CN209995928U

CN209995928U - multifunctional machine for spraying, boiling and processing food body

Info

Publication number: CN209995928U
Application number: CN201920443406.5U
Authority: CN
Inventors: 成钢
Original assignee: Fireworks Beijing Technology Co Ltd
Current assignee: Fireworks Beijing Technology Co Ltd
Priority date: 2019-04-02
Filing date: 2019-04-02
Publication date: 2020-01-31
Anticipated expiration: 2029-04-02

Abstract

The utility model discloses a body machine of multi-functional traditional chinese medicine system of enduring and food processing sprays, including fuselage part, kettle body part and control system, the fuselage part includes fuselage shell, executive component, drive assembly, spray assembly, heating element, second heating element, antidrip play water component, flip, the shell bottom, pipeline components, power coupler base, touch control display screen, kettle body part includes kettle body, kettle handle subassembly, third heating element, fixed connection frame, side-inserting formula kettle seat, pot lid, power coupler, the kettle handle subassembly connect in the kettle body, third heating element locates in the kettle body, the utility model discloses can realize that effectual traditional chinese medicine boils out the system of enduring of sliced herbal pieces, guarantee validity, can also realize multiple food processing function.

Description

multifunctional machine for spraying, boiling and processing food body

Technical Field

The utility model relates to a food processing technology field, concretely relates to multi-functional traditional chinese medicine sprays system of enduring and machines of food processing.

Background

The traditional Chinese medicine decocting device is generally a traditional casserole decocting device, the size of firepower, the control of water quantity, the decocting time and the like need to be manually observed, the bottom pasting phenomenon happens occasionally, and the traditional Chinese medicine treatment effect is greatly discounted.

SUMMERY OF THE UTILITY MODEL

To prior art not enough, the utility model aims at providing multi-functional traditional chinese medicines spray system of enduring and food processing body machines, can realize effectual traditional chinese medicine boil the system of enduring that sprays of sliced medicinal herbs, guarantee validity, can also realize multiple food processing function.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

A multifunctional machine for spraying, decocting and processing food, , comprises a machine body, a kettle body and a control system;

the machine body component comprises a machine body shell, an execution component, a spraying component, an th heating component, a second heating component, a flip cover, a pipeline component, a power coupler base and a touch control display screen, wherein the power coupler base is connected with the machine body shell;

the fuselage shell further comprises a storage water tank;

the execution assembly comprises an inner container and a filter screen; the inner container is arranged inside the shell of the machine body; the filter screen is sleeved in the inner container;

the spraying assembly is arranged in the machine body shell and is provided with a spraying water inlet and a spraying port, and the spraying water inlet is communicated with the pipeline assembly; the spraying port corresponds to the position of the filter screen;

the flip cover is hinged with the machine body shell;

the th heating assembly comprises a th heater and a th evaporating pipe, wherein the th heater is fixed on the shell of the fuselage, the th heater and the th evaporating pipe are fixed into a body, and the th evaporating pipe is provided with a th heating water inlet and a th heating steam outlet for discharging;

the second heating assembly is arranged in the machine body shell and comprises a second heater and a second evaporation pipe, wherein the second heater is fixed on the machine body shell, the second heater and the second evaporation pipe are fixed into bodies, and the second evaporation pipe is provided with a second heating water inlet and a second heating steam outlet;

the pipeline assembly comprises an electric three-way water valve, an th one-way valve, a second one-way valve, a third one-way valve, a T-shaped three-way joint, a pressure sensor and a transition joint, wherein the storage water tank, a th one-way valve and a th heating water inlet are sequentially communicated, a th heating steam outlet, a th end of the T-shaped three-way joint, a second end of the T-shaped three-way joint and the transition joint are sequentially communicated, the transition joint is communicated with the spraying water inlet, a water outlet of the liner, a th end of the second one-way valve and the electric three-way water valve, a second end of the electric three-way water valve and a second heating water inlet are sequentially communicated, a second heating steam outlet, the third one-way valve and a third end of the T-shaped three-way joint are sequentially communicated, and the pressure;

the kettle body part comprises a kettle body, a third heating assembly, a kettle cover and a power coupler; the third heating component is arranged in the kettle body; the power coupler is coupled with the power coupler base and is electrically connected with the third heating assembly;

the third heating assembly comprises a heating plate, a third heater and a heat preservation heater, wherein the third heater and the heat preservation heater are fixed bodies together with the heating plate;

a kettle cover water inlet is formed in the kettle cover, and the third end of the electric three-way water valve is communicated with the kettle cover water inlet;

the control system is respectively in control connection with the transmission assembly, the th heating assembly, the second heating assembly, the pipeline assembly, the touch control display screen, the third heating assembly and the power coupler.

