36results about How to "Juicing is fast" patented technology

A juice extractor capable of extracting juice from vegetables, fruits or soymilk from beans is disclosed. The extractor includes a housing having a draff outlet port and a juice outlet port, a screw having an upper rotary shaft inserted in a rotary shaft hole of the housing and a lower rotary shaft with a plurality of screw spirals formed on an outer periphery thereof, and a mesh drum for extracting the juice toward the juice outlet port, and a rotary brush mounted between the housing and the mesh drum and having a brush holder. Various nutrients and intrinsic flavor contained in the vegetables or fruits are maintained to the fullest extent by employing a very low speed screw of a squeezing mode. Also, since the housing accommodating the screw is vertically fixed to an upper portion of a drive unit, the material is automatically moved downward without pressing the material down, and the draff is discharged while squeezing and grinding the materials put in an inlet port.

The invention relates to a navel orange juicing device, in particular to a low-energy-consumption navel orange rapid juicing device. The low-energy-consumption navel orange rapid juicing device is good in juicing effect, high in juicing speed and convenient to use. In order to achieve the technical purposes, the low-energy-consumption navel orange rapid juicing device comprises a base plate, a first sliding rail, a first sliding block, a first wedge block, a first fixed pulley, a pull wire, a second fixed pulley, a gear, a reel, a motor, a top plate, a second sliding rail, a second sliding block, a rack, a pressing plate, a processing frame, a supporting rod, a discharging pipe, a collection frame, a lifting rod, a third sliding rail, a third sliding block, a second wedge block, a spring, a right frame and a left frame; the top of the base plate is sequentially provided with the left frame, the first sliding rail and the right frame from left to right, and the first sliding block is connected to the first sliding rail in a sliding mode. The low-energy-consumption navel orange rapid juicing device achieves the effects of being good in juicing effect, high in juicing speed and convenient to operate.

The invention discloses a juice extraction machine, which comprises a base, a driving unit, a container, a cover, a spiral extraction device and a juice extraction net, wherein the bottom wall of the container 30 is provided with a through hole and a residue outlet, and the peripheral wall of the container 30 is provided with a juice outlet. The cover 40 can be covered and connected onto the peripheral wall of the container 30 and is provided with a material input opening. The spiral extraction device 50 is arranged in the container 30, and the driving unit is connected with the rotating extraction unit 50 for driving the spiral extraction device 50 to rotate relative to the container 30 for realizing the juice extraction. The juice extraction net 60 is arranged in the container 30 and is positioned outside the rotating extraction device 50, the inner wall of the juice extraction net 60 is provided with a plurality of jade cutter ribs 61 capable of realizing the jade cutter effects, and the jade cutter ribs 61 are in inclined arrangement at intervals. The juice extraction machine has the following advantages that the jade cutter ribs are in inclined arrangement at intervals and are matched with the spiral extraction device, the extracted object vortex effect can be generated and enhanced, the extraction time number and the collision time number of the extracted objects are increased, the juice extraction rate is improved, the operation speed of the extracted objects can be accelerated, and the juice extraction speed is accelerated.

The invention discloses a juicer, which comprises a high-speed cutting component and a low-speed squeezing component. The high-speed cutting component comprises a juice squeezing head, wherein a round cutter head and a cutter head fixing base are arranged on the juice squeezing head; the round cutter head is arranged on the cutter head fixing base; the round cutter head and the cutter head fixing base are tightly embedded; the cutter head fixing base is connected with a first motor connecting head positioned under the juice squeezing head through a rotating shaft passing through the juice squeezing head; a first connecting head is also arranged under the juice squeezing head; and the cutter head fixing base is connected with the first motor connecting head through the rotating shaft and the first connecting head. The low-speed squeezing component comprises a juice squeezing head, wherein a filter screen is arranged under the juice squeezing head; the round cutter head, the cutter head fixing base and the juice squeezing head are positioned in the filter screen; both the juice squeezing head and the filter screen are fixed on a juice squeezing bowl; and the juice squeezing bowl is connected with a second motor connecting head positioned under the juice squeezing head. The juicer has the characteristics of simple and reasonable structure, flexibility in operation, low manufacturing cost, high juicing sped, low vibration, low noise and wide application range.

