CN111374511A - Incessant equipment of squeezing juice for juice shop - Google Patents

Abstract

The invention relates to juicing equipment, in particular to uninterrupted juicing equipment for a juice shop, which comprises a fruit adding mechanism, a juicing chamber mechanism and a juicing mechanism, wherein the equipment can intermittently feed fruits, can discharge water on the surfaces of the fruits, can lift the water, can perform cutting and juicing at one time, the fruit adding mechanism is connected with the juicing chamber mechanism, and the juicing chamber mechanism is connected with the juicing mechanism.

Description

A kind of uninterrupted juice extraction equipment for juice shop

technical field

The present invention relates to a juice extraction device, more particularly, to an uninterrupted juice extraction device for juice shops.

Background technique

In the operation of the juice shop, there will be a large demand for some signature juices. According to the traditional juicer juice extraction mode, people will repeatedly operate it, which consumes manpower and material resources and is inefficient. Therefore, this juice shop is designed. Use an uninterrupted juicer.

SUMMARY OF THE INVENTION

The main technical problem to be solved by the present invention is to provide an uninterrupted juicing equipment for juice shops, which can carry out intermittent feeding of fruit, the equipment can discharge the water on the surface of the fruit, the equipment can remind the water release, and the equipment can cut and squeeze the juice at one time. .

In order to solve the above-mentioned technical problems, the present invention relates to a juicing equipment, more specifically, an uninterrupted juicing equipment for juice shops, including a fruit adding mechanism, a juice extraction chamber mechanism, and a juice extraction mechanism, and the equipment can perform intermittent feeding. Fruit, the device can discharge the water on the surface of the fruit, the device can remind to release the water, and the device can cut and squeeze juice at one time.

The fruit adding mechanism is connected with the juice extraction chamber mechanism, and the juice extraction chamber mechanism is connected with the juice extraction mechanism.

As a further optimization of the technical solution, the fruit adding mechanism described in the uninterrupted juice extraction equipment for a juice store of the present invention includes a plug, a stepped groove, a stepped square column, a spring, a limit plate, a square hole, a water removal hole, and a piston. , water storage room, connecting room, flow trough, rotating wheel, L-shaped water tank, casing, entry bucket, door slot, sliding door, leak, supporting square column, compression spring, limit head, sliding connection block, square hole I. Articulated arm, pulley seat, pulley, step slider I, step matching groove I, bearing seat I, bearing seat II, supporting bearing seat, motor, coupling, rotating disk with shaft, disc protrusion, driving rod , Driven wheel, drive slot, connecting shaft, the plug is slidingly connected with the stepped slot, the stepped slot is set on the stepped square column, the stepped square column is sleeved with a spring, the spring is against the limit plate, and the limit plate is connected with the stepped square column , the stepped square column is slidingly connected with the square hole, the square hole is arranged on the water storage chamber, the stepped square column is connected with the piston, the piston is slidably connected with the water storage chamber, the water storage chamber is provided with a water removal hole, and the water storage chamber is connected with the connecting chamber The connecting chamber is connected with the casing, the water trough is arranged on the casing, the flowing water trough is communicated with the connecting chamber, the rotating wheel is provided with an L-shaped water trough, the rotating wheel is in contact with the inner wall of the casing, and the inlet bucket is connected with the casing. The door slot is arranged on the entry bucket, the sliding door is slidably connected with the door slot, the sliding door is provided with a leak, the entry bucket is connected with the supporting square column, the supporting square column is connected with the limit head, and the compression spring is sleeved on the supporting square column. The compression spring abuts on the limit head and the sliding connection block, the sliding connection block is provided with a square hole I, the square hole I is slidably connected with the supporting square column, the sliding connection block is connected with the sliding door, the sliding door is hinged with the hinge arm, and the hinged The arm is hinged with the pulley seat, the connection mode between the pulley seat and the pulley is bearing connection, the step slider I is connected with the pulley seat, the step slider I is slidably connected with the step matching groove I, and the step matching groove I is arranged on the casing, and the bearing The seat I and the bearing seat II are connected with the casing, the supporting bearing seat is connected with the casing, the supporting bearing seat is connected with the motor, the motor is connected with the rotating disc with shaft through the coupling, and the connection method between the rotating disc with shaft and the supporting bearing base For bearing connection, the rotating disc with shaft is provided with a disc protrusion and a driving rod. The disc protrusion is rotatably connected with the driven wheel, and the driven wheel is provided with a driving groove. The driven wheel is connected with the connecting shaft, and the connecting shaft is connected with the rotating wheel. , the connection between the connecting shaft and the bearing seat II is the bearing connection.

