CN207328964U - A kind of bottle automatic bag sheathing device - Google Patents
A kind of bottle automatic bag sheathing device Download PDFInfo
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- CN207328964U CN207328964U CN201720989213.0U CN201720989213U CN207328964U CN 207328964 U CN207328964 U CN 207328964U CN 201720989213 U CN201720989213 U CN 201720989213U CN 207328964 U CN207328964 U CN 207328964U
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Abstract
The utility model discloses a kind of bottle automatic bag sheathing device, belongs to liquor production equipment technical field.The device includes transport mechanism and bagging execution unit, transport mechanism includes the first transport mechanism and the second transport mechanism, bagging execution unit includes transition transport mechanism, feed mechanism, bottle distributing mechanism, Ding Ping mechanisms and bagging mechanism, first transport mechanism and the second transport mechanism are arranged in parallel, transition transport mechanism is arranged between the first transport mechanism and the second transport mechanism, first transport mechanism is connected with the second transport mechanism by transition transport mechanism, the same side of the first transport mechanism is arranged on for the bottle distributing mechanism of sub-bottle and for providing the feed mechanism of bubble bags, bottle distributing mechanism is fixed in the first transport mechanism, bagging mechanism is arranged between the first transport mechanism and the second transport mechanism, Ding Ping mechanisms for fixing bottle are fixed on transition transport mechanism.The device can realize the automatic bag sheathing to bottle, and structural rigidity is good, and have production flexibility.
Description
Technical field
The utility model belongs to liquor production equipment technical field, and in particular to a kind of bottle automatic bag sheathing device.
Background technology
Liquor production process needs to clean bottle, baking vanish, labeling, and the bottle after the completion of labeling needs to be transported
It is defeated.Bottle is glassware, if be not protected by transport, is easy to cause damage on a large scale, it is necessary to be carried out to bottle
Outer packing is protected, and industrial widely used measure at present is to carry out set bubble bags processing, and bubble bags protecting effect is good, and economical
Property it is high.But bottle bagging uses artificial bagging more, with recent years, the raising of recruitment cost causes that the production cost increases, together
When, artificial bagging efficiency is low, and bubble bags appearance is uneven, causes the quality of artificial bagging uneven.
The content of the invention
The utility model is for technical problem present in existing bottle bagging, there is provided a kind of bottle automatic bag sheathing device,
The device can realize bottle automatic bag sheathing.
A kind of bottle automatic bag sheathing device provided by the utility model, including transport mechanism 1 and bagging execution unit, pass
Mechanism 1 is sent to include the first transport mechanism and the second transport mechanism, bagging execution unit includes transition transport mechanism 5, feed mechanism
2nd, bottle distributing mechanism 3, Ding Ping mechanisms 4 and bagging mechanism 6；First transport mechanism is arranged in parallel with the second transport mechanism, the first transmission
Mechanism and the second transport mechanism are connected by transition transport mechanism 5, bottle distributing mechanism 3 and the feed mechanism 2 for providing bubble bags
The same side of the first transport mechanism is arranged on, bottle distributing mechanism 3 is fixed in the first transport mechanism, and bagging mechanism 6 is arranged on first
Between transport mechanism and the second transport mechanism, Ding Ping mechanisms 4 are fixed in transition transport mechanism 5.
First transport mechanism includes the first conveyer belt 1-2, the first outer profile frame 1-1 and the first inner profile frame 1-5, outside first
Section material frame 1-1 and the first inner profile frame 1-5 is arranged in parallel in the both sides of the first conveyer belt 1-2, and the first outer profile frame 1-1 is continuously set
Put, the first inner profile frame 1-5 is arranged at intervals；Second transport mechanism includes the second conveyer belt 1-8, the second outer profile frame 1-10 and the
Two inner profile frame 1-6, the second outer profile frame 1-10 and the second inner profile frame 1-6 are arranged in parallel in the both sides of the second conveyer belt 1-8,
Second outer profile frame 1-10 is continuously set, and the second inner profile frame 1-6 is arranged at intervals；Transition transport mechanism 5 includes transition belt
5-2, First Transition section material frame 5-4A and the second transition section material frame 5-4B, First Transition section material frame 5-4A and the second transition section material frame
5-4B is arranged in parallel in the both sides of transition belt 5-2, and the first conveyer belt 1-2 is arranged in parallel with the second conveyer belt 1-8, and transition passes
Band 5-2 and the first conveyer belt 1-2 is sent to be vertically arranged, the first conveyer belt 1-2 and the second conveyer belt 1-8 pass through transition belt 5-2
It is connected.