, the executing component further comprises a scraping plate which is arranged in the filter screen and contacts with the inner wall of the filter screen, at least end of the scraping plate is a fixed end, and the machine body component further comprises a transmission component which is connected with the filter screen in a transmission way and can drive the filter screen to rotate.

, the transmission assembly comprises a large gear, a small gear and a driving motor, the small gear is coaxially and fixedly connected with an output shaft of the driving motor, the small gear and the large gear are in gear meshing transmission, and the filter screen and the large gear are relatively fixed.

step by step again, the top border of filter screen is equipped with the protrusion, the top surface of gear wheel is equipped with the filter screen recess, the filter screen recess with the protrusion phase-match, the top of filter screen passes the center of gear wheel and on its protrusion embedding corresponds the filter screen recess of position.

, a gear box cover plate is arranged on the transmission assembly and used for sealing the transmission assembly, and the gear wheel, the pinion and the driving motor are arranged on the gear box cover plate.

, the machine body part further comprises a drip-proof water outlet assembly, the drip-proof water outlet assembly comprises a water outlet cap, a water outlet connecting rod, a compression spring, a water outlet sealing gasket and a sealing joint, the end of the water outlet connecting rod is sleeved with the water outlet sealing gasket and is communicated with the end of the sealing joint, the other end of the water outlet connecting rod is communicated with the water outlet cap, the compression spring is sleeved outside the water outlet connecting rod, the third end of the electric three-way water valve is communicated with the other end of the sealing joint of the drip-proof water outlet assembly, and the position of the water outlet cap corresponds to the water inlet of the kettle cover and is matched with the water inlet of the kettle cover in size.

, the spray assembly comprises a spray head shell, a hinged fixing block, a transition joint and a hinged connecting rod, wherein the end of the spray head shell is rotatably connected with the hinged fixing block, the hinged fixing block is fixedly connected with the outer shell of the machine body, the end of the transition joint is a spray water inlet, the other end of the transition joint is communicated with the interior of the spray head shell, the surface of the spray head shell is provided with a spray opening, the end of the hinged connecting rod is hinged to the other surface of the spray head shell, the other end of the hinged connecting rod is hinged with the flip cover, and the spray water inlet is communicated with the.

, a th insulating and heat-insulating layer is arranged between the th heater and the machine body shell, a second insulating and heat-insulating layer is arranged between the second heater and the machine body shell, and third insulating and heat-transferring layers are arranged at the bottom of the heating plate, in the third heater and in the heat-insulating heater.

, the heating element further comprises a temperature sensor, the temperature sensor is fixedly connected with the th evaporating pipe, the second heating element further comprises a second temperature sensor, the second temperature sensor is fixedly connected with the second evaporating pipe, and the third heating element further comprises a third temperature sensor, and the third temperature sensor is fixedly connected with the heating plate.

, the kettle body part further comprises a kettle handle component, a fixed connecting frame and a side-inserting type kettle seat, the kettle handle component is connected to the kettle body, the upper end of the fixed connecting frame is connected with the bottom of the heating plate of the third heating component, the side-inserting type kettle seat is sleeved outside the fixed connecting frame and connected with the bottom of the heating plate of the third heating component, the kettle handle component is respectively connected to the kettle body and the side-inserting type kettle seat, the kettle cover is buckled with the kettle opening of the kettle body, and the power supply coupler is fixedly connected with the side-inserting type kettle seat.

The beneficial effects of the utility model reside in that:

1. the utility model can realize effective spray boiling of the traditional Chinese medicine decoction pieces, and ensure the retention and dissolution rate of the effective components;

2. utilize this practicality can also realize multiple food processing function.

Drawings

Fig. 1 is a schematic view of the overall external structure of an embodiment of the present invention;

fig. 2 is a schematic cross-sectional view of an embodiment of the present invention;

fig. 3 is a schematic view of a fuselage shell according to an embodiment of the present invention;

fig. 4 is a schematic diagram of an execution module according to an embodiment of the present invention;

FIG. 5 is an exploded view of FIG. 4;

fig. 6 is a schematic top view of a transmission assembly according to an embodiment of the present invention;

FIG. 7 is a schematic bottom view of FIG. 6;

fig. 8 is a schematic structural view of a spray assembly according to an embodiment of the present invention;

fig. 9 is a schematic view of a flip structure according to an embodiment of the present invention;

fig. 10 is a schematic structural view of an th heating element according to an embodiment of the present invention;

fig. 11 is a schematic structural view of a second heating assembly according to an embodiment of the present invention;

FIG. 12 is a schematic cross-sectional view of a kettle body part according to an embodiment of the present invention;

fig. 13 is a schematic view of a third heating assembly according to an embodiment of the present invention;

fig. 14 is a schematic structural view of a handle assembly according to an embodiment of the present invention;

fig. 15 is a schematic structural view of a side-inserted kettle seat according to an embodiment of the present invention;

fig. 16 is a schematic structural view of a fixed connecting frame according to an embodiment of the present invention;

fig. 17 is a schematic structural view of a drip-proof water outlet assembly according to an embodiment of the present invention;

fig. 18 is a schematic structural view of a kettle lid according to an embodiment of the present invention;

fig. 19 is a schematic structural view of a pipe assembly according to an embodiment of the present invention;

fig. 20 is a schematic structural diagram of a touch display screen according to an embodiment of the present invention.