As a further optimization of this technical solution, the juice extraction chamber mechanism described in the uninterrupted juice extraction equipment for a juice store of the present invention comprises a base, a juice extraction chamber body with legs, an internal thread, a bearing seat III, a square groove I, Cam, Shaft Pulley I, Drive Belt I, Shaft Pulley II, Bevel Gear, Discharge Tube, Insertion Groove, Valve with Handle, Socket, Buzzer, Block I with Square Hole, Base and Juice with Outrigger The chamber body is connected, the body of the juice extraction chamber with legs is provided with internal threads, the body of the juice extraction chamber with legs is connected with the bearing seat III, the square groove I is arranged on the body of the juice extraction chamber with legs, and the cam is connected with the shaft pulley I. Connected, the cam is in contact with the pulley, the connection mode of the belt shaft pulley I and the bearing seat I is bearing connection, the belt shaft pulley I is frictionally connected with the transmission belt I, the transmission belt I is frictionally connected with the belt shaft pulley II, and the belt shaft pulley II is connected with the The connection mode of the body of the juice extraction chamber with legs is bearing connection, the belt pulley II is connected with the bevel gear, the discharge pipe is connected with the body of the juice extraction chamber with legs, the discharge pipe is connected with the square groove I, and the embedded groove is arranged in the On the discharge pipe, the valve with handle is slidably connected with the embedded groove, the socket is connected with the body of the juice extraction chamber with legs, the buzzer is connected with the body of the juice extraction chamber with legs, the seat with square hole I is connected with the juice extraction chamber with legs The body is connected, the seat I with square holes is slidably connected to the stepped square column, and the spring is against the seat I with square holes.

As a further optimization of the technical solution, the juice extraction mechanism described in the uninterrupted juice extraction equipment for a juice shop of the present invention includes a special-shaped bearing seat, a servo motor, a motor pulley, a shaft drive disc I, a drive rod I, and a reinforced sliding disc. , light hole I, connecting shaft I, drive bevel gear I, drive belt II, drive pulley I, threaded barrel, sliding fit hole I, cutting piece with hole, cone head, inner limit support column, special-shaped bearing seat and base Connected, the special-shaped bearing seat is connected with the servo motor, the servo motor is connected with the motor pulley, the motor pulley is connected with the belt shaft drive plate I, the connection mode of the belt shaft drive plate I and the special-shaped bearing seat is the bearing connection, and the belt shaft drive plate I is connected with the drive The rod I is connected, the driving rod I is connected with the reinforced sliding plate, the reinforced sliding plate is provided with a light hole I, the connecting shaft I is connected with the transmission bevel gear I, and the connection mode between the connecting shaft I and the bearing seat III is a bearing connection, and the transmission bevel gear is connected. I meshes with the bevel gear, the connecting shaft I is connected with the drive pulley I, the drive pulley I is frictionally connected with the drive belt II, the drive belt II is frictionally connected with the motor pulley, the threaded barrel is connected with the internal thread, and the drive rod I is connected with the sliding fit hole I sliding connection, the sliding fitting hole I is arranged on the threaded barrel, the threaded barrel is connected with the cutting piece with holes, the cutting piece with holes is connected with the cone head, the inner limit support column is arranged inside the threaded barrel, and the inner limit support column is connected with the light The hole I is slidably connected, the reinforced sliding disc is arranged in the threaded barrel, and the reinforced sliding disk is slidably connected with the threaded barrel.

As a further optimization of the technical solution, the drive rod of the uninterrupted juice extraction device for juice shop of the present invention will slide into the drive slot when the belt shaft rotating disk rotates, and drive the driven wheel to rotate one-sixth of the way from the drive rod. slip out of the drive bay.

As a further optimization of the technical solution, when the plug and the socket of the uninterrupted juice extraction device for juice shop of the present invention are connected, the power supply of the buzzer is connected.

The beneficial effects of the uninterrupted juice extraction equipment for a juice store of the present invention are:

The present invention is an uninterrupted juicing device for fruit juice shops, which can carry out intermittent feeding of fruit, can discharge water on the surface of the fruit, can remind the device to release water, and can cut and squeeze juice at one time.

Description of drawings

The present invention will be described in further detail below with reference to the accompanying drawings and specific implementation methods.

FIG. 1 is a schematic structural diagram 1 of an uninterrupted juice extraction device for a juice store of the present invention.

FIG. 2 is a second structural schematic diagram of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 3 is a third structural schematic diagram of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 4 is a first structural schematic diagram of a fruit adding mechanism 1 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 5 is a second structural schematic diagram of a fruit adding mechanism 1 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 6 is a third structural schematic diagram of a fruit adding mechanism 1 of an uninterrupted juice extracting device for a juice store according to the present invention.

FIG. 7 is a fourth structural schematic diagram of the fruit adding mechanism 1 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 8 is a fifth structural schematic diagram of a fruit adding mechanism 1 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 9 is a sixth structural schematic diagram of the fruit adding mechanism 1 of an uninterrupted juice extracting device for a juice store according to the present invention.

FIG. 10 is a first structural schematic diagram of the juice extraction chamber mechanism 2 of an uninterrupted juice extraction device for juice shops according to the present invention.

FIG. 11 is a second structural schematic diagram of the juice extraction chamber mechanism 2 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 12 is a third structural schematic diagram of the juice extraction chamber mechanism 2 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 13 is a first structural schematic diagram of a juice extraction mechanism 3 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 14 is a second structural schematic diagram of the juice extraction mechanism 3 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 15 is a third structural schematic diagram of a juice extraction mechanism 3 of an uninterrupted juice extraction device for a juice store according to the present invention.

