CN211704233U

CN211704233U - Health preserving fruit vegetables machine

Info

Publication number: CN211704233U
Application number: CN202020051915.6U
Authority: CN
Inventors: 张仕杰; 巩淼森; 王雨辰
Original assignee: Jiangnan University
Current assignee: Jiangnan University
Priority date: 2020-01-10
Filing date: 2020-01-10
Publication date: 2020-10-20
Anticipated expiration: 2030-01-10

Abstract

A health preserving fruit and vegetable machine belongs to the field of articles for daily use. The health-preserving fruit and vegetable machine comprises a juice extractor main body, a juice extraction module, a stirring module and other internal structures; the juice extracting and stirring system can effectively solve the problem that the mixed fruit and vegetable food materials are easy to layer after being extracted, and the functions of low-speed juice extraction and high-speed stirring are smoothly combined together; in addition, the product adopts a meshless filtering structure, so that the cleaning of a user after use is convenient; this product can also reduce the occupy of cup, and through the wholeness of integral type juice glass reinforcing product, it is comparatively convenient that the flow of wholly squeezing the juice need not to increase operation and study burden, has optimized the use of product and has experienced when effectively promoting health preserving fruit vegetables juice taste.

Description

Health preserving fruit vegetables machine

Technical Field

The utility model relates to a health preserving fruit vegetables machine belongs to articles for daily use technical field.

Background

The existing juice extractor has two juice extracting modes of high-speed juice extraction and low-speed juice extraction, and one of the advantages of the low-speed juice extracting mode compared with the high-speed juice extracting mode is that nutrition loss and oxidation caused by damage to fruit pulp cannot be caused by a high-speed blade, and high temperature cannot be generated. However, due to the fact that the densities of fruit and vegetable juice are different after the food materials are squeezed, the taste is easily affected by layering in the juice glass, and therefore the manual stirring program is increased, and user experience is affected. In addition, many juicers and blenders are two separate products, and the juicers combining two functions are not many, or the juicers are integrated products with two functions but the operation is relatively complex and the mode needs to be manually switched, so that the problems of inconvenient operation and poor user experience are caused.

SUMMERY OF THE UTILITY MODEL

The utility model designs a novel fruit and vegetable juice squeezing and stirring system, which mainly solves the problem that the mixed fruit and vegetable juice is easy to layer after being squeezed due to different densities, and the utility model adopts a meshless juice squeezing and filtering structure, thereby being convenient for cleaning after being used by users; in addition, the juice is squeezed at low speed, the nutritional ingredients of the food materials are not damaged, and meanwhile, the automatic stirring function is added after the juice is squeezed, so that the juice is prevented from being layered. Fruit and vegetable juice that the intensive mixing mixes gets into integral type juice glass, reduces the taking of cup, and whole flow convenient and fast reduces redundant operation, promotes the user experience in fruit juice taste and the product use.

The technical scheme of the utility model:

firstly, fruit and vegetable materials enter a juicing cup through a feeding port to be juiced at a low speed, fruit and vegetable juice is separated from fruit residues through a non-net juicing and filtering structure, and the fruit residues are discharged out of the machine from a residue discharge port. Then the fruit and vegetable juice is conveyed to the stirring cup through the micro pump, after the fruit and vegetable juice in the stirring cup reaches a certain capacity, the pressure sensor controls the micro pump to stop working, the stirring machine starts to fully stir the fruit and vegetable juice at the moment, the magnetic suction switch at the bottom of the stirring cup is opened after a period of time, the fully stirred fruit and vegetable juice enters the integrated juice cup, and the fruit and vegetable juice can start to be drunk.

A health preserving fruit and vegetable machine comprises a juice extractor main body, a juice extraction module, a stirring module and an internal structure; the juicer main body comprises a top dustproof cover 001, a top cover and stirring motor fixing bracket 002, a key 003, a body shell main body 005, a juice storage area 006, an integrated juice cup 009, a juicing module fixing frame 010, a chassis 012, a power interface 013, a feeding pipe 014, a juicing cup 007 and a juicing cup stand 015;