Detailed Description

The present invention will be described in with reference to the accompanying drawings, it should be noted that the present embodiment is based on the present technical solution, and the detailed embodiments and the specific operation process are provided, but the protection scope of the present invention is not limited to the present embodiment.

As shown in fig. 1-20, a machine for spray boiling and food processing of kinds of multifunctional traditional Chinese medicines comprises a machine body part 11100, a kettle body part 12100 and a control system;

the airframe component 11100 comprises an airframe shell 11110, an execution component 11120, a transmission component 11130, a spraying component 11140, an -th heating component 11150, a second heating component 11160, a drip-proof water outlet component 11170, a flip 11180, a shell bottom 11190, a pipeline component 11200, a power supply coupler base 11210 and a touch control display screen 11220, wherein the shell bottom 11190 is fixedly connected with the bottom of the airframe shell;

the fuselage housing 11110 also includes a storage tank 11111. The storage water tank 11111 is used for adding a certain amount of purified water for the first time for subsequent use.

The execution component 11120 comprises an inner container 11121, a filter net 11122 and a scraper 11123, wherein the inner container 11121 is installed inside the machine body outer shell 11110, the filter net 11122 is sleeved in the inner container 11121, the scraper 11123 is arranged inside the filter net 11122 and is in contact with the inner wall of the filter net 11122, and at least end of the scraper is a fixed end;

the transmission assembly 11130 is arranged in the machine body shell and is in transmission connection with the filter screen and can drive the filter screen to rotate. Transmission assembly 11130 can drive the filter screen synchronous rotation, combines the fixed setting of scraper blade, can realize stirring raw and other materials in the filter screen simultaneously and prevent that the filter screen from blockking up.

Specifically, the transmission assembly 11130 comprises a large gear 11131, a small gear 11132, and a driving motor 11133; the pinion 11132 is coaxially and fixedly connected with an output shaft 11135 of the driving motor 11133; the small gear 11132 and the large gear 11131 are in gear engagement transmission; the filter net 11122 and the large gear 11131 are relatively fixed.

, a protrusion 11124 is provided on the top edge of the filter net 11122, a filter net groove 11136 is provided on the top surface of the large gear 11131, the filter net groove 11136 matches with the protrusion 11124, the top of the filter net 11122 passes through the center of the large gear 11131 and the protrusion is embedded into the filter net groove 11136 at the corresponding position, by this arrangement, the relative fixation between the filter net 11122 and the large gear 11131 can be realized, and the filter net can be taken out, cleaned and replaced as required.

, the transmission assembly 11130 is further provided with a gearbox cover 11134, the gearbox cover 11134 is used for sealing the transmission assembly 11130, and the gearwheel, the pinion and the driving motor are all arranged on the gearbox cover 11134.

, the gear box cover 11134 is provided with a scraper fixing block 11137, and the end of the scraper 11123 is fixed on the scraper fixing block 11137.

The spray assembly 11140 is arranged in the fuselage housing 11110 and comprises a spray head housing 11143, a hinged fixed block 11141, a transition joint 11142 and a hinged connecting rod 11145, wherein the end of the spray head housing 11143 is rotatably connected to the hinged fixed block 11141, the hinged fixed block 11141 is fixedly connected to the fuselage housing 11110, the end of the transition joint is a spray water inlet 11146, the other end end of the transition joint is communicated with the interior of the spray head housing 11143, the surface of the spray head housing 11143 is provided with a spray outlet 11144, the end end of the hinged connecting rod 11145 is hinged to the other surface of the spray head housing 11143 (specifically connected to the hinged mounting hole 11147 of the other surface of the spray head housing 11143), and the other end end of the transition joint is hinged to the flip 11180 (specifically hinged to the spray assembly mounting hole 11182 of the flip 11180), so that the spray head housing 11143 is driven to lift at the same time when the flip;

the flip 11180 is hinged with the body shell 11110;

, the flip 11180 comprises an exhaust hole 11184 and a splash-proof retainer 11183, the splash-proof retainer 11183 is arranged at the center of the bottom of the flip 11180, corresponds to and matches with the position of the executing component, and forms a seal with the executing component of the machine body housing 11110 when the flip 11180 is buckled, so as to prevent liquid from splashing.