The invention discloses a feeding structure of a juice extractor. The feeding structure comprises a screw propeller, wherein a plurality of feeding gears are arranged on the screw propeller and located at the food material inlet end of the screw propeller. According to the feeding structure, large-block food materials can be squeezed automatically and cut into small blocks suitable for being conveyed, size requirements for the added foot materials are lower, and the troubles caused when a user pushes and presses the large-block food materials forcibly or performs fine pre-processing are omitted. Thus, more time and labor are saved in the juicing process, not only is work efficiency for juicing improved, but also work intensity is reduced, nutritive losses caused by contact between fruit and vegetable juice and oxygen can be reduced to a larger extent, and quality of the squeezed juice can be guaranteed better.

The invention discloses a juice extractor which comprises a housing, a movable grinding wheel, a static grinding wheel and a filter device. The housing is provided with an open part at the top, a juice outlet part and a juice residual outlet. The moveable grinding wheel is mounted inside the filter device housing. The moveable grinding wheel comprises a rotation shaft part, a main part, at least one crushing cutter and a plurality of grinding reinforced bars. The main part is generally designed with a taper structure whose small end faces up. The rotation shaft part is connected with a drive mechanism. The static grinding wheel is fixedly mounted at the upper part of the housing; the static grinding wheel comprises a main part, a grinding reinforced bar and a food channel. The filter device is used to separate vegetable or fruit juice from extracted residuals and it is mounted inside the housing. The juice extractor of the invention adopts a grinding manner characterized by relative rotation of the moveable grinding wheel and the static grinding wheel to make extracted juice face least unfavorable influence in the juice extraction process, therefore, keeping the extracted juice fresh and natural. Further, simple to operate and convenient to clean, the juice extractor is also cost effective, extracts juice rapidly, leaves relatively few residuals and enjoys a long service lifetime.

The invention discloses a coring-free complete core juicer which comprises a dual-channel top cover, a coring juicing head, a transmission limiting spring seat, a strainer basket, a juicer shell, a base and a full-automatic juicing pestle, wherein the dual-channel top cover is provided with a sponge knife food material channel, a spring knife food material channel, a guide hole, a sponge knife inner wall and a top cover outer wall; the coring juicing head is arranged inside the dual-channel top cover and comprises a sponge knife outer wall, a guide shaft and a spring knife juicing part; the full-automatic juicing pestle is arranged on the top of the dual-channel top cover; the juicer shell is arranged on the upper part of the base; the top of the juicer shell is clamped with the top coverouter wall; the strainer basket is arranged in the juicer shell and nested at the lower bottom of the coring juicing head; the transmission limiting spring seat is nested at the bottom of the strainerbasket; and the top of the transmission limiting spring seat is connected with the coring juicing head. The invention belongs to the field of food processing, the technical prejudice of the conventional juicer is overcome, and the technical effects of simultaneously performing operations of full-automatic complete separation between the pulp and the core, juicing and fruit and core separation canbe achieved.

The invention relates to the technical field of domestic electrical appliance products, in particular to a double-layer net grinding pressing mechanism and a double-layer net grinding pressing juice extractor. The juice extractor comprises a motor box, a motor, a middle cover, a grinding pressing mechanism and an upper cover, wherein the grinding pressing mechanism is composed of a filter screen and a rotor; the filter screen is of a double-layer filter screen structure, and comprises an upper filter screen and a lower filter screen; the rotor comprises an upper coarse grinding part and a lower coarse grinding part; the motor is mounted in the motor box; the middle cover is fixed on the motor box; the filter screen is mounted in the middle cover; the rotor is positioned in the filter screen; the middle cover is covered with the upper cover, and the upper cover is used for hooding the filter screen and the rotor; the rotor is connected to the motor through a rotor shaft. The filter screen and the rotor are designed to form a structure with an upper part and a lower part corresponding to each other, and a grinding pressing structure is newly added through combination; compared with a traditional structure, fruit residues inside the double-layer net grinding pressing mechanism is great in stress, high in juice extraction speed and high in juice yield, the content of fibers is also improved, and the juice extractor has a more obvious juice extraction effect for raw materials with hard shells such as beans.

The invention discloses a juice extractor which comprises a housing, a movable grinding wheel, a static grinding wheel and a filter device. The housing is provided with an open part at the top, a juice outlet part and a juice residual outlet. The moveable grinding wheel is mounted inside the filter device. The moveable grinding wheel comprises a rotation shaft part, a crushing part, and a grinding part. The pulverizing part is generally designed with a taper structure whose small end faces up. The rotation shaft part is connected with a drive mechanism. The static grinding wheel is fixed at the upper part of the housing; the static grinding wheel comprises a main part, a crushing reinforced bar and a food channel. The filter device is used to separate vegetable or fruit juice from extracted residuals and it is mounted inside the housing. The juice extractor of the invention adopts a grinding manner characterized by relative rotation of the moveable grinding wheel and the static grinding wheel to make extracted juice face least unfavorable influence in a juice extraction process, therefore, keeping the extracted juice fresh and natural. Further, simple to operate and convenient to clean, the juice extractor is also cost effective, extracts juice rapidly, leaves relatively few residuals and enjoys a long service lifetime.

