amount, and can control the water temperature of the liquid storing barrel and the function of automatic water supplement.The control mechanism still controls the shifting of the accommodating disc It is dynamic, it is quite convenient in use in order to carry out filling and prune job.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts Every other embodiment, fall within the protection scope of the utility model.

Claims (10)

1. a kind of air-compression type coffee or tea extracter characterized by comprising

One pneumatics bucket, interior to store high pressure gas, the output end of one air compressor machine of connection, the pneumatics bucket bottom connect at the top of the pneumatics bucket A logical gas piping；The air compressor machine will input the pneumatics bucket after external gas pressurized, to drive the high pressure gas in the pneumatics bucket Body, then exported by the gas piping；The gas storage pressure of the pneumatics bucket is that can control；

An at least reservoir, inside contain aqueous, each reservoir includes output end, is used to export aqueous；

One control mechanism connects an at least reservoir, to control the disengaging of an at least reservoir water flow；

One extraction bucket, position is below the pneumatics bucket and connects the output end of an at least reservoir, and the bottom of the extraction bucket has The opening of opening, the extraction bucket connects one first gauze, which is mounted on the extraction in a detachable manner The opening of bucket；

One Container, the opening being connected to below the extraction bucket in a detachable manner；The bottom of the Container has one Opening.

2. air-compression type coffee as described in claim 1 or tea extracter, which is characterized in that the side of the extraction bucket is defeated by one Water lines connect the output end of an at least reservoir, and the aqueous of an at least reservoir is input to the extraction by the hydraulic pipeline It takes in bucket, and is flowed downward out from first gauze；

Wherein the extraction bucket upper end is connected to the gas piping, which can inject aqueous in the extraction bucket, the sky Press can drive the high pressure gas of the pneumatics bucket to input in the extraction bucket by the gas piping, so as to the water in the extraction bucket Liquid is gone out downwards.

3. air-compression type coffee as claimed in claim 2 or tea extracter, which is characterized in that the Container includes:

One accommodating disc, the opening being connected to below the extraction bucket in a detachable manner；The opening position of the Container exists The bottom of the accommodating disc；

One second gauze connects the opening of the Container in a detachable manner, and second gauze is for filtering residue； Wherein the accommodating disc is for accommodating ground coffee or tea powder and the water from the extraction bucket.

4. air-compression type coffee as claimed in claim 3 or tea extracter, which is characterized in that the extracter further includes a chassis, Position below the accommodating disc, which includes strainer, for the coffee liquid or tea liquid gone out from the accommodating pan bottom again Filtering；The control mechanism is electrically connected the chassis, which is used to drive the chassis contact below second gauze, so as to So that the accommodating disc and second gauze are closely sealed mutually；The bottom on the chassis extends downwardly out an output pipe, the coffee liquid or Tea liquid is exported outward by the output pipe.

5. air-compression type coffee as claimed in claim 3 or tea extracter, which is characterized in that the control mechanism is electrically connected the accommodating Disk and second gauze, the control mechanism is to drive the accommodating disc and second gauze, so that the accommodating disc and second line Net can be moved to different positions and different combinations to execute a variety of different functions.

6. air-compression type coffee as claimed in claim 3 or tea extracter, which is characterized in that when carrying out filling operation, the control The mechanism controls processed accommodating disc and second gauze rotate to first position, and the accommodating disc and second gauze are overlapped at this time, with Just ground coffee or tea powder can be added to the accommodating disc in user.

7. air-compression type coffee as claimed in claim 4 or tea extracter, which is characterized in that when carrying out brewing operation, the control The mechanism controls processed accommodating disc and second gauze rotate to the second position, and the second position is located at below the extraction bucket, this When the extraction bucket, the accommodating disc, second gauze and the chassis be overlapped, to carry out brewing for coffee or tea.

8. air-compression type coffee as claimed in claim 3 or tea extracter, which is characterized in that the extracter further include:

Swivel mount on one, one end connect the accommodating disc, and the other end connects a driving mechanism；

Swivel mount once, one end connect second gauze, and the other end connects the driving mechanism；

Wherein the driving mechanism is for driving swivel mount and the lower swivel mount on this, to make the accommodating disc and second gauze It is mobile；Wherein the control mechanism is electrically connected the driving mechanism, for controlling the driving mechanism, with control on this swivel mount and this under The movement of swivel mount；

Wherein the driving mechanism includes a first rotating shaft, one second shaft and a motor, and the first rotating shaft and second shaft connect A motor is connect, and the first rotating shaft and second shaft are driven by the motor；And the first rotating shaft connects swivel mount on this, this Two shafts connect the lower swivel mount；By the rotation of the first rotating shaft and one second shaft so as to drive on this swivel mount and this under Swivel mount rotation.

9. air-compression type coffee as claimed in claim 4 or tea extracter, which is characterized in that the middle section on the chassis to bottom is formed Tapered kenel.

10. air-compression type coffee as described in claim 1 or tea extracter, which is characterized in that each reservoir further includes one defeated Enter end for connecting external water source, by the water source to the reservoir moisturizing；The input terminal of each reservoir is equipped with one and enters Water control valve；

A level switch is still wherein installed in each reservoir, connects the control mechanism；The level switch is for detecting Water level in corresponding reservoir is simultaneously transmitted to the control mechanism, and when the water level is lower than a setting value, then the control mechanism is then That opens corresponding reservoir enters water control valve, so that external water source inputs aqueous to the corresponding reservoir, to reach The purpose of automatic water supplement；

Wherein the output of each reservoir is separately installed with an outlet water control valve, for controlling the water flow of corresponding reservoir Amount；

Wherein the control mechanism also connects the outlet water control valve, and defeated to adjust reservoir institute by controlling the outlet water control valve Water flow out；The control mechanism can be by the opening and closing of the outlet water control valve of each reservoir of control, to reach each The purpose of switching output aqueous between reservoir；

It wherein is separately installed with a pressure reducing valve on the output end of the air compressor machine and the gas piping, is used for control pressure；

The control mechanism also connects the pressure reducing valve, and the pressure reducing valve is for adjusting the air pressure that the pneumatics bucket is exported；

A heater is also wherein installed on each reservoir, for heating the aqueous of corresponding reservoir；

A temperature sensor is also wherein installed in each reservoir and is electrically connected the control mechanism, the temperature sensor is for detecting The water temperature of corresponding reservoir；

Wherein the control mechanism is also electrically connected the temperature sensor and the heater, which, which receives, comes from the temperature sensing The water temperature that device is sensed, and the heating method of the heater is controlled according to the water temperature, so that the water temperature of the reservoir is adjusted To required temperature；

Wherein the pneumatics bucket further includes a pressure display unit, for showing air pressure.