Invention content
The purpose of the present invention is overcome the deficiencies of the prior art and provide a kind of making for completely new dried orange peel intelligent robot
With method, the orange peel for peeling off mandarin orange improves the efficiency for peeling off orange peel.
The technical solution adopted in the present invention is:Dried orange peel intelligent robot, include rotating-table apparatus, feeding equipment,
Manipulator, intelligent holder and controller;Manipulator includes cutting manipulator, skull patch manipulator and pericarp manipulator, is cut
Manipulator, skull patch manipulator and pericarp manipulator is cut around rotating-table apparatus to be arranged;Rotating-table apparatus includes turntable, turntable electricity
Machine, rack and intelligent holder, rotary tray motor are connect with rack, and the motor shaft of rotary tray motor is connect with turntable, intelligent holder peace
Loaded on turntable;Feeding equipment includes that hopper, top discharge door and bottom discharge door, hopper are connect with rack, top discharge door with
And bottom discharge door is installed on hopper, top discharge door is located above bottom discharge door, the opposite intelligent holder of bottom discharge door, intelligent holder
Positioned at the lower section of bottom discharge door, for mandarin orange to be put into intelligent holder;Cutting manipulator is equipped with cutting wheel, and skull patch manipulator is set
There are skull patch pincers, pericarp manipulator to be equipped with pericarp gripper;Intelligent holder includes rotating clamp base and electric rotating machine, electric rotating machine
Engine base is connect with turntable, and the motor shaft of electric rotating machine is connect with rotating clamp base, and rotating clamp base is equipped with induction pieces;Controller is equipped with red
Outer sensor and inductive switch;Infrared sensor and inductive switch are installed in the rack beside turntable;Infrared sensor
And inductive switch is located at beside intelligent holder, infrared sensor and inductive switch are arranged around turntable, and inductive switch is located at
The opposite of induction pieces;Controller passes through control line and rotating-table apparatus, feeding equipment, intelligent holder, cutting manipulator, skull patch machinery
Hand, pericarp manipulator, infrared sensor and inductive switch connection.
There are four intelligent holder is set, four intelligent holders are uniformly fixed on the identical circumference of turntable, two neighboring intelligence
The angle of the horizontal center line of holder is 90 ° of angles;Intelligent holder includes the first intelligent holder, the second intelligent holder, third intelligence
Energy holder and the 4th intelligent holder, the initial position of the first intelligent holder are placed exactly in the blanking of the bottom discharge door of feeding equipment
Position;Infrared sensor includes that the first infrared sensor, the second infrared sensor, third infrared sensor and the 4th are infrared
Sensor, the first infrared sensor are located at the lower section of bottom discharge door, for detecting the intelligent holder into below bottom discharge door
Mandarin orange;Second infrared sensor is located at the side of cutting manipulator, for detecting the intelligence into cutting manipulator Working position
The mandarin orange of holder;Third infrared sensor is located at the side of skull patch manipulator, enters skull patch manipulator Working position for detecting
Intelligent holder mandarin orange;4th infrared sensor is located at the side of pericarp manipulator, adds for detecting into pericarp manipulator
The mandarin orange for the intelligent holder that station is set;Inductive switch includes the first inductive switch and the second inductive switch, and the first induction is opened
It closes and is set to beside cutting manipulator in corresponding rack, the orange peel of mandarin orange is cut for controlling cutting manipulator;Second
Inductive switch is located at beside skull patch manipulator in corresponding rack, and skull patch is carried out to mandarin orange for controlling skull patch manipulator.
The application method of dried orange peel intelligent robot is:Controller, which controls feeding equipment, will arrive intelligent holder under mandarin orange
In;Under mandarin orange to after in intelligent holder, the mandarin orange in intelligent holder enters first infrared sensor below bottom discharge door
Detection range, for the infrared sensor by its signal transmission to controller, controller controls the rotary tray motor band turn of rotating-table apparatus
Disk rotates, and the intelligent holder on turntable follows turntable to rotate, and when intelligent holder enters the Working position of cutting manipulator, intelligence is pressed from both sides
Mandarin orange on seat enters the detection range of second infrared sensor beside cutting manipulator, and the infrared sensor is by its signal
It is transferred to controller, controller, which controls rotary tray motor, to be stopped;Controller passes through induction pieces on swivel plate and inductive switch control
Electric rotating machine processed drives swivel plate rotation, and the mandarin orange of intelligent holder is made to enter the corresponding Working position of cutting wheel cutting orange peel,
Control cutting manipulator is cut into the cutting line of three hexagonal angles each other in the mandarin orange on intelligent holder;The orange peel of mandarin orange is cut
After going out three cutting lines, the rotary tray motor that controller controls rotating-table apparatus drives turntable rotation, intelligent holder that turntable is followed to rotate,
When intelligent holder enters the Working position of skull patch manipulator, the mandarin orange on intelligent holder enters the third beside skull patch manipulator
The detection range of infrared sensor, by its signal transmission to controller, controller controls rotary tray motor to be stopped the infrared sensor;
Meanwhile the induction pieces on swivel plate, close to the inductive switch beside turntable, inductive switch is by its signal transmission to controller, control
Device controls electric rotating machine and drives swivel plate rotation, and the mandarin orange of intelligent holder is made to enter the corresponding machining position of pericarp gripper skull patch
It sets;Controller controls skull patch manipulator and peels off three valve orange peel of mandarin orange on intelligent holder;After three valve orange peels of mandarin orange are stripped, control
Device control rotating-table apparatus processed drives turntable rotation, intelligent holder that turntable is followed to rotate, and intelligent holder enters adding for pericarp manipulator
When station is set, the mandarin orange on intelligent holder enters the detection range of the 4th infrared sensor beside pericarp manipulator, this is red
By its signal transmission to controller, controller controls rotary tray motor to be stopped outer sensor;Controller controls pericarp manipulator by intelligence
The pulp of mandarin orange is caught in pulp case on energy holder, and the pulp of mandarin orange is made to be detached with orange peel;After the pulp of mandarin orange is detached with orange peel,
Controller control pericarp manipulator grabs the orange peel of mandarin orange on intelligent holder in orange peel case;Dried orange peel intelligent robot makes
Include with the processing flow of method:Blanking → cutting orange peel → stripping orange peel → taking-up orange peel;So constantly recycle.