In this embodiment, the flip 11180 is provided with a flip hinge connection hole 11181 and a spray component hinge installation hole 11182, the flip hinge connection hole 11181 is connected with the flip hinge installation hole 11118 of the body housing 11110 to realize the hinge connection with the body housing 11110, and the spray component hinge installation hole 11182 is hinged with the other end of the hinge connection rod 11145 of the spray component 11140 to realize the simultaneous lifting of the nozzle housing when the flip is lifted.

The heating assembly 11150 comprises a insulating layer 11151, a 0 heater 11152, an 1 evaporating pipe 11153 (which can be made of stainless steel), and an temperature sensor 11154, wherein the th heater is fixed on the body shell, a th insulating layer 11151 is arranged between the th heater and the body shell, the th heater 11152 is a resistance heater and is externally wrapped by a stainless steel shell and welded with a th evaporating pipe 11153 to form a 8 th body, the th evaporating pipe 11153 is provided with a th heating water inlet 11155 and a th heating steam outlet 11156, the th temperature sensor 11154 is fixedly connected with the th evaporating pipe 11153, the th temperature sensor 639 performs temperature sensing to prevent dry burning, the 6862 heater 11152 is used for quickly vaporizing liquid conveyed from the heating water inlet 11155, and the 11153 th heating steam outlet 11153 performs a function of preventing the insulation layer 1118651 from being damaged by high temperature.

The second heating assembly 11160 is arranged in the fuselage shell and comprises a second insulating and heat-insulating layer 11161, a second heater 11162, a second evaporation pipe 11163 (the material can be stainless steel) and a second temperature sensor 11164, the second heater 11162 is fixed on the fuselage shell, the second insulating and heat-insulating layer 11161 is arranged between the second heater and the fuselage shell, the second heater 11162 is a resistance-type heater, the outer side of the second heater is a stainless steel shell, the second heater is welded with the second evaporation pipe 11163 to form a body, the second evaporation pipe 11163 is provided with a second heating water inlet 11165 and a second heating steam outlet 11166, the second temperature sensor 11164 is fixedly connected with the second evaporation pipe 11163, the second temperature sensor 11164 performs temperature sensing to prevent dry burning, the second insulating and heat-insulating layer 11161 is used for preventing hidden danger of high-temperature damage to the fuselage shell, and the second heater 11162 is used for quickly vaporizing liquid conveyed from the second heating water inlet 11165 and discharging the liquid from the second heating steam outlet 11166.

The kettle body component 12100 comprises a kettle body 12110, a kettle handle component 12180, a third heating component 12120, a fixed connecting frame 12150, a side-inserted kettle seat 12160, a kettle cover 12190 and a power coupler 12170;

the third heating assembly 12120 comprises a heating plate 12121, a third insulating heat transfer layer 12122, a third heater 12123 and a third temperature sensor 12124, wherein the third heater 12123 is a resistance heater, the outer surface of the third heater is wrapped by a stainless steel shell, the third heater is welded with the heating plate 12121, the third heater further comprises a heat preservation heater 12126, the outer surface of the third heater is wrapped by a stainless steel shell, the heat preservation heater is welded with the heating plate 12121, the third insulating heat transfer layer 12122 is arranged at the bottom of the heating plate 12121, the stainless steel shell of the third heater 12123 and the inner part of the stainless steel shell of the heat preservation heater 12126, and the third temperature sensor 12124 is fixedly connected with the heating plate 12121.

The third heater plays a role of heating liquid in the kettle body through the heating disc 12121; the heat preservation heater plays a role in preserving heat of liquid in the kettle body. The third insulating layer 12122 is used for preventing the hidden danger of high temperature damage to the fuselage shell.

, the heating plate 12121 is made of food grade stainless steel, and has six blind threaded holes 12125 at the bottom, three of which are fixedly connected to the fixed connecting frame 12150 and the other three of which are fixedly connected to the side-inserted pot holder 12160.

The upper end of the fixed connecting frame 12150 is connected to the bottom of the heating disk 12121 of the third heating assembly; the side-inserted kettle seat 12160 is sleeved outside the fixed connecting frame 12150 and connected with the bottom of the heating disk 12121 of the third heating assembly; the kettle handle assembly 12180 is respectively connected to the kettle body 12110 and the side-insertion type kettle seat 12160; the kettle cover 12190 is buckled with the kettle mouth of the kettle body; the power coupler 12170 is fixedly connected with the side-inserted type kettle seat 12160 (specifically, connected with the power coupler mounting hole 12161 of the side-inserted type kettle seat 12160);

, the kettle body component further comprises a main sealing pad layer 12130 and a secondary sealing pad layer 12140, the main sealing pad layer 12130 is sleeved in the lower opening of the kettle body, the secondary sealing pad layer 12140 is sleeved on the outer surface of the lower opening of the kettle body, and the heating disk 12121 of the third heating element 12120 is in sealing engagement with the top surface of the main sealing pad layer 12130.