FIG. 16 is a fourth structural schematic diagram of the juice extraction mechanism 3 of an uninterrupted juice extraction device for juice shops according to the present invention.

In the figure: fruit adding mechanism 1; plug 1-1; stepped groove 1-2; stepped square column 1-3; spring 1-4; limit plate 1-5; square hole 1-6; water removal hole 1-7 ; Piston 1-8; Water storage chamber 1-9; Connecting chamber 1-10; Flow tank 1-11; Turning wheel 1-12; Door slot 1-16; sliding door 1-17; leak 1-18; support square column 1-19; compression spring 1-20; limit head 1-21; sliding connection block 1-22; square hole I1-23 ; Articulated arm 1-24; Pulley seat 1-25; Pulley 1-26; Step slider I1-27; Step matching groove I1-28; Bearing seat I1-29; Bearing seat II1-30; Support bearing seat 1-31 ; Motor 1-32; Coupling 1-33; Spindle Rotating Disc 1-34; Disc Protrusion 1-35; Drive Rod 1-36; Driven Wheel 1-37; Drive Slot 1-38; Connecting Shaft 1 -39; Juicing chamber mechanism 2; Base 2-1; Juicing chamber body with legs 2-2; Internal thread 2-3; Bearing seat III2-4; Square groove I2-5; Cam 2-6; Shaft pulley I2-7; drive belt I2-8; belt shaft pulley II2-9; bevel gear 2-10; discharge pipe 2-11; embedded groove 2-12; valve with handle 2-13; socket 2-14; Buzzer 2-15; Seat with square hole I2-16; Juicing mechanism 3; Special-shaped bearing seat 3-1; Servo motor 3-2; Motor pulley 3-3; -5; Reinforced sliding plate 3-6; light hole I3-7; connecting shaft I3-8; drive bevel gear I3-9; drive belt II3-10; drive pulley I3-11; threaded barrel 3-12; I3-13; cutting blade with hole 3-14; cone head 3-15; inner limit support column 3-16.

Detailed ways

Specific implementation one:

1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 In this embodiment, the present invention relates to a juicing device, more specifically, an uninterrupted juicing device for a juice store, including a fruit adding mechanism 1, a juice-extracting chamber mechanism 2, and a juice-extracting mechanism 3, and the equipment can perform intermittent When entering the fruit, the device can discharge the water on the surface of the fruit, the device can remind to release the water, and the device can cut and squeeze juice at one time.

The fruit adding mechanism 1 is connected with the juice extraction chamber mechanism 2 , and the juice extraction chamber mechanism 2 is connected with the juice extraction mechanism 3 .

Specific implementation two:

1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 This embodiment, this embodiment further describes the first embodiment, the fruit adding mechanism 1 includes a plug 1-1, a stepped groove 1-2, a stepped square column 1-3, a spring 1-4, a limit plate 1- 5. Square hole 1-6, water removal hole 1-7, piston 1-8, water storage chamber 1-9, connecting chamber 1-10, water flow groove 1-11, rotating wheel 1-12, L-shaped water tank 1- 13. Chassis 1-14, entry bucket 1-15, door slot 1-16, sliding door 1-17, leak 1-18, support square column 1-19, compression spring 1-20, limit head 1- 21. Sliding connection block 1-22, square hole I1-23, articulated arm 1-24, pulley seat 1-25, pulley 1-26, step slider I1-27, step matching groove I1-28, bearing seat I1- 29. Bearing seat II1-30, supporting bearing seat 1-31, motor 1-32, coupling 1-33, rotating disc with shaft 1-34, disc protrusion 1-35, driving rod 1-36, passive The wheel 1-37, the driving groove 1-38, the connecting shaft 1-39, the plug 1-1 is slidably connected with the stepped groove 1-2, the stepped groove 1-2 is arranged on the stepped square column 1-3, and the stepped square column 1- 3. There is a spring 1-4 on the upper cover, the spring 1-4 is against the limit plate 1-5, the limit plate 1-5 is connected with the stepped square column 1-3, and the stepped square column 1-3 is connected with the square hole 1-6 Sliding connection, the square holes 1-6 are arranged on the water storage chamber 1-9, the stepped square column 1-3 is connected with the piston 1-8, the piston 1-8 is slidably connected with the water storage chamber 1-9, and the water storage chamber 1- 9 is provided with a water removal hole 1-7, the water storage chamber 1-9 is connected with the connecting chamber 1-10, the connecting chamber 1-10 is connected with the casing 1-14, and the water tank 1-11 is arranged on the casing 1-14 On the upper, the flow groove 1-11 is communicated with the connecting chamber 1-10, the L-shaped water groove 1-13 is arranged on the rotating wheel 1-12, the rotating wheel 1-12 is in contact with the inner wall of the casing 1-14, and enters the bucket 1-12. 15 is connected with the casing 1-14, the door slot 1-16 is arranged on the entry bucket 1-15, the sliding door 1-17 is slidably connected with the door slot 1-16, and the sliding door 1-17 is provided with a leak 1-18 , the entering bucket 1-15 is connected with the supporting square column 1-19, the supporting square column 1-19 is connected with the limit head 1-21, the compression spring 1-20 is sleeved on the supporting square column 1-19, and the compression spring 1-20 Abut on the limit head 1-21 and the sliding connection block 1-22, the sliding connection block 1-22 is provided with a square hole I1-23, the square hole I1-23 is slidably connected with the supporting square column 1-19, and the sliding connection block 1-22 is connected with the sliding door 1-17, the sliding door 1-17 is hinged with the hinge arm 1-24, the hinge arm 1-24 is hinged with the pulley seat 1-25, and the pulley seat 1-25 is hinged with the pulley 1-26. The connection method is bearing connection. The running motor 1-32 drives the coupling 1-33 to rotate, and the coupling 1-33 rotates. The drive rod 1-36 is driven by the belt shaft rotating disk 1-34 to rotate clockwise from the motor 1-32 to the drive rod 1-36. The drive rod 1-36 will slide when the belt shaft rotating disk 1-34 rotates. into the drive slot 1-38, drive the driven wheel 1-37 to rotate one-sixth, and then slide out from the drive slot 1-38, which will drive the driven wheel 1-37 to rotate counterclockwise intermittently, and the driven wheel 1-37 to rotate The intermittent rotation will drive the rotating wheel 1-12 to rotate intermittently through the connecting shaft 1-39, so that the fruit will stay on the rotating wheel 1-12 for a period of time, and the water on the fruit will flow into the L-shaped water tank 1-13. When turning, the L-shaped water tank 1-13 is gradually inclined. When the L-shaped water tank 1-13 is connected with the flow water tank 1-11, the water flows from the flow water tank 1-11 into the connecting chamber 1-10, and then accumulates in the piston 1-8. Above, when the fruit is turned vertically downward, it will fall into the square groove I2-5, the step slider I1-27 is connected with the pulley seat 1-25, and the step slider I1-27 is slidingly connected with the step matching groove I1-28. The stepped matching groove I1-28 is arranged on the casing 1-14, the bearing seat I1-29 and the bearing seat II1-30 are connected with the casing 1-14, and the supporting bearing seat 1-31 is connected with the casing 1-14. The bearing seat 1-31 is connected with the motor 1-32, the motor 1-32 is connected with the shaft rotating disk 1-34 through the coupling 1-33, and the connection method between the belt shaft rotating disk 1-34 and the supporting bearing seat 1-31 For bearing connection, a disc protrusion 1-35 and a drive rod 1-36 are arranged on the shaft rotating disc 1-34. The disc protrusion 1-35 is rotatably connected with the driven wheel 1-37, and the driven wheel 1-37 is on There is a drive slot 1-38, the driven wheel 1-37 is connected with the connecting shaft 1-39, the connecting shaft 1-39 is connected with the rotating wheel 1-12, and the connecting shaft 1-39 and the bearing seat II1-30 are connected by a bearing Connection, through the operation of servo motor 3-2, the motor pulley 3-3 will be driven to alternate forward and reverse rotation, and the motor pulley 3-3 will drive the transmission pulley I3-11 through the transmission belt II3-10 to alternate forward and reverse rotation, and the transmission pulley I3 -11 will drive the bevel gear 2-10 to rotate alternately forward and reverse through the transmission of the connecting shaft I3-8 and the transmission bevel gear I3-9, and the bevel gear 2-10 will pass through the belt shaft pulley II2-9 and the transmission belt I2-8 , The drive of the belt pulley I2-7 drives the cam 2-6 to rotate alternately forward and reverse, and the drive drives the cam 2-6 to drive the pulley 1-26 to reciprocate up and down. When the pulley 1-26 moves upward, it will drive the pulley seat 1-25 moves upward, and the upward movement of the pulley seat 1-25 will push the sliding door 1-17 to move through the hinge arm 1-24. At this time, the sliding connection block 1-22 will compress the compression spring 1-20, and the leakage port 1- 18 will slide into the entry bucket 1-15, so that the fruit placed above the sliding door 1-17 in the entry bucket 1-15 will leak through the leak 1-18, and then rebound with the compression spring 1-20 , drain 1-1 8. Slide out to stop the leakage of fruit, which will cause the fruit to intermittently leak from the leakage opening 1-18 and enter the groove of the rotating wheel 1-12.