Feed mechanism 2 includes feeding workbench and upset handgrip mechanism；Feeding workbench include storage compartment, material fetching mechanism and
Rotary shafts 2-2, upset handgrip mechanism are arranged on the side of material fetching mechanism, and storage compartment includes Riving Box 2-3 and bar 2-4, point
Magazine 2-3 and bar 2-4 is each attached to the top of rotary shafts 2-2；Taking storage compartment to include Riving Box material mechanism includes the first gas
Cylinder 2-9, the first installing plate 2-8, feeding guide rod 2-7, the first sucker installing plate 2-6, the first sucker 2-5 and material support plate 2-1,
First cylinder 2-9 is fixed on the lower part of rotary shafts 2-2, the piston rod and first of the first cylinder 2-9 by the first installing plate 2-8
Sucker installing plate 2-6 is fixedly connected, and the first sucker 2-5 is fixed on the first sucker installing plate 2-6, one end of feeding guide rod 2-7
It is fixedly connected with sucker installing plate 2-6, the middle part of feeding guide rod 2-7 and the linear bearing phase being fixed on the first installing plate 2-8
Coordinate, material support plate 2-1 is fixed on the middle part of rotary shafts 2-2；Overturn handgrip mechanism include switching mechanism, bag-clamping mechanism,
Auxiliary body and the second installing plate 2-18, switching mechanism connect including the 6th cylinder 2-11, connector 2-12, connecting shaft 2-17 and centre
Extension bar 2-13, bag-clamping mechanism include erection support 2-19, the first finger cylinder 2-14 and the first gripping finger 2-15, the second installing plate 2-
18 are fixed on the lower part of rotary shafts 2-2, one end of the 6th cylinder 2-11 and the second installing plate 2-18 hinges, the 6th cylinder 2-11
The other end be fixedly connected with connector 2-12, the upper end hinge of connector 2-12 and connecting shaft 2-17, the lower end of connecting shaft 2-17
Portion in the middle part of middle brace rod 2-13 with being fixedly connected, one end of middle brace rod 2-13 and the second installing plate 2-18 hinges, peace
Dress bearing 2-19 is fixedly connected with middle brace rod 2-13, and the first finger cylinder 2-14 is installed on erection support 2-19, and first
The movable finger of finger cylinder 2-14 is fixedly connected with the first gripping finger 2-15.
Auxiliary body includes guide rod mounting blocks 2-21, secondary guide 2-22, sliding block 2-23, fixed block 2-26 and anticollison block 2-
25；Guide rod mounting blocks 2-21 and the second installing plate 2-18 hinges, one end of secondary guide 2-22 are fixed on guide rod mounting blocks 2-21
On, the other end of secondary guide 2-22 is provided with fixed block 2-26 and anticollison block 2-25, the middle part of secondary guide 2-22 and sliding block
2-23 is slidably connected, sliding block 2-23 and middle brace rod 2-13 hinges.
Bottle distributing mechanism 3 includes gear bag mechanism, bottle pushing mechanism and sub-bottle installing plate 3-3；Sub-bottle installing plate 3-3 is fixed on first
On first outer profile frame 1-1 of transport mechanism, gear bag mechanism includes the 3rd cylinder 3-6, transiting rod 3-5, intermediate bar 3-2 and baffle
Bar 3-7, bottle pushing mechanism include the second cylinder 3-4 and positioning push plate 3-1, and the 3rd cylinder 3-6 is fixed on sub-bottle installing plate 3-3,
One end of transiting rod 3-5 is fixedly connected with the piston rod of the 3rd cylinder 3-6, the other end of transiting rod 3-5 and the one of intermediate bar 3-2
Hinge, the other end of intermediate bar 3-2 and one end hinge of damper rod 3-7 are held, is cut with scissors in the middle part of damper rod 3-7 with sub-bottle installing plate 3-3
Chain, the second cylinder 3-4 are fixed on sub-bottle installing plate 3-3, and the piston rod of the second cylinder 3-4 is fixedly connected with positioning push plate 3-1.
Ding Ping mechanisms 4 include the 4th left cylinder 4-3, the 4th right cylinder 4-1, left gripper 4-4, right gripper 4-2 and sensor
4-5；4th right cylinder 4-1 and the 4th left cylinder 4-3 is respectively symmetrically fixed on the First Transition section material frame in transition transport mechanism
On 1-9A and the second transition section material frame 1-9B, sensor 4-5 is fixed on the second transition section material frame 1-9B, the 4th left cylinder 4-3
Piston rod be fixedly connected with left gripper 4-4, the piston rod of the 4th right cylinder 4-1 is fixedly connected with right gripper 4-2.
Bagging mechanism 6 includes robot body 6-13, bagging handgrip and installation table 6-14；Robot body 6-13 is fixed on
On installation table 6-14；Bagging handgrip includes the 3rd installing plate 6-12, the 5th cylinder 6-1, the first connecting plate 6-5, the second connecting plate
6-8, sucker adapter 6-7, the second sucker 6-6, second finger cylinder 6-10, the second gripping finger 6-11 and accessory, the 3rd peace
Loading board 6-12 is fixedly connected with the end effector of robot body 6-13, and the 5th cylinder 6-1 is fixed on the 3rd installing plate 6-12
On, the first connecting plate 6-5 is fixed on the lower face of the 3rd installing plate 6-12, the second connecting plate 6-8 tops and the 5th cylinder 6-1
Piston rod be fixedly connected, the second connecting plate 6-8 is oppositely arranged with the first connecting plate 6-5, the first connecting plate 6-5 and second connection
The lower end of plate 6-8 is equipped with keyway, and sucker adapter 6-7 is locked on keyway, locked positions of the sucker adapter 6-7 on keyway
It can adjust, the second sucker 6-6 is connected with sucker adapter 6-7, second finger cylinder 6-10 is fixed on the 3rd installing plate 6-
On 12, the movable finger of second finger cylinder 6-10 is fixedly connected with the second gripping finger 6-11.