The processing flow of the application method of dried orange peel intelligent robot is specifically:
Blanking:Controller controls on the first intelligent holder that first mandarin orange is put on turntable by feeding equipment, and first
After a mandarin orange enters the below bottom discharge door first intelligent holder, the first infrared sensor beside the first intelligent holder is believed
Number it is transferred to controller;
Cut orange peel:Under mandarin orange to after in the first intelligent holder, controller controls the rotary tray motor band turn of rotating-table apparatus
The first intelligent holder rotation on disk, when the first intelligent holder enters the Working position of cutting manipulator, on the first intelligent holder
Mandarin orange enter the second infrared sensor detection range, the second infrared sensor is by its signal transmission to controller, controller
Rotary tray motor is controlled to stop;Meanwhile first induction pieces on the swivel plate of rotating clamp base incude close to first beside turntable
Switch, the first inductive switch is by its signal transmission to controller;Controller controls cutting manipulator on the first intelligent holder
The orange peel of mandarin orange is cut into the first cutting line;After the orange peel of mandarin orange is cut to the first cutting line, controller controls electric rotating machine
Drive swivel plate rotation, the mandarin orange in rotating clamp base that swivel plate is followed to rotate, second on swivel plate induction pieces are close to turntable
When first inductive switch on side, by its signal transmission to controller, controller controls electric rotating machine to be stopped the first inductive switch,
Swivel plate stops operating, and controller controls cutting manipulator and is cut into the second cutting in the orange peel of the mandarin orange on the first intelligent holder
Line;After the orange peel of mandarin orange is cut to the second cutting line, controller controls electric rotating machine and swivel plate is driven to rotate, in rotating clamp base
Mandarin orange follow swivel plate to rotate, when the third induction pieces on swivel plate are close to the first inductive switch beside turntable, first
Inductive switch is by its signal transmission to controller, and controller, which controls electric rotating machine, to be stopped, and swivel plate stops operating, controller control
Cutting manipulator is cut into third cutting line in the orange peel of the mandarin orange on the first intelligent holder;
Peel off orange peel:After the orange peel of mandarin orange is cut to third cutting line, controller controls the electric rotating machine of rotating-table apparatus
Drive the on turntable first intelligent holder that turntable is followed to rotate, when the first intelligent holder enters the Working position of skull patch manipulator,
Mandarin orange on first intelligent holder enters the detection range of third infrared sensor, and third infrared sensor gives its signal transmission
Controller, controller, which controls rotary tray motor, to be stopped;Meanwhile first induction pieces on swivel plate are felt close to second beside turntable
Inductive switch, for the second inductive switch by its signal transmission to controller, controller controls skull patch manipulator will be on the first intelligent holder
First valve orange peel of mandarin orange peels off;After first valve orange peel of mandarin orange is stripped, controller controls electric rotating machine and swivel plate is driven to turn
Dynamic, the mandarin orange in rotating clamp base follows swivel plate to rotate, and second on swivel plate induction pieces are felt close to second beside turntable
When inductive switch, the second inductive switch is by its signal transmission to controller, and controller, which controls electric rotating machine, to be stopped, and swivel plate stops turning
Dynamic, after swivel plate stops operating, controller controls skull patch manipulator and peels off the second valve orange peel of mandarin orange on the first intelligent holder;
After second valve orange peel of mandarin orange is stripped, controller controls electric rotating machine and drives swivel plate rotation, the mandarin orange in rotating clamp base with
It is rotated with swivel plate, when the third induction pieces on swivel plate are close to the second inductive switch beside turntable, the second inductive switch
By its signal transmission to controller, controller, which controls electric rotating machine, to be stopped, and swivel plate stops operating, after swivel plate stops operating,
Controller controls skull patch manipulator and peels off the third valve orange peel of mandarin orange on the first intelligent holder;
Take out orange peel:After three valve orange peels of first mandarin orange are stripped, controller controls rotary tray motor and drives turntable rotation;
When the first intelligent holder equipped with mandarin orange turns to the Working position of pericarp manipulator, first mandarin orange on the first intelligent holder
Son is close to the 4th infrared sensor beside turntable;4th infrared sensor is by its signal transmission to controller, controller control
Pericarp manipulator is caught the pulp of the mandarin orange on the first intelligent holder in pulp case using its pericarp gripper;The pulp quilt of mandarin orange
After catching pulp case, controller is controlled pericarp manipulator and is grabbed the orange peel of the mandarin orange on the first intelligent holder using its pericarp gripper
Into orange peel case;After the orange peel of mandarin orange on first intelligent holder is caught in orange peel case, controller controls rotary tray motor band turn
Disk rotates, and the first intelligent holder returns to the initial position below feeding equipment;So constantly recycle.
The beneficial effects of the invention are as follows:The application method of dried orange peel intelligent robot utilizes controller, infrared sensor
And inductive switch implements the intelligent control to manipulator, implements the cutting of mandarin orange orange peel, turns over valve, the intelligence that orange peel is detached with pulp
Automatic processing can be recycled, the processing efficiency of mandarin orange peeling is improved.