, the kettle body part further comprises a spout sealing pad 12200, and the lid 12190 fits the spout sealing pad 12200.

The handle assembly 12180 comprises a handle seat 12181, a handle cover 12182 and a clamp 12183; the hoop is connected to the upper end of the kettle handle seat and is sleeved with the kettle body; the lower end of the kettle handle seat is connected with the side-inserted kettle seat; the handle cover 12182 is snap-fit connected to the handle seat 12181.

Specifically, in this embodiment, the welding nut 12184 on the clip is fixedly connected to the upper end of the handle seat, and the lower end of the handle seat is provided with a handle connecting hole 12185 for fixedly connecting with the handle mounting hole 12162 of the side-inserted handle seat.

In this embodiment, the side-inserted kettle seat 12160 includes a power coupler mounting hole 12161, three third heating assembly mounting holes 12163, and kettle handle mounting holes 12162, the power coupler mounting hole 12161 is used for mounting the power coupler 12170, the three third heating assembly mounting holes 12163 are used for fixedly connecting the bottom of the heating plate 12121, and the kettle handle mounting holes 12162 are used for fixedly connecting the kettle handle connecting holes 12185 at the lower end of the kettle handle seat.

In this embodiment, the fixing connection bracket 12150 includes three heating plate fixing holes 12151 and three side-insertion type kettle seat fixing holes 12152; the three heating plate fixing holes 12151 are used for connecting with three of the threaded blind holes 12125 of the heating plate, and the three third heating assembly mounting holes 12163 are connected with the heating plate after passing through the three side-inserted type kettle seat fixing holes 12152.

The anti-leakage water outlet component 11170 comprises a water outlet cap 11172, a water outlet connecting rod 11171, a compression spring 11174, a water outlet sealing gasket 11173 and a sealing joint 11175, wherein the end of the water outlet connecting rod 11171 is sleeved with the water outlet sealing gasket 11173 and is communicated with the end of the sealing joint 11175, the other end of the water outlet connecting rod is communicated with the water outlet cap 11172, the other end of the sealing joint 11175 is communicated with the pipeline component, and the compression spring 11174 is sleeved outside the water outlet connecting rod 11171.

The kettle cover 12190 is provided with a kettle cover water inlet 12191, the position of the water outlet cap 11172 corresponds to the kettle cover water inlet 12191, and the size of the water outlet cap 111is matched with the kettle cover water inlet 12191.

, the pot lid 12190 is also provided with a water inlet guide column 12192 and a confluence opening 12193, the water inlet guide column 12192 is communicated with the pot lid water inlet 12191, the water inlet guide column 12192 plays a role in pouring the delivered water into the pot body to prevent splashing, and the confluence opening 12193 plays a role in exhausting and receiving leakage.

When the kettle cover 12190 of the kettle body component 12100 is closed, the kettle cover 12190 generates upward pressure on the water outlet cap 11172, the water outlet cap 11172 drives the compression spring 11174, the water outlet connecting rod 11171 and the water outlet sealing gasket 11173 to move upward, the water outlet cap 11172 corresponds to the water inlet 12191 of the kettle cover 12190, and liquid can be conveyed into the kettle body through the water outlet cap 11172, when the kettle cover 12190 of the kettle body component is separated from the drip-proof water outlet component 11170, the compression spring 11174 releases to drive the water outlet cap 11172, the water outlet connecting rod 11171 and the water outlet sealing gasket 11173 to move downward and seal and convey, the end of the sealing joint 11175 is fixedly connected with the drip-proof mounting hole 11116 of the machine body housing 11110, and the other end is connected with the pipeline 11201;

the anti-drip water outlet assembly can prevent residual water in the transmission pipeline from dripping after water outlet is stopped.

The pipeline assembly 11200 comprises an electric three-way water valve 11202, a one-way valve 11203, a second one-way valve 11204, a third one-way valve 11205, a T-shaped three-way joint 11206, a pressure sensor 11207 and a transition joint 11142, the storage water tank 11111, a one-way valve 11203 and a heating water inlet 11155 are communicated, a heating steam outlet 11156 and a end of the T-shaped three-way joint 11206, a second end of the T-shaped three-way joint 11206 and the transition joint 11142 are sequentially communicated, the transition joint 11142 is communicated with the spraying water inlet 11146, a water outlet of the liner, the second one-way valve 11204, a end of the electric three-way water valve 11202, a second end of the electric three-way water valve 11202 and a second heating water inlet 11165 are sequentially communicated, a third heating steam outlet 11166, a third one-way valve 11205 and a third heating water outlet 11106 are sequentially communicated, a third end of the electric three-way water outlet 11102 and a sealed joint 1116 of the electric three-way water outlet assembly 11175 is arranged at the bottom of the electric three-way water valve 11125 and is communicated with the anti-drip water-drip valve 11121.