Accessory in bagging handgrip includes optical axis 6-9, linear bearing 6-2, anticollision ring 6-4 and retainer ring 6-3；Optical axis
The piston rod of 6-9 and the 5th cylinder 6-1 are arranged in parallel, and one end of optical axis 6-9 is fixed on the lower end of the second connecting plate 6-8, optical axis
The other end of 6-9 is provided with anticollision ring 6-4 and retainer ring 6-3, and the middle part of optical axis 6-9 is with being fixed on the first connecting plate 6-5
Linear bearing 6-2 is engaged.
The utility model has following technical characterstic：
（1）Upset handgrip mechanism uses auxiliary body, and bagging handgrip uses light shaft design, adds rigidity, motility
Can be good；
（2）Position-adjustable of the sucker adapter on sucker connecting plate keyway, is adapted to the bubble bags of different size,
Production flexibility is high；
（3）The utility model is compact-sized, easy to control and manufacture cost is low.
Brief description of the drawings
Fig. 1 is the overlooking the structure diagram of the utility model bottle automatic bag sheathing device.
Fig. 2 is the overlooking the structure diagram of transport mechanism and transition transport mechanism in the utility model.
Fig. 3 is the structure diagram of feed mechanism in the utility model.
Fig. 4 is the structure diagram of Riving Box in the utility model.
Fig. 5 is the structure diagram that handgrip mechanism is overturn in the utility model.
Fig. 6 is the right side structural representation of Fig. 5.
Fig. 7 is the overlooking the structure diagram of bottle distributing mechanism in the utility model.
Fig. 8 is the structure diagram of bagging mechanism in the utility model.
Fig. 9 is the structure diagram of bagging handgrip in the utility model.
In figure：1：Transport mechanism；1-1：First outer profile frame；1-2：First conveyer belt；1-3：First outer guide rod；1-4：The
One inner guide；1-5：First inner profile frame；1-6：Second inner profile frame；1-7：Second inner guide；1-8：Second conveyer belt；1-9：
Second outer guide rod；1-10：Second outer profile frame；2：Feed mechanism；2-1：Material support plate；2-2：Rotary shafts；2-3：Sub-material
Box；2-4：Bar；2-5：First sucker；2-6：First sucker installing plate；2-7：Feeding guide rod；2-8：First installing plate；2-9：
First cylinder；2-10：Mounting bracket；2-11：6th cylinder；2-12：Connector；2-13：Middle brace rod；2-14：First finger
Cylinder；2-15：First gripping finger；2-16：Middle brace rod support shaft；2-17：Connecting shaft 2-17；2-18：Second installing plate 2-18；
2-19：Erection support 2-19；2-20：Guide support axis；2-21：Guide rod mounting blocks；2-22：Secondary guide；2-23：Sliding block；2-
24：Sliding block axis；2-25：Anticollison block；2-26：Fixed block；3：Bottle distributing mechanism；3-1：Position push plate；3-2：Intermediate bar；3-3：Sub-bottle
Installing plate；3-4：Second cylinder；3-5：Transiting rod；3-6：3rd cylinder；3-7：Damper rod；4：Ding Ping mechanisms；4-1：4th is right
Cylinder；4-2：Right gripper；4-3：4th left cylinder；4-4：Left gripper；4-5：Sensor；5. transition transport mechanism；5-1A：First
Transition guide rod；5-1B：Second transition guide rod；5-2：Transition belt；5-3：Straight guide rod；5-4A：First Transition section material frame；5-
4B：Second transition section material frame；6：Bagging mechanism；6-1：5th cylinder；6-2：Linear bearing；6-3：Retainer ring；6-4：Anticollision ring；
6-5：First connecting plate；6-6：Second sucker；6-7：Sucker adapter；6-8：Second connecting plate；6-9：Optical axis；6-10：Second
Finger cylinder；6-11：Second gripping finger；6-12：3rd installing plate；6-13：Robot body；6-14：Installation table.