the top dust cover 001 and the top cover are connected with the stirring motor fixing bracket 002, and the top dust cover 001 can rotate and open relative to the top cover and the stirring motor fixing bracket 002; the feeding pipe 014 is arranged below the top dust cover 001, is fixed with the stirring motor fixing bracket 002 through a top cover, extends into the top cover of the juicing cup 007 from the lower part, and is used for throwing fruit and vegetable food materials and conveying the fruit and vegetable food materials into the juicing cup 007; the top cover is connected with the machine body shell main body 005 below the stirring motor fixing bracket 002; the keys 003 are distributed on the main body 005 of the machine body shell, and the keys 003 are connected with the key control chip 032 in the fruit and vegetable machine; the machine body shell main body 005 and the fruit juice storage area 006 are core supporting parts of the fruit and vegetable machine, the upper end is connected with a top dust cover 001, a top cover and a stirring motor fixing bracket 002, and the lower end is connected with a chassis 012; the fruit juice storage area 006 is located at the middle position on the left side of the fruit and vegetable machine, the upper end and the lower end of the fruit and vegetable storage area are respectively connected with the machine body shell main body 005 and the chassis 012 through buckles, the middle part of the fruit and vegetable storage area is connected with the integrated fruit juice cup 009 through a slideway and a buckle structure, and the fruit and vegetable storage area is mainly used for storing the stirred fruit and vegetable juice and guiding the juice into the integrated fruit juice cup 009; the juicing module fixing frame 010 is positioned in the middle of the right side of the fruit and vegetable machine, is connected with the machine body shell main body 005 and is used for fixing the juicing module; the juicing module is located in the middle of the right side of the fruit and vegetable machine, the upper end of the juicing module is connected with the juicing module fixing frame 010 through a buckle, the lower end of the juicing module is connected with the juicing cup table 015, and the juicing module is used for squeezing, filtering fruit and vegetable juice and separating the fruit and vegetable juice from fruit residues; the power interface 013 is positioned at the middle lower part of the fruit and vegetable machine and used for providing electric energy for the fruit and vegetable machine; a circuit connected with a motor is laid in the chassis 012, and a sucking disc is arranged on the lower surface of the chassis 012 to prevent the machine from toppling and sliding;

the juicing module comprises a pomace outlet switch 008, a spiral chewing propeller fixing cover 016, a fixing ring 017, a juicing cup upper cover 018, a spiral chewing propeller 019, an inner layer juicing filter screen 020 and an outer layer juicing filter screen 021; the spiral chewing propeller fixing cover 016 is positioned at the topmost end of the juicing cup 007, the lower end of the spiral chewing propeller fixing cover 016 is connected with the upper juicing cup cover 018, and the upper end of the spiral chewing propeller fixing cover is connected with the juicing module fixing frame 010 which is used for fixing the spiral chewing propeller 019; the fixing ring 017 is arranged in the upper cover (018) of the juicing cup, is connected with the upper cover 018 of the juicing cup through a buckle and is used for fixing and limiting the spiral chewing propeller 019; the lower end of the upper cover 018 of the juice extracting cup is connected with the juice extracting cup 007; the spiral chewing propeller 019 is positioned in the juicing cup 007, is connected with a low-speed motor 033 of a juicing module at the lower end through a transmission shaft, and is used for squeezing and downwards conveying fruit and vegetable food materials thrown into the juicing cup 014; the inner juicing filter screen 020 is positioned in the juicing cup 007, the lower end of the inner juicing filter screen is fixed on the inner wall of the outer juicing filter screen (021) through a buckle, and the primary filtering effect is achieved at the periphery of the spiral chewing propeller 019 so that the juice is separated from the pomace; the outer juicing filter screen 021 is positioned in the juicing cup 007, the lower end of the outer juicing filter screen 021 is fixed at the bottom of the juicing cup 007, the inner juicing filter screen 020 is fixed on the inner wall of the outer juicing filter screen 021, and the outer juicing filter screen is arranged at the periphery of the spiral chewing propeller 019 and used for secondary filtering of fruit residues; the pomace outlet switch 008 is positioned at the lower end of the right side of the juicing cup 007, is connected with the juicing cup 007 through a hinge, and is mainly used for discharging pomace generated during juicing;