Specific implementation three:

1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 In this embodiment, this embodiment further describes the first embodiment. The juice extraction chamber mechanism 2 includes a base 2-1, a juice extraction chamber body 2-2 with legs, an internal thread 2-3, and a bearing seat III2- 4. Square groove I2-5, cam 2-6, belt shaft pulley I2-7, transmission belt I2-8, belt shaft pulley II2-9, bevel gear 2-10, discharge pipe 2-11, embedded groove 2- 12. Valve with handle 2-13, socket 2-14, buzzer 2-15, seat with square hole I2-16, base 2-1 is connected to juice extraction chamber body 2-2 with legs, with legs The juice extraction chamber body 2-2 is provided with internal threads 2-3, the juice extraction chamber body 2-2 with legs is connected with the bearing seat III2-4, and the square groove I2-5 is arranged on the juice extraction chamber body with legs 2- 2, the cam 2-6 is connected with the shaft pulley I2-7, the cam 2-6 is in contact with the pulley 1-26, the connection between the shaft pulley I2-7 and the bearing seat I1-29 is the bearing connection, and the shaft pulley I2-7 is frictionally connected with the drive belt I2-8, the drive belt I2-8 is frictionally connected with the shaft pulley II2-9, and the connection between the shaft pulley II2-9 and the body 2-2 of the juice extraction chamber with legs is bearing connection , the belt pulley II2-9 is connected with the bevel gear 2-10, the discharge pipe 2-11 is connected with the juice extraction chamber body 2-2 with legs, the discharge pipe 2-11 is connected with the square groove I2-5, embedded The groove 2-12 is arranged on the discharge pipe 2-11, the valve with handle 2-13 is slidably connected with the embedded groove 2-12, the socket 2-14 is connected with the body 2-2 of the juice extraction chamber with legs, and the buzzer 2 -15 is connected with the body 2-2 of the juice extraction chamber with legs, the seat with square holes I2-16 is connected with the body 2-2 of the juice extraction chamber with legs, and the seat with square holes I2-16 slides with the stepped square column 1-3 Connected, spring 1-4 abuts on the seat with square hole I2-16, when the water accumulates above the piston 1-8, it will gradually drive the piston 1-8 to move upward and downward, and the downward movement of the piston 1-8 will drive the stepped square column 1-3 moves downward, the downward movement of the stepped square column 1-3 will drive the plug 1-1 to move downward, the downward movement of the plug 1-1 will connect with the socket 2-14, and the power of the buzzer 2-15 will be connected A beeping sound is issued. At this time, with the increase of water, the stepped square column 1-3 will continue to descend, and the plug 1-1 will slide relative to the stepped groove 1-2. During this time, people hear the bee The sound will place the water container at the water removal hole 1-7. When the upper end face of the piston 1-8 moves to a height lower than the water removal hole 1-7, the water will be drained.

Specific implementation four:

1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 This embodiment, this embodiment further describes the first embodiment, the juice extraction mechanism 3 includes a special-shaped bearing seat 3-1, a servo motor 3-2, a motor pulley 3-3, a belt shaft drive plate I3-4, a drive Rod I3-5, reinforced sliding disc 3-6, light hole I3-7, connecting shaft I3-8, drive bevel gear I3-9, drive belt II3-10, drive pulley I3-11, threaded barrel 3-12, sliding Matching hole I3-13, cutting piece with hole 3-14, cone head 3-15, inner limit support column 3-16, special-shaped bearing seat 3-1 is connected with base 2-1, special-shaped bearing seat 3-1 is connected with The servo motor 3-2 is connected, the servo motor 3-2 is connected with the motor pulley 3-3, the motor pulley 3-3 is connected with the belt shaft drive plate I3-4, and the belt shaft drive plate I3-4 is connected with the special-shaped bearing seat 3-1. The connection method is bearing connection, the belt shaft drive plate I3-4 is connected with the drive rod I3-5, the drive rod I3-5 is connected with the reinforced sliding plate 3-6, and the reinforced sliding plate 3-6 is provided with a light hole I3-7, The connection shaft I3-8 is connected with the transmission bevel gear I3-9, the connection between the connection shaft I3-8 and the bearing seat III2-4 is bearing connection, the transmission bevel gear I3-9 meshes with the bevel gear 2-10, and the connection shaft I3 -8 is connected with the drive pulley I3-11, the drive pulley I3-11 is frictionally connected with the drive belt II3-10, the drive belt II3-10 is frictionally connected with the motor pulley 3-3, the threaded barrel 3-12 is connected with the internal thread 2-3 thread Connection, the driving rod I3-5 is slidably connected with the sliding fitting hole I3-13, the sliding fitting hole I3-13 is set on the threaded barrel 3-12, the threaded barrel 3-12 is connected with the cutting piece 3-14 with a hole, and the hole is cut The sheet 3-14 is connected with the cone head 3-15, the inner limit support column 3-16 is arranged inside the threaded barrel 3-12, the inner limit support column 3-16 is slidably connected with the light hole I3-7, and the sliding plate 3 is reinforced. -6 is arranged in the threaded barrel 3-12, the reinforced sliding disk 3-6 is slidably connected with the threaded barrel 3-12, the motor pulley 3-3 will drive the belt shaft drive disk I3-4 to rotate when it is running, and the belt shaft drive disk The rotation of I3-4 will drive the drive rod I3-5 to rotate, the drive rod I3-5 will drive the threaded barrel 3-12 to rotate through the cooperation with the sliding fitting hole I3-13, and the threaded barrel 3-12 will rotate through the The thread cooperation of the internal thread 2-3 drives the threaded barrel 3-12 to move in the direction of the direction groove I2-5 when it rotates, and the threaded barrel 3-12 will drive the holed cutting piece 3-14 and the cone head 3-15 to rotate forward , so that the perforated cutting blade 3-14 will chop the fruit and squeeze the juice at the same time. After juicing, the valve with handle 2-13 can be pulled out to collect the juice.