Embodiment
As shown in Fig. 1-Fig. 9, a kind of bottle automatic bag sheathing device, the automatic bag sheathing device includes transport mechanism 1 and two
The identical bagging execution unit of above structure, transport mechanism 1 include the first transport mechanism and the second transport mechanism, the first conveyer
Structure and the second transport mechanism are arranged in parallel, and multiple bagging execution units are set along the direction of motion of transport mechanism 1, and each bagging is held
Row unit is individually controlled by system, and each bagging execution unit is a station, and bagging execution unit includes transition transport mechanism
5th, feed mechanism 2, bottle distributing mechanism 3, Ding Ping mechanisms 4 and bagging mechanism 6, the first transport mechanism and the second transport mechanism pass through transition
Transport mechanism 5 is connected, bottle distributing mechanism 3 and the same side that the first transport mechanism is arranged on for providing the feed mechanism 2 of bubble bags,
Bottle distributing mechanism 3 is fixed in the first transport mechanism, and bagging mechanism 6 is arranged between the first transport mechanism and the second transport mechanism,
Ding Ping mechanisms 4 for fixing bottle are fixed on transition transport mechanism 5.
First transport mechanism includes the first conveyer belt 1-2, the first outer guide rod 1-3, the first inner guide 1-4, the first outer profile
Frame 1-1 and the first inner profile frame 1-5, the first conveyer belt 1-2 are driven by motor, the first outer profile frame 1-1 and the first inner profile frame
1-5 is arranged in parallel in the first conveyer belt 1-2 both sides, and the first outer profile frame 1-1 is continuously set, the first inner profile frame 1-51-5 intervals
Set, the first outer guide rod 1-3 is fixedly connected with the first outer profile frame 1-1, and the first inner guide 1-4 consolidates with the first inner profile frame 1-5
Fixed connection.
Second transport mechanism includes the second conveyer belt 1-8, the second outer guide rod 1-9, the second inner guide 1-7, the second outer profile
Frame 1-10 and the second inner profile frame 1-6, the second conveyer belt 1-8 are driven by motor, the second outer profile frame 1-10 and the second inner profile
Frame 1-6 is arranged in parallel in the second conveyer belt 1-8 both sides, and the second outer profile frame 1-10 is continuously set, the second inner profile frame 1-6 intervals
Set, the second outer guide rod 1-9 is fixedly connected with the second outer profile frame 1-10, and the second inner guide 1-7 consolidates with the second inner profile frame 1-6
Fixed connection.
Transition transport mechanism 5 is led including transition belt 5-2, straight guide rod 5-3, First Transition guide rod 5-1A, the second transition
Bar 5-1B, First Transition section material frame 5-4A and the second transition section material frame 5-4B, transition belt 5-2 are driven by motor, and transition passes
Band 5-2 is sent to be arranged between First Transition section material frame 5-4A and the second transition section material frame 5-4B, straight guide rod 5-3 and First Transition type
Material frame 5-4A is fixedly connected, and the first conveyer belt 1-2 is arranged in parallel with the second conveyer belt 1-8, the transmission of transition belt 5-2 and first
Band 1-2 is vertically arranged, and the first conveyer belt 1-2 is connected with the second conveyer belt 1-8 by transition belt 5-2, the first inner guide 1-4
It is connected with straight guide rod 1-8 by First Transition guide rod 5-1A, the second inner guide 1-1 and straight guide rod 1-8 passes through the second transition guide rod
5-1B is connected.
Feed mechanism 2 includes feeding workbench and upset handgrip mechanism, and feeding workbench provides bubble bags for upset handgrip,
Feeding workbench includes storage compartment, material fetching mechanism and rotary shafts 2-2, and upset handgrip mechanism is arranged on the side of material fetching mechanism,
Storage compartment includes the top that Riving Box 2-3 and bar 2-4, Riving Box 2-3 and bar 2-4 are each attached to rotary shafts 2-2；Take storage
Material room includes the first cylinder 2-9, the first installing plate 2-8, feeding guide rod 2-7, the first sucker installing plate 2- including Riving Box material mechanism
6th, the first sucker 2-5 and material support plate 2-1, the first cylinder 2-9 are fixed on rotary shafts 2-2's by the first installing plate 2-8
Lower part, the piston rod of the first cylinder 2-9 are fixedly connected with the first sucker installing plate 2-6, and the first sucker 2-5 is fixed on the first sucker
On installing plate 2-6, one end of feeding guide rod 2-7 is fixedly connected with sucker installing plate 2-6, the middle part of feeding guide rod 2-7 and fixation
Linear bearing on the first installing plate 2-8 is engaged, and material support plate 2-1 is fixed on the middle part of rotary shafts 2-2；Upset is grabbed
Mobile phone structure includes switching mechanism, bag-clamping mechanism, auxiliary body and the second installing plate 2-18, and switching mechanism includes the 6th cylinder 2-
11st, connector 2-12, connecting shaft 2-17 and middle brace rod 2-13, bag-clamping mechanism include erection support 2-19, the first finger cylinder
2-14 and the first gripping finger 2-15, the second installing plate 2-18 are fixed on rotary shafts 2-2, one end of the 6th cylinder 2-11 and fixation
Mounting bracket 2-10 on the second installing plate 2-18 is consolidated by pin hinge, the other end and the connector 2-12 of the 6th cylinder 2-11
Fixed connection, rolling structure built in connector 2-12, connector 2-12 inner rings can phase outer ring rotating, connector 2-12 inner rings and connecting shaft 2-17
It is fixedly connected, forms connector 2-12 and connecting shaft 2-17 hinge arrangements, connecting shaft 2-17 bottoms are consolidated with middle brace rod 2-13
It is fixed to connect, bearing, bearing inner race and the middle brace rod being fixed on the second installing plate 2-18 are housed on middle brace rod 2-13
Support shaft 2-16 coordinates, so that the 6th cylinder 2-11 piston rods stretch and change into the swing of middle brace rod 2-13, switching mechanism
For four-bar linkage；Erection support 2-19 is fixedly connected with middle brace rod 2-13, and the first finger cylinder 2-14 is installed on peace
Fill on bearing 2-192-19, the movable finger of the first finger cylinder 2-14 is fixedly connected with the first gripping finger 2-15, so that first-hand
The movable finger for referring to cylinder 2-14 drives the first gripping finger 2-15 to clamp and loosen bubble bags.