the stirring module comprises a stirring cup cover 022, a miniature stirring motor 023, a stirring connecting rod 024, a lead 025, a stirring head 026, a stirring cup body 027, a conduit 028, a pressure sensing control module 029, a magnetic suction switch 030 and a stirring cup bottom 031; the upper end of the stirring cup cover 022 is connected with the top cover and the lower surface of the stirring motor fixing bracket 002, and the lower end of the stirring cup cover 022 is connected with the stirring cup body 027 through a buckle structure, so that the stirring cup cover can be used for fixing the miniature stirring motor 023 and playing a role in sealing and covering the stirring cup; the upper end of a micro stirring motor 023 is fixed on a stirring cup cover 022 through a buckle structure and is connected with a power supply 035 through a lead 025 to provide electric energy for fully stirring the fruit and vegetable juice pumped into the stirring cup 027 by a micro pump 034; the stirring connecting rod 024 is arranged in the stirring cup body 027, the upper part of the stirring connecting rod is connected with the micro stirring motor 023 through threads, and the lower part of the stirring connecting rod is connected with the stirring head 026, and is used for transmitting the mechanical energy of the micro stirring motor 023 to the stirring head 026 to stir the fruit and vegetable juice; the lower end of the stirring head 026 directly contacts the fruit and vegetable juice for fully stirring the fruit and vegetable juice; the upper end of the stirring cup body 027 is connected with a stirring cup cover 022, and the lower end of the stirring cup body 027 is connected with a stirring cup bottom 031, so that fruit and vegetable juice pumped into the stirring cup body 027 can be stored and other components in the stirring cup body 027 can be installed; the upper end of the conduit 028 is connected with a stirring cup body 027, and the lower end is connected with a micro pump 034 for guiding the juice into the stirring cup body 027; the pressure sensing control module 029 is located at the bottom of the stirring cup 031, the front end of the pressure sensing control module 029 is connected with the magnetic attraction switch 030, the rear end of the pressure sensing control module 029 is connected with the power supply 035 through the lead 025 to supply power for the stirring cup bottom 031, when the fruit and vegetable juice in the stirring cup reaches a certain weight, the pressure sensing control module 029 transmits an electric signal to the micropump 034 at the bottom of the fruit and vegetable machine to stop working, the micropump motor 023 starts to work to fully stir and mix the fruit and vegetable juice, the pressure sensing control module 029 controls the magnetic attraction switch 030 to be turned on after the fruit and vegetable juice is fully stirred, the mixed fruit and vegetable juice enters the integrated juice cup, and stirring; the lower end of the stirring cup bottom 031 is connected with the juice storage area 006, and the upper end is connected with the stirring cup body 027, and the stirring cup body 027 is used for fixing the whole stirring cup body 027 and sealing the stirring cup body 027;

the internal structure comprises a key control chip 032, a low-speed motor 033 of a juicing module, a micro-pump 034 and a power supply 035; the key control chip 032 is connected with the keys 003, is a control chip of the keys 003 and is connected with the power supply 035 through a wire 025 circuit; a low-speed motor 033 of the juicing module is fixed on the chassis 012, the lower end of the juicing module is connected with the power source 035 through a circuit, and the upper end of the juicing module is connected with a spiral chewing propeller 019 in the juicing cup 007 and used for driving the spiral chewing propeller 019 to squeeze fruit and vegetable food materials; the micro pump 034 is positioned at the bottom of the machine, is connected with a bottom power supply 035, is connected with the juicing cup through a conduit 028 at the front end, and is connected with the stirring cup body 027 through a conduit 028 at the rear end, and is used for pumping the juiced fruit and vegetable juice into the stirring cup for full stirring; the power source 035 is located at the bottom of the fruit and vegetable machine, the outside is connected with the power source interface 013, and the inside provides electric energy for the motor and the chip in the fruit and vegetable machine through the conducting wire 025.

The keys 003 are three in number, and the main functions include machine on/off, automatic cleaning and automatic stirring.

Stirring motor heat dissipation window 004 is located fruit vegetables machine upper end, and the embedding is in fuselage shell main part 005 for dispel the heat to stirring motor.

The juice module motor heat dissipation port 011 is embedded in the machine body shell body 005 and located below the juice module for dissipating heat of the juice module low-speed motor 033.

The chassis 012 is an anti-slip chassis.

The power interface 013 is connected to an external power source through a three-hole power line.

The utility model has the advantages that: the juice extracting and stirring system can effectively solve the problem that the mixed fruit and vegetable food materials are easy to layer after being extracted, and the functions of low-speed juice extraction and high-speed stirring are smoothly combined together; in addition, the product adopts a meshless filtering structure, so that the cleaning of a user after use is convenient; this product can also reduce the occupy of cup, and through the wholeness of integral type juice glass reinforcing product, it is comparatively convenient that the flow of wholly squeezing the juice need not to increase operation and study burden, has optimized the use of product and has experienced when effectively promoting health preserving fruit vegetables juice taste.

Drawings

FIG. 1 is a schematic front view of a health preserving fruit and vegetable machine.

Fig. 2 is a rear view schematic diagram of a health preserving fruit and vegetable machine.

FIG. 3 is a schematic view of the health fruit and vegetable machine integrated juice cup and juice extraction module.

Figure 4 is a schematic view of the juice extraction module with disassembled internal structure.

Fig. 5 is a schematic view of the stirring module with its interior disassembled.

FIG. 6 is a schematic diagram of the mixing cup.

FIG. 7 is a schematic view of the whole internal structure of a health fruit and vegetable machine.

FIG. 8 is a schematic view of the interior of the juicer motor and the micro-pump.