Specific implementation five:

1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 This embodiment, this embodiment further describes the first embodiment, the driving rod 1-36 will slide into the driving groove 1-38 when the belt shaft rotating disk 1-34 rotates, and drive the driven wheel 1-37 to rotate Slide out of drive slot 1-38 after a sixth.

Specific implementation six:

1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 This embodiment further describes the first embodiment. When the plug 1-1 is connected to the socket 2-14, the power of the buzzer 2-15 is turned on.

The working principle of this equipment is: the equipment can carry out intermittent feeding, and the motor pulley 3-3 is driven by the rotation of the servo motor 3-2 to perform forward and reverse rotation alternately, and the motor pulley 3-3 will drive the drive pulley I3 through the transmission belt II3-10. -11 performs forward and reverse rotation alternately, the drive pulley I3-11 will drive the bevel gear 2-10 to rotate alternately forward and reverse through the transmission of the connecting shaft I3-8 and the drive bevel gear I3-9, and the bevel gear 2-10 will pass through The transmission of the belt shaft pulley II2-9, the transmission belt I2-8, and the belt shaft pulley I2-7 drives the cam 2-6 to rotate alternately forward and reverse, and the transmission drives the cam 2-6 to drive the pulley 1-26 to reciprocate up and down. When the pulley 1-26 moves upward, it will drive the pulley seat 1-25 to move upward, and the upward movement of the pulley seat 1-25 will push the sliding door 1-17 through the hinge arm 1-24. Compression spring 1-20 is compressed, and the leak 1-18 will slide into the entry hopper 1-15, so that the fruit placed above the sliding door 1-17 in the entry bucket 1-15 will leak from the leak 1-18 , and then with the rebound of the compression spring 1-20, the leakage port 1-18 slides out and stops the fruit leaking, which will cause the fruit to intermittently leak from the leakage port 1-18 and enter the groove of the rotating wheel 1-12. The equipment can discharge the water on the surface of the fruit, the running motor 1-32 drives the coupling 1-33 to rotate, and the coupling 1-33 rotates through the shaft rotating disc 1-34 to drive the driving rod 1-36 to rotate. When looking from the motor 1-32 to the driving rod 1-36, the driving rod 1-36 will slide into the driving slot 1-38 and drive the driven wheel 1-37 to rotate when the driving rod 1-36 rotates with the shaft rotating disk 1-34. After one-sixth, it slides out from the drive slot 1-38, which will drive the passive wheel 1-37 to rotate counterclockwise intermittently, and the intermittent rotation of the passive wheel 1-37 will drive the rotating wheel 1-12 through the connecting shaft 1-39. Perform intermittent rotation, so that the fruit will stay on the rotating wheel 1-12 for a period of time, and the water on the fruit will flow into the L-shaped water tank 1-13. When 1-13 is connected to the water tank 1-11, the water flows from the water tank 1-11 into the connecting chamber 1-10, and then accumulates above the piston 1-8. When the fruit turns vertically downward, it will fall into the square tank In I2-5; the device can remind the water release, when the water accumulates above the piston 1-8, it will gradually drive the piston 1-8 to move downward, and the downward movement of the piston 1-8 will drive the stepped square column 1-3 to move downward. The downward movement of the stepped square column 1-3 will drive the plug 1-1 to move downward, the downward movement of the plug 1-1 will connect with the socket 2-14, and the buzzer 2-15 will beep when the power is turned on. As the water increases, the stepped square column 1-3 will continue to descend, and the plug 1-1 will slide relative to the stepped groove 1-2. During this time, people will hear the buzzing sound in the water removal hole. Place the water container at 1-7, when the upper end of the piston 1-8 When the surface moves to a height lower than the water removal holes 1-7, it will drain; the equipment can cut and squeeze juice at one time, and the motor pulley 3-3 will drive the belt shaft drive plate I3-4 to rotate when the belt shaft is running. The rotation of the drive plate I3-4 will drive the drive rod I3-5 to rotate, and the drive rod I3-5 will drive the threaded barrel 3-12 to rotate through the cooperation with the sliding fitting hole I3-13. When the threaded barrel 3-12 rotates It will drive the threaded barrel 3-12 to move in the direction of the direction groove I2-5 when it rotates through the thread cooperation of the internal thread 2-3, and the threaded barrel 3-12 will drive the holed cutting piece 3-14 and the cone head 3-15 to rotate Move forward, so that the perforated cutting blade 3-14 will chop the fruit and squeeze the juice at the same time. After juicing, the valve with handle 2-13 can be pulled out to collect the juice.