Auxiliary body includes guide support axis 2-20, guide rod mounting blocks 2-21, secondary guide 2-22, sliding block 2-23, sliding block
Axis 2-24, fixed block 2-26 and anticollison block 2-25；Guide rod mounting blocks 2-21 and the guiding branch being fixed on the second installing plate 2-18
Axis 2-20 hinges are supportted, one end of secondary guide 2-22 is fixed on guide rod mounting blocks 2-21, the other end peace of secondary guide 22-22
Equipped with fixed block 2-26 and anticollison block 2-25, the middle part of secondary guide 2-22 matches with the linear bearing on sliding block 2-23
Close, so that sliding block 2-23 can be slided along secondary guide 2-22, sliding block 2-23 is fixedly connected with sliding block axis 2-24, on sliding block axis 2-24
End is provided with bearing, and bearing outer ring coordinates with middle brace rod, so that sliding block axis 2-24 can be with respect to middle brace rod support shaft 2-
16 rotate.
Bottle distributing mechanism 3 includes Dang Ping mechanisms, bottle pushing mechanism and sub-bottle installing plate 3-3, and sub-bottle installing plate 3-3 is fixed on first
In transport mechanism, Dang Ping mechanisms include the 3rd cylinder 3-6, transiting rod 3-5, intermediate bar 3-2 and damper rod 3-7, bottle pushing mechanism bag
The second cylinder and positioning push plate 3-1 are included, the 3rd cylinder 3-6 is fixed on sub-bottle installing plate 3-3, one end of transiting rod 3-5 and the
The piston rod of three cylinder 3-6 is fixedly connected by floating junction, and the other end and intermediate bar 3-2 one end of transiting rod 3-5 pass through pin
Pivot hinge, the intermediate bar 3-2 other ends pass through pin hinge, damper rod 3-7 middle parts and sub-bottle installing plate 3- with damper rod 3-7 one end
3 are fixed on sub-bottle installing plate 3-3 by pin hinge, the second cylinder 3-4, piston rod and the positioning push plate of the second cylinder 3-4
3-1 is fixedly connected, and bottle is moved at damper rod 3-7 with the first conveyer belt 1-2, and damper rod 3-7 prevents bottle with the first transmission
Band 1-2 is moved, and positioning push plate 3-1 pushes to bottle on transition belt 5-2.
Ding Ping mechanisms 4 include the 4th left cylinder 4-3, the 4th right cylinder 4-1, left gripper 4-4, right gripper 4-2 and sensor
4-5；4th left cylinder 4-3 and the 4th right cylinder 4-1 is symmetrical arranged, and the 4th left cylinder 4-3 is fixed on the of transition transport mechanism
On two transition section material frame 1-9B, the 4th right cylinder 4-1 is fixed on the First Transition section material frame 1-9A of transition transport mechanism, sensing
Device 4-5 is fixed on the second transition section material frame 1-9B of transition transport mechanism, the piston rod of the 4th left cylinder 4-3 and left gripper 4-
4 are fixedly connected, and the piston rod of the 4th right cylinder 4-1 is fixedly connected with right gripper 4-2.Sensor 4-5 is used to detect bottle supplied materials,
When the induction region of bottle proximity sensor 4-5, sensor 4-5 is triggered, and the 4th left cylinder 4-3 and the 4th right cylinder 4-1 are same
When action bottle is positioned, positioning time is determined by productive temp.When sensor 4-5 is triggered, the 3rd cylinder 3-6 drives gear
Plate stem 3-7 turns an angle, and bottle is not prevented when passing through the Ding Ping mechanisms, will continue to move with the first conveyer belt 1-2.
