CN108338649A - A kind of novel high efficiency fruit draining device - Google Patents
A kind of novel high efficiency fruit draining device Download PDFInfo
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- CN108338649A CN108338649A CN201810472768.7A CN201810472768A CN108338649A CN 108338649 A CN108338649 A CN 108338649A CN 201810472768 A CN201810472768 A CN 201810472768A CN 108338649 A CN108338649 A CN 108338649A
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- Prior art keywords
- juice
- welded
- support
- squeezing
- fruit
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J19/00—Household machines for straining foodstuffs; Household implements for mashing or straining foodstuffs
- A47J19/02—Citrus fruit squeezers; Other fruit juice extracting devices
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J19/00—Household machines for straining foodstuffs; Household implements for mashing or straining foodstuffs
- A47J19/06—Juice presses for vegetables
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
The invention discloses a kind of novel high efficiency fruit draining devices; its structure includes feed cap mouth, connection protection outline border, separator of squeezing the juice, blowdown platform, support buffering plate, cup placement slot, juice nozzle, safety lifting handles handle, isolation buffer layer, fruit placement bottle, safe pressure handle; the rear end of cup placement slot is welded on front side of support buffering plate outer surface; the upper end of support buffering plate is installed in the lower end for separator of squeezing the juice; it squeezes the juice and is mechanically connected to the rear end of juice nozzle, beneficial effects of the present invention on the downside of separator front end：By increasing separator of squeezing the juice in equipment, equipment carry out fruit squeeze the juice operation when, can in time and effectively by fruit juice pomace and residue remove, to promote the efficiency of its fruit juice of squeezing the juice and mitigate the workload of staff, the working efficiency of equipment is greatly increased, it is more practical.
Description
Technical field
The present invention is a kind of novel high efficiency fruit draining device, belongs to fruit and squeezes the juice apparatus field.
Background technology
Fruit draining device is exactly the machine with machinery method squeezed fruit or vegetables into fruit juice.It is one kind to incite somebody to action
Fruits and vegetables are quickly squeezed into the machine of juice
In the prior art, equipment is in carrying out the operation process squeezed the juice of fruit, be under normal circumstances by fruit cleaning it is complete after
The fruit juice for being put into equipment and squeezing the juice, and squeeze the juice typically contains a large amount of residue and pomace, and personnel is needed to carry out later stage removing
It can just use, equipment can not voluntarily filter residue, not only influence its equipment and squeeze the juice effect and to increase the work of staff
Amount, it is more inconvenient.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of novel high efficiency fruit draining device,
To solve in the prior art, equipment in carrying out the operation process squeezed the juice of fruit, be under normal circumstances by fruit cleaning it is complete after put
The fruit juice for entering in equipment and squeezing the juice, and squeeze the juice typically contains a large amount of residue and pomace, and personnel is needed to carry out later stage removing
It can use, equipment can not voluntarily filter residue, not only influence its equipment and squeeze the juice effect and to increase the workload of staff,
More inconvenient problem
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of novel high efficiency water
Fruit draining device, structure include feed cap mouth, connection protection outline border, separator of squeezing the juice, blowdown platform, support buffering bottom
Seat, cup placement slot, juice nozzle, safety lifting handles handle, isolation buffer layer, fruit place bottle, safe pressure handle, the support
The rear end of cup placement slot is welded on front side of buffering plate outer surface, the upper end of the support buffering plate is installed in separation of squeezing the juice
The lower end of device is mechanically connected to the rear end of juice nozzle, the separation dress of squeezing the juice on the downside of the separator front end of squeezing the juice
The left end for setting front end is installed in the right end of blowdown platform, and the outer surface of the support buffering plate right end is welded in safety lifting handles and holds
The upper and lower ends of left end and it is integrated, the upper end of the separator of squeezing the juice is installed in the lower end of isolation buffer layer,
The upper gap of the isolation buffer layer is matched with the lower end of connection protection outline border, and the upper end of the connection protection outline border is welded in
Fruit places the lower end of bottle and is integrated, and the upper end right side that the fruit places bottle is threadedly connected to safe pressure handle
Lower end, the rear and front end of feed cap mouth lower end is movably connected on the left side that fruit places bottle upper end, the blowdown platform
For outer surface clearance fit with juice nozzle lower end in the upper surface of support buffering plate, the separator of squeezing the juice includes motor
Transmission mechanism, discharging connecting plate, filtering sorting mechanism, juice connecting plate, rolls squeezing mechanism, isolation guarantor at reciprocal bindiny mechanism
Protect shell, push pressing mechanism, connecting tube, charging connector, induction bindiny mechanism, power connector end mouth, power cord, it is described into
The lower end of material connector is welded in the upper end of connecting tube, and the right side of induction bindiny mechanism is installed on the left of the connecting tube upper end
The left end at end, the induction bindiny mechanism is connected by power cord with the lower end of power connector end mouth, the power connector end
It is connected by power cord with the left end of motor transmission mechanism on the left of the lower end of mouth, the right side machine of the motor transmission mechanism lower end
Tool is connected to the left end of reciprocal bindiny mechanism, and the right end of the reciprocal bindiny mechanism is movably connected on the upper end for rolling squeezing mechanism
Left side, it is described to roll the lower end that connecting tube is welded on the right side of squeezing mechanism upper end, the lower mechanical of the motor transmission mechanism
It is connected to the upside of filtering sorting mechanism left end, the right end of the filtering sorting mechanism is welded in a left side for isolation protection outer casing inner wall
End, is installed in the upper end of push pressing mechanism on the right side of the connecting tube upper end, the outer surface of the juice connecting plate through
The downside of shell left end, institute are protected through isolation in the outer surface of the downside of isolation protection shell right end, the discharging connecting plate
The upper end for stating charging connector is installed in the lower end that fruit places bottle.