The pressure sensor 11207 is used for detecting the water quantity in the inner container in real time, and the control system controls the operation of each heating assembly and each pipeline assembly according to the water quantity.

The various communicating components in the piping assembly communicate through a transfer piping 11201.

In the present embodiment, the touch control display screen 11220 includes a switch touch key 11221, a reservation touch key 11222, a function touch key 11223, a timing touch key 11224, a start touch key 11226; the function key can switch various different working modes, in this embodiment, the function key comprises a decoction piece mode, a water boiling mode, a tea making mode, a coffee mode, an egg boiling mode, a noodle boiling mode and other functions, and when the corresponding working mode is selected, the control system controls the function key according to corresponding preset parameters (such as time and the like). In this embodiment, an indicator lamp 11225 for each operating mode is further disposed on the touch display screen.

The aircraft body shell 11110 is further provided with an execution cavity 11112, a transmission cavity 11113, a heating cavity 11114, a second heating cavity 11115, a drip-proof mounting hole 11116, a coupler mounting hole 11117, a flip hinge mounting hole 11118 and a spray assembly buckle mounting hole 11119. the execution cavity 11112 is used for mounting an inner container 11121, a filter screen 11122 and a fixed scraper 11123 of the execution assembly 11120, the transmission cavity 11113 is used for mounting a large gear 11131, a small gear 11132, a driving motor 11133 and a gear box cover plate 11134 of the transmission assembly 11130, the heating cavity 11114 is used for mounting a insulating and heat-insulating layer 11151, a fourth heater 111 , a evaporation pipe 11153 and a temperature sensor 11154 of the transmission assembly 11130, the insulating and heat-insulating layer 11151 is laid in the heating cavity 11114, the second heating cavity 11115 is used for fixedly mounting a second heater 11111160, the second heater 11111111161, the second heater 11111111162 and the flip hinge coupling assembly 11119 is used for mounting the drip-proof coupling assembly 11119 and the spray assembly 11119 is connected with the drip-proof coupling and the drip-proof mounting hole 11117.

The control system controls the connecting transmission assembly 11130, the th heating assembly 11150, the second heating assembly 11160, the pipeline assembly 11200, the touch control display screen 11220, the third heating assembly 12120 and the power supply coupler 12170 respectively.

When the decoction piece mode is carried out, quantitative pure water is added into the water tank, the decoction piece mode is selected through the touch control display screen, the control system starts to control work, the decoction piece is switched to decoction pieces through the function, the decoction piece indicator lamp is normally on, the flip 11180 is opened, the quantitative decoction piece is added into the filter screen 11122, the flip 11180 is buckled, the volume of a finished product required to be obtained is set, the timing function is selected, the decoction piece is started after the spraying time required for flushing is set, the pressure sensor 11207 senses that the water quantity in the inner container 11121 does not reach the set quantity, the pipeline assembly and the heating assembly are controlled to work, the one-way valve 11203 (normally closed) is opened, the water tank supplies water from the heating assembly, the water enters from the heating water inlet 11155, flows through the evaporation pipe 11153, is vaporized under the heating of the heater 11152, steam is output from the heating steam outlet 11156, and enters the spraying shell 11143 from the spraying water inlet 11146, the steam is blocked and condensed into liquid, and is.

In the spraying process, the control system controls the transmission assembly to work to drive the filter screen to rotate. Specifically, the driving motor 11133 drives the small gear 11132 to rotate through the output shaft 11135, and the large gear 11131 rotates under the driving of the small gear 11132, so as to drive the filter net 11122 fixed to the large gear 11131 to rotate. The scraper fixedly connected with the gear box cover plate 11134 moves relative to the filter screen, so that the filter screen can be prevented from being blocked.

When the pressure sensor 11207 senses that the water quantity in the inner container 11121 reaches the set water quantity, the control system controls the heating assembly to stop working, the one-way valve is closed, the second heating assembly starts working, the second one-way valve 11204 (normally closed), the second end and the second end of the electric three-way water valve 11202 and the third one-way valve 11205 (normally closed) are opened, the liquid in the inner container enters the second heating water inlet 11165 and enters the second evaporation pipe 11163, is vaporized under the heating of the second heater and is output from the second heating steam outlet 66 and reenters the spraying shell 11143 to be sprayed into the filter screen, so that the liquid in the inner container is circularly evaporated, the liquid is volatilized according to the fixed volatilization of the in the circulating working, the pressure sensor detects the water quantity in real time, the third heating assembly heating assembly and the second heating assembly work alternately according to the signal of the pressure sensor until the set spraying time is reached, when the spraying time is reached, the control system controls the third heating assembly heating assembly, the second heating assembly to stop working, the third one-way valve , the third heating assembly 111111111 , the electric three-way valve 1113 is opened, the electric three-way water valve 1115 water outlet valve 1115 is closed, the electric three-way water outlet valve 1115 is connected to the electric three-way water outlet port of the electric three-way water outlet valve 1115, the electric three.