Bagging mechanism 6 includes robot body 6-13, bagging handgrip and installation table 6-14；Robot body 6-13 is fixed on
On installation table 6-14, robot body 6-13, which includes driving assembling device, transmission device and end effector mechanism, bagging handgrip, to be included
3rd installing plate 6-12, the 5th cylinder 6-1, the first connecting plate 6-5, the second connecting plate 6-8, sucker adapter 6-7, the second sucker
6-6, second finger cylinder 6-10, the second gripping finger 6-11 and accessory, the 3rd installing plate 6-12 and robot body 6-13's
End effector is fixedly connected, and the 5th cylinder 6-1 is fixed on the 3rd installing plate 6-12, and the first connecting plate 6-5 is fixed on the 3rd peace
On the lower face of loading board 6-12, the second connecting plate 6-8 tops are fixedly connected with the piston rod of the 5th cylinder 6-1, the second connecting plate
6-8 and the first connecting plate 6-5 are oppositely arranged, and the lower end of the first connecting plate 6-5 and the second connecting plate 6-8 are equipped with keyway, and sucker is fitted
Orchestration 6-7 is locked on keyway, and locked positions of the sucker adapter 6-7 on keyway can be adjusted, and be connected on sucker adapter 6-7
The second sucker 6-6 is connected to, second finger cylinder 6-10 is fixed on the 3rd installing plate 6-12, the activity of second finger cylinder 6-10
Finger is fixedly connected with the second gripping finger 6-11, and accessory includes optical axis 6-9, linear bearing 6-2, anticollision ring 6-4 and retainer ring
6-3, optical axis 6-9 and the piston rod of the 5th cylinder 6-1 are arranged in parallel, and optical axis 6-9 one end is fixed on the second connecting plate 6-8 lower ends,
The other end is provided with anticollision ring 6-4 and retainer ring 6-3, optical axis 6-9 middle parts and the linear bearing being fixed on the first connecting plate 6-5
6-2 coordinates.
The course of work of the utility model bottle automatic bag sheathing device is as follows：
The production includes several bagging execution units, with bottle come stockline it is gentle bubble bag carry out stockline, the two at the same time into
OK.
Bottle carrys out stockline：
A, bottle is moved at damper rod 3-7 with the first conveyer belt 1-2, and damper rod 3-7 prevents bottle from moving on, and second
Cylinder 3-4 drives positioning push plate 3-1 that bottle is pushed on transition belt 5-2.B, after sensor sensing bottle, control system
Instruction is sent, the 4th left cylinder 4-3 and the 4th right cylinder 4-1 drive left gripper 4-4 and right gripper 4-2 to clamp bottle respectively；
Bubble bags carry out stockline：
A, the first cylinder 2-9 drives the first sucker 2-5 to take out bubble bags from Riving Box 2-3 and is placed on material support plate 2-
On 1;B, the 6th cylinder 2-11 drives bag-clamping mechanism, which moves to preset, treats folder bag position, and the first finger cylinder 2-14 drives the first folder
Refer to 2-15 gripping bubble bags, the piston rod of the 6th cylinder 2-11 is retracted, and bag-clamping mechanism moves to initial position, completes to gas therewith
Steep the upset of bag.
Specific bagging process is as follows：
Robot body 6-13 drives bagging handgrip movement predeterminated position, and second finger cylinder 6-10 actions drive the second folder
Refer to 6-11 gripping bubble bags, the first finger cylinder 2-14 actions drive the first gripping finger 2-15 to unclamp bubble bags；5th cylinder 6-1's
Piston rod, which is retracted, drives the second connecting plate 6-8 movements, and the first sucker 6-6 and the second sucker 6-7 hold the both sides of bubble bags respectively,
5th cylinder 6-1 drives the second sucker 6-7 movements, so that bubble bags are softened, then robot body 6-13 drives bagging to grab
Hand has positioned the station bottle bagging, and after the completion of bagging, bottle is moved on the second conveyer belt 1-8 with transition belt 5-2.
Schematically the utility model is described above, this describe it is no restricted, shown in attached drawing also only
It is one of embodiment of the utility model, actual structure is not limited thereto.So if ordinary skill people of this area
Member is enlightened by it, without deviating from the purpose of the present invention, without creatively designing and the technical solution
Similar frame mode and embodiment, all should belong to the protection range of the utility model.
Claims (8)
1. a kind of bottle automatic bag sheathing device, it is characterised in that the device includes transport mechanism（1）It is described with bagging execution unit
Transport mechanism（1）Including the first transport mechanism and the second transport mechanism, bagging execution unit includes transition transport mechanism（5）, give
Expect mechanism（2）, bottle distributing mechanism（3）, Ding Ping mechanisms（4）And bagging mechanism（6）；First transport mechanism and the second transport mechanism
It is arranged in parallel, first transport mechanism and second transport mechanism pass through the transition transport mechanism（5）It is connected, described point
Bottle mechanism（3）And for providing the feed mechanism of bubble bags（2）The same side of first transport mechanism is arranged on, it is described
Bottle distributing mechanism（3）It is fixed in first transport mechanism, the bagging mechanism（6）It is arranged on first transport mechanism and institute
Between stating the second transport mechanism, the Ding Ping mechanisms（4）It is fixed on the transition transport mechanism（5）On.
