CN207985339U - Toy packaging switching mechanism - Google Patents
Toy packaging switching mechanism Download PDFInfo
- Publication number
- CN207985339U CN207985339U CN201721870517.1U CN201721870517U CN207985339U CN 207985339 U CN207985339 U CN 207985339U CN 201721870517 U CN201721870517 U CN 201721870517U CN 207985339 U CN207985339 U CN 207985339U
- Authority
- CN
- China
- Prior art keywords
- overturning
- suction cup
- cup assembly
- torsion shaft
- packing box
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model is related to toy production equipment fields, more particularly to a kind of toy packaging switching mechanism, include the roll-over unit for being overturn to packing box and the buanch unit positioned at roll-over unit rear for the packing box after shifting overturning, roll-over unit and buanch unit are each perpendicular to the assembly line for conveying packs；The overturning Power Component of torsion shaft, driving torsion shaft rotation between roll-over unit includes two overturning columns, is connected to overturning column side overturning sliding block, the mounting blocks being arranged in outside overturning column, two mounting blocks is connected between two overturning sliding blocks and is parallel to the turnover bracket of torsion shaft, driving overturning sliding block along the sliding power component for overturning column and sliding up and down, and further includes the overturning Suction cup assembly for being connected to torsion shaft and being used for draw package box.In the utility model packaging process can be achieved packing box automatic turning and shift, high degree of automation, work efficiency is high.
Description
Technical field
The utility model is related to toy production equipment fields, more particularly to toy packaging switching mechanism.
Background technology
To attract attention children, toy carton to be usually made of, printed on cardboard various cardboard and plastic portions
The pattern of various kinds illustrates etc. that information, plastic cement are transparent, and children can see the shape of toy in packing box by plastic cement position,
With the desire for exciting children to buy.
For the toy of irregular shape, packing box is also in irregular, and the prior art is more to the packaging of this type toy
By manually carrying out, specifically, manually taking cardboard, manually toy being positioned on cardboard, manually takes plastic plate, manually by plastic cement
The programs such as plate and cardboard pressing connection, artificial coding.On the one hand, the degree of automation is low, high labor cost, working efficiency are low, and
Two aspects, it is many random due to manually existing, lead to that packaging quality is poor, product qualification rate is low.
In packaging process, need packing box overturning 180 ° after pressing one side surface of packing box, then after carrying out
The operation of continuous station, the switching process of the prior art is by manual operation, the degree of automation is low, working efficiency is low, manually at
This height.
Utility model content
To solve the above problems, packing box automatic turning can be achieved in a kind of packaging process of the utility model offer and turn
Shifting, high degree of automation, the toy packaging switching mechanism that work efficiency is high.
Technical solution used by the utility model is：Toy packaging switching mechanism, including be used to carry out packing box
The roll-over unit of overturning and the buanch unit for being used to shift the packing box after overturning positioned at roll-over unit rear, the roll-over unit
It is each perpendicular to the assembly line for conveying packs with buanch unit；The roll-over unit includes being vertically installed in assembly line surface
Two overturning columns, be connected to overturning column side and can along overturning column slide up and down overturning sliding block, be connected to overturning
Sliding block and be arranged in overturning column outside mounting blocks, be connected between two mounting blocks torsion shaft, driving torsion shaft rotation
Overturning Power Component, be connected between two overturning sliding blocks and be parallel to the turnover bracket of torsion shaft, driving overturning sliding block edge
The sliding power component that overturning column slides up and down further includes the overturning sucker group for being connected to torsion shaft for draw package box
Part.
To being further improved as the sliding power component includes being set to overturning column side for above-mentioned technical proposal
Telescopic cylinder is connected to telescopic cylinder output end and is set to overturning column and deviates from the drive block of telescopic cylinder side, is set to
The transmission gear at turnover bracket both ends, the drive block are offered close to one side surface of transmission gear for being nibbled with transmission gear
The tooth socket of conjunction.