Of course, the above description does not limit the present invention, and the present invention is not limited to the above examples. Changes, modifications, additions or substitutions made by those of ordinary skill in the art within the essential scope of the present invention also belong to the present invention. protected range.

Claims (6)

1. An uninterrupted juicing device for fruit juice shops, comprising a fruit adding mechanism (1), a juicing chamber mechanism (2), and a juicing mechanism (3), characterized in that: the fruit adding mechanism (1) and the The juice extraction chamber mechanism (2) is connected, and the juice extraction chamber mechanism (2) is connected with the juice extraction mechanism (3). 2. An uninterrupted juice extraction device for a juice store according to claim 1, characterized in that: the fruit adding mechanism (1) comprises a plug (1-1), a step groove (1-2), a step Square column (1-3), spring (1-4), limit plate (1-5), square hole (1-6), water removal hole (1-7), piston (1-8), water storage Chamber (1-9), connecting chamber (1-10), water tank (1-11), rotating wheel (1-12), L-shaped water tank (1-13), casing (1-14), entry bucket (1-15), door slot (1-16), sliding door (1-17), leak (1-18), support square column (1-19), compression spring (1-20), limit head (1-21), sliding connection block (1-22), square hole I (1-23), hinged arm (1-24), pulley seat (1-25), pulley (1-26), step slider I(1-27), stepped groove I(1-28), bearing seat I(1-29), bearing seat II(1-30), support bearing seat(1-31), motor(1-32) , Coupling (1-33), Spindle Rotating Disc (1-34), Disc Protrusion (1-35), Drive Rod (1-36), Driven Wheel (1-37), Drive Slot (1) -38), the connecting shaft (1-39), the plug (1-1) is slidably connected with the stepped groove (1-2), the stepped groove (1-2) is arranged on the stepped square column (1-3), and the stepped square The column (1-3) is covered with a spring (1-4), the spring (1-4) is pressed against the limit plate (1-5), the limit plate (1-5) is connected to the stepped square column (1-3) ), the stepped square column (1-3) is slidably connected to the square hole (1-6), the square hole (1-6) is arranged on the water storage chamber (1-9), and the stepped square column (1-3) is connected to the water storage chamber (1-9). The piston (1-8) is connected, the piston (1-8) is slidably connected with the water storage chamber (1-9), the water storage chamber (1-9) is provided with a water removal hole (1-7), and the water storage chamber ( 1-9) is connected with the connecting chamber (1-10), the connecting chamber (1-10) is connected with the casing (1-14), and the flow trough (1-11) is arranged on the casing (1-14), The water tank (1-11) is communicated with the connecting chamber (1-10), the L-shaped water tank (1-13) is arranged on the rotating wheel (1-12), and the rotating wheel (1-12) is connected with the casing (1-14). ) in contact with the inner wall, the entry bucket (1-15) is connected with the casing (1-14), the door slot (1-16) is arranged on the entry bucket (1-15), and the sliding door (1-17) is connected to the door slot (1-16) Sliding connection, the sliding door (1-17) is provided with a leak (1-18), and the inlet bucket (1-15) is connected with the supporting square column (1-19), and the supporting square column (1- 19) Connected to the limit head (1-21), the compression spring (1-20) is sleeved on the support square column (1-19), and the compression spring (1-20) is pressed against the limit head (1-21), On the sliding connection block (1-22), the sliding connection block (1-22) is provided with a square hole I (1-23), and the square hole I (1-23 ) is slidingly connected with the supporting square column (1-19), the sliding connecting block (1-22) is connected with the sliding door (1-17), and the sliding door (1-17) is hinged with the hinge arm (1-24), and the hinged The arm (1-24) is hinged with the pulley seat (1-25), the connection between the pulley seat (1-25) and the pulley (1-26) is bearing connection, and the step slider I (1-27) is connected with the pulley seat. (1-25) are connected, the step slider I (1-27) is slidably connected with the step matching groove I (1-28), and the step matching groove I (1-28) is arranged on the casing (1-14), and the bearing The seat I (1-29) and the bearing seat II (1-30) are connected with the casing (1-14), the supporting bearing seat (1-31) is connected with the casing (1-14), and the supporting bearing seat (1-14) -31) is connected with the motor (1-32), the motor (1-32) is connected with the shaft rotating disc (1-34) through the coupling (1-33), and the shaft rotating disc (1-34) is connected with the support The connection mode of the bearing seat (1-31) is bearing connection, and the disc projection (1-35), the drive rod (1-36), the disc projection (1-34) are provided on the shaft rotating disc (1-34). -35) is rotatably connected with the driven wheel (1-37), the driven wheel (1-37) is provided with a drive slot (1-38), and the driven wheel (1-37) is connected with the connecting shaft (1-39), connecting The shaft (1-39) is connected with the rotating wheel (1-12), and the connection between the connecting shaft (1-39) and the bearing seat II (1-30) is bearing connection. 