Correspondingly, the induction bindiny mechanism is assisted by induction support protrusive board, protrusive board auxiliary pulley, oblique tablet, transverse slat
Pulley, connection support transverse slat, fixed conductive plate, active conductive plate composition, the outer surface of the induction support protrusive board is through even
The left side of upper end is taken over, the upper and lower ends clearance fit of the induction support protrusive board is described in the outer surface of protrusive board auxiliary pulley
The lower gap of induction support protrusive board is matched with the right end of oblique tablet, and the upper end of the oblique tablet is movably connected on connection branch
The right end of transverse slat is supportted, the upper and lower ends clearance fit of the connection support transverse slat is in the outer surface of transverse slat auxiliary pulley, the company
The left end for connecing support transverse slat is welded in the right end of active conductive plate, and the upper gap of the active conductive plate is matched with fixed conduction
The upper end of the lower end of plate, the fixed conductive plate is connected by power cord with the lower end of power connector end mouth.
Correspondingly, the motor transmission mechanism by motor terminal, independent electric rotating machine, motor support block, center rotating shaft,
Screw thread helical gear, gear supporting rod are threadedly coupled wheel, half-thread vertical pivot, lower connecting band track, upper connecting band track composition, the electricity
The left end of generator terminal is installed in the right end of independent electric rotating machine, and the left end of the independent electric rotating machine is welded in motor support block
The lower mechanical of right end, the independent electric rotating machine is connected to the upper end of center rotating shaft, the lower end spiral shell of the center rotating shaft
Line is connected to the helical gear upper end of screw thread, and the helical gear outer surface of screw thread is meshed in the outside for being threadedly coupled wheel front end,
The rear and front end for being threadedly coupled wheel is installed in the right end of gear supporting rod, a left side for the motor support block and gear supporting rod
End is welded in the left end of isolation protection outer casing inner wall, and described be threadedly coupled on the outside of wheel rear end is meshed in the outer of half-thread vertical pivot
The upper end on surface, the half-thread vertical pivot is connected by upper connecting band track with the left end of reciprocal bindiny mechanism, the half-thread
The outer surface of vertical pivot lower end is mechanically connected to the right end of lower connecting band track inner wall, and the left end inner wall of the lower connecting band track is installed in
Filter the upside of sorting mechanism left end.
Correspondingly, the reciprocal bindiny mechanism is by compression spring, turning groove block, central support shaft, damping, buffering block, limit
Position fixed plate, unidirectional groove axis, crawler belt link block, No.1 drive link, No. two drive links, Bidirectional supporting wheel, connection push rod composition,
The outer surface of the crawler belt link block is mechanically connected to the inner wall on the right side of connecting band track, the lower end welding of the crawler belt link block
In the upper end of unidirectional groove axis, the right end of the unidirectional groove axis is installed in the left end of No.1 drive link, the No.1 drive link
Right end be movably connected on the left ends of No. two drive links, the upper mechanical of No. two drive links is connected to Bidirectional supporting wheel front end
Outside, the lower end of connection push rod is installed on the outside of Bidirectional supporting wheel front end, the upper end of the connection push rod is installed in
The lower end of turning groove block, the inner wall clearance fit of the turning groove block is in the outer surface of central support shaft, the center branch
The left end of support axis is mechanically connected to the right end of damping, buffering block, and the left end of the damping, buffering block is welded in the right side of limit fixed plate
The right end at end, the central support shaft is equipped with compression spring.
Correspondingly, it is described roll squeezing mechanism by grinding circular arc block, discharge nozzle, tube wall of squeezing the juice, central fixed shaft bar, into
Expects pipe mouth extends rotating bar, fixed moving block composition, and the lower end of the fixed moving block is installed in the upper end for extending rotating bar,
The lower end for extending rotating bar is movably connected on the upper end of grinding circular arc block, the outer surface clearance fit of the grinding circular arc block
It squeezes the juice the inner wall of tube wall, the right end of the tube wall of squeezing the juice is welded in the lower end of charging nozzle, the left end installing of the tube wall of squeezing the juice
In discharge nozzle right end and be integrated, the upper end of the charging nozzle is welded in the lower end of connecting tube.
Correspondingly, the filtering sorting mechanism is by crawler belt thread spindle, threads turn wheel, driving belt, conversion support wheel, biography
Dynamic guide rod, vibration filtering sieve, damping spring, spring supporting transverse slat composition, the outer surface machinery of crawler belt thread spindle upper end
It is connected to the inner wall of lower connecting band track left end, is meshed on front side of crawler belt thread spindle lower end in the outer of threads turn wheel rear end
The front end of side, the threads turn wheel is connected with the front end of conversion support wheel by driving belt, before the conversion support wheel
The upper end of transmission guide rod is installed on the outside of end, the lower mechanical of the transmission guide rod is connected to the left end of vibration filtering sieve,
The lower end of the vibration filtering sieve right end is installed in the upper end of damping spring, and the lower end of the damping spring is installed in spring branch
The upside of transverse slat left end is supportted, the right end of the spring supporting transverse slat is welded in the right end of isolation protection outer casing inner wall.
Correspondingly, the push pressing mechanism by left reciprocal spring, support spring plate, right reciprocal spring, spring retaining plate,
Long extension rod, top guide bar, pushes extension board composition at lower guide rod, the upper end of the support spring plate be installed in left reciprocal spring with
The lower end of right reciprocal spring, the left reciprocal spring is welded in the lower end of spring retaining plate with the upper end of right reciprocal spring, described
The upper end of spring retaining plate is welded in the lower end of long extension rod, and the upper mechanical of the long extension rod is connected under lower guide rod
The upper end at end, the lower guide rod is movably connected on the lower end of top guide bar, and the upper end of the top guide bar, which is welded in, pushes extension board
Right end.
Correspondingly, the right end of the juice connecting plate is welded in the rear end of juice nozzle, the left end of the discharging connecting plate
It is welded in the right end of blowdown platform.
Correspondingly, the inner wall of the tube wall of squeezing the juice is equipped with a large amount of convex grain, squeezing the juice and squeezing for fruit.
Advantageous effect
A kind of novel high efficiency fruit draining device of the present invention, before use, staff should first connect equipment
Power supply enables the normal operation of its equipment, at this point, sizeable shape can be cut the fruit into, is put from feed cap mouth
It sets into fruit and places in bottle, at this point, fruit will be fallen to from charging connector in connecting tube, to touch the sense in connecting tube
Protrusive board should be supported, so that its induction support protrusive board is pushed oblique tablet, and pull connection support transverse slat to move right by oblique tablet,
It allows it to fix conductive plate with active conductive plate to be connected, at this point, power connector end mouth will pass through power supply with independent electric rotating machine
Line connects, and independent electric rotating machine can drive the rotation of screw thread helical gear with normal operation, to drive spiral shell by screw thread helical gear
Line fifth wheel and half-thread vertical axis, in the case where the rotation of half-thread vertical pivot drives, upper connecting band track also will with lower connecting band track
Rotation, under the movement of upper connecting band track, unidirectional groove axis will drive Bidirectional supporting by No.1 drive link and No. two drive links
Wheel rotation, to which under the drive by connection push rod, turning groove block will make it fix moving block under the action of compression spring
Rotation will squeeze the juice fruit in tube wall of squeezing the juice to enable it to grind circular arc block under the fixation of central fixed shaft bar, this
When, fruit will be discharged from discharge nozzle, and finally fall to vibration filtering sieve, and vibration filtering sieve will be by lower connection
It is vibrated back and forth up and down under the drive connection of crawler belt, at this point, fruit juice will be arranged from vibration filtering screen filtration and from juice connecting plate
Go out, and residue will vibrate and is discharged from discharging connecting plate, to ensure efficiently squeezing the juice for equipment：By being increased in equipment
Squeeze the juice separator, equipment carry out fruit squeeze the juice operation when, can in time and effectively by fruit juice pomace and residue it is clear
It removes, to promote the efficiency of its fruit juice of squeezing the juice and mitigate the workload of staff, greatly increases the working efficiency of equipment,
It is more practical.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of novel high efficiency fruit draining device of the present invention.
Fig. 2 is a kind of structural schematic diagram one of the separator of squeezing the juice of novel high efficiency fruit draining device of the present invention.
Fig. 3 is a kind of structural schematic diagram two of the separator of squeezing the juice of novel high efficiency fruit draining device of the present invention.
Fig. 4 is a kind of structural schematic diagram of the working condition for separator of squeezing the juice of the present invention.
In figure：Feed cap mouth -1, connection protection outline border -2, separator -3 of squeezing the juice, blowdown platform -4, support buffering bottom
Seat -5, cup placement slot -6, juice nozzle -7, safety lifting handles handle -8, isolation buffer layer -9, fruit place bottle -10, safe pressure
Handle -11, reciprocal bindiny mechanism -302, discharging connecting plate -303, filtering sorting mechanism -304, goes out motor transmission mechanism -301
Juice connecting plate -305, roll squeezing mechanism -306, isolation protection shell -307, push pressing mechanism -308, connecting tube -309, into
Expect connector -310, induction bindiny mechanism -311, power connector end mouth -312, power cord -313, induction support protrusive board -3111,
Protrusive board auxiliary pulley -3112, oblique tablet -3113, transverse slat auxiliary pulley -3114, connection support transverse slat -3115, fixed conduction
Plate -3116, active conductive plate -3117, motor terminal -3011, independent electric rotating machine -3012, motor support block -3013, center
Rotation axis -3014, screw thread helical gear -3015, gear supporting rod -3016, be threadedly coupled wheel -3017, half-thread vertical pivot -3018,
Lower connecting band track -3019, upper connecting band track -30110, compression spring -3021, turning groove block -3022, central support shaft -
3023, damping, buffering block -3024, limit fixed plate -3025, unidirectional groove axis -3026, crawler belt link block -3027, No.1 transmission
Bar -3028, No. two drive links -3029, Bidirectional supporting wheel -30210, connection push rod -30211, grinding circular arc block -3061, discharge
Nozzle -3062, central fixed shaft bar -3064, charging nozzle -3065, extends rotating bar -3066, is fixed tube wall -3063 of squeezing the juice
Moving block -3067, threads turn wheel -3042, driving belt -3043, conversion support wheel -3044, passes crawler belt thread spindle -3041
Dynamic guide rod -3045, vibration filtering sieve -3046, damping spring -3047, spring supporting transverse slat -3048, left reciprocal spring -
3081, support spring plate -3082, right reciprocal spring -3083, spring retaining plate -3084, long extension rod -3085, lower guide rod -
3086, top guide bar -3087, pushing extension board -3088.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1 to Fig.4, the present invention provides a kind of novel high efficiency fruit draining device：Its structure includes charging
Lid mouth 1, connection protection outline border 2, separator 3 of squeezing the juice, blowdown platform 4, support buffering plate 5, cup placement slot 6, juice nozzle
7, safety lifting handles handle 8, isolation buffer layer 9, fruit place bottle 10, safe pressure handle 11,5 appearance of support buffering plate
The rear end of cup placement slot 6 is welded on front side of face, the upper end of the support buffering plate 5, which is installed in, squeezes the juice under separator 3
It holds, the rear end of juice nozzle 7,3 front end of separator of squeezing the juice is mechanically connected on the downside of 3 front end of separator of squeezing the juice
Left end be installed in the right end of blowdown platform 4, the outer surface of support 5 right end of buffering plate is welded in safety lifting handles handle 8
It the upper and lower ends of left end and being integrated, the upper end for squeezing the juice separator 3 is installed in the lower end of isolation buffer layer 9,
The upper gap of the isolation buffer layer 9 is matched with the lower end of connection protection outline border 2, the upper end weldering of the connection protection outline border 2
It is connected to fruit to place the lower end of bottle 10 and be integrated, the upper end right side that the fruit places bottle 10 is threadedly connected to safety
The rear and front end of the lower end of pressure handle 11,1 lower end of feed cap mouth is movably connected on the left side that fruit places 10 upper end of bottle,
The outer surface clearance fit of the blowdown platform 4 and 7 lower end of juice nozzle is described to squeeze the juice in the upper surface of support buffering plate 5
Separator 3 includes motor transmission mechanism 301, reciprocal bindiny mechanism 302, discharging connecting plate 303, filtering sorting mechanism 304, goes out
Juice connecting plate 305 rolls squeezing mechanism 306, isolation protection shell 307, push pressing mechanism 308, connecting tube 309, charging company
Interface 310, induction bindiny mechanism 311, power connector end mouth 312, power cord 313, the lower end welding of the charging connector 310
The right end of induction bindiny mechanism 311, the induction are installed on the left of the upper end of connecting tube 309,309 upper end of the connecting tube
The left end of bindiny mechanism 311 is connected by power cord 313 with the lower end of power connector end mouth 312, the power connector end mouth
It is connected by power cord 313 with the left end of motor transmission mechanism 301 on the left of 312 lower end, under the motor transmission mechanism 301
The right side mechanical at end is connected to the left end of reciprocal bindiny mechanism 302, and the right end of the reciprocal bindiny mechanism 302 is movably connected on stone roller
It is described to roll the lower end that connecting tube 309 is welded on the right side of 306 upper end of squeezing mechanism, institute on the left of the upper end of squeezing juice mechanism 306
The lower mechanical for stating motor transmission mechanism 301 is connected to the upside of filtering 304 left end of sorting mechanism, the filtering sorting mechanism
304 right end is welded in the left end of isolation protection 307 inner wall of shell, and being installed in push on the right side of 309 upper end of the connecting tube squeezes
The upper end of press mechanism 308, the outer surface of the juice connecting plate 305 are described through the downside of isolation protection 307 right end of shell
The downside of 307 left end of shell, the upper end of the charging connector 310 are protected through isolation in the outer surface of discharging connecting plate 303
It is installed in the lower end that fruit places bottle 10, the induction bindiny mechanism 311 is by induction support protrusive board 3111, protrusive board auxiliary pulley
3112, oblique tablet 3113, transverse slat auxiliary pulley 3114, connection support transverse slat 3115, fixed conductive plate 3116, active conductive plate
3117 compositions, through the left side of 309 upper end of connecting tube, the induction supports convex for the outer surface of the induction support protrusive board 3111
The upper and lower ends clearance fit of plate 3111 is in the outer surface of protrusive board auxiliary pulley 3112, the lower end of the induction support protrusive board 3111
Clearance fit is movably connected on connection support transverse slat 3115 in the right end of oblique tablet 3113, the upper end of the oblique tablet 3113
Right end, it is described connection support transverse slat 3115 upper and lower ends clearance fit in the outer surface of transverse slat auxiliary pulley 3114, it is described
The left end of connection support transverse slat 3115 is welded in the right end of active conductive plate 3117, the upper gap of the active conductive plate 3117
It is matched with the lower end of fixed conductive plate 3116, the upper end of the fixed conductive plate 3116 passes through power cord 313 and power connector end
The lower end of mouth 312 is connected, and the motor transmission mechanism 301 is by motor terminal 3011, independent electric rotating machine 3012, motor support
Block 3013, screw thread helical gear 3015, gear supporting rod 3016, is threadedly coupled wheel 3017, half-thread vertical pivot at center rotating shaft 3014
3018, lower connecting band track 3019, upper connecting band track 30110 form, and the left end of the motor terminal 3011 is installed in independent rotation
The left end of the right end of motor 3012, the independent electric rotating machine 3012 is welded in the right end of motor support block 3013, the independence
The lower mechanical of electric rotating machine 3012 is connected to the upper end of center rotating shaft 3014, the lower thread of the center rotating shaft 3014
It is connected to the upper end of screw thread helical gear 3015, the outer surface of the screw thread helical gear 3015 is meshed before being threadedly coupled wheel 3017
The outside at end, the rear and front end for being threadedly coupled wheel 3017 are installed in the right end of gear supporting rod 3016, the motor support
The left end of block 3013 and gear supporting rod 3016 is welded in the left end of isolation protection 307 inner wall of shell, the threaded connection wheel
It is meshed on the outside of 3017 rear ends in the outer surface of half-thread vertical pivot 3018, the upper end of the half-thread vertical pivot 3018 passes through upper company
It connects crawler belt 30110 with the left end of reciprocal bindiny mechanism 302 to be connected, the outer surface machinery of 3018 lower end of half-thread vertical pivot connects
It is connected to the right end of 3019 inner wall of lower connecting band track, the left end inner wall of the lower connecting band track 3019 is installed in filtering sorting mechanism
The upside of 304 left ends, the reciprocal bindiny mechanism 302 is by compression spring 3021, turning groove block 3022, central support shaft
3023, damping, buffering block 3024, limit fixed plate 3025, unidirectional groove axis 3026, crawler belt link block 3027, No.1 drive link
3028, No. two drive links 3029, Bidirectional supporting wheel 30210, connection push rod 30211 form, outside the crawler belt link block 3027
Surface is mechanically connected to the inner wall on the right side of connecting band track 30110, and the lower end of the crawler belt link block 3027 is welded in unidirectional recessed
The right end of the upper end of fluted shaft 3026, the unidirectional groove axis 3026 is installed in the left end of No.1 drive link 3028, and the No.1 passes
The right end of lever 3028 is movably connected on the left end of No. two drive links 3029, the upper mechanical connection of No. two drive links 3029
Outside in 30210 front end of Bidirectional supporting wheel is installed in connection push rod 30211 on the outside of 30210 front end of Bidirectional supporting wheel
Lower end, the upper end of the connection push rod 30211 is installed in the lower end of turning groove block 3022, the turning groove block 3022
Inner wall clearance fit is mechanically connected to damping and delays in the outer surface of central support shaft 3023, the left end of the central support shaft 3023
The right end of block 3024 is rushed, the left end of the damping, buffering block 3024 is welded in the right end of limit fixed plate 3025, the center branch
The right end for supportting axis 3023 is equipped with compression spring 3021, and the squeezing mechanism 306 that rolls is by grinding circular arc block 3061, discharge nozzle
3062, squeeze the juice tube wall 3063, central fixed shaft bar 3064, charging nozzle 3065, extend rotating bar 3066, fixed moving block 3067
Composition, the lower end of the fixed moving block 3067 are installed in the upper end for extending rotating bar 3066, the extension rotating bar 3066
Lower end is movably connected on the upper end of grinding circular arc block 3061, and the outer surface clearance fit of the grinding circular arc block 3061 is squeezed the juice tube wall
3063 inner wall, the right end for squeezing the juice tube wall 3063 are welded in the lower end of charging nozzle 3065, the tube wall 3063 of squeezing the juice
Left end is installed in the right end of discharge nozzle 3062 and is integrated, and the upper end of the charging nozzle 3065 is welded in connecting tube
309 lower end, the filtering sorting mechanism 304 by crawler belt thread spindle 3041, threads turn wheel 3042, driving belt 3043, turn
Support wheel 3044, transmission guide rod 3045, vibration filtering sieve 3046, damping spring 3047, spring supporting transverse slat 3048 is changed to form,
The outer surface of 3041 upper end of crawler belt thread spindle is mechanically connected to the inner wall of 3019 left end of lower connecting band track, the crawler belt screw thread
Be meshed on front side of 3041 lower end of axis in the outside of 3042 rear end of threads turn wheel, the front end of the threads turn wheel 3042 with turn
The front end for changing support wheel 3044 is connected by driving belt 3043, and biography is installed on the outside of 3044 front end of conversion support wheel
The upper end of dynamic guide rod 3045, the lower mechanical of the transmission guide rod 3045 is connected to the left end of vibration filtering sieve 3046, described
The lower end of 3046 right end of vibration filtering sieve is installed in the upper end of damping spring 3047, the lower end installing of the damping spring 3047
In the upside of 3048 left end of spring supporting transverse slat, the right end of the spring supporting transverse slat 3048 is welded in isolation protection shell 307
The right end of inner wall, the push pressing mechanism 308 by left reciprocal spring 3081, support spring plate 3082, right reciprocal spring 3083,
Spring retaining plate 3084, lower guide rod 3086, top guide bar 3087, pushes the composition of extension board 3088, the support at long extension rod 3085
The upper end of latch plate 3082 is installed in the lower end of left reciprocal spring 3081 and right reciprocal spring 3083, the left reciprocal spring 3081
The lower end of spring retaining plate 3084, the upper end welding of the spring retaining plate 3084 are welded in the upper end of right reciprocal spring 3083
In the lower end of long extension rod 3085, the upper mechanical of the long extension rod 3085 is connected to the lower end of lower guide rod 3086, under described
The upper end of guide rod 3086 is movably connected on the lower end of top guide bar 3087, and the upper end of the top guide bar 3087 is welded in pushing extension board
The right end of 3088 right end, the juice connecting plate 305 is welded in the rear end of juice nozzle 7, a left side for the discharging connecting plate 303
End is welded in the right end of blowdown platform 4, and the inner wall of the tube wall 3063 of squeezing the juice is equipped with a large amount of convex grain, for fruit squeeze the juice and
It squeezes.
When squeezing the juice of fruit is needed in staff or other staff, the work of squeezing the juice that this equipment will can be used to carry out fruit
Industry, and carrying out in use, staff should first confirm and check whether its novel high efficiency fruit draining device can be just
It is often used, and checks and whether confirmation separator 3 of squeezing the juice damages, after confirming equal no problem, can normally use this
Equipment carry out fruit operation of squeezing the juice, before use, staff should first by equipment even connect with the mains, keep its equipment normal
Operation be placed into fruit from feed cap mouth 1 and place in bottle 10 at this point, sizeable shape can be cut the fruit into, this
When, fruit will be fallen to from charging connector 310 in connecting tube 309, and protrusive board is supported to touch the induction in connecting tube 309
3111, so that its induction support protrusive board 3111 is pushed oblique tablet 3113, and connection support transverse slat is pulled by oblique tablet 3113
3115 move right, allow its fix conductive plate 3116 be connected with active conductive plate 3117, at this point, power connector end mouth 312 and
Independent electric rotating machine 3012 will be connected by power cord 313, and independent electric rotating machine 3012 can drive spiral shell with normal operation
Line helical gear 3015 rotates, to drive threaded connection wheel 3017 to be rotated with half-thread vertical pivot 3018 by screw thread helical gear 3015,
In the case where the rotation of half-thread vertical pivot 3018 drives, upper connecting band track 30110 will also be rotated with lower connecting band track 3019, in upper connection
Under the movement of crawler belt 30110, unidirectional groove axis 3026 will be driven by No.1 drive link 3028 with No. two drive links 3029 two-way
Support wheel 30210 rotates, to which under the drive by connection push rod 30211, turning groove block 3022 will be in compression spring 3021
Under the action of make its fix moving block 3067 rotate, to enable its grind circular arc block 3061 in central fixed shaft bar 3064
Under fixation, fruit will be squeezed the juice in tube wall 3063 of squeezing the juice, at this point, fruit will be discharged from discharge nozzle 3062, and finally fallen
Vibration filtering sieve 3046 is dropped down onto, and vibration filtering sieve 3046 will be connected to get off on lower by the drive of lower connecting band track 3019
Vibration is returned, at this point, fruit juice will be filtered from vibration filtering sieve 3046 and is discharged from juice connecting plate 305, and residue will shake
It moves and is discharged from discharging connecting plate 303, to ensure efficiently squeezing the juice for equipment.
The present invention is combined with each other by above-mentioned component, by increasing separator of squeezing the juice in equipment, equipment into
Row fruit squeeze the juice operation when, can in time and effectively by fruit juice pomace and residue remove, to promote its fruit juice of squeezing the juice
Efficiency and mitigate the workload of staff, greatly increase the working efficiency of equipment, it is more practical, what the present invention solved
Problem in the prior art, equipment in carrying out the operation process squeezed the juice of fruit, be under normal circumstances by fruit cleaning it is complete after be put into
The fruit juice squeezed the juice, and squeezed the juice in equipment typically contains a large amount of residue and pomace, needs personnel to carry out later stage removing and just may be used
To use, equipment can not voluntarily filter residue, not only influence its equipment and squeeze the juice effect and to increase the workload of staff, compared with
For inconvenience.
Above only describes the basic principles and preferred embodiment of the present invention, and those skilled in the art can be according to foregoing description
Many changes may be made and improves, these changes and improvements should belong to the scope of protection of the present invention.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of novel high efficiency fruit draining device, structure includes feed cap mouth (1), connection protection outline border (2), squeezes the juice
Separator (3), blowdown platform (4), support buffering plate (5), cup placement slot (6), juice nozzle (7), safety lifting handles handle
(8), isolation buffer layer (9), fruit place bottle (10), safe pressure handle (11), it is characterised in that：
The rear end of cup placement slot (6), the support buffering plate are welded on front side of described support buffering plate (5) outer surface
(5) upper end is installed in the lower end of separator of squeezing the juice (3), is mechanically connected on the downside of separator of squeezing the juice (3) front end
The left end of the rear end of juice nozzle (7), separator of squeezing the juice (3) front end is installed in the right end of blowdown platform (4), the branch
The outer surface of support buffering plate (5) right end is welded in the upper and lower ends of safety lifting handles handle (8) left end and is integrated, institute
The upper end for stating separator of squeezing the juice (3) is installed in the lower end of isolation buffer layer (9), the upper gap of the isolation buffer layer (9)
It is matched with the lower end of connection protection outline border (2), the upper end of the connection protection outline border (2) is welded in fruit and places under bottle (10)
It holds and is integrated, the upper end right side that the fruit places bottle (10) is threadedly connected under safe pressure handle (11)
The rear and front end at end, feed cap mouth (1) lower end is movably connected on the left side that fruit places bottle (10) upper end, and the blowdown is flat
The outer surface clearance fit of platform (4) and juice nozzle (7) lower end is in the upper surface of support buffering plate (5)；
The separator of squeezing the juice (3) includes motor transmission mechanism (301), reciprocal bindiny mechanism (302), discharging connecting plate
(303), filtering sorting mechanism (304), juice connecting plate (305), roll squeezing mechanism (306), isolation protection shell (307),
Push pressing mechanism (308), connecting tube (309), charging connector (310), induction bindiny mechanism (311), power connector end mouth
(312), power cord (313)；
The lower end of the charging connector (310) is welded in the upper end of connecting tube (309), a left side for connecting tube (309) upper end
Side be installed in induction bindiny mechanism (311) right end, it is described induction bindiny mechanism (311) left end by power cord (313) with
The lower end of power connector end mouth (312) is connected, the lower end left side of the power connector end mouth (312) and motor transmission mechanism
(301) left end is connected by power cord (313), and the right side mechanical of motor transmission mechanism (301) lower end is connected to past
The left end of multiply-connected connection mechanism (302), the right end of the reciprocal bindiny mechanism (302), which is movably connected on, rolls squeezing mechanism (306)
Upper end on the left of, described to roll the lower end that connecting tube (309) are welded on the right side of squeezing mechanism (306) upper end, the motor passes
The lower mechanical of motivation structure (301) is connected to the upside of filtering sorting mechanism (304) left end, the filtering sorting mechanism (304)
Right end be welded in the left end of isolation protection shell (307) inner wall, push is installed on the right side of connecting tube (309) upper end and is squeezed
It is protected under shell (307) right end through isolation the outer surface of the upper end of press mechanism (308), the juice connecting plate (305)
Side, through the downside of isolation protection shell (307) left end, the charging connects for the outer surface of the discharging connecting plate (303)
The upper end of mouth (310) is installed in the lower end that fruit places bottle (10).
2. a kind of novel high efficiency fruit draining device as described in claim 1, it is characterised in that：The induction connection machine
Structure (311) is by induction support protrusive board (3111), protrusive board auxiliary pulley (3112), oblique tablet (3113), transverse slat auxiliary pulley
(3114), connection support transverse slat (3115), fixed conductive plate (3116), active conductive plate (3117) composition, the induction support
The outer surface of protrusive board (3111) through connecting tube (309) upper end left side, up and down the two of the induction support protrusive board (3111)
Splaying is matched with the outer surface of protrusive board auxiliary pulley (3112), and the lower gap of the induction support protrusive board (3111) is matched with
The right end of oblique tablet (3113), the upper end of the oblique tablet (3113) are movably connected on the right side of connection support transverse slat (3115)
End, the upper and lower ends clearance fit of the connection support transverse slat (3115) are described in the outer surface of transverse slat auxiliary pulley (3114)
The left end of connection support transverse slat (3115) is welded in the right ends of active conductive plate (3117), the active conductive plate (3117) it is upper
Splaying is matched with the lower end of fixed conductive plate (3116), and the upper end of the fixed conductive plate (3116) passes through power cord (313)
It is connected with the lower end of power connector end mouth (312).
3. a kind of novel high efficiency fruit draining device as described in claim 1, it is characterised in that：The motor drive machine
Structure (301) by motor terminal (3011), independent electric rotating machine (3012), motor support block (3013), center rotating shaft (3014),
Screw thread helical gear (3015), gear supporting rod (3016) are threadedly coupled wheel (3017), half-thread vertical pivot (3018), lower connection shoe
Band (3019), upper connecting band track (30110) form, and the left end of the motor terminal (3011) is installed in independent electric rotating machine
(3012) left end of right end, the independent electric rotating machine (3012) is welded in the right end of motor support block (3013), described only
The lower mechanical of vertical electric rotating machine (3012) is connected to the upper end of center rotating shaft (3014), the center rotating shaft (3014)
Lower thread is connected to the upper end of screw thread helical gear (3015), and the outer surface of the screw thread helical gear (3015) is meshed in screw thread
The outside of fifth wheel (3017) front end, the rear and front end for being threadedly coupled wheel (3017) are installed in gear supporting rod (3016)
The left end of right end, the motor support block (3013) and gear supporting rod (3016) is welded in isolation protection shell (307) inner wall
Left end, be meshed on the outside of threaded connection wheel (3017) rear end in the outer surface of half-thread vertical pivot (3018), described half
The upper end of screw thread vertical pivot (3018) is connected by upper connecting band track (30110) with the left end of reciprocal bindiny mechanism (302), described
The outer surface of half-thread vertical pivot (3018) lower end is mechanically connected to the right end of lower connecting band track (3019) inner wall, and the lower connection is carried out
The left end inner wall of band (3019) is installed in the upside of filtering sorting mechanism (304) left end.
4. a kind of novel high efficiency fruit draining device as described in claim 1 or 3, it is characterised in that：It is described past multiply-connected
Connection mechanism (302) is by compression spring (3021), turning groove block (3022), central support shaft (3023), damping, buffering block
(3024), limit fixed plate (3025), unidirectional groove axis (3026), crawler belt link block (3027), No.1 drive link (3028), two
Number drive link (3029), Bidirectional supporting wheel (30210), connection push rod (30211) form, the crawler belt link block (3027) it is outer
Surface is mechanically connected to the inner wall on the right side of connecting band track (30110), and the lower end of the crawler belt link block (3027) is welded in list
To the upper end of groove axis (3026), the right end of the unidirectional groove axis (3026) is installed in the left end of No.1 drive link (3028),
The right end of the No.1 drive link (3028) is movably connected on the left end of No. two drive links (3029), No. two drive links
(3029) upper mechanical is connected to the outside of Bidirectional supporting wheel (30210) front end, Bidirectional supporting wheel (30210) front end
Outside is installed in the lower end of connection push rod (30211), and the upper end of the connection push rod (30211) is installed in turning groove block
(3022) lower end, the inner wall clearance fit of the turning groove block (3022) is in the outer surface of central support shaft (3023), institute
The left end for stating central support shaft (3023) is mechanically connected to the right end of damping, buffering block (3024), the damping, buffering block (3024)
Left end be welded in the right end of limit fixed plate (3025), the right end of the central support shaft (3023) is equipped with compression spring
(3021)。
5. a kind of novel high efficiency fruit draining device as described in claim 1, it is characterised in that：It is described to roll juice extractor
Structure (306) by grinding circular arc block (3061), discharge nozzle (3062), tube wall of squeezing the juice (3063), central fixed shaft bar (3064), into
Expects pipe mouth (3065) extends rotating bar (3066), fixed moving block (3067) composition, the lower end of the fixed moving block (3067)
It is installed in the upper end for extending rotating bar (3066), the lower end for extending rotating bar (3066) is movably connected on grinding circular arc block
(3061) upper end, the outer surface clearance fit of the grinding circular arc block (3061) are squeezed the juice the inner walls of tube wall (3063), the squeezing
The right end of juice tube wall (3063) is welded in the lower end of charging nozzle (3065), and the left end of the tube wall of squeezing the juice (3063) is installed in row
It the right end of expects pipe mouth (3062) and is integrated, the upper end of the charging nozzle (3065) is welded in connecting tube (309)
Lower end.
6. a kind of novel high efficiency fruit draining device as described in claim 1 or 3, it is characterised in that：The filtering point
Select mechanism (304) by crawler belt thread spindle (3041), threads turn wheel (3042), driving belt (3043), conversion support wheel
(3044), transmission guide rod (3045), vibration filtering sieve (3046), damping spring (3047), spring supporting transverse slat (3048) group
At the outer surface of crawler belt thread spindle (3041) upper end is mechanically connected to the inner wall of lower connecting band track (3019) left end, described
It is meshed on front side of crawler belt thread spindle (3041) lower end in the outside of threads turn wheel (3042) rear end, the threads turn wheel
(3042) front end is connected with the front end of conversion support wheel (3044) by driving belt (3043), the conversion support wheel
(3044) upper end of transmission guide rod (3045) is installed on the outside of front end, the lower mechanical of the transmission guide rod (3045) is connected to
The lower end of the left end of vibration filtering sieve (3046), vibration filtering sieve (3046) right end is installed in damping spring (3047)
Upper end, the lower end of the damping spring (3047) is installed in the upside of spring supporting transverse slat (3048) left end, the spring branch
The right end of support transverse slat (3048) is welded in the right end of isolation protection shell (307) inner wall.
7. a kind of novel high efficiency fruit draining device as described in claim 1, it is characterised in that：The push extruder
Structure (308) by left reciprocal spring (3081), support spring plate (3082), right reciprocal spring (3083), spring retaining plate (3084),
Long extension rod (3085), top guide bar (3087), pushes extension board (3088) composition, the support spring plate at lower guide rod (3086)
(3082) upper end is installed in the lower end of left reciprocal spring (3081) and right reciprocal spring (3083), the reciprocal spring in a left side
(3081) lower end of spring retaining plate (3084), the spring retaining plate are welded in the upper end of right reciprocal spring (3083)
(3084) upper end is welded in the lower end of long extension rod (3085), and the upper mechanical of the long extension rod (3085), which is connected to down, to be led
The upper end of the lower end of bar (3086), the lower guide rod (3086) is movably connected on the lower end of top guide bar (3087), the top guide bar
(3087) upper end is welded in the right end for pushing extension board (3088).
8. a kind of novel high efficiency fruit draining device as described in claim 1, it is characterised in that：The juice connecting plate
(305) right end is welded in the rear end of juice nozzle (7), and the left end of the discharging connecting plate (303) is welded in blowdown platform (4)
Right end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810472768.7A CN108338649B (en) | 2018-05-17 | 2018-05-17 | Novel high efficiency fruit juice extractor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810472768.7A CN108338649B (en) | 2018-05-17 | 2018-05-17 | Novel high efficiency fruit juice extractor |
Publications (2)
| Publication Number | Publication Date |
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| CN108338649A true CN108338649A (en) | 2018-07-31 |
| CN108338649B CN108338649B (en) | 2020-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810472768.7A Expired - Fee Related CN108338649B (en) | 2018-05-17 | 2018-05-17 | Novel high efficiency fruit juice extractor |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4941403A (en) * | 1988-07-01 | 1990-07-17 | Antonio Cimenti | Juice extractor machines for fruit and vegetables |
| CN205568614U (en) * | 2016-02-29 | 2016-09-14 | 九阳股份有限公司 | Crowded press juice machine of safe vertical screw |
| CN106473160A (en) * | 2016-10-11 | 2017-03-08 | 新疆慧华沙棘生物科技有限公司 | Sea buckthorn juice preparation facilitiess |
| CN107906820A (en) * | 2017-11-27 | 2018-04-13 | 康清元 | Efficient ice block crushing device for fresh-keeping and refrigeration of aquatic products |
| CN107912956A (en) * | 2016-10-11 | 2018-04-17 | 广东新宝电器股份有限公司 | The safety juicer of more feeding ports |
-
2018
- 2018-05-17 CN CN201810472768.7A patent/CN108338649B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4941403A (en) * | 1988-07-01 | 1990-07-17 | Antonio Cimenti | Juice extractor machines for fruit and vegetables |
| CN205568614U (en) * | 2016-02-29 | 2016-09-14 | 九阳股份有限公司 | Crowded press juice machine of safe vertical screw |
| CN106473160A (en) * | 2016-10-11 | 2017-03-08 | 新疆慧华沙棘生物科技有限公司 | Sea buckthorn juice preparation facilitiess |
| CN107912956A (en) * | 2016-10-11 | 2018-04-17 | 广东新宝电器股份有限公司 | The safety juicer of more feeding ports |
| CN107906820A (en) * | 2017-11-27 | 2018-04-13 | 康清元 | Efficient ice block crushing device for fresh-keeping and refrigeration of aquatic products |
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| Publication number | Publication date |
|---|---|
| CN108338649B (en) | 2020-11-20 |
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Effective date of registration: 20201030 Address after: No.9 Industrial Park, Xindian Town, Rudong County, Nantong City, Jiangsu Province, 226400 Applicant after: Jiangsu subingyang Beverage Co., Ltd Address before: 116034 Dalian industry university, No. 1 Light Industry court, Ganjingzi District, Liaoning, Dalian Applicant before: Chen Wei |
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