To being further improved as the buanch unit includes be vertically installed in assembly line surface two for above-mentioned technical proposal
Root transfer column, be connected at the top of two transfer columns the first connecting plate, be installed at the top of the first connecting plate finger cylinder,
It is parallel to the first connecting plate and is connected to the second connecting plate of finger cylinder output end, is set to the level of the second connecting plate bottom
Cylinder, the lifting cylinder for being vertically connected at horizontal air cylinder output end, be connected to lifting cylinder output end be used for draw package box
Transfer Suction cup assembly, second connecting plate pass through two transfer columns, and the both sides up and down of the second connecting plate be all provided with it is wired
Property bearing.
To being further improved as the overturning Suction cup assembly and transfer Suction cup assembly include fixing for above-mentioned technical proposal
Mounting plate, four vacuum cups for being installed on fixed mounting plate bottom four corners vertex.
The beneficial effects of the utility model are：
1, on the one hand, it first passes through roll-over unit and automatically overturns packing box, then by buanch unit by the packaging after overturning
Box is transferred to next station, realizes that the automatic turning of packing box and automatic transfer, whole process are not required to artificial interference, the degree of automation
Height, work efficiency is high.Second aspect, roll-over unit include two overturning columns for being vertically installed in assembly line surface, are connected to
Overturning column side and can along overturning column slide up and down overturning sliding block, be connected to overturning sliding block and be arranged in overturning column outside
The mounting blocks in portion, the overturning Power Component for driving torsion shaft rotation, are connected to two at the torsion shaft being connected between two mounting blocks
Between a overturning sliding block and it is parallel to the turnover bracket of torsion shaft, drives overturning sliding block dynamic along the sliding that column slides up and down is overturn
Power component further includes the overturning Suction cup assembly for being connected to torsion shaft for draw package box, and first, sliding power Component driver turns over
Turn Suction cup assembly to decline to reset after draw package box from mold, afterwards turns over Power Component driving torsion shaft rotation, overturning
Axis rotation drives overturning Suction cup assembly and packing box to rotate 180 °, and after rotation, buanch unit moves at packing box, will wrap
Mounted box is transferred to next station from roll-over unit, and entire rotary course is all to carry out automatically, high degree of automation, working efficiency
It is high.
2, sliding power component include the telescopic cylinder for being set to overturning column side, be connected to telescopic cylinder output end and
Overturning column is set to deviate from the drive block of telescopic cylinder side, be set to the transmission gear at turnover bracket both ends, the biography
Motion block offers the tooth socket for being engaged with transmission gear close to one side surface of transmission gear, and telescopic cylinder provides power, transmits
To drive block, connection is engaged with transmission gear by the tooth socket on drive block surface, power is transferred to gear to be revolved with band moving gear
Turn, gear rotation drives overturning sliding lifting to be slided so that overturning Suction cup assembly can drop to draw package box at packing box
Power Component can accurately ensure to overturn the distance that Suction cup assembly declines so that overturning Suction cup assembly can just drop to packing box
Draw package box is sentenced, kinematic accuracy is high, and work efficiency is high.
3, buanch unit includes two transfer columns for being vertically installed in assembly line surface, is connected to two transfer column tops
First connecting plate in portion, is parallel to the first connecting plate and is connected to finger gas the finger cylinder being installed at the top of the first connecting plate
Second connecting plate of cylinder output end, is vertically connected at horizontal air cylinder output end at the horizontal air cylinder for being set to the second connecting plate bottom
Lifting cylinder, be connected to the transfer Suction cup assembly for draw package box of lifting cylinder output end, second connecting plate
It is equipped with linear bearing across the both sides up and down of two transfer columns, and the second connecting plate, under the action of horizontal air cylinder, transfer
Suction cup assembly is horizontally movable, under the action of lifting cylinder, transfer Suction cup assembly can movement in vertical direction, in finger cylinder
Under effect, transfer Suction cup assembly can move up and down, specifically, first, horizontal air cylinder work, driving shifts Suction cup assembly to overturning
Component direction moves, when moving to the overturning Suction cup assembly of transfer Suction cup assembly, lifting cylinder work, and driving transfer sucker group
Part drops at overturning Suction cup assembly, draw package box, then turns Suction cup assembly with packing box reversing reset, rises backward turn
Component is moved away from overturning one side direction of component movement, finger cylinder drives entire lowering with by shifting Suction cup assembly by packing box
It is positioned over next station, realizes the transfer of packing box, since each cylinder stroke is certain so that transfer Suction cup assembly is in the horizontal direction
It is certain with the distance of movement in vertical direction, guarantee stable absorption and shifts packing box, high degree of automation, working efficiency
Height, operating accuracy are high.