2. a kind of bottle automatic bag sheathing device according to claim 1, it is characterised in that first transport mechanism includes
First conveyer belt（1-2）, the first outer profile frame（1-1）And the first inner profile frame（1-5）, the first outer profile frame（1-1）With
First inner profile frame（1-5）It is arranged in parallel in first conveyer belt（1-2）Both sides, the first outer profile frame（1-1）Even
It is continuous to set, the first inner profile frame（1-5）It is arranged at intervals；Second transport mechanism includes the second conveyer belt（1-8）, second
Outer profile frame（1-10）And the second inner profile frame（1-6）, the second outer profile frame（1-10）With the second inner profile frame（1-6）It is flat
Row is arranged on second conveyer belt（1-8）Both sides, the second outer profile frame（1-10）It is continuous to set, second inner mold
Material frame（1-6）It is arranged at intervals；The transition transport mechanism（5）Including transition belt（5-2）, First Transition section material frame（5-4A）
And the second transition section material frame（5-4B）, the First Transition section material frame（5-4A）With the second transition section material frame（5-4B）It is parallel
It is arranged on the transition belt（5-2）Both sides, first conveyer belt（1-2）With second conveyer belt（1-8）It is parallel
Set, the transition belt（5-2）With first conveyer belt（1-2）It is vertically arranged, first conveyer belt（1-2）With institute
State the second conveyer belt（1-8）Pass through transition belt（5-2）It is connected.
A kind of 3. bottle automatic bag sheathing device according to claim 1, it is characterised in that the feed mechanism（2）Including sending
Expect workbench and upset handgrip mechanism；The feeding workbench includes storage compartment, material fetching mechanism and rotary shafts（2-2）, it is described
Upset handgrip mechanism is arranged on the side of the material fetching mechanism, and the upset handgrip mechanism is arranged on the rotary shafts（2-2）
On；The storage compartment includes Riving Box（2-3）And bar（2-4）, the Riving Box（2-3）With the bar（2-4）It is fixed
In the rotary shafts（2-2）Top；The material fetching mechanism includes the first cylinder（2-9）, the first installing plate（2-8）, feeding leads
Bar（2-7）, the first sucker installing plate（2-6）, the first sucker（2-5）And material support plate（2-1）, first cylinder（2-9）
Pass through first installing plate（2-8）It is fixed on the rotary shafts（2-2）Lower part, first cylinder（2-9）Piston
Bar and the first sucker installing plate（2-6）It is fixedly connected, first sucker（2-5）It is fixed on the first sucker installing plate
（2-6）On, the feeding guide rod（2-7）One end and the sucker installing plate（2-6）It is fixedly connected, the feeding guide rod（2-
7）Middle part and be fixed on first installing plate（2-8）On linear bearing be engaged, the material support plate（2-1）It is fixed
In the rotary shafts（2-2）Middle part；The upset handgrip mechanism includes switching mechanism, bag-clamping mechanism, auxiliary body and the
Two installing plates（2-18）, the switching mechanism includes the 6th cylinder（2-11）, connector（2-12）, connecting shaft（2-17）And centre connects
Extension bar（2-13）, the bag-clamping mechanism includes erection support（2-19）, the first finger cylinder（2-14）And first gripping finger（2-15）,
Second installing plate（2-18）It is fixed on the rotary shafts（2-2）On, the 6th cylinder（2-11）One end with it is described
Second installing plate（2-18）Hinge, the 6th cylinder（2-11）The other end and the connector（2-12）It is fixedly connected, it is described
Connector（2-12）With the connecting shaft（2-17）Upper end hinge, the connecting shaft（2-17）Bottom and the centre connect
Extension bar（2-13）Middle part be fixedly connected, the middle brace rod（2-13）One end and second installing plate（2-18）Hinge
Chain, the erection support（2-19）With the middle brace rod（2-13）It is fixedly connected, first finger cylinder（2-14）Peace
Mounted in the erection support（2-19）On, first finger cylinder（2-14）Movable finger and first gripping finger（2-15）
It is fixedly connected.
4. a kind of bottle automatic bag sheathing device according to claim 3, it is characterised in that the auxiliary body includes guide rod
Mounting blocks（2-21）, secondary guide（2-22）, sliding block（2-23）, fixed block（2-26）And anticollison block（2-25）；The guide rod peace
Fill block（2-21）With second installing plate（2-18）Hinge, the secondary guide（2-22）One end be fixed on guide rod peace
Fill block（2-21）On, the secondary guide（2-22）The other end fixed block is installed（2-26）With the anticollison block（2-
25）, the secondary guide（2-22）Middle part and the sliding block（2-23）It is slidably connected, the sliding block（2-23）It is connected with centre
Bar（2-13）Hinge.