When boiling water, there are two alternative modes of operation.

it uses the third heating element to work, the concrete operation is that it starts directly after adding quantitative purified water into the kettle body, the control system controls the third heater to start working, when the third temperature sensor senses that the set water temperature is reached, the control system controls the third heater to stop working, the set water boiling mode is completed, it is the fast water boiling mode, the concrete operation is that it takes out the filter screen and the fixed scraper, adds quantitative purified water into the storage water tank, the lock cover is switched to the water boiling mode, the indicator light is normally on, the control system controls the end and the third end of the electric three-way valve to open (changing to the direction of water outlet of the drip-proof water outlet element), the pressure sensor senses the water quantity in the inner container, the control system controls the pipe assembly and the heating element to work, the one-way valve 11203 (normally closed) opens, the water tank is heated from the heating element, the water supply from the heating water inlet 11155, the 11128 flows into the 1112, the 1111111111112 heating element, the spray water enters the inner container 11123, the spray water outlet of the spray water from the third heating element 11146, the spray water outlet is controlled from the spray water inlet 11146, the spray water outlet of the drip-proof water outlet assembly, the spray water-proof water valve is controlled by the third temperature sensor, the spray water-proof water-heater, the spray water-proof water-drain water valve, the spray-drain water valve, the spray-drain water.

There are two modes of setting for the tea brewing mode or the coffee brewing mode.

is circulation spraying, specifically, opening a flip cover, adding quantitative pure water into a storage water tank, adding tea leaves or coffee into a filter screen, fastening the flip cover, switching to a tea making mode or a coffee making mode through a function mode, normally lighting an indicator light, setting the volume (taste and concentration) of a finished product to be obtained, selecting a timing function, and starting after the time that the drink needs to be sprayed is set, a pressure sensor senses that the water quantity in an inner container does not reach the set water quantity, a control system controls a pipeline component and a heating component to work, a heater evaporates the liquid in a evaporating pipe to vaporize the liquid, the vaporized liquid steam reaches a spraying shell through a conveying pipeline, is blocked and condensed into liquid and is sprayed into the filter screen 11122 from a spraying port 11144, the water enters the kettle body from a drip-proof water-discharging component, the tea leaves or the coffee in the filter screen is sprayed, the control system controls the transmission component to work to drive the filter screen to rotate during the spraying process, when the water quantity in the inner container of the pressure sensor reaches the set water quantity, the heating component stops working, the second heating component starts working, the circulating water-evaporating component in the spraying process, the water-discharging module alternately detects the presence of a set water-discharging signal when the water-discharging signal of the water-discharging component, and the water-discharging process, and the water-discharging three-discharging component, and the water-discharging module alternately detects that the water-discharging process, and the water.

Another types of the single spraying is that the flip cover is opened, quantitative pure water is added into the storage water tank, tea leaves or coffee is added into the filter screen, the flip cover is buckled, the functional mode is switched to a tea making or coffee making mode, the indicator light is normally on, the volume (taste and concentration) of a finished product to be obtained is set and then is directly started, the control system controls the end and the third end of the electric three-way water valve to be opened (the direction of water outlet of the drip-proof water outlet assembly is changed), the pressure sensor senses that the water quantity in the liner does not reach the set water quantity, the pipeline assembly and the heating assembly are controlled to work, the heater evaporates the liquid in the evaporating pipe to vaporize the liner, the vaporized liquid is blocked and is condensed into the liquid, the liquid is sprayed out from the spray opening and is conveyed to the filter screen to spray the beverage in the filter screen, the transmission assembly cannot work in the process, when the pressure sensor senses that the water quantity in the liner reaches the set water quantity, the heating assembly is controlled.

When the egg boiling mode or the noodle boiling mode is carried out, food materials are placed into the kettle body, after quantitative pure water is added into the kettle body, the heating time is set through the timing function, the heating mode is started, the third heater starts to work, when the third temperature sensor senses that the set water temperature is reached, the control system controls the third heater to stop, controls the heat preservation heater 12126 to work, starts to enter the heat preservation state, and controls the heat preservation heater 12126 to stop after the heating time is reached, so that the set egg boiling mode or the noodle boiling mode is completed.