4, it overturns Suction cup assembly and transfer Suction cup assembly includes fixed mounting plate, is installed on fixed mounting plate bottom four corners
Four vacuum cups of vertex, the draw package box stablized by four vacuum cups, and packing box is driven to lift or rotate,
Since four vertex of packing box being sucked respectively, packing box stress balance is drawn and is stablized, packing box force unbalance is avoided to make
At fall or tilt, it is ensured that being smoothed out for overturning or transfer is further conducive to improve working efficiency and operating accuracy.
Description of the drawings
Fig. 1 is the stereogram of the utility model；
Fig. 2 is the stereogram at another visual angle of the utility model.
Specific implementation mode
The utility model is further described below in conjunction with attached drawing.
As Figure 1-Figure 2, the respectively stereogram of the utility model different visual angles.
Toy packaging switching mechanism 200 includes roll-over unit 210 for being overturn to packing box and positioned at overturning
210 rear of unit is used to shift the buanch unit 220 of the packing box after overturning, and roll-over unit 210 and buanch unit 220 are vertical
In the assembly line for conveying packs.
Roll-over unit 210 includes two overturning columns 211 for being vertically installed in assembly line surface, is connected to overturning column
211 sides and can along the overturning sliding block 212 that overturning column 211 slides up and down, be connected to overturning and sliding block 212 and be arranged in overturning
Mounting blocks 213 outside column 211, the torsion shaft 214 being connected between two mounting blocks 213, driving torsion shaft 214 rotate
Overturning Power Component 215 is connected between two overturning sliding blocks 212 and is parallel to the turnover bracket 216 of torsion shaft 214, driving
The sliding power component 217 that overturning sliding block 212 is slided up and down along overturning column 211 further includes being connected to torsion shaft 214 for inhaling
Take the overturning Suction cup assembly 218 of packing box.
Sliding power component 217 includes the telescopic cylinder 217a for being set to 211 side of overturning column, is connected to telescopic cylinder
217a output ends and be set to overturning column 211 away from the sides telescopic cylinder 217a drive block 217b, be set to turnover bracket
The transmission gear 217c at 216 both ends, drive block 217b are offered close to mono- side surfaces transmission gear 217c to be used for and driving cog
The tooth socket 217d of 217c engagements is taken turns, telescopic cylinder 217a provides power, passes to drive block 217b, pass through the surfaces drive block 217b
Tooth socket 217d engage connection with transmission gear 217c, by power be transferred to gear with band moving gear rotate, gear rotation drive
Overturning sliding lifting, so that overturning Suction cup assembly 218 can drop to draw package box at packing box, sliding power component 217
It can accurately ensure to overturn the distance that Suction cup assembly 218 declines so that overturning Suction cup assembly 218 can just drop at packing box
With draw package box, kinematic accuracy is high, and work efficiency is high.