The invention relates to a fruit juice squeezing system. The system comprises a mounting support, a double-slide-way fruit supply mechanism, a left floating tray mechanism, a right floating tray mechanism, a left peeling mechanical arm, a right peeling mechanical arm and a juicing module; the double-slide-way fruit supply mechanism is arranged at the top of the mounting support, the left floatingtray mechanism and the right floating tray mechanism are arranged at the two sides of the double-slide-way fruit supply mechanism respectively, the left peeling mechanical arm and the right peeling mechanical arm are installed at the left and right sides of the mounting support respectively, and the juicing module is arranged at the front side of the mounting support; the juicing module comprisesa left juicing mechanism and a right juicing mechanism and is provided with a left fruit peeling slide way and a right fruit peeling slide way which are in butt joint with a left juicing mechanism anda right juicing mechanism respectively; the system further comprises a left swing driving mechanism and a right swing driving mechanism, the left swing driving mechanism drives the left peeling mechanical arm to swing to clamp and peel fruits from the left floating tray mechanism and then convey the fruits to the left fruit peeling slide way, and the right swing driving mechanism drives the rightpeeling mechanical arm to swing to clamp and peel fruits from the right floating tray mechanism and then convey the fruits to the right fruit peeling slide way. According to the system, the juicing speed can be increased, the waiting time is shortened, and mixed juice can also be obtained.

The invention discloses a universal juice extractor which comprises an upper body, an impeller, a rotary shaft, a motor, a speed reducer, a touch screen, a switch, a lower body, a raw material barrel, a juice extraction barrel, a raw material barrel lid, a raw material pressure bar, a juice extraction barrel handle and a power cord. The upper body is connected with the lower body; the raw material barrel is mounted on the upper body; the raw material pressure bar is mounted on the upper body; the raw material barrel lid is mounted at the bottom of the raw material barrel; the motor is mounted in the lower body; the speed reducer is mounted on the motor; the rotary shaft is mounted on the speed reducer; the impeller is mounted on the rotary shaft; the power cord is connected with the motor. Owing to the mode, the universal juice extractor has the advantages of simple and reasonable structure, flexibility in operation, low manufacturing cost, vibration and noise, high juice extraction speed and wide application range.

The invention discloses a juice extractor, which comprises a base, a shell, a strainer basket, a juice extraction head, a top cover, a first driving mechanism and a second driving mechanism, wherein the two driving mechanisms, which are different in speed, are arranged on the base; the first driving mechanism is used for driving a juice extraction breaking part at a slow speed; and the second driving mechanism is faster than the first driving mechanism and is used for driving the strainer basket to throw juice at a high speed. The juice extractor disclosed by the invention, by a mode of breaking and grinding at the slow speed, can minimize adverse influence on nutritional ingredients in a process of extracting the juice, so that the juice is kept fresh and natural; by virtue of the breaking part and a grinding part of the juice extraction head, food is continuously broken and is repeatedly squeezed and ground for several times, the completely broken food enters the strainer basket and the juice in the food is completely thrown out through the high-speed rotation of the strainer basket, so that the juice extractor is greatly higher than original juice extractors in juice yield. Meanwhile, the juice extractor is low in noise and vibration and is high in juice extraction speed, and the juice extractor is capable of preventing a slag outlet from being blocked by slag and is suitable for processing various food materials such as vegetables, fruits and the like.

The invention relates to a navel orange juicing device, in particular to a low-energy-consumption navel orange rapid juicing device. The low-energy-consumption navel orange rapid juicing device is good in juicing effect, high in juicing speed and convenient to use. In order to achieve the technical purposes, the low-energy-consumption navel orange rapid juicing device comprises a base plate, a first sliding rail, a first sliding block, a first wedge block, a first fixed pulley, a pull wire, a second fixed pulley, a gear, a reel, a motor, a top plate, a second sliding rail, a second sliding block, a rack, a pressing plate, a processing frame, a supporting rod, a discharging pipe, a collection frame, a lifting rod, a third sliding rail, a third sliding block, a second wedge block, a spring,a right frame and a left frame; the top of the base plate is sequentially provided with the left frame, the first sliding rail and the right frame from left to right, and the first sliding block is connected to the first sliding rail in a sliding mode. The low-energy-consumption navel orange rapid juicing device achieves the effects of being good in juicing effect, high in juicing speed and convenient to operate.