FIG. 9 is a front perspective view of a health preserving fruit and vegetable machine.

FIG. 10 is a rear perspective view of a health preserving fruit and vegetable machine.

In the figure: 001 top dust cover; the 002 top cover and the stirring motor fixing bracket; 003 key press; 004 stirring motor heat radiation window; 005 a fuselage shell body; 006 a juice storage area; 007 juice extracting cup; a 008 pomace outlet switch; 009 one-piece juice cup; 010 juicing module fixing frame; 011 a motor heat dissipation port of the juicing module; 012 chassis; 013 a power interface; 014 feeding tube; 015 juicing cup stand; 016 spiral chewing propeller fixing cover; 017 fixing a ring; 018, covering the upper cover of the juicing cup; 019 spiral chewing propellers; 020 inner layer juicing filter screen; 021 outer layer juicing filter screen; 022 stirring the cup cover; 023 a miniature stirring motor; 024 stirring connecting rod; 025 a wire; 026 stirring head; 027 stirring cup body; 028 a conduit; 029 a pressure sensing control module; 030 a magnetic switch; 031 stirring the cup bottom; 032 a key control chip; 033 juicing module low-speed motor; 034 micro pump; 035 a power source.

Detailed Description

1. The juice extractor main part:

top shield 001 is located the ya keli material shield at juice extractor top to the pan feeding mouth deposition of fruit vegetables edible material is connected with top cap and agitator motor fixing bracket 002, can open as the rotation that fig. 3 shows.

The top cap and agitator motor fixing bracket 002 are located under the top shield 001 for the top shield above fixed and connected, and the below is connected with the fuselage main part.

The key 003, three key main functions are machine on/off, self-cleaning and interface switch from top to bottom in proper order, distribute in the upper right portion of the front of the picture fuselage main part, the key is connected with the control chip 032 inside the machine.

The agitator motor heat dissipation window 004, which is located at the upper end of the left side of the machine, is embedded in the main body of the machine body and used for dissipating heat of the agitator motor.

Fuselage shell main part 005, the core support component of machine, top cap and agitator motor fixed bracket 002 and top shield 001 are connected to the upper end, and skid-proof chassis 012 is connected to the lower extreme, wherein has parts such as heat dissipation window, button.

Fruit juice storage area 006, top and below are connected through the buckle with fuselage shell main part 005 and skid-proof chassis 012 respectively, and integral type juice cup 009 is connected through the buckle in the middle part, mainly used deposit the fruit and vegetable juice after the stirring to in sending its water conservancy diversion to integral type juice cup 009.

The juicing cup 007 is positioned in the middle of the right side of the machine, the upper part and the lower part of the juicing cup are connected with a juicing module fixing frame 010, a spiral juicing structure is arranged in the juicing cup 007 and is connected with a low-speed motor 033 of the juicing module, and the juicing cup is mainly used for squeezing fruit and vegetable juice; in addition, the inside of the fruit juice extractor is provided with a juice extracting and filtering structure which is used for separating the fruit juice from the fruit residues. As shown in figure 3, the whole juicing cup body can be detached to facilitate the cleaning after use.

The pomace outlet switch 008 is located at the lower end of the right side of the juicing cup, is connected with the juicing cup 007 through a hinge, and is mainly used for discharging pomace generated during juicing.

Integral type juice cup 009 is located juice storage area below on the chassis, is connected with juice storage area 006 through slide and buckle structure for concentrate the storage with the fruit and vegetable juice after the completion of squeezing the juice and stirring and supply the user to take out and drink in integral type juice cup 009, strengthened the wholeness of product in the molding.

And a juicing module fixing frame 010 which is positioned on the right side of the machine in fig. 1 and is connected with the shell of the machine main body and used for fixing a juicing cup main body, and a feeding pipe 014 and a juicing cup 007 are connected inside the juicing module fixing frame.

The juicing module motor heat-radiating port 011 is positioned at the lower end of the right side of the figure 1, is embedded in the machine body main body and is mainly used for radiating the juicing module motor.

The skid-proof chassis 012 is located the machine bottom and is connected with machine main body shell, and the inside circuit of connecting the motor that has laid, the lower surface is equipped with silica gel and sucking disc and is used for preventing that the machine from empting and sliding.

And a power interface 013, which is located at the middle lower part of the back surface of the machine in fig. 2, connected with an external power supply through a three-hole power line and used for supplying power to the machine.

Pan feeding pipe 014, fixed structure on top shield 001 through top cap and agitator motor fixed bracket 002 down, the below with squeeze juice the inside being connected of cup for throw in fruit vegetables and eat the material and carry and squeeze juice the cup, can dismantle the washing after getting off convenient to use.

