CN107890272A - A kind of fruit draining device of novel intelligent high-efficiency - Google Patents
A kind of fruit draining device of novel intelligent high-efficiency Download PDFInfo
- Publication number
- CN107890272A CN107890272A CN201711494342.3A CN201711494342A CN107890272A CN 107890272 A CN107890272 A CN 107890272A CN 201711494342 A CN201711494342 A CN 201711494342A CN 107890272 A CN107890272 A CN 107890272A
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- cavity
- juice
- rotary shaft
- squeezing
- fixedly connected
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Classifications
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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
Abstract
The invention discloses a kind of fruit draining device of novel intelligent high-efficiency,Including bearing and the body of squeezing the juice being fixedly installed on the upside of bearing,Juice collecting groove is set between the body bottom outer surface of squeezing the juice in the middle part of the bearing,According to squeezing the juice task driven mode and termination task driven mode of squeezing the juice sets internal structure in the juice extractor body,The cavity of setting first interconnected in order in the organism bottom of squeezing the juice according to task driven mode of squeezing the juice,Second cavity,3rd cavity and the 4th cavity,Switching driving equipment is set to include the first motor being embedded in the first cavity roof and the first slider guide being slidably connected with the first cavity or so inwall in first cavity,According to squeezing the juice, driving termination mode sets the 5th cavity in order in body upper of squeezing the juice,6th cavity and the 7th cavity,The second sliding block and cam are provided with 3rd cavity.
Description
Technical field
The present invention relates to technical field of building construction, the fruit draining device of specifically a kind of novel intelligent high-efficiency.
Background technology
The living standard of the people increasingly increases at present, and the people are to the quality requirement of food also more and more higher, in the need of fruit juice
It is also one of numerous food to ask, therefore it is also one of potential development of in the market tool that the making of fruit juice, which is,.Generally use
It is all to use to make by hand that family, which makes fruit juice, fruit is added into the stirring of in general juice extractor, the matter without considering fruit juice
The difference of amount demand, the sometimes fineness of fruit juice, people can influence mouthfeel when drinking, and may be broken by the fruit juice of bulky grain
Piece, which abandons, causes food to waste, and manual operation compacting water fruit is also needed to when making by hand, is wasted time and energy, serious conditions
Under can also influence common juice extractor and run well, the efficiency that fruit juice is made to user brings a big problem, therefore, is badly in need of one at present
The fruit draining device of kind novel intelligent high-efficiency.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of fruit draining device of novel intelligent high-efficiency, and it can be solved
Certainly above-mentioned the problem of showing in the art.
The present invention is achieved through the following technical solutions：A kind of fruit of novel intelligent high-efficiency of the present invention is squeezed the juice dress
Put, including bearing and the body of squeezing the juice that is fixedly installed on the upside of bearing, in the middle part of the bearing with the body bottom outer of squeezing the juice
Juice collecting groove is set between face, according to squeezing the juice task driven mode and termination task driven mode of squeezing the juice is set in the juice extractor body
Internal structure, the cavity of setting first interconnected in order in the organism bottom of squeezing the juice according to task driven mode of squeezing the juice,
Two cavitys, the 3rd cavity and the 4th cavity, first cavity is interior to set switching driving equipment to include being embedded on the first cavity top
The first motor in wall and the first slider guide with the first cavity or so inwall sliding connection, on the left of first slider guide
The regulation spiral shell shape bar that the mating connection of spiral shell shape extends up and down, the regulation spiral shell shape bar top end connect with first motor fixation
Connect, the regulation spiral shell shape bar bottom end is connected with the first cavity bottom wall convolution, is set on the right side of first sliding block
Second motor, the second motor upper and lower sides set the first rotary shaft and the second rotary shaft respectively, and first rotary shaft is upward
Put in the 5th cavity and be fixedly connected with the 3rd oblique gear in top end, second rotary shaft extends downwardly into the
The first oblique gear, the first oblique gear and right side in second cavity are fixedly connected with two cavitys and in bottom end
The the second oblique gear mesh set, the second oblique gear upside, which is fixedly connected to upwardly extend, pierces into the 3rd cavity
3rd rotary shaft, the 3rd rotary shaft top end are connected with the 3rd cavity roof convolution, the 3rd cavity
It is interior set the cam that is fixedly connected with the 3rd rotary shaft and with inwall sliding connection above and below the 3rd cavity the
Two sliding blocks, the second oblique gear upside, one section of interval fixed setting first pulley, the first pulley pass through belt and institute
State the second belt wheel frictional fit connection set on the right side of the second cavity, on the right side of the 3rd cavity roof with enter fruit pipe be connected with
Set and right lower quadrant is connected with the 4th cavity, in the 4th cavity and crush head assembly, driving termination mode exists according to squeezing the juice
The 5th cavity of setting, the 6th cavity and the 7th cavity, the 5th cavity right side setting the 4th are oblique in order for body upper of squeezing the juice
Gear, the 4th oblique gear right side are fixedly connected with the 5th rotary shaft extended to the right, and the 5th rotary shaft extends to the right
Pierce into the 6th cavity and be fixedly connected with the 5th oblique gear in right end, the 5th oblique gear is empty with the described 6th
6th oblique gear mesh on the downside of intracavitary, the 6th oblique gear downside are fixedly connected with the 6th gyroaxis extended downwardly, institute
State the 6th rotary shaft and extend downwardly and pierce into the 7th cavity and be fixedly connected with the first tooth runner, first tooth in downside end
Runner and the 7th cavity straight type band tooth that inwall is slidably connected up and down are ratcheting, and the outside of first motor is also set up
There is support to carry to put.
Preferably technical scheme, the head assembly that crushes include the roller in the 4th cavity and are embedded
The 4th rotary shaft that roller extends up and down, the 4th rotary shaft top end coordinate with the 4th cavity roof convolution and connected
Connecing, the 4th rotary shaft, which extends downwardly, to be pierced into second cavity and is fixedly connected with the second belt wheel in bottom end, and described
Two belt wheels are connected with the belt friction, and the roll circumference outer surface fixed setting crushes blade and in circumferential outer surface
Electrodynamic induction device is set inside face.
Preferably technical scheme, described reset play connection mechanism and include the first goring push spring and the 3rd sliding block, and described the
One goring push spring is fixedly connected with the 8th slide guide chamber left side, and the 3rd sliding block left side is fixed with first goring push spring
Connection, the 3rd sliding block on the upside of second sliding block with being fixedly connected.
Preferably technical scheme, the 7th cavity high order end interconnect with connecing juice pipe, and described to connect juice pipe downward
Extension passes side external surface under juice extractor body.
Preferably technical scheme, first rotary shaft and the second rotary shaft slide with wall in the juice extractor body matches somebody with somebody
Close connection.
Preferably technical scheme, the dynamic pickup and the first motor Electricity Federation.
Preferably technical scheme, the support, which carries, puts including shock dropping composite plate and cooling iron plate, and the shock dropping is compound
Plate is arranged on the left end of first motor and right-hand member and is fixedly connected with first motor, and the cooling iron plate is arranged on institute
State the front-end and back-end of the first motor and be fixedly connected with first motor.
The beneficial effects of the invention are as follows：The present invention is simple in construction, easy to operate, is fixed on by body of squeezing the juice on bearing simultaneously
Juice collecting groove is formed in centre, juice collecting groove is connected with running through to squeeze the juice body and extend to the juice pipe that connects of bottom outer surface, and connects juice pipe
Top is controlled by the plate washer in the 8th cavity and whether is the connection of the 4th inner chamber, and plate washer passes through on the first tooth runner and plate washer
The ratcheting control of straight shape tooth band, the first cavity is provided with the left of body of squeezing the juice, switching driving equipment is set in the first cavity, cut
The first sliding block that driving equipment includes being arranged in the first cavity is changed, coordinates on the left of the first sliding block with regulation spiral shell shape bar spiral shell shape and connects
Connect, be fixedly connected at the top of spiral shell shape bar and be embedded the first motor in juice extractor body, spiral shell shape bar bottom end is circled round with the first cavity
Be connected, the second motor of fixed setting on the right side of the first sliding block, the fixed setting of the second motor up and down after the first convolution of extension and
Second rotary shaft, the first rotary shaft can be set with the 4th oblique gear mesh being arranged in the 5th cavity so as to drive
Tooth runner in the 7th cavity rotates, and the bottom of the second rotary shaft is fixedly connected with the first oblique gear, and the first oblique gear can
With the second oblique gear mesh being arranged in the second cavity, the 3rd cavity left side sets cam to be fixed with the 3rd rotary shaft
Connection, the 3rd rotary shaft are extended downward into the second cavity, set from top to bottom with this on the 3rd rotary shaft in the second cavity
First pulley and the second oblique gear to be put, belt is set in the second cavity, belt can drive the second belt wheel on the right side of the second cavity,
Second sliding block is set on the right side of the 3rd cavity, and the second sliding block is connected with cam pushing tow, sets and resets at the top of the second sliding block
Connection mechanism is played, be connected the 4th cavity in the lower right side of the 3rd cavity, and shredder head part, shredder head part are set in the 4th cavity
Upper setting electrodynamic induction device, by electrodynamic induction device and the first motor Electricity Federation, the first motor of regulation turns to, so as to realize the first cunning
Worked while the extruding work of block and juice squeezing knife blade, and then realize the Electricity Federation of the first motor and electrodynamic induction device, completed automatic
Carried out while control compression fruit and crushing fruit work, and automatically control fruit juice disengaging and fruit juice fineness, it is time saving and energy saving,
Improve the operating efficiency and quality squeezed the juice.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is overall structure diagram outside a kind of fruit draining device of novel intelligent high-efficiency of the present invention；
Internal structure schematic diagram when Fig. 2 is the juice extractor body running of the present invention；
Fig. 3 is the internal structure schematic diagram when body of squeezing the juice of the present invention is stopped；
The support that Fig. 4 is the present invention carries apparatus structure schematic diagram.
Embodiment
As Figure 1-Figure 4, the fruit draining device of a kind of novel intelligent high-efficiency of the invention, including bearing 5 and fixation
The body 6 of squeezing the juice of the upside of bearing 5 is arranged on, is set between the middle part of bearing 5 and the bottom outer surface of body 6 of squeezing the juice and connects juice
Groove 7, it is described to squeeze the juice in body 6 according to task driven mode is squeezed the juice and termination task driven mode of squeezing the juice sets internal structure, press
Setting the first cavity 61 for being interconnected in order in the bottom of body 6 of squeezing the juice according to task driven mode of squeezing the juice, the second cavity 62,
3rd cavity 63 and the 4th cavity 64, first cavity 61 is interior to set switching driving equipment to include being embedded pushing up in the first cavity 61
The first motor 614 in wall and the first slider guide 612 with the sliding connection of the inwall of the first cavity 61 or so, described first leads
The left side spiral shell shape of sliding block 612 is connected the regulation spiral shell shape bar 6141 of extension up and down, the top end of regulation spiral shell shape bar 6141 with
First motor 614 is fixedly connected, and the bottom end of regulation spiral shell shape bar 6141 is matched somebody with somebody with the bottom wall of the first cavity 61 convolution
Connection is closed, the right side of the first sliding block 612 sets the second motor 613, and the upper and lower sides of the second motor 613 are set first time respectively
The rotary shaft 6132 of spin axis 6131 and second, first rotary shaft 6131, which upwardly extends, to be put in the 5th cavity 65 and at top end
End is fixedly connected with the 3rd oblique gear 651, and second rotary shaft 6132 is extended downwardly into the second cavity 62 and at bottom end
End is fixedly connected with the first oblique gear 621, the first oblique gear 621 and second of right side setting in second cavity 62
Oblique gear 622 is ratcheting, and the upside of the second oblique gear 622, which is fixedly connected, upwardly extends pierce into the 3rd cavity 63 the
Three rotary shafts 631, the convolution of the top end of the 3rd rotary shaft 631 and the roof of the 3rd cavity 63 are connected, and described the
Set in three cavitys 63 cam 6311 that is fixedly connected with the 3rd rotary shaft 631 and with the 3rd cavity inwall about 63
Second sliding block 632 of sliding connection, the second oblique upside of gear 622, one section of interval fixed setting first pulley 623,
The first pulley 623 is connected by belt 624 with the frictional fit of the second belt wheel 625 that the right side of the second cavity 62 is set,
The right side roof of 3rd cavity 63 is connected with entering fruit pipe 633 and right lower quadrant is connected with the 4th cavity 64, and the described 4th
Set in cavity 64 and crush head assembly, according to the 5th cavity 65 of squeezing the juice driving termination mode on the top of body 6 of squeezing the juice and set in order,
6th cavity 66 and the 7th cavity 69, the right side of the 5th cavity 65 set the 4th oblique gear 652, the 4th oblique gear
652 right sides are fixedly connected with the 5th rotary shaft 6521 extended to the right, and the 5th rotary shaft 6521, which extends to the right, pierces into described the
Six cavitys 66 are simultaneously fixedly connected with the 5th oblique gear 661, the 5th oblique gear 661 and the 6th cavity in right end
The 6th oblique gear 662 of 66 inner underside is ratcheting, and the 6th oblique downside of gear 662 is fixedly connected with the 6th revolution extended downwardly
Axle 6621, the 6th rotary shaft 6621, which extends downwardly, to be pierced into the 7th cavity 69 and is fixedly connected with the first tooth in downside end
Runner 691, the first tooth runner 691 and the 7th cavity straight type that inwall is slidably connected about 69 band tooth are ratcheting,
The outside of first motor 614, which is additionally provided with support and carried, puts.
Valuably, the head assembly that crushes includes the roller 641 in the 4th cavity 64 and is embedded in roller 641
The 4th rotary shaft 642 extended up and down, the top end of the 4th rotary shaft 642 coordinate with the roof of the 4th cavity 64 convolution
Connection, the 4th rotary shaft 642, which extends downwardly, to be pierced into second cavity 62 and is fixedly connected with the second belt wheel in bottom end
625, second belt wheel 625 is connected with the frictional fit of belt 624, and the circumferential outer surface of roller 641 fixed setting is broken
Broken blade 6411 and the setting electrodynamic induction device 6412 inside circumferential outer surface, so as to realize that it is broken that the convolution of roller 641 drives
Broken blade 6411 turns round, and realizes that continuous crushing works, improves fragmentation quality.
Valuably, the bullet connection mechanism that resets includes the first goring push spring 672 and the 3rd sliding block 671, first pushing tow
Spring 672 is fixedly connected with the left side of the 8th slide guide chamber 67, the left side of the 3rd sliding block 671 and first goring push spring
672 are fixedly connected, and the 3rd sliding block 671 is fixedly connected with the upside of the second sliding block 632, so as to realize the second sliding block 632
Reset work, improve crushing operating efficiency.
Valuably, the high order end of the 7th cavity 69 interconnects with connecing juice pipe 68, it is described connect juice pipe 68 and extend downwardly wear
Go out to squeeze the juice 6 times side external surfaces of body, realizes the continuous-running efficiency for moving back juice work, improving integrated model for automatically controlling and squeezing the juice.
Valuably, the rotary shaft 6132 of the first rotary shaft 6131 and second is slidably matched with the inwall of body 6 of squeezing the juice
Connection, realizes the continuous switching of switching driving device, so as to realize continuous work of squeezing the juice.
Valuably, the dynamic pickup 6412 and the Electricity Federation of the first motor 614, so as to realize the driving work that automatically switches
Make, realize and improve overall squeeze the juice operating efficiency and quality.
Valuably, the support is carried to put and set including shock dropping composite plate 601 and cooling iron plate 602, the shock dropping composite plate 601
Put the left end and right-hand member in first motor 614 and be fixedly connected with first motor 614, the cooling iron plate 602 is set
Put in the front-end and back-end of first motor 614 and be fixedly connected with first motor 614, the cooling iron plate 602 is used
To absorb and distribute first motor 614 operationally caused heat, the shock dropping composite plate 601 is reducing described
Operationally operationally caused shaking force is excessive so as to prevent first motor 614 for caused shaking force for one motor 614
And the present apparatus is caused to be shaken.
During original state, the first sliding block 612 is located at the bottom of the first cavity 61, and the first sliding block 612 drives the first oblique tooth
Wheel 621 is ratcheting with the second oblique gear 622, now, by controlling the operating of the second motor 613 to drive the first oblique gear 621 to return
Rotation, the first oblique gear 621 drive the second oblique gear 622 to circle round, and the second oblique gear 622 drives the 3rd gyroaxis 631 to return
Rotation, the 3rd rotary shaft 631 circles round with moving cam 6311 to be grown section to cam 6311 and is centrally located at the front-left of the 3rd rotary shaft 631, this
When the first goring push spring 672 pull the second sliding block 632 slide be in contact with the short end of cam 6311, enter the cavity of fruit pipe 633 and the 3rd
63 are connected.
When need to squeeze the juice work when, cut the fruit into big bulk, then fill in big block fruit into fruit pipe
633, the database of electrodynamic induction device 6412 is correspondingly adjusted to the fineness squeezed the juice needed for, now controls the second motor 613
Operating drives the second rotary shaft 6132 to circle round, and the second rotary shaft 6132 drives the first oblique gear 621 to circle round, the first oblique gear
621 the second oblique gears 622 of drive circle round, and the second oblique gear 622 drives the 3rd rotary shaft 631 to circle round, the 3rd rotary shaft 631
Band moving cam 6311 and first pulley 623 are circled round, and the convolution of cam 6311 drives the phase of the second sliding block 632 to move right, and now first
Goring push spring 672 drives the second sliding block 632 to move to left, so as to realize that the big block fruit of compression that moves left and right of the second sliding block enters the
Four cavitys 64, while first pulley 623 drives the second belt wheel 625 to circle round by belt 624, the second belt wheel 625 drives the 4th time
Spin axis 642 is circled round, and the 4th rotary shaft 642 drives roller 641 to circle round, and roller 641 drives juice squeezing knife blade 6411 to circle round, so as to realize
Further broken work, when fruit juice reaches the fineness of setting, electrodynamic induction device 6412 is connected with roller 641 senses squeezing
The resistance of juice blade 6411 diminishes, and due to the Electricity Federation of 6412 and first motor of electrodynamic induction device 614, can now automatically control the first motor
614 reversely convolution drive the first sliding blocks 612 move up until the 3rd oblique gear 651 and the 4th oblique gear 652 it is ratcheting, this time control
Making the operating of the second motor 613 drives the first rotary shaft 6131 to circle round, and the first rotary shaft 6131 drives the 3rd oblique gear 651 to return
Rotation, the 3rd oblique gear 651 drive the 4th oblique gear 652 to circle round, and the 4th oblique gear 652 drives the 5th rotary shaft 6521 to return
Rotation, the 5th rotary shaft 6521 drive the 5th oblique gear 661 to circle round, and the 5th oblique gear 661 drives the 6th oblique gear 662 to return
Rotation, the 6th oblique gear 662 drive the 6th rotary shaft 6621 to circle round, and the 6th rotary shaft 6621 drives the first tooth runner 691 to circle round,
First tooth runner 691 drives plate washer 692 to move right, so as to realize that connect juice pipe 68 is connected with the 4th cavity, realizes fruit
Squeeze the juice as desired, time saving and energy saving, automation is high, and quality is high.
The beneficial effects of the invention are as follows：The present invention is simple in construction, easy to operate, is fixed on by body of squeezing the juice on bearing simultaneously
Juice collecting groove is formed in centre, juice collecting groove is connected with running through to squeeze the juice body and extend to the juice pipe that connects of bottom outer surface, and connects juice pipe
Top is controlled by the plate washer in the 8th cavity and whether is the connection of the 4th inner chamber, and plate washer passes through on the first tooth runner and plate washer
The ratcheting control of straight shape tooth band, the first cavity is provided with the left of body of squeezing the juice, switching driving equipment is set in the first cavity, cut
The first sliding block that driving equipment includes being arranged in the first cavity is changed, coordinates on the left of the first sliding block with regulation spiral shell shape bar spiral shell shape and connects
Connect, be fixedly connected at the top of spiral shell shape bar and be embedded the first motor in juice extractor body, spiral shell shape bar bottom end is circled round with the first cavity
Be connected, the second motor of fixed setting on the right side of the first sliding block, the fixed setting of the second motor up and down after the first convolution of extension and
Second rotary shaft, the first rotary shaft can be set with the 4th oblique gear mesh being arranged in the 5th cavity so as to drive
Tooth runner in the 7th cavity rotates, and the bottom of the second rotary shaft is fixedly connected with the first oblique gear, and the first oblique gear can
With the second oblique gear mesh being arranged in the second cavity, the 3rd cavity left side sets cam to be fixed with the 3rd rotary shaft
Connection, the 3rd rotary shaft are extended downward into the second cavity, set from top to bottom with this on the 3rd rotary shaft in the second cavity
First pulley and the second oblique gear to be put, belt is set in the second cavity, belt can drive the second belt wheel on the right side of the second cavity,
Second sliding block is set on the right side of the 3rd cavity, and the second sliding block is connected with cam pushing tow, sets and resets at the top of the second sliding block
Connection mechanism is played, be connected the 4th cavity in the lower right side of the 3rd cavity, and shredder head part, shredder head part are set in the 4th cavity
Upper setting electrodynamic induction device, by electrodynamic induction device and the first motor Electricity Federation, the first motor of regulation turns to, so as to realize the first cunning
Worked while the extruding work of block and juice squeezing knife blade, and then realize the Electricity Federation of the first motor and electrodynamic induction device, completed automatic
Carried out while control compression fruit and crushing fruit work, and automatically control fruit juice disengaging and fruit juice fineness, it is time saving and energy saving,
Improve the operating efficiency and quality squeezed the juice.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (7)
1. a kind of fruit draining device of novel intelligent high-efficiency, including bearing and the body of squeezing the juice that is fixedly installed on the upside of bearing,
It is characterized in that：Juice collecting groove is set in the middle part of the bearing between the body bottom outer surface of squeezing the juice, in the juice extractor body
According to task driven mode is squeezed the juice and termination task driven mode of squeezing the juice sets internal structure, according to squeezing the juice, task driven mode exists
The cavity of setting first, the second cavity, the 3rd cavity and the 4th cavity that the organism bottom of squeezing the juice interconnects in order, described
Set in one cavity switching driving equipment include being embedded the first motor in the first cavity roof and with the first cavity or so
First slider guide of wall sliding connection, the regulation spiral shell shape that the first slider guide left side spiral shell shape mating connection extends up and down
Bar, it is described regulation spiral shell shape bar top end be fixedly connected with first motor, it is described adjust spiral shell shape bar bottom end with it is described
The convolution of first cavity bottom wall is connected, and the second motor, the second motor upper and lower sides difference are set on the right side of first sliding block
First rotary shaft and the second rotary shaft are set, and first rotary shaft, which upwardly extends, to be put in the 5th cavity and consolidate in top end
Surely the 3rd oblique gear is connected, second rotary shaft extends downwardly into the second cavity and is fixedly connected with first in bottom end
Oblique gear, the first oblique gear and the second oblique gear mesh that right side is set in second cavity, described second
The 3rd rotary shaft for upwardly extending and piercing into the 3rd cavity, the 3rd rotary shaft top end are fixedly connected with the upside of oblique gear
End is connected with the 3rd cavity roof convolution, sets what is be fixedly connected with the 3rd rotary shaft in the 3rd cavity
Cam and the second sliding block being slidably connected with inwall above and below the 3rd cavity, second oblique gear upside interval one
Section fixed setting first pulley, the first pulley are matched somebody with somebody by belt with the second belt wheel friction set on the right side of second cavity
Closing connection, roof is connected with entering fruit pipe on the right side of the 3rd cavity and right lower quadrant is connected with the 4th cavity, and the described 4th
Set in cavity and crush head assembly, driving termination mode sets the 5th cavity, the 6th in order in body upper of squeezing the juice according to squeezing the juice
Cavity and the 7th cavity, the 5th cavity right side set the 4th oblique gear, are fixedly connected on the right side of the 4th oblique gear
The 5th rotary shaft extended to the right, the 5th rotary shaft, which extends to the right to pierce into the 6th cavity and fix in right end, to be connected
Connect the 5th oblique gear, the 5th oblique gear and the 6th oblique gear mesh of the 6th cavity inner underside, the described 6th
The 6th gyroaxis extended downwardly is fixedly connected with the downside of oblique gear, the 6th rotary shaft, which extends downwardly, pierces into the 7th sky
Chamber is simultaneously fixedly connected with the first tooth runner in downside end, and inwall is slidably matched the first tooth runner up and down with the 7th cavity
The straight type band tooth of connection is ratcheting, and the outside of first motor, which is additionally provided with support and carried, puts.
A kind of 2. fruit draining device of novel intelligent high-efficiency according to claim 1, it is characterised in that：The shredder head
Parts include the roller in the 4th cavity and are embedded the 4th rotary shaft extended above and below roller, the 4th convolution
Axle top end is connected with the 4th cavity roof convolution, and the 4th rotary shaft, which extends downwardly, pierces into second sky
Chamber is simultaneously fixedly connected with the second belt wheel in bottom end, and second belt wheel is connected with the belt friction, the roller circle
All outer surface fixed settings crush blade and electrodynamic induction device are set inside circumferential outer surface.
A kind of 3. fruit draining device of novel intelligent high-efficiency according to claim 1, it is characterised in that：The reset bullet
Connection mechanism includes the first goring push spring and the 3rd sliding block, and first goring push spring is fixedly connected with the 8th slide guide chamber left side,
The 3rd sliding block left side is fixedly connected with first goring push spring, and the 3rd sliding block and second sliding block upside are solid
Fixed connection.
A kind of 4. fruit draining device of novel intelligent high-efficiency according to claim 1, it is characterised in that：Described 7th is empty
Chamber high order end interconnects with connecing juice pipe, it is described connect juice pipe and extend downwardly pass outer surface on the downside of body of squeezing the juice.
5. first rotary shaft and the second rotary shaft are slidably connected with wall in the juice extractor body.
A kind of 6. fruit draining device of novel intelligent high-efficiency according to claim 1, it is characterised in that：The power passes
Sensor and the first motor Electricity Federation.
A kind of 7. fruit draining device of novel intelligent high-efficiency according to claim 1, it is characterised in that：The support carries
Put including shock dropping composite plate and cooling iron plate, the shock dropping composite plate be arranged on first motor left end and right-hand member and with institute
The first motor is stated to be fixedly connected, it is described cooling iron plate be arranged on first motor front-end and back-end and with first motor
It is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711494342.3A CN107890272A (en) | 2017-12-31 | 2017-12-31 | A kind of fruit draining device of novel intelligent high-efficiency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711494342.3A CN107890272A (en) | 2017-12-31 | 2017-12-31 | A kind of fruit draining device of novel intelligent high-efficiency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107890272A true CN107890272A (en) | 2018-04-10 |
Family
ID=61808849
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711494342.3A Withdrawn CN107890272A (en) | 2017-12-31 | 2017-12-31 | A kind of fruit draining device of novel intelligent high-efficiency |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107890272A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108479515A (en) * | 2018-05-24 | 2018-09-04 | 温岭市浩达电器有限公司 | A kind of automatic processing complexes based on robot |
-
2017
- 2017-12-31 CN CN201711494342.3A patent/CN107890272A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108479515A (en) * | 2018-05-24 | 2018-09-04 | 温岭市浩达电器有限公司 | A kind of automatic processing complexes based on robot |
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Application publication date: 20180410 |
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