The invention discloses a juicer convenient of disassembly and assembly for washing, which comprises a base, a cutter shaft seat, blades and a cup, wherein a cup seat is spliced and fixed on the upper part of the base; the upper part of the cavity body of the base is provided with a clutch; the cutter shaft seat is sheathed in the cup seat; the bottom of the cup is spliced and fixed with the cutter shaft seat; the blades and the cutter shaft seat are connected; the bottom of the cutter shaft seat is connected with the clutch; the lower part of the base is spliced and fixed with the bottom cover which seals the bottom of the base; a motor connected and fixed with the bottom cover is arranged in the base; the center of the upper part of the motor is provided with a rotating shaft; the motor is connected with the shaft of the clutch through the rotating shaft; the cup, the blades and the cutter shaft seat are fixed to form a whole; and the motor drives the blades fixed on the cutter shaft seat to rotate through the clutch so that the stirring is carried out. When the juice is poured out or the cup is cleaned, the cup can be directly lifted, and the cutter shaft seat is separated from the clutch so as to clean the cup. The juicer has the advantages that the cup body can be integrally assembled and disassembled; the cleaning can be performed without taking out the blades; the cleaning is safe and convenient; and a user has little possibility to be damaged.

The invention provides a cup body component and a food processor, wherein the food processor comprises a machine stand and the cup body component; a driving device and a control device are arranged inthe machine stand; the cup body component can be arranged on the machine stand; the cup body component comprises a working device; a general program and a plurality of specific programs are arrangedin the control device; and the control device, in accordance with a preset command, is used for controlling the driving device to drive the working device to implement work in accordance with the general program or any one of the specific programs. According to the food processor provided by the invention, food materials are processed via the general program and the plurality of specific programsin the control device at various rotating speeds, and juice is extracted from the food materials by virtue of different programs in accordance with different types of the food materials; and the foodprocessor is applicable to the various food materials and is capable of processing the food materials better, so that slag yield of the food materials is improved, juice outlet speed is improved and oxidation is relieved.

The invention provides a food processor which comprises a first cup body, a rolling device and a second cup body. The rolling device embedded in the first cup body comprises a main body and a first cutting rib, and the first cutting rib extends spirally from top to bottom along the outer wall of the main body; the second cup body is buckled on the first cup body, and is in clamp connection with the first cup body; and the bottom wall of the second cup body adapts the top wall of the first cutting rib, and the top wall of the first cutting rib is arranged in an inclined way. The bottom wall ofthe second cup body adapts the top wall of the first cutting rib, and thus food is cut by cooperation between the first cutting rib and the bottom wall of the second cup body, the first cutting rib approaches the bottom wall of the second cup body more, the height of the first cutting rib is increased, and further the rolling device can drive more fruits and vegetables into the first cup body in asingle time, and the juicing speed is improved; and the top wall of the first cutting rib is arranged in the inclined way, the peripheral height of the cutting rib is further improved, and the juicing speed is further improved.

The invention discloses a juice extractor. The juice extractor includes a supporting plate and further includes two concave squeeze rollers and two convex squeeze rollers, and the two concave squeeze rollers and the two convex squeeze rollers are rotationally connected with the supporting plate. The two concave squeeze rollers are tangent, three hemispherical circle slots are formed in each concave squeeze roller, three squeeze balls are arranged on each convex squeeze roller, and the hemispherical circle slots are meshed with the squeeze balls. The juice extractor has the advantages that by the arrangement of the concave squeeze rollers with the hemispherical circle slots and the convex squeeze rollers with the squeeze balls, a complete orange or a complete citrus sinensis can be quickly juiced, the juicing speed is high, the structure is simple, the production cost is low, and the noise generated in working is less.

The invention relates to a navel orange juicing device, in particular to a low-energy-consumption navel orange rapid juicing device. The low-energy-consumption navel orange rapid juicing device is good in juicing effect, high in juicing speed and convenient to use. In order to achieve the technical purposes, the low-energy-consumption navel orange rapid juicing device comprises a base plate, a first sliding rail, a first sliding block, a first wedge block, a first fixed pulley, a pull wire, a second fixed pulley, a gear, a reel, a motor, a top plate, a second sliding rail, a second sliding block, a rack, a pressing plate, a processing frame, a supporting rod, a discharging pipe, a collection frame, a lifting rod, a third sliding rail, a third sliding block, a second wedge block, a spring, a right frame and a left frame; the top of the base plate is sequentially provided with the left frame, the first sliding rail and the right frame from left to right, and the first sliding block is connected to the first sliding rail in a sliding mode. The low-energy-consumption navel orange rapid juicing device achieves the effects of being good in juicing effect, high in juicing speed and convenient to operate.