Specific implementation mode
The present invention is further detailed below in conjunction with the accompanying drawings:
The structural schematic diagram of dried orange peel intelligent robot as shown in Figure 1, dried orange peel intelligent robot include to turn
Disk device 1, feeding equipment 2, manipulator 3, intelligent holder 4 and controller 5;Manipulator 3 includes cutting manipulator 6, skull patch
Manipulator 7 and pericarp manipulator 8, cutting manipulator 6, skull patch manipulator 7 and pericarp manipulator 8 are set around rotating-table apparatus 1
It sets;Rotating-table apparatus 1 includes that turntable 9, rotary tray motor 10, rack 11 and intelligent holder 4, rotary tray motor 10 connect with rack 11
It connects, the motor shaft of rotary tray motor 10 is connect with turntable 9, and intelligent holder 4 is installed on turntable 9;Feeding equipment 2 includes hopper
12, top discharge door 13 and bottom discharge door 14, hopper 12 are connect with rack 11, and top discharge door 13 and bottom discharge door 14 are installed on
On hopper 12, top discharge door 13 is located at 14 top of bottom discharge door, and intelligent holder 4 is located at the lower section of bottom discharge door 14, bottom discharge door
14 against intelligent holder 4, for mandarin orange to be put into intelligent holder 4;Cutting manipulator 6 is equipped with cutting wheel 15, skull patch manipulator 7
Equipped with skull patch pincers 16, pericarp manipulator 8 is equipped with pericarp gripper 17;Intelligent holder 4 includes rotating clamp base 18 and electric rotating machine
19, the engine base of electric rotating machine 19 is connect with turntable 9, and the motor shaft of electric rotating machine 19 is connect with rotating clamp base 18, rotating clamp base 18
Equipped with induction pieces 20;Controller 5 is equipped with infrared sensor 21 and inductive switch 22;Infrared sensor 21 and inductive switch 22
It is installed in the rack 11 on 9 side of turntable;Infrared sensor 21 and inductive switch 22 are located at 4 side of intelligent holder, infrared biography
Sensor 21 and inductive switch 22 are arranged around turntable 9, and inductive switch 22 is located at the opposite of induction pieces 20;Controller 5 passes through control
It is line processed and rotating-table apparatus 1, feeding equipment 2, intelligent holder 4, cutting manipulator 6, skull patch manipulator 7, pericarp manipulator 8, infrared
Sensor 21 and inductive switch 22 connect.
Cyclic process, there are four intelligent holder 4 is set, four are carried out to the mandarin orange 23 on intelligent holder 4 in order to implement manipulator 3
A intelligence holder 4 is uniformly fixed on 9 identical circumference of turntable, and the angle of the horizontal center line of two neighboring intelligence holder 4 is
90 ° of angles;Intelligent holder 4 includes first the 37, second intelligent holder 38 of intelligent holder, third intelligence holder 39 and the 4th intelligence
Holder 40, the initial position of the first intelligent holder 37 are placed exactly in the lower discharge position of the bottom discharge door 14 of feeding equipment 2.
In order to implement the rotation of intelligent holder 4, cooperative mechanical hand 3 carries out peeling processing, the rotation of intelligent holder 4 to mandarin orange 23
It includes swivel plate 24, left holder 25, right holder 26 and folder motor 56, the electricity of swivel plate 24 and electric rotating machine 19 to turn holder 18
Arbor is fixedly connected, and right holder 26 is fixedly connected with swivel plate 24, and left holder 25 is equipped with guide groove 27, and swivel plate 24 is equipped with guide rail
28, the guide groove 27 of left holder 25 and the dynamic mating connection of the guide rail 28 of swivel plate 24, the motor shaft and left holder 25 for pressing from both sides motor 56 connect
It connects, the engine base of folder motor 56 is connect with swivel plate 24, and the engine base of electric rotating machine 19 is connect with turntable 9;For mandarin orange 23 to be clamped
In in rotating clamp base 18, rotation is clamped to the mandarin orange 23 of rotating clamp base 18, to facilitate manipulator 3 to be processed mandarin orange 23.
In order to detect the position of the rotation of the mandarin orange 23 on intelligent holder 4, there are four infrared sensor 21 is set, four infrared biographies
Sensor 21 is distributed in the side of 1 turntable 9 of rotating-table apparatus, and four infrared sensors 21 are distributed in same circumference and mutually level
In rack 11, the angle of the horizontal center line of two neighboring infrared sensor 21 is 90 ° of angles;Each infrared sensor 21 is located at one
The opposite side of a intelligence holder 4, for detecting the mandarin orange 23 on intelligent holder 4;Infrared sensor 21 includes first infrared
Sensor 29, the second infrared sensor 30, third infrared sensor 31 and the 4th infrared sensor 32, the first infrared sensor
29 are located at the lower section of bottom discharge door 14, the mandarin orange 23 for detecting the intelligent holder 4 into 14 lower section of bottom discharge door;Second is infrared
Sensor 30 is located at the side of cutting manipulator 6, for detecting the mandarin orange into the intelligent holder 4 of 6 Working position of cutting manipulator
Son 23;Third infrared sensor 31 is located at the side of skull patch manipulator 7, for detecting into 7 Working position of skull patch manipulator
The mandarin orange 23 of intelligent holder 4;4th infrared sensor 32 is located at the side of pericarp manipulator 8, enters pericarp machinery for detecting
The mandarin orange 23 of the intelligent holder 4 of 8 Working position of hand.
In order to control the angle of the rotation of rotating clamp base 18, implement the cutting to 23 orange peel of mandarin orange and skull patch, each rotation
There are three the induction pieces 20 of holder 18 are set, three induction pieces 20 are distributed on the edge of swivel plate 24 of rotating clamp base 18, adjacent
The angles of horizontal center line of two induction pieces 20 be hexagonal angle;Inductive switch 22 includes the first inductive switch 33 and
Two inductive switches 34, the first inductive switch 33 are set to beside cutting manipulator 6 in corresponding rack 11, for controlling cutting mechanics
Hand 6 cuts the orange peel of mandarin orange 23;Second inductive switch 34 is located at beside skull patch manipulator 7 in corresponding rack 11, uses
Skull patch is carried out to mandarin orange 23 in control skull patch manipulator 7.
In order to be cut into the cutting line of three hexagonal angles each other in the orange peel of mandarin orange 23, three cutting lines include first to cut
Secant, the second cutting line and third cutting line;Then the orange peel that line position is cut in three is peeled off into out three valve orange peels, then will
The pulp of mandarin orange 23 takes out, and so that the pulp of mandarin orange 23 is detached with orange peel, takes its orange peel special as medicinal material.