The juicing cup stand 015, as shown in fig. 3, is connected to the juicing module holder 010 at the lower part thereof, and connected to the juicing cup 007 at the upper part thereof, for fixing the juicing module and the components thereof.

2. A juicing module:

spiral chewing propeller fixing cover 016 is positioned at the topmost end of the juicing cup module, the lower end of the spiral chewing propeller fixing cover 016 is connected with a juicing cup upper cover 018, the upper end of the spiral chewing propeller fixing cover is connected with a juicing module fixing frame 010, and the spiral chewing propeller fixing cover 016 is mainly used for fixing the juicing spiral chewing propeller to ensure the normal juicing function.

And the fixing ring 017 is arranged in the juicing cup 007, is arranged below the spiral chewing propeller fixing cover 016 and is connected with the juicing cup upper cover 018 through a buckle and used for limiting the spiral juicing structure.

The upper cover 018 of the juicing cup is connected with the spiral chewing propeller fixing cover 016, the lower end of the juicing cup is connected with the juicing cup 007, and the upper cover of the juicing cup is used for fixing the juicing cup body.

Spiral chew propeller 019 is located and squeezes juice cup 007 inside and connects juice module low-speed motor 033 through the transmission shaft in the lower extreme for squeeze the fruit vegetables edible material and the downward transport that are thrown into by pan feeding pipe 014, mainly used squeezes fruit vegetables juice.

The inner layer juicing filter screen 020 is positioned in the juicing cup 007, the lower end of the inner layer juicing filter screen is fixed on the inner wall of the outer layer juicing filter screen 021, and the spiral chewing propeller 019 is surrounded for primarily filtering pomace so as to separate fruit juice from pomace.

The outer juicing filter screen 021 is positioned in the juicing cup 007, the lower end of the outer juicing filter screen 021 is fixed at the bottom of the juicing cup, the inner juicing filter screen 020 is fixed at the upper end of the outer juicing filter screen, and the spiral chewing propeller 019 is surrounded for filtering the pomace again.

3. A stirring module:

stirring bowl cover 022, the upper end is connected with the lower surface of top cap and agitator motor fixed bracket 002, and the lower extreme passes through buckle structural connection with stirring cup 027, mainly used fixed agitator motor and plays the effect of closing cap stirring cup.

Miniature stirring motor 023, the upper end is fixed on stirring bowl cover 022 through buckle structure, links to each other with power 035 through wire 025, provides the electric energy for it. Is mainly used for fully stirring the fruit and vegetable juice pumped into the stirring cup by a micro pump 034.

And a stirring connecting rod 024 which is arranged in the stirring cup, is connected with the micro stirring motor 023 at the upper part and is connected with a stirring head 026 at the lower part and is mainly used for transmitting mechanical energy generated by the stirring motor to the stirring head to stir the fruit and vegetable juice.

And the wire 025 is fixed on the outer wall of the stirring cup body 027 and is connected with the micro stirring motor 023 and a power supply 035 at the bottom of the machine and is mainly used for transmitting electric energy to the stirrer.

A stirring head 026, which is arranged in the stirring cup, has an upper end connected with the stirring connecting rod 024 and a lower end directly contacted with the fruit and vegetable juice, and is mainly used for fully stirring the fruit and vegetable juice

Stirring cup 027, stirring bowl cover 022 is connected to the upper end, and stirring cup bottom 031 is connected to the lower extreme, mainly used deposit the fruit and vegetable juice of pump income stirring cup and install other parts in the stirring cup.

The upper end of the conduit 028 is connected with the stirring cup body 027, and the lower end is connected with the micro pump 034, which is mainly used for guiding the juice after juicing into the stirring cup.

Pressure sensing control module 029, be located stirring cup bottom 031, switch 030 is inhaled to front end connection magnetism, the rear end passes through wire connecting power source 035 and is its power supply, the switch of mainly used control stirring cup bottom, after fruit and vegetable juice in the stirring cup reachs certain weight, pressure sensing control module 029 with signal of telecommunication to micropump machine 034 and stop carrying fruit and vegetable juice to stirring cup 027, miniature agitator motor 023 begins to work at this moment and carries out the intensive mixing to fruit and vegetable juice, 10 seconds back pressure sensing control module 029 control magnetism is inhaled switch 030 and is opened, the fruit and vegetable juice that the mixture was accomplished gets into integral type juice cup, the stirring is accomplished.

The magnetic switch 030 is located at the bottom of the stirring cup, the rear end of the magnetic switch is connected with the pressure sensing control module 029, and the magnetic switch is mainly used for controlling the switch at the bottom of the stirring cup.

Stirring cup end 031, the fruit juice storage area 006 is connected through the cooperation structure to the lower extreme, and stirring cup 027 is connected to the upper end for fixed stirring cup is whole and will stir the cup sealedly.

4. The internal structure is as follows:

the key control chip 032 is connected with the keys 003, mainly comprises three control chips of machine keys of "power on/off", "automatic cleaning" and "automatic stirring", and is connected with a power supply 035 at the lower part of the machine through a wire 025 circuit.

The juice squeezing module comprises a low-speed motor 033 fixed on an anti-skid chassis 012, a lower end connected with a power source 035 through a circuit, and an upper end connected with a spiral chewing propeller 019 in a juice squeezing cup 007, and is mainly used for driving a spiral juice squeezing structure to squeeze fruit, vegetable and food materials.

The micro pump 034 is located at the bottom of the machine and is connected with a bottom power supply 035, the front end of the micro pump is connected with the juicing cup through a conduit 028, and the rear end of the micro pump is connected with a juicing cup body 027 through a conduit 028, so that the juicing fruit and vegetable juice can be pumped into the stirring cup for full stirring.

And the power source 035 is arranged at the bottom of the machine, the outside of the power source is connected with the power source interface of the machine through the power source interface 013, and the inside of the power source provides electric energy for the motor and the chip in the machine through the lead 025.

The scheme is improved and innovated on the basis of the original fruit and vegetable machine. Because original filter screen structure is not good enough in the aspect of the rate of juice extraction and washing, at first utilized the no net filtration structure of squeezing the juice at the module of squeezing the juice, reduced the washing burden when improving the rate of juice extraction of squeezing the juice, carry the fruit juice to stirring the cup in and carry out the intensive mixing by the micro-pump machine after the completion of squeezing the juice, get into integral type fruit juice cup after the stirring and store. The integral juice cup is integrated with the whole machine, so that the integral juice cup is convenient to store while the integrity of the juice cup is enhanced.

This product mainly solves the user and is using the stirring problem of squeezing the juice, washing problem etc. of health preserving fruit vegetables machine in-process, can accomplish the stirring task flow of squeezing the juice comparatively conveniently, brings good user experience for the user.

The juicing module cancels a juicing mode of a rotary blade, adopts a low-speed motor spiral juicing mode and pushes fruit and vegetable materials downwards, and filters and juices through a filter screen-free filtering structure. Because of the juicing mode of squeezing, the fruit residues are thick, the original filter screen can adopt a small-hole and dense filter screen for achieving sufficient filtering, the non-filter-screen juicing structure is divided into two layers, the side surface of each layer is provided with holes, two layers of holes are staggered by a certain angle during assembly, a gap is left in the middle of the non-filter-screen juicing structure to block the fruit residues, the fruit juice is pumped into the stirring cup by a pump after the fruit juice reaches the storage container. The stirring cup is specially designed, the bottom of the stirring cup is composed of a pressure sensor, an electromagnetic switch and a waterproof layer, the top of the stirring cup is provided with a motor and a stirring module, and the stirring module starts to work after juice enters the stirring cup to fully stir the juice. The pressure sensor controls the weight of the fruit juice, the pressure sensor controls the electromagnet to be electrified to open the electromagnetic switch at the bottom after the time delay of 10 seconds after a certain weight value is reached, and the stirred fruit and vegetable juice enters the juice cup to wait for drinking. When the cleaning machine is used for cleaning, the material guide pipe, the juicing cup and the stirring cup can be taken down for manual cleaning, the simple structure is convenient for cleaning, and the cleaning machine can be automatically cleaned by clicking a cleaning button after adding clear water.

Claims

1. A health preserving fruit and vegetable machine is characterized by comprising a juice extractor main body, a juice extraction module, a stirring module and an internal structure; the juicer main body comprises a top dustproof cover (001), a top cover and stirring motor fixing bracket (002), a key (003), a machine body shell main body (005), a juice storage area (006), an integrated juice cup (009), a juicing module fixing frame (010), a chassis (012), a power supply interface (013), a feeding pipe (014), a juicing cup (007) and a juicing cup platform (015);

the top dust cover (001) and the top cover are connected with the stirring motor fixing bracket (002), and the top dust cover (001) can rotate to open relative to the top cover and the stirring motor fixing bracket (002); the feeding pipe (014) is arranged below the top dust cover (001), is fixed with the stirring motor fixing bracket (002) through the top cover, extends into the top cover of the juicing cup (007) from the lower part, and is used for throwing fruit and vegetable food materials and conveying the fruit and vegetable food materials into the juicing cup (007); the top cover is connected with the machine body shell main body (005) below the stirring motor fixing bracket (002); the keys (003) are distributed on the main body (005) of the shell of the machine body, and the keys (003) are connected with a key control chip (032) in the fruit and vegetable machine; the main body (005) of the machine body shell and the fruit juice storage area (006) are core supporting parts of the fruit and vegetable machine, the upper end is connected with a top dust cover (001), a top cover and a stirring motor fixing bracket (002), and the lower end is connected with a chassis (012); the fruit juice storage area (006) is positioned at the middle position on the left side of the fruit and vegetable machine, the upper end and the lower end of the fruit and vegetable storage area are respectively connected with the machine body shell main body (005) and the chassis (012) through a buckle, the middle part of the fruit and vegetable storage area is connected with the integrated fruit juice cup (009) through a slideway and a buckle structure, and the fruit and vegetable storage area is mainly used for storing the stirred fruit and vegetable juice and guiding the juice into the integrated fruit juice cup (009; the juicing module fixing frame (010) is positioned in the middle of the right side of the fruit and vegetable machine, is connected with the machine body shell main body (005) and is used for fixing the whole juicing module; the juicing module is positioned in the middle of the right side of the fruit and vegetable machine, the upper end of the juicing module is connected with a juicing module fixing frame (010) through a buckle, the lower end of the juicing module is connected with a juicing cup table (015) through a buckle, and the juicing module is used for squeezing and filtering fruit and vegetable materials and separating fruit and vegetable juice from fruit residues; the power interface (013) is positioned at the middle lower part of the fruit and vegetable machine and is used for externally connecting a power line to provide electric energy for the fruit and vegetable machine; a power supply circuit is laid in the chassis (012), and a sucker is arranged on the lower surface of the chassis and used for preventing the machine from toppling and sliding;

the juicing module comprises a pomace outlet switch (008), a spiral chewing propeller fixing cover (016), a fixing ring (017), a juicing cup upper cover (018), a spiral chewing propeller (019), an inner layer juicing filter screen (020) and an outer layer juicing filter screen (021); the spiral chewing propeller fixing cover (016) is positioned at the topmost end of the whole juicing module, the lower end of the spiral chewing propeller fixing cover is connected with an upper cover (018) of the juicing cup, and the upper end of the spiral chewing propeller fixing cover is connected with a fixing frame (010) of the juicing module and used for fixing the spiral chewing propeller (019); the fixing ring (017) is arranged in the upper cover (018) of the juicing cup, is connected with the upper cover (018) of the juicing cup through a buckle and is used for fixing and limiting the spiral chewing propeller (019); the lower end of the upper cover (018) of the juicing cup is connected with the juicing cup (007); the spiral chewing propeller (019) is positioned in the juicing cup (007), the lower end of the spiral chewing propeller is connected with a low-speed motor (033) of the juicing module through a transmission shaft, and the spiral chewing propeller is used for squeezing and downwards conveying fruit and vegetable food materials which are put into the juicing cup through the feeding pipe (014); the inner layer juicing filter screen (020) is positioned in the juicing cup (007), the lower end of the inner layer juicing filter screen is fixed on the inner wall of the outer layer juicing filter screen (021) through a buckle, and the outer periphery of the spiral chewing propeller (019) plays a role in primary filtering, so that fruit juice is separated from fruit residues; the outer juicing filter screen (021) is positioned in the juicing cup (007), the lower end of the outer juicing filter screen is fixed at the bottom of the juicing cup (007) through a buckle, the upper end of the outer juicing filter screen is fixed with the inner juicing filter screen (020) and is positioned at the periphery of the spiral chewing propeller (019) and used for filtering pomace for the second time; the pomace outlet switch (008) is positioned at the lower end of the right side of the juicing cup (007), is connected with the juicing cup (007) through a hinge, and is mainly used for discharging pomace generated in the juicing process;

the stirring module comprises a stirring cup cover (022), a micro stirring motor (023), a stirring connecting rod (024), a lead (025), a stirring head (026), a stirring cup body (027), a conduit (028), a pressure sensing control module (029), a magnetic suction switch (030) and a stirring cup bottom (031); the upper end of the stirring cup cover (022) is connected with the top cover and the lower surface of the stirring motor fixing bracket (002), and the lower end of the stirring cup cover is connected with the stirring cup body (027) through a buckle structure, so that the stirring cup cover is used for fixing the miniature stirring motor (023) and playing a role in sealing the stirring cup; the upper end of a micro stirring motor (023) is fixed on a stirring cup cover (022) through a buckle structure, and is connected with a power supply (035) through a lead (025) to provide electric energy for fully stirring the fruit and vegetable juice pumped into the stirring cup body (027) by a micro pump (034); the stirring connecting rod (024) is positioned in the stirring cup body (027), the upper part of the stirring connecting rod is connected with the miniature stirring motor (023) through threads, and the lower part of the stirring connecting rod is connected with the stirring head (026) and is used for transmitting the mechanical energy of the miniature stirring motor (023) to the stirring head (026) to stir the fruit and vegetable juice; the lower end of the stirring head (026) directly contacts the fruit and vegetable juice for stirring the fruit and vegetable juice; the upper end of the stirring cup body (027) is connected with a stirring cup cover (022), and the lower end of the stirring cup body is connected with a stirring cup bottom (031) which is used for storing fruit and vegetable juice pumped into the stirring cup body (027) and installing other components in the stirring cup body (027); the upper end of the conduit (028) is connected with the stirring cup body (027), and the lower end is connected with the micro pump (034) and is used for guiding the fruit and vegetable juice after juicing into the stirring cup body (027); the pressure sensing control module (029) is located at the bottom of the stirring cup (031), the front end of the pressure sensing control module is connected with the magnetic attraction switch (030), the rear end of the pressure sensing control module is connected with a power supply (035) through a lead (025) to supply power to the pressure sensing control module, the magnetic attraction switch is used for controlling the bottom of the stirring cup (031), when the fruit and vegetable juice in the stirring cup reaches a certain weight, the pressure sensing control module (029) transmits an electric signal to the micro pump (034) at the bottom of the fruit and vegetable machine and enables the micro pump to stop working, the micro stirring motor (023) starts to work to fully stir and mix the fruit and vegetable juice, after full stirring, the pressure sensing control module (029) controls the magnetic attraction switch (030) to be opened, the mixed fruit and vegetable juice enters the integrated juice cup; the lower end of the stirring cup bottom (031) is connected with the fruit juice storage region (006) through a conduit, and the upper end is connected with the stirring cup body (027) and used for fixing the whole stirring cup body (027) and sealing the cup body;

the inner structure comprises a key control chip (032), a juicing module low-speed motor (033), a micro pump (034) and a power supply (035); the key control chip (032) is connected with the keys (003), is the control chip of the keys (003) and is connected with the power supply (035) through a lead (025) circuit; the juicing module low-speed motor (033) is fixed on the chassis (012), the lower end of the juicing module low-speed motor is connected with the power supply (035) through a lead, and the upper end of the juicing module low-speed motor is connected with the spiral chewing propeller (019) in the juicing cup (007) and is used for driving the spiral chewing propeller (019) to squeeze fruit and vegetable food materials; the micro pump machine (034) is positioned at the bottom of the machine, is connected with the power supply (035), is connected with the juicing cup through the front end of the conduit (028), and is connected with the stirring cup body (027) through the conduit (028) at the rear end, and is used for pumping the juiced fruit and vegetable juice into the stirring cup for fully stirring; the power supply (035) is arranged at the bottom of the fruit and vegetable machine, the outside is connected with the power supply interface (013), and the inside provides electric energy for each motor and chip in the fruit and vegetable machine through the conducting wire (025).

2. The machine for preserving fruits and vegetables according to claim 1, wherein the number of the buttons (003) is three, and the main functions include machine on/off, automatic cleaning and automatic stirring.

3. The health preserving fruit and vegetable machine as claimed in claim 1 or 2, wherein the stirring motor heat radiation window (004) is located at the left side of the stirring module, embedded in the machine body casing main body (005) for radiating heat of the stirring motor.

4. The health preserving fruit and vegetable machine as claimed in claim 1 or 2, wherein the motor heat dissipating port (011) of the juicing module is embedded in the machine body housing main body (005) below the juicing module for dissipating heat of the low speed motor (033) of the juicing module.

5. The health preserving fruit and vegetable machine as claimed in claim 3, wherein the motor heat dissipating port (011) of the juice extracting module is embedded in the machine body housing main body (005) below the juice extracting module for dissipating heat of the low speed motor (033) of the juice extracting module.

6. A health preserving fruit and vegetable machine as claimed in claim 1, 2 or 5, characterized in that the chassis (012) is an anti-slip chassis.

7. A health preserving fruit and vegetable machine as claimed in claim 3, characterized in that the chassis (012) is an anti-skid chassis.

8. The health preserving fruit and vegetable machine according to claim 4, characterized in that the chassis (012) is an anti-slip chassis.

9. The health preserving fruit and vegetable machine as claimed in claim 1, 2, 5, 7 or 8, characterized in that the power interface (013) is connected to the external power source through three-hole power lines.

10. The health preserving fruit and vegetable machine as claimed in claim 6, wherein the power source interface (013) is connected to an external power source through a three-hole power line.