Various corresponding changes and modifications can be made by those skilled in the art according to the above technical solutions and concepts, and all such changes and modifications should be included in the protection scope of the present invention.

Claims

1, multifunctional Chinese medicine spray boiling and food processing body machine, which is characterized in that the machine comprises a machine body component, a kettle body component and a control system;

the fuselage shell further comprises a storage water tank;

the flip cover is hinged with the machine body shell;

2. The multifunctional machine for Chinese medicine sprinkling, boiling and food processing as claimed in claim 1, wherein the execution assembly further comprises a scraper blade, the scraper blade is arranged in the filter screen and contacts with the inner wall of the filter screen, at least end of the scraper blade is a fixed end, the machine body component further comprises a transmission assembly, and the transmission assembly is in transmission connection with the filter screen and can drive the filter screen to rotate.

3. The multifunctional machine for traditional Chinese medicine spraying, boiling and food processing body according to claim 2, wherein the transmission component comprises a large gear, a small gear and a driving motor, the small gear is coaxially and fixedly connected with an output shaft of the driving motor, the small gear and the large gear are in gear meshing transmission, and the filter screen and the large gear are relatively fixed.

4. The multifunctional machine for Chinese medicine sprinkling boiling and food processing as claimed in claim 3, wherein a protrusion is provided at the top edge of the filter screen, a filter screen groove is provided at the top surface of the gearwheel, the filter screen groove matches with the protrusion, the top of the filter screen passes through the center of the gearwheel and the protrusion thereof is embedded in the filter screen groove at the corresponding position.

5. The multifunctional machine for Chinese medicine spray decoction and food processing body according to claim 3, wherein the transmission assembly is further provided with a gear box cover plate, the gear box cover plate is used for sealing the transmission assembly, and the bull gear, the pinion gear and the driving motor are all arranged on the gear box cover plate.

6. The multifunctional machine for Chinese medicine sprinkling boiling and food processing as claimed in claim 1, wherein the machine body part further comprises a drip-proof water outlet assembly, the drip-proof water outlet assembly comprises a water outlet cap, a water outlet connecting rod, a compression spring, a water outlet sealing gasket and a sealing joint, the end of the water outlet connecting rod is sleeved with the water outlet sealing gasket and is communicated with the end of the sealing joint, the other end of the water outlet connecting rod is communicated with the water outlet cap, the compression spring is sleeved outside the water outlet connecting rod, the third end of the electric three-way water valve is communicated with the other end of the sealing joint of the drip-proof water outlet assembly, the position of the water outlet cap corresponds to the water inlet of the kettle cover, and the size of the water outlet cap is matched with the water inlet of the kettle cover.

7. The multifunctional machine for Chinese medicine spray boiling and food processing as claimed in claim 1, wherein the spray assembly comprises a nozzle housing, a hinged fixing block, a transition joint, and a hinged connecting rod, wherein the end of the nozzle housing is rotatably connected to the hinged fixing block, the hinged fixing block is fixedly connected to the outer shell of the machine body, the transition joint end is a spray water inlet, the other end is communicated with the inside of the nozzle housing, the surface of the nozzle housing is provided with a spray opening, the end of the hinged connecting rod is hinged to the other surface of the nozzle housing, the other end is hinged to a flip cover, and the spray water inlet is communicated with a pipeline assembly.

8. The multifunctional machine for Chinese medicine spray boiling and food processing as claimed in claim 1, wherein a th insulating layer is disposed between the th heater and the machine body housing, a second insulating layer is disposed between the second heater and the machine body housing, and third insulating heat transfer layers are disposed at the bottom of the heating plate, in the third heater and in the heat-insulating heater.

9. The multifunctional machine for Chinese medicine spray boiling and food processing as claimed in claim 1, wherein the heating element further comprises a temperature sensor, the temperature sensor is fixedly connected with the evaporating pipe, the second heating element further comprises a second temperature sensor, the second temperature sensor is fixedly connected with the second evaporating pipe, and the third heating element further comprises a third temperature sensor, and the third temperature sensor is fixedly connected with the heating plate.

10. The multifunctional machine for Chinese medicine spray boiling and food processing body according to claim 1, wherein the kettle body part further comprises a kettle handle assembly, a fixed connecting frame, and a side-insertion type kettle seat, the kettle handle assembly is connected to the kettle body, the upper end of the fixed connecting frame is connected with the bottom of the heating plate of the third heating assembly, the side-insertion type kettle seat is sleeved outside the fixed connecting frame and connected with the bottom of the heating plate of the third heating assembly, the kettle handle assembly is respectively connected to the kettle body and the side-insertion type kettle seat, the kettle cover is buckled with the kettle mouth of the kettle body, and the power supply coupler is fixedly connected with the side-insertion type kettle seat.