Buanch unit 220 is stood including being vertically installed in two transfer columns 221 on assembly line surface, being connected to two transfers
First connecting plate 222 at 221 top of column, is parallel to the first connection at the finger cylinder 223 for being installed on 222 top of the first connecting plate
It plate 222 and is connected to the second connecting plate 224 of upper and lower air cylinders output end, is set to the horizontal air cylinder of 224 bottom of the second connecting plate
225, be vertically connected at the lifting cylinder 226 of 225 output end of horizontal air cylinder, be connected to 226 output end of lifting cylinder for inhaling
Taking the transfer Suction cup assembly 227 of packing box, the second connecting plate 224 passes through two transfer columns 221, and the second connecting plate 224
Upper and lower both sides are equipped with linear bearing 228, and under the action of horizontal air cylinder 225, transfer Suction cup assembly 227 is horizontally movable,
Under the action of lifting cylinder 226, transfer Suction cup assembly 227 can movement in vertical direction, under the action of finger cylinder 223, transfer
Suction cup assembly 227 can move up and down, specifically, first, horizontal air cylinder 225 works, driving shifts Suction cup assembly 227 to overturning group
Part direction moves, and when moving to the overturning Suction cup assembly 218 of transfer Suction cup assembly 227, lifting cylinder 226 works, and driving turns
It moves Suction cup assembly 227 to drop at overturning Suction cup assembly 218, then it is reversed with packing box to turn Suction cup assembly for draw package box
It resets, is moved to transfer assembly away from overturning one side direction of component after rising, finger cylinder 223 drives entire lowering with by turning
It moves Suction cup assembly 227 and packing box is positioned over next station, the transfer of packing box is realized, since each cylinder stroke is certain so that
The distance that transfer Suction cup assembly 227 both horizontally and vertically moves is certain, guarantees stable absorption and shifts packaging
Box, high degree of automation, work efficiency is high, and operating accuracy is high.
Overturning Suction cup assembly 218 and transfer Suction cup assembly 227 include fixed mounting plate 218a, are installed on fixed mounting plate
Four vacuum cup 218b of 218a bottom four corners vertex, the draw package box stablized by four vacuum cup 218b, and
Packing box lifting or rotation are driven, since four vertex of packing box being sucked respectively, packing box stress balance is drawn and is stablized,
It avoids falling or tilting caused by packing box force unbalance, it is ensured that overturn or that shifts is smoothed out, be further conducive to carry
High working efficiency and operating accuracy.
On the one hand, it first passes through roll-over unit 210 automatically to overturn packing box, then will be after overturning by buanch unit 220
Packing box is transferred to next station, realizes that the automatic turning of packing box and automatic transfer, whole process are not required to artificial interference, automates journey
Degree is high, and work efficiency is high.Second aspect, roll-over unit 210 include two overturning columns for being vertically installed in assembly line surface
211, be connected to overturning 211 side of column and can along overturning column 211 slide up and down overturning sliding block 212, be connected to overturning slide
Block 212 and be arranged in overturning column 211 outside mounting blocks 213, be connected between two mounting blocks 213 torsion shaft 214, drive
The overturning Power Component 215 of the dynamic rotation of torsion shaft 214 is connected between two overturning sliding blocks 212 and is parallel to torsion shaft 214
The sliding power component 217 that turnover bracket 216, driving overturning sliding block 212 are slided up and down along overturning column 211, further includes connection
It is used for the overturning Suction cup assembly 218 of draw package box in torsion shaft 214, first, the driving overturning sucker group of sliding power component 217
Part 218 declines to be resetted after draw package box from mold, afterwards turns over Power Component 215 and torsion shaft 214 is driven to rotate, overturning
The rotation of axis 214 drives overturning Suction cup assembly 218 and packing box to rotate 180 °, and after rotation, buanch unit 220 moves to packaging
At box, packing box is transferred to next station from roll-over unit 210, entire rotary course is all to carry out automatically, the degree of automation
Height, work efficiency is high.