The application method of dried orange peel intelligent robot is:Dried orange peel intelligent robot is in use, the control charging dress of controller 5
Set 2 by under mandarin orange 23 in intelligent holder 4;Under mandarin orange 23 to after in intelligent holder 4, under the mandarin orange 23 in intelligent holder 4 enters
The detection range of first infrared sensor 21 of 14 lower section of discharge door, the infrared sensor 21 is by its signal transmission to controller
5, the rotary tray motor 10 that controller 5 controls rotating-table apparatus 1 drives turntable 9 to rotate, and the intelligent holder 4 on turntable 9 follows 9 turns of turntable
Dynamic, when intelligent holder 4 enters the Working position of cutting manipulator 6, the mandarin orange 23 on intelligent holder 4 enters by cutting manipulator 6
The detection range of second infrared sensor 21 on side, the infrared sensor 21 is by its signal transmission to controller 5, controller 5
Rotary tray motor 10 is controlled to stop;Controller 5 passes through the induction pieces 20 and the control electric rotating machine of inductive switch 22 on swivel plate 24
19 drive swivel plate 24 to rotate, and so that the mandarin orange 23 of intelligent holder 4 is entered cutting wheel 15 and cut the corresponding Working position of orange peel, control
Cutting manipulator 6 processed is cut into the cutting line of three hexagonal angles each other in the mandarin orange 23 on intelligent holder 4;The orange peel quilt of mandarin orange 23
After being cut into three cutting lines, controller 5 control rotating-table apparatus 1 rotary tray motor 10 drive turntable 9 rotate, intelligent holder 4 with
It is rotated with turntable 9, when intelligent holder 4 enters the Working position of skull patch manipulator 7, the mandarin orange 23 on intelligent holder 4 enters skull patch
The detection range of the third infrared sensor 21 on 7 side of manipulator, the infrared sensor 21 is by its signal transmission to controller
5, controller 5, which controls rotary tray motor 10, to be stopped;Meanwhile the induction pieces 20 on swivel plate 24 are close to the inductive switch on the side of turntable 9
22, by its signal transmission to controller 5, controller 5 controls electric rotating machine 19 and swivel plate 24 is driven to rotate inductive switch 22, makes intelligence
The mandarin orange 23 of energy holder 4 enters the corresponding Working position of 17 skull patch of pericarp gripper;Controller 5 controls skull patch manipulator 7 by intelligence
23 3 valve orange peel of mandarin orange peels off on energy holder 4;After three valve orange peels of mandarin orange 23 are stripped, controller 5 controls rotating-table apparatus 1 and drives
Turntable 9 rotates, and intelligent holder 4 follows turntable 9 to rotate, and when intelligent holder 4 enters the Working position of pericarp manipulator 8, intelligence is pressed from both sides
Mandarin orange 23 on seat 4 enters the detection range of the 4th infrared sensor 21 on 8 side of pericarp manipulator, the infrared sensor 21
By its signal transmission to controller 5, controller 5, which controls rotary tray motor 10, to be stopped;Controller 5 controls pericarp manipulator 8 will be intelligent
The pulp of mandarin orange 23 is caught in pulp case 35 on holder 4, and the pulp of mandarin orange 23 is made to be detached with orange peel;The pulp and orange peel of mandarin orange 23
After separation, controller 5 controls pericarp manipulator 8 and grabs the orange peel of mandarin orange 23 on intelligent holder 4 in orange peel case 36;Dried orange peel intelligence
The processing flow of robot includes:Blanking → cutting orange peel → stripping orange peel → taking-up orange peel;So constantly recycle.
The processing flow of the application method of dried orange peel intelligent robot is specifically:
Blanking:Controller 5 controls the first intelligent holder 37 that first mandarin orange 23 is put on turntable 9 by feeding equipment 2
On, after first mandarin orange 23 enters the below bottom discharge door 14 first intelligent holder 37, the first of 37 side of the first intelligent holder
Infrared sensor 29 is by its signal transmission to controller 5;
Cut orange peel:Under mandarin orange 23 to after in the first intelligent holder 37, controller 5 controls the rotary tray motor of rotating-table apparatus 1
10 drive the on turntable 9 first intelligent holder 37 to rotate, when the first intelligent holder 37 enters the Working position of cutting manipulator 6,
Mandarin orange 23 on first intelligent holder 37 enters the detection range of the second infrared sensor 30, and the second infrared sensor 30 is believed
It number is transferred to controller 5, controller 5, which controls rotary tray motor 10, to be stopped;Meanwhile first on the swivel plate 24 of rotating clamp base 18
Induction pieces 20 are close to first inductive switch 33 on 9 side of turntable, and the first inductive switch 33 is by its signal transmission to controller 5;Control
Device 5 processed controls cutting manipulator 6 and is cut into the first cutting line in the orange peel of the mandarin orange 23 on the first intelligent holder 37;Mandarin orange 23
After orange peel is cut to the first cutting line, controller 5 controls electric rotating machine 19 and swivel plate 24 is driven to rotate, in rotating clamp base 18
Mandarin orange 23 follows swivel plate 24 to rotate, first inductive switch of second induction pieces 20 on swivel plate 24 close to 9 side of turntable
When 33, the first inductive switch 33 is by its signal transmission to controller 5, and controller 5, which controls electric rotating machine 19, to be stopped, and swivel plate 24 stops
Rotation stop is dynamic, and controller 5 controls cutting manipulator 6 and is cut into the second cutting in the orange peel of the mandarin orange 23 on the first intelligent holder 37
Line;After the orange peel of mandarin orange 23 is cut to the second cutting line, controller 5 controls electric rotating machine 19 and swivel plate 24 is driven to rotate, rotation
To turn the mandarin orange 23 on holder 18 follow swivel plate 24 to rotate, and the third induction pieces 20 on swivel plate 24 are close to beside turntable 9
When the first inductive switch 33, by its signal transmission to controller 5, controller 5 controls electric rotating machine 19 and stops the first inductive switch 33
Only, swivel plate 24 stops operating, and controller 5 controls cutting manipulator 6 and cut in the orange peel of the mandarin orange 23 on the first intelligent holder 37
Cut out third cutting line;