3. An uninterrupted juice extraction device for a juice store according to claim 1, characterized in that: the juice extraction chamber mechanism (2) comprises a base (2-1), a juice extraction chamber body with legs (2-2), internal thread (2-3), bearing seat III (2-4), square groove I (2-5), cam (2-6), shaft pulley I (2-7), transmission Belt I (2-8), belt pulley II (2-9), bevel gear (2-10), discharge pipe (2-11), embedded groove (2-12), valve with handle (2-13) ), socket (2-14), buzzer (2-15), seat with square hole I (2-16), the base (2-1) is connected to the body (2-2) of the juice extraction chamber with legs , the juice extraction chamber body (2-2) with legs is provided with internal threads (2-3), the juice extraction chamber body (2-2) with legs is connected with the bearing seat III (2-4), and the square groove I (2-5) is arranged on the body (2-2) of the juice extraction chamber with legs, the cam (2-6) is connected with the belt shaft pulley I (2-7), and the cam (2-6) is connected with the pulley (1- 26) In contact, the connection between the belt shaft pulley I (2-7) and the bearing seat I (1-29) is bearing connection, and the belt shaft pulley I (2-7) is frictionally connected with the transmission belt I (2-8) , the transmission belt I (2-8) is frictionally connected with the shaft pulley II (2-9), and the connection between the belt shaft pulley II (2-9) and the juice extraction chamber body (2-2) with legs is the bearing connection , the belt pulley II (2-9) is connected with the bevel gear (2-10), the discharge pipe (2-11) is connected with the body (2-2) of the juice extraction chamber with legs, and the discharge pipe (2-11) ) is communicated with the square groove I (2-5), the embedded groove (2-12) is arranged on the discharge pipe (2-11), and the valve with handle (2-13) is slidably connected with the embedded groove (2-12) , the socket (2-14) is connected with the body (2-2) of the juice extraction chamber with legs, the buzzer (2-15) is connected with the body (2-2) of the juice extraction chamber with legs, and the seat with a square hole I (2-16) is connected to the body (2-2) of the juice extraction chamber with legs, the seat with square hole I (2-16) is slidably connected to the stepped square column (1-3), and the spring (1-4) is against the With square hole seat I (2-16). 4. A kind of uninterrupted juice extraction equipment for juice shop according to claim 1, characterized in that: the juice extraction mechanism (3) comprises a special-shaped bearing seat (3-1), a servo motor (3-2) , motor pulley (3-3), belt shaft drive disc I (3-4), drive rod I (3-5), reinforced sliding disc (3-6), light hole I (3-7), connecting shaft I (3-8), drive bevel gear I (3-9), drive belt II (3-10), drive pulley I (3-11), threaded barrel (3-12), sliding fit hole I (3-13) ), cutting piece with holes (3-14), cone head (3-15), inner limit support column (3-16), special-shaped bearing seat (3-1) is connected to the base (2-1), special-shaped The bearing seat (3-1) is connected with the servo motor (3-2), the servo motor (3-2) is connected with the motor pulley (3-3), and the motor pulley (3-3) is connected with the belt shaft drive disc I (3- 4) Connected, the connection between the belt shaft drive plate I (3-4) and the special-shaped bearing seat (3-1) is bearing connection, and the belt shaft drive plate I (3-4) is connected with the drive rod I (3-5) , the drive rod I (3-5) is connected with the reinforcement sliding plate (3-6), the reinforcement sliding plate (3-6) is provided with a light hole I (3-7), and the connecting shaft I (3-8) is connected with the transmission The bevel gear I (3-9) is connected, the connection between the connecting shaft I (3-8) and the bearing seat III (2-4) is bearing connection, and the transmission bevel gear I (3-9) is connected with the bevel gear (2-10). ) are engaged, the connecting shaft I (3-8) is connected with the drive pulley I (3-11), the drive pulley I (3-11) is frictionally connected with the drive belt II (3-10), and the drive belt II (3-10) ) is frictionally connected with the motor pulley (3-3), the threaded barrel (3-12) is threadedly connected with the internal thread (2-3), and the drive rod I (3-5) is slidably connected with the sliding fitting hole I (3-13) , the sliding fitting hole I (3-13) is arranged on the threaded barrel (3-12), the threaded barrel (3-12) is connected with the cutting piece with holes (3-14), and the cutting piece with holes (3-14) is connected with The cone heads (3-15) are connected, the inner limit support column (3-16) is arranged inside the threaded barrel (3-12), and the inner limit support column (3-16) slides with the light hole I (3-7) For connection, the reinforcing sliding plate (3-6) is arranged in the threaded barrel (3-12), and the reinforcing sliding plate (3-6) is slidably connected with the threaded barrel (3-12). 5. An uninterrupted juice extraction device for a juice store according to claim 2, characterized in that: the drive rod (1-36) slides in when the belt shaft rotating disc (1-34) rotates In the driving slot (1-38), the driven wheel (1-37) is driven to rotate by one-sixth and then slide out from the driving slot (1-38). 6. A kind of uninterrupted juice extraction equipment for juice shop according to claim 2 or 3, characterized in that: when the plug (1-1) is connected with the socket (2-14), the buzzer ( 2-15) power on.

Images