A kind of 5. bottle automatic bag sheathing device according to claim 1, it is characterised in that the bottle distributing mechanism（3）Including gear
Bag mechanism, bottle pushing mechanism and sub-bottle installing plate（3-3）；The sub-bottle installing plate（3-3）It is fixed on first transport mechanism
First outer profile frame（1-1）On, the gear bag mechanism includes the 3rd cylinder（3-6）, transiting rod（3-5）, intermediate bar（3-2）And gear
Plate stem（3-7）, the bottle pushing mechanism includes the second cylinder（3-4）And positioning push plate（3-1）, the 3rd cylinder（3-6）It is fixed
In the sub-bottle installing plate（3-3）On, the transiting rod（3-5）One end and the 3rd cylinder（3-6）Piston rod fix
Connection, the transiting rod（3-5）The other end and the intermediate bar（3-2）One end hinge, the intermediate bar（3-2）It is another
End and the damper rod（3-7）One end hinge, the damper rod（3-7）Middle part and the sub-bottle installing plate（3-3）Hinge, institute
State the second cylinder（3-4）It is fixed on the sub-bottle installing plate（3-3）On, second cylinder（3-4）Piston rod with it is described fixed
Position push plate（3-1）It is fixedly connected.
A kind of 6. bottle automatic bag sheathing device according to claim 1, it is characterised in that the Ding Ping mechanisms（4）Including
Four left cylinders（4-3）, the 4th right cylinder（4-1）, left gripper（4-4）, right gripper（4-2）And sensor（4-5）；Described 4th is right
Cylinder（4-1）And the 4th left cylinder（4-3）The First Transition section bar being respectively symmetrically fixed in the transition transport mechanism
Frame（1-9）A and the second transition section material frame（1-9）On B, the sensor（4-5）It is fixed on the second transition section material frame（1-9）
On B, the 4th left cylinder（4-3）Piston rod and the left gripper（4-4）It is fixedly connected, the 4th right cylinder（4-1）
Piston rod and the right gripper（4-2）It is fixedly connected.
A kind of 7. bottle automatic bag sheathing device according to claim 1, it is characterised in that the bagging mechanism（6）Including machine
Device human body（6-13）, bagging handgrip and installation table（6-14）；The robot body（6-13）It is fixed on the installation table（6-
14）On；The bagging handgrip includes the 3rd installing plate（6-12）, the 5th cylinder（6-1）, the first connecting plate（6-5）, second connection
Plate（6-8）, sucker adapter（6-7）, the second sucker（6-6）, second finger cylinder（6-10）, the second gripping finger（6-11）And auxiliary
Component, the 3rd installing plate（6-12）With the robot body（6-13）End effector be fixedly connected, the described 5th
Cylinder（6-1）It is fixed on the 3rd installing plate（6-12）On, first connecting plate（6-5）It is fixed on the 3rd installing plate
（6-12）Lower face on, second connecting plate（6-8）Top and the 5th cylinder（6-1）Piston rod be fixedly connected,
Second connecting plate（6-8）With first connecting plate（6-5）It is oppositely arranged, first connecting plate（6-5）And described
Two connecting plates（6-8）Lower end be equipped with keyway, the sucker adapter（6-7）It is locked on the keyway, the sucker adaptation
Device（6-7）Locked position on the keyway can be adjusted, the sucker adapter（6-7）On be connected with second sucker
（6-6）, the second finger cylinder（6-10）It is fixed on the 3rd installing plate（6-12）Upper, the second finger cylinder
（6-10）Movable finger and second gripping finger（6-11）It is fixedly connected.
8. a kind of bottle automatic bag sheathing device according to claim 7, it is characterised in that described in the bagging handgrip
Accessory includes optical axis（6-9）, linear bearing（6-2）, anticollision ring（6-4）And retainer ring（6-3）；The optical axis（6-9）With
5th cylinder（6-1）Piston rod be arranged in parallel, the optical axis（6-9）One end be fixed on second connecting plate（6-
8）Lower end, the optical axis（6-9）The other end anticollision ring is installed（6-4）And the retainer ring（6-3）, the optical axis
（6-9）Middle part and be fixed on first connecting plate（6-5）On the linear bearing（6-2）It is engaged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720989213.0U CN207328964U (en) | 2017-08-09 | 2017-08-09 | A kind of bottle automatic bag sheathing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720989213.0U CN207328964U (en) | 2017-08-09 | 2017-08-09 | A kind of bottle automatic bag sheathing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207328964U true CN207328964U (en) | 2018-05-08 |
Family
ID=62378370
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720989213.0U Active CN207328964U (en) | 2017-08-09 | 2017-08-09 | A kind of bottle automatic bag sheathing device |
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| CN (1) | CN207328964U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107336875A (en) * | 2017-08-09 | 2017-11-10 | 安徽海思达机器人有限公司 | A kind of bottle automatic bag sheathing device |
-
2017
- 2017-08-09 CN CN201720989213.0U patent/CN207328964U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107336875A (en) * | 2017-08-09 | 2017-11-10 | 安徽海思达机器人有限公司 | A kind of bottle automatic bag sheathing device |
| CN107336875B (en) * | 2017-08-09 | 2023-09-26 | 安徽海思达机器人有限公司 | Automatic bagging apparatus of wine bottle |
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