Peel off orange peel:After the orange peel of mandarin orange 23 is cut to third cutting line, controller 5 controls the rotation of rotating-table apparatus 1
Motor 19 drives the on turntable 9 first intelligent holder 37 that turntable 9 is followed to rotate, and the first intelligent holder 37 enters skull patch manipulator 7
Working position when, the mandarin orange 23 on the first intelligent holder 37 enters the detection range of third infrared sensor 31, and third is infrared
By its signal transmission to controller 5, controller 5 controls rotary tray motor 10 to be stopped sensor 31;Meanwhile first on swivel plate 24
A induction pieces 20 close to the side of turntable 9 the second inductive switch 34, the second inductive switch 34 by its signal transmission to controller 5,
Controller 5 controls skull patch manipulator 7 and peels off the first valve orange peel of mandarin orange 23 on the first intelligent holder 37;First valve of mandarin orange 23
After orange peel is stripped, controller 5 controls electric rotating machine 19 and swivel plate 24 is driven to rotate, and the mandarin orange 23 in rotating clamp base 18 follows rotation
Flap 24 rotates, second induction pieces 20 on swivel plate 24 close to 9 side of turntable the second inductive switch 34 when, the second induction
Switch 34 is by its signal transmission to controller 5, and controller 5, which controls electric rotating machine 19, to be stopped, and swivel plate 24 stops operating, swivel plate
After 24 stop operating, controller 5 controls skull patch manipulator 7 and peels off the second valve orange peel of mandarin orange 23 on the first intelligent holder 37;
After second valve orange peel of mandarin orange 23 is stripped, controller 5 controls electric rotating machine 19 and swivel plate 24 is driven to rotate, in rotating clamp base 18
Mandarin orange 23 follow swivel plate 24 to rotate, the third induction pieces 20 on swivel plate 24 incude close to the second of 9 side of turntable to be opened
When closing 34, the second inductive switch 34 is by its signal transmission to controller 5, and controller 5, which controls electric rotating machine 19, to be stopped, swivel plate 24
It stops operating, after swivel plate 24 stops operating, controller 5 controls skull patch manipulator 7 by mandarin orange 23 on the first intelligent holder 37
Third valve orange peel peels off;
Take out orange peel:After three valve orange peels of mandarin orange 23 are stripped, controller 5 controls rotary tray motor 10 and turntable 9 is driven to rotate;
When the first intelligent holder 37 equipped with mandarin orange 23 turns to the Working position of pericarp manipulator 8, on the first intelligent holder 37
Fourth infrared sensor 32 of the mandarin orange 23 close to 9 side of turntable;4th infrared sensor 32 by its signal transmission to controller 5,
Controller 5 controls pericarp manipulator 8 and the pulp of the mandarin orange 23 on first intelligent holder 37 is caught fruit using its pericarp gripper 17
In meat case 35;After the pulp of mandarin orange 23 is caught pulp case 35, controller 5 controls pericarp manipulator 8 and utilizes its pericarp gripper 17
The orange peel of mandarin orange 23 on first intelligent holder 37 is caught in orange peel case 36;The orange peel of mandarin orange 23 on first intelligent holder 37
After catching in orange peel case 36, controller 5 controls rotary tray motor 10 and turntable 9 is driven to rotate, and the first intelligent holder 37 returns to charging dress
Set the initial position below 2;So constantly recycle.
Turntable 9 is followed to be rotated by the angular circulation of setting in order to control intelligent holder 4, rotary tray motor 10 drives 9 turns of turntable
When dynamic, the angle that turntable 9 rotates every time is identical, and intelligent holder 4 follows 9 rotational angle of turntable identical;After the rotation of turntable 9 stops,
There are one intelligent holders 4 close to a corresponding infrared sensor 21;When turntable 9 rotates, move in the direction of the clock.Turntable
When motor 10 drives turntable 9 to rotate, the first intelligent holder 37 follows turntable 9 to be rotated by the lower discharge position of bottom discharge door 14,
First intelligent holder 37 stops after rotating 90 ° of angles;When first intelligent holder 37 stops operating, the first intelligent holder 37 close to second
Infrared sensor 30;For first intelligent holder 37 close to after the second infrared sensor 30, the first intelligent holder 37 follows turntable 9 to rotate
Stop behind 90 ° of angles, when the first intelligent holder 37 stops operating, the first intelligent holder 37 is close to third infrared sensor 31;First
Close to after third infrared sensor 31, the first intelligent holder 37 stops intelligent holder 37 after following turntable 9 to rotate 90 ° of angles, and first
When intelligent holder 37 stops operating, the first intelligent holder 37 is close to the 4th infrared sensor 32;First intelligent holder 37 is close to the
After four infrared sensors 32, the first intelligent holder 37 stops after following turntable 9 to rotate 90 ° of angles, and the first intelligent holder 37 returns to just
Beginning position, the first intelligent holder 37 is close to the first infrared sensor 29;So constantly recycle.
In order to make mandarin orange 23 cyclically fall into intelligent holder 4, when the turntable 9 of rotating-table apparatus 1 rotates, turntable 9 turns every time
Dynamic angle is identical, and turntable 9 is every time after rotation stopping, and there are one the bottom discharge doors that intelligent holder 4 is placed exactly in feeding equipment 2
14 lower discharge position enables to fall in intelligent holder 4 under mandarin orange 23.Controller 5 controls upper on the drive turntable 9 of rotary tray motor 10
When the lower discharge position for the bottom discharge door 14 that one intelligent holder 4 turns to feeding equipment 2 stops, controller 5 controls feeding equipment 2
A upper mandarin orange 23 is put on following upper intelligence holder 4;After upper one intelligent holder 4 is put into mandarin orange 23, upper one
For the infrared sensor 21 on side by its signal transmission to controller 5, controller 5 controls 10 band of rotary tray motor on a intelligence holder 4
Turn disk 9 rotates, and the mandarin orange 23 on upper one intelligent holder 4 follows an intelligent holder 4 to leave below bottom discharge door 14
Position, meanwhile, next intelligence holder 4 follows turntable 9 to be rotated into the position below bottom discharge door 14, controller 5 control into
Next mandarin orange 23 is put on following next intelligent holder 4 by material device 2;So constantly recycle.
In order to implement the cyclic process using manipulator 3 to mandarin orange 23, controller 5 controls feeding equipment 2 by first mandarin orange
After son 23 is put on the on turntable 9 first intelligent holder 37;First mandarin orange 23 of the first intelligent holder 37 is close to by turntable 9
First infrared sensor 29 on side, for the first infrared sensor 29 by its signal transmission to controller 5, controller 5 controls turntable electricity
Machine 10 drives turntable 9 to rotate;When the first intelligent holder 37 equipped with first mandarin orange 23 turns to the machining position of cutting manipulator 6
When setting, first mandarin orange 23 of the first intelligent holder 37 is close to second infrared sensor 30 on 9 side of turntable, the second infrared sensing
By its signal transmission to controller 5, controller 5 controls rotary tray motor 10 to be stopped device 30;Meanwhile the second intelligence folder on turntable 9
Seat 38 also follows turntable 9 to turn to the lower discharge position of bottom discharge door 14;Controller 5 controls feeding equipment 2 by second mandarin orange 23
It is put on the on turntable 9 second intelligent holder 38;When the first intelligent holder 37 equipped with first mandarin orange 23 turns to skull patch
When the Working position of manipulator 7, the third infrared sensor of first mandarin orange 23 of the first intelligent holder 37 close to 9 side of turntable
31, by its signal transmission to controller 5, controller 5 controls rotary tray motor 10 to be stopped third infrared sensor 31;Meanwhile turntable 9
On third intelligence holder 39 also follow turntable 9 to turn to the lower discharge position of bottom discharge door 14;Controller 5 controls feeding equipment 2
Third mandarin orange 23 is put on the third intelligence holder 39 on turntable 9;When the first intelligence folder equipped with first mandarin orange 23
Seat 37 is when turning to the Working position of pericarp manipulator 8, and first mandarin orange 23 of the first intelligent holder 37 is close to 9 side of turntable
4th infrared sensor 32, for the 4th infrared sensor 32 by its signal transmission to controller 5, controller 5 controls rotary tray motor 10
Stop;Meanwhile the 4th intelligent holder 40 on turntable 9 also follows turntable 9 to turn to the lower discharge position of bottom discharge door 14;Controller
On the 4th intelligent holder 40 that 4th mandarin orange 23 is put on turntable 9 by 5 control feeding equipments 2;When the first intelligent holder 37
On first mandarin orange 23 orange peel caught orange peel case 35 after, controller 5 controls rotary tray motor 10 and turntable 9 is driven to rotate, the
One intelligent holder 37 returns to the initial position below feeding equipment 2;So constantly recycle.
In order to control the cycle blanking of the mandarin orange 23 in feeding equipment 2, the top discharge door 13 of feeding equipment 2 includes brake application
Door motor 41, upper lock gate 42 and shutter sensor 43, bottom discharge door 14 include tail gates motor 44 and tail gates 45;On
The engine base of floodgate motor 41 is fixedly connected with hopper 12, and the motor shaft of brake application door motor 41 is connect with upper lock gate 42, upper lock gate 42
With the dynamic mating connection of hopper 12;The engine base of tail gates motor 44 is fixedly connected with hopper 12, the motor shaft of tail gates motor 44 with
Tail gates 45 connect, tail gates 45 and the dynamic mating connection of hopper 12;The blanking that upper lock gate 42 is located at hopper 12 with tail gates 45 is logical
On road 46, upper lock gate 42 is located at the top of tail gates 45, and shutter sensor 43 is installed on hopper 12, and shutter sensor 43 is located at
Between upper lock gate 42 and tail gates 45;The original state of feeding equipment 2 is:The upper lock gate 42 and bottom discharge door of top discharge door 13
14 tail gates 45 are closed.
When 2 blanking of feeding equipment, controller 5 controls brake application door motor 41 and upper lock gate 42 is driven to open, above upper lock gate 42
First mandarin orange 23 under fall on tail gates 45, the shutter sensor 43 between upper lock gate 42 and tail gates 45 passes its information
It is defeated by controller 5, controller 5 controls brake application door motor 41 and upper lock gate 42 is driven to close;After upper lock gate 42 is closed, controller 5 is controlled
Tail gates motor 44 processed drives tail gates 45 to open, and first is fallen under first mandarin orange 23 between upper lock gate 42 and tail gates 45
On intelligent holder 37;After being fallen under first mandarin orange 23 on first intelligent holder 37, controller 5 controls tail gates motor 44 and drives
Tail gates 45 are closed, and after tail gates 45 are closed, controller 5 controls brake application door motor 41 and upper lock gate 42 is driven to open, second mandarin orange
It is fallen on tail gates 45 under son 23;So constantly recycle.
Each mandarin orange 23 in order to implement to drop to cycle using manipulator 3 intelligent holder 4 carries out cyclic process, control
Device 5 controls tail gates motor 44 and tail gates 45 is driven to open, and third is fallen under the third mandarin orange 23 of feeding equipment 2 and is intelligently pressed from both sides
While on seat 4, controller 5 controls cutting manipulator 6 and is cut to the orange peel of the mandarin orange 23 on second intelligent holder 4;
Meanwhile controller 5 controls skull patch manipulator 7 and peels off three valve orange peels of mandarin orange 23 on first intelligent holder 4.
Each mandarin orange 23 in order to implement to drop to cycle using manipulator 3 intelligent holder 4 carries out cyclic process, control
Device 5 controls tail gates motor 44 and tail gates 45 is driven to open, and the 4th intelligence folder is fallen under the 4th mandarin orange 23 of feeding equipment 2
While on seat 4, controller 5 controls cutting manipulator 6 using its cutting wheel 15 in the third mandarin orange on third intelligence holder 4
The orange peel of son 23 is cut into the cutting line of three hexagonal angles each other;Meanwhile controller 5 controls skull patch manipulator 7 and utilizes its skull patch
Pincers 16 peel off three valve orange peels of second mandarin orange 23 on second intelligent holder 4;Meanwhile pericarp manipulator 8 utilizes its fruit
The pulp of first mandarin orange 23 on first intelligent holder 4 is caught pulp case 35 and by first mandarin orange 23 by skin gripper 17
Orange peel catch orange peel case 36.
In order to be cut into the cutting line of three hexagonal angles each other in the orange peel of mandarin orange 23, and by three valve orange peels of mandarin orange 23
It peels off, controller 5 controls skull patch manipulator 7 and while the first valve orange peel stripping of mandarin orange 23, will be controlled on first intelligent holder 37
Device 5 processed controls cutting manipulator 6 and is cut into the first cutting line to the orange peel of the mandarin orange 23 on the second intelligent holder 38;Controller 5
Skull patch manipulator 7 is controlled by while the second valve orange peel stripping of mandarin orange 23, the control of controller 5 is cut on the first intelligent holder 37
Manipulator 6 is cut into the second cutting line to the orange peel of the mandarin orange 23 on the second intelligent holder 38;Controller 5 controls skull patch manipulator
7 by while the third valve orange peel stripping of mandarin orange 23, controller 5 controls cutting manipulator 6 to second on the first intelligent holder 37
The orange peel of mandarin orange 23 on intelligent holder 38 is cut into third cutting line.Controller 5 controls cutting manipulator 6 and is pressed from both sides to the first intelligence
After the orange peel of mandarin orange 23 on seat 37 is cut into first the first cutting line, the rotation of first intelligent holder 37 of the control of controller 5
Motor 19 drives the swivel plate 24 of its rotating clamp base 18 to rotate hexagonal angle, and the mandarin orange 23 in the rotating clamp base 18 follows swivel plate 24
Hexagonal angle is rotated, after swivel plate 24 rotates hexagonal angle stopping, controller 5 controls cutting manipulator 6 to first first intelligence folder
The orange peel of mandarin orange 23 on seat 37 is cut, and Article 2 and first the first cutting line are cut into each other in the orange peel of mandarin orange 23
Second cutting line of hexagonal angle;After second cutting line well cutting, controller 5 controls the rotation that electric rotating machine 19 drives rotating clamp base 18
Flap 24 rotates hexagonal angle, and the mandarin orange 23 in rotating clamp base 18 follows its swivel plate 24 to rotate hexagonal angle;The swivel plate 24 rotates
After hexagonal angle stops, controller 5 controls cutting manipulator 6 and is cut to the orange peel of the mandarin orange 23 on the first intelligent holder 37, in mandarin orange
The orange peel of son 23 is cut into the third cutting line of Article 3 and the second cutting line of Article 2 hexagonal angle each other.6 band of cutting manipulator
When moving the first cutting line, the second cutting line and third cutting line of its cutting wheel 15 cutting 23 orange peel of mandarin orange, cutting wheel 15 is moved
Dynamic track is identical.
In order to peel off the orange peel of three valves hexagonal angle each other, controller 5 controls skull patch manipulator 7 by the first intelligent holder 37
After first valve orange peel of upper mandarin orange 23 peels off;Controller 5 controls electric rotating machine 19 and the swivel plate 24 of rotating clamp base 18 is driven to rotate
Hexagonal angle, the mandarin orange 23 in rotating clamp base 18 follow its swivel plate 24 to rotate hexagonal angle, which, which rotates hexagonal angle, stops
Afterwards, controller 5 controls skull patch manipulator 7 and peels off the second valve orange peel of mandarin orange 23 on the first intelligent holder 37;Second cutting line
After well cutting, controller 5 controls electric rotating machine 19 and the swivel plate 24 of rotating clamp base 18 is driven to rotate hexagonal angle, in rotating clamp base 18
Mandarin orange 23 follow its swivel plate 24 rotate hexagonal angle;After the swivel plate 24 rotates hexagonal angle stopping, controller 5 controls skull patch machine
Tool hand 7 peels off the third valve orange peel of mandarin orange 23 on the first intelligent holder 37.Controller 5 controls skull patch manipulator 7 by the first intelligence
When first valve orange peel of mandarin orange 23 peels off on energy holder 37, meanwhile, controller 5 controls cutting manipulator 6 to the second intelligent holder
The orange peel of mandarin orange 23 on 38 is cut into the first cutting line;On first intelligent holder 37 first valve orange peel of mandarin orange 23 be stripped with
And after the first cutting line well cutting of the orange peel of the second mandarin orange 23 on intelligent holder 38, first intelligent holder of the control of controller 5
37 electric rotating machine 19 drives the swivel plate 24 of rotating clamp base 18 to rotate hexagonal angle, and the mandarin orange 23 in rotating clamp base 18 follows its rotation
Flap 24 rotates hexagonal angle, and after which rotates hexagonal angle stopping, controller 5 controls skull patch manipulator 7 by the first intelligence
Second valve orange peel of mandarin orange 23 peels off on holder 37;Meanwhile the electric rotating machine 19 of second intelligent holder 38 of the control of controller 5 drives
The swivel plate 24 of its rotating clamp base 18 rotates hexagonal angle, and the mandarin orange 23 in the rotating clamp base 18 follows swivel plate 24 to rotate 120 °
Angle, after swivel plate 24 rotates hexagonal angle stopping, controller 5 controls cutting manipulator 6 in the mandarin orange 23 on the second intelligent holder 38
Orange peel be cut into the second cutting line;Second valve orange peel of mandarin orange 23 is stripped on first intelligent holder 37 and the second intelligence is pressed from both sides
After 23 second cutting line well cutting of mandarin orange on seat 38, the electric rotating machine 19 of first intelligent holder 37 of the control of controller 5 drives rotation
The swivel plate 24 for turning holder 18 rotates hexagonal angle, and the mandarin orange 23 in rotating clamp base 18 follows its swivel plate 24 to rotate hexagonal angle, should
After swivel plate 24 rotates hexagonal angle stopping, controller 5 controls skull patch manipulator 7 by the third of mandarin orange 23 on the first intelligent holder 37
Valve orange peel peels off;Meanwhile the electric rotating machine 19 of second intelligent holder 38 of the control of controller 5 drives the swivel plate of its rotating clamp base 18
24 rotate hexagonal angles, and the mandarin orange 23 in the rotating clamp base 18 follows swivel plate 24 to rotate hexagonal angle;Swivel plate 24 rotates hexagonal angle
After stopping, controller 5 controls cutting manipulator 6 and is cut into third cutting in the orange peel of the mandarin orange 23 on the second intelligent holder 38
Line.Skull patch manipulator 7 drives the first valve orange peel, the second valve orange peel and the third valve orange peel of 16 stripping mandarin orange 23 of its skull patch pincers,
The track of 16 movement of skull patch pincers is identical.
In order to take out the pulp of mandarin orange 23, pericarp manipulator 8 is equipped with bark press tool hand 47, and bark press tool hand 47 includes
Telescope motor 48 and pressure leather point 49, the engine base of telescope motor 48 are connect with the swing arm 50 of pericarp manipulator 8, telescope motor 48
Motor shaft is connect with pressure leather point 49;Telescope motor 48 is connect by pawl control line with controller 5.Pericarp manipulator 8 captures mandarin orange
When 23 pulp, the folder motor 56 that controller 5 first controls intelligent holder 4 works, and folder motor 56 drives left holder 25 to move loose folder,
Then controller 5 controls the work of telescope motor 48 of bark press tool hand 47, and telescope motor 48 is stretched out with dynamic pressure leather point 49, utilizes pressure
Leather point 49, which pushes down the orange peel of mandarin orange 23, recycles on intelligent holder 4 the pericarp gripper 17 of pericarp manipulator 8 by mandarin orange 23
Pulp is caught in pulp case 35;After the pulp of mandarin orange 23 is caught pulp case 35 by pericarp gripper 17, controller 5 controls pericarp
The orange peel of mandarin orange 23 is caught orange peel case 36 by gripper 17 again.
In order to implement the cyclic process of mandarin orange 23, the pulp of mandarin orange is detached with orange peel, the first intelligent holder 37 is moved to
When the Working position of pericarp manipulator 8, controller 5 controls the pericarp gripper 17 of pericarp manipulator 8 and is moved to the by initial position
The position of the mandarin orange 23 of one intelligent holder 37, the folder motor 56 that controller 5 controls on the first intelligent holder 37 work, and drive left folder
Seat 25 is unclamped with right holder 26, is then controlled pericarp gripper 17 and is caught the pulp of first mandarin orange 23 of the first intelligent holder 37
Pulp case 35 and orange peel is caught into orange peel case 36;
After the pulp of first mandarin orange 23 catches pulp case 35 and orange peel is caught orange peel case 36, controller 5 controls fruit
Skin gripper 17 resets to initial position;After pericarp gripper 17 resets to initial position, the second intelligent holder 38 is moved to pericarp machine
When the Working position of tool hand 8, the pericarp gripper 17 that controller 5 controls pericarp manipulator 8 is moved to the second intelligence by initial position
The position of the mandarin orange 23 of holder 38, the folder motor 56 on second intelligent holder 38 of the control of controller 5 work, drive left holder 25 with
Right holder 26 unclamps, and then controls pericarp gripper 17 and the pulp of second mandarin orange 23 of the second intelligent holder 38 is caught pulp case
35 and orange peel is caught into orange peel case 36;
After the pulp of second mandarin orange 23 catches pulp case 35 and orange peel is caught orange peel case 36, controller 5 controls fruit
Skin gripper 17 resets to initial position;After pericarp gripper 17 resets to initial position, third intelligence holder 39 is moved to pericarp machine
When the Working position of tool hand 8, the pericarp gripper 17 that controller 5 controls pericarp manipulator 8 is moved to third intelligence by initial position
The position of the mandarin orange 23 of holder 39, controller 5 control the folder motor 56 on third intelligence holder 39 and work, drive left holder 25 with
Right holder 26 unclamps, and then controls pericarp gripper 17 and the pulp of the third mandarin orange 23 of third intelligence holder 39 is caught pulp case
35 and orange peel is caught into orange peel case 36;
After the pulp of third mandarin orange 23 catches pulp case 35 and orange peel is caught orange peel case 36, controller 5 controls fruit
Skin gripper 17 resets to initial position;After pericarp gripper 17 resets to initial position, the 4th intelligent holder 40 is moved to pericarp machine
When the Working position of tool hand 8, the pericarp gripper 17 that controller 5 controls pericarp manipulator 8 is moved to the 4th intelligence by initial position
The position of the mandarin orange 23 of holder 40, the folder motor 56 on the 4th intelligent holder 40 of the control of controller 5 work, drive left holder 25 with
Right holder 26 unclamps, and then controls pericarp gripper 17 and the pulp of the 4th mandarin orange 23 of the 4th intelligent holder 40 is caught pulp case
35 and orange peel is caught into orange peel case 36;So constantly recycle.
In order to be opened orange peel using the skull patch of skull patch manipulator 7 pincers 16, the skull patch pincers 16 of skull patch manipulator 7 include pincers
Frame 51, epithelium pincers 52, hypodermis pincers 53 and pincers motor 54, epithelium pincers 52 are hinged by hinged shaft hypodermis pincers 53, clamp the machine of motor 54
Seat connect with tong holder 51, tong holder 51 is connect with the pivoted arm 55 of skull patch manipulator 7, pincers motor 54 motor shaft and epithelium clamp 52 or
53 connection of hypodermis pincers, pincers motor 54 are connect by clamping control line with controller 5.
When the skull patch pincers 16 of skull patch manipulator 7 peel off orange peel, controller 5 controls skull patch pincers 16 and is moved to intelligence by initial position
The position of mandarin orange 23 on energy holder 4, then control pincers motor 54 work utilize the pincers drive epithelium of motor 54 pincers 52 or hypodermis
First valve orange peel of mandarin orange 23 is vised and is dug by pincers 53;After first valve orange peel of mandarin orange 23 is dug, controller 5 controls skull patch
Pincers 16 are moved to the position of the mandarin orange 23 on intelligent holder 4, then drive epithelium pincers 52 or hypodermis pincers 53 using pincers motor 54
Second valve orange peel of mandarin orange 23 is vised and dug;After second valve orange peel of mandarin orange 23 is dug, controller 5 controls skull patch pincers 16
It is moved to the position of the mandarin orange 23 on intelligent holder 4, pincers motor 54 is recycled to drive epithelium pincers 52 or hypodermis pincers 53 by mandarin orange
23 third valve orange peel is vised and is dug.