The invention relates to a sugarcane squeezer. The sugarcane squeezer comprises a motor (1), a reduction gearbox (2) and a squeezing box (3), the squeezing box (3) comprises two or more pairs of squeezing rollers (31), squeezing gaps between the squeezing-roller pairs are separately arranged in rows in the direction of a connecting line between a sugarcane-segment inlet (32) and a sugarcane-segment outlet (33), and the squeezing rollers (31) comprise squeezing-roller shafts (36) and squeezing-roller casings (37). According to a sugarcane automatic freshly squeezing machine, a rack is provided with a storing and feeding device (5), a squeezing device (6), a cup moving device (7), a cup falling device (8) and an automatic controller, and the squeezing device is the sugarcane squeezer. By the adoption of the sugarcane squeezer, a blocking phenomenon cannot occur, it is convenient to disassemble the squeezing rollers to conduct cleaning, the sugarcane squeezer can keep clean and sanitary, and the squeezing effect is better. The sugarcane automatic freshly squeezing machine is convenient to use, artificial operation is not needed, the squeezing is rapid, and freshly squeezed sugarcane juice can be conveniently and rapidly obtained.

The invention belongs to the technical field of juicers, and particularly relates to an intelligent juicer capable of reducing juice oxidation time and rapidly extracting juice. The juicer comprises abase, a barrel body is mounted on the upper side of the base, a motor cover is mounted inside the barrel body, a motor support is connected with the motor cover, a motor is connected with the motor support, a control switch is electrically connected with the motor, a juicing assembly is connected with the motor, the juicing assembly comprises a connecting base connected with the power output endof the motor, the connecting base is connected with a knife board frame, the knife board frame is connected with a filter screen, meshes are formed in the side wall of the filter screen, a barrel baseis connected to the upper side of the barrel body, and a juice receiving barrel corresponding to the filter screen is installed on the barrel base and provided with a juice outlet, a water cup is arranged at the juice outlet of the juice receiving barrel, a residue receiving barrel is arranged on the upper side of the juice receiving barrel, the position of the residue receiving barrel corresponds to the edge of the upper side of the filter screen, a residue outlet is formed in the residue receiving barrel, a residue barrel is connected to the residue outlet of the residue receiving barrel, atransparent cover is installed on the upper side of the residue receiving barrel, a hollow column is arranged on the transparent cover, and a pressing column is installed in the hollow column in a matched mode.

The present invention discloses a bar-type baking and squeezing integrated machine for sugarcanes. The bar-type baking and squeezing integrated machine comprises a body frame, a material feeding wheels, a material feeding plate, an A motor, a heating cylinder, a cleaning cylinder, a squeezing mechanism and a PLC. The material feeding wheels are divided into an upper wheel and a lower wheel arranged at a left end of a mounting plate, the A motor drives rotation of the lower wheel, the upper wheel is driven by gears, the material feeding plate is arranged at a left side of the material feeding wheels and the heating cylinder is arranged at a right side of the material feeding wheels. Electric heating wire and a water outlet are arranged on the heating cylinder, and the cleaning cylinder is arranged at a right side of the heating cylinder. Cleaning cotton is arranged at front and rear ends of the cleaning cylinder, water spraying is conducted in a middle part, and the squeezing mechanismis arranged on a right side of the cleaning cylinder. By using the above structure, the entire sugarcane is inserted into a material feeding mouth of the material feeding plate, the A motor drives thematerial feeding wheels to send the sugarcanes into a rightmost end of the heating cylinder and the material feeding wheels stop, and after the sugarcanes are baked, the material feeding wheels sendthe sugarcanes in a same length into the heating cylinder, at the same time push the baked part into the cleaning cylinder to be cleaned and push the cleaned part into squeezing wheels of the squeezing mechanism to be squeezed. The device divides a whole bar of the sugarcanes into plural parts, surface skins of the sugarcanes are electrically baked, the baked sugarcanes are cleaned, clean sugarcane is squeezed out, and at the same time, the bar-type baking and squeezing integrated machine increases juice yield rate and efficiency of hot sugarcane juice.