The operation principle of the utility model is：
First, it overturns at component, telescopic cylinder 217a provides power, passes to drive block 217b, passes through drive block 217b
The tooth socket 217d on surface engages connection with transmission gear 217c, and power is transferred to gear to be rotated with band moving gear, gear rotation
Overturning sliding lifting is driven to afterwards turn over power so that overturning Suction cup assembly 218 can drop to draw package box at packing box
Component 215 drives torsion shaft 214 to rotate, and the rotation of torsion shaft 214 drives overturning Suction cup assembly 218 and packing box to rotate 180 °；So
Afterwards, under the action of horizontal air cylinder 225, transfer Suction cup assembly 227 is horizontally movable, under the action of lifting cylinder 226, transfer
Suction cup assembly 227 can movement in vertical direction, under the action of finger cylinder 223, transfer Suction cup assembly 227 can move up and down, have
Body is that first, horizontal air cylinder 225 works, and driving transfer Suction cup assembly 227 is moved to overturning component direction, is shifted when moving to
When the overturning Suction cup assembly 218 of Suction cup assembly 227, lifting cylinder 226 works, and driving transfer Suction cup assembly 227 drops to overturning
At Suction cup assembly 218, draw package box；Finally, turn Suction cup assembly with packing box reversing reset, carried on the back to transfer assembly after rising
From overturning one side direction of component movement, finger cylinder 223 drives entire lowering to put packing box by shifting Suction cup assembly 227
It is placed in next station, realizes the transfer of packing box.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (4)
1. toy packaging switching mechanism, it is characterised in that：Include roll-over unit for being overturn to packing box and is located at
Roll-over unit rear is used to shift the buanch unit of the packing box after overturning, and the roll-over unit and buanch unit are each perpendicular to use
In the assembly line of conveying packs；The roll-over unit includes two overturning columns for being vertically installed in assembly line surface, connection
In overturning column side and can along the overturning sliding block that overturning column slides up and down, be connected to overturning and sliding block and be arranged in overturning column
The mounting blocks of outside, the overturning Power Component for driving torsion shaft rotation, are connected to the torsion shaft being connected between two mounting blocks
Between two overturning sliding blocks and it is parallel to the turnover bracket of torsion shaft, the sliding that driving overturning sliding block is slided up and down along overturning column
Power Component further includes the overturning Suction cup assembly for being connected to torsion shaft for draw package box.
2. toy packaging switching mechanism according to claim 1, it is characterised in that：The sliding power component includes setting
It is placed in the telescopic cylinder of overturning column side, is connected to telescopic cylinder output end and is set to overturning column and deviates from telescopic cylinder one
The drive block of side, the transmission gear for being set to turnover bracket both ends, the drive block are opened up close to one side surface of transmission gear
It is useful for the tooth socket engaged with transmission gear.
3. toy packaging switching mechanism according to claim 2, it is characterised in that：The buanch unit includes vertically setting
Two transfer columns for being placed in assembly line surface, are installed on the first company at the first connecting plate being connected at the top of two transfer columns
Finger cylinder at the top of fishplate bar, is set to the second connecting plate for being parallel to the first connecting plate and being connected to finger cylinder output end
The horizontal air cylinder of second connecting plate bottom, the lifting cylinder for being vertically connected at horizontal air cylinder output end, to be connected to lifting cylinder defeated
The transfer Suction cup assembly for draw package box of outlet, second connecting plate pass through two transfer columns, and the second connection
The both sides up and down of plate are equipped with linear bearing.
4. toy packaging switching mechanism according to claim 3, it is characterised in that：The overturning Suction cup assembly and transfer
Suction cup assembly includes fixed mounting plate, is installed on four vacuum cups of fixed mounting plate bottom four corners vertex.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721870517.1U CN207985339U (en) | 2017-12-28 | 2017-12-28 | Toy packaging switching mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721870517.1U CN207985339U (en) | 2017-12-28 | 2017-12-28 | Toy packaging switching mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207985339U true CN207985339U (en) | 2018-10-19 |
Family
ID=63817171
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721870517.1U Expired - Fee Related CN207985339U (en) | 2017-12-28 | 2017-12-28 | Toy packaging switching mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207985339U (en) |
-
2017
- 2017-12-28 CN CN201721870517.1U patent/CN207985339U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181019 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |