CN105426614B - Process simulation flower blanking apparatus and its method - Google Patents
Process simulation flower blanking apparatus and its method Download PDFInfo
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- CN105426614B CN105426614B CN201510812080.5A CN201510812080A CN105426614B CN 105426614 B CN105426614 B CN 105426614B CN 201510812080 A CN201510812080 A CN 201510812080A CN 105426614 B CN105426614 B CN 105426614B
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Abstract
The invention discloses a kind of process simulation flower blanking apparatus and its methods, the blanking apparatus includes rack, the feeding mechanism for conveying cloth to be punched, the to be punched cloth next for the conveying of punching press feeding mechanism to cut out the punching mechanism of artificial flowers petal, the flower frame mechanism for putting artificial flowers petal and the fallen flowers mechanism for the artificial flowers petal of the be punched formation of punching mechanism to be displaced downwardly to flower frame mechanism, and the feeding mechanism, punching mechanism, flower frame mechanism, fallen flowers mechanism are separately mounted in rack；Cloth to be punched is packed into feeding mechanism by the present invention, flower frame mechanism is packed into push away case structure, by controlling the feeding motor running speed of feeding mechanism, punching mechanism punch-pin moves up and down frequency, push rod moves down thickness and flower frame mechanism switching frequency is realized full-automatic petal punching and collected, and really realizes full-automatic punching and people's multi-machine operation mode.
Description
Technical field
The present invention relates to process simulation flower automated production fields, and in particular to a kind of process simulation flower blanking apparatus and its
Method.
Background technique
Soap matter process simulation flower formation system usually requires by cloth processed, cuts out just be made with three steps of punching press and have
The three-dimensional soap matter process simulation flower petal of texture, is sent petal to Long Hua mechanism by Yi Hua mechanism, if will by Long Hua mechanism
The dry three-dimensional soap matter process simulation flower petal with texture holds together into a soap matter process simulation flower.It is existing for soap matter technique
The punching of artificial flowers cloth is that cloth is made using raw material, by cloth is manually divided into unified specification size cloth, operative employee's benefit
It is punched into the petal of size specification with punching machine, that there are space occupied is big, at high cost for the technique of existing manufacture petal, time-consuming,
The disadvantages of worker's work risk is high.It requires consideration for how can to automate, is stable, securely achieving to soap matter process simulation
Flower cloth blanking generates plane petal, and for rear end, thermal finalization Long Hua mechanism provides raw material.Therefore it designs a kind of applied to soap matter work
Skill emulates the blanking mechanism of flower prod, and overall cost is lower, equipment is simple, compact-sized, is highly important.In view of above-mentioned
Problem, the following technical solutions are proposed by the present invention.
Summary of the invention
Goal of the invention: the process simulation flower blanking apparatus that the present invention designs can realize that quick, efficient completion cloth is transformed into
The process flow of petal, significantly improves work efficiency, while reducing the risk of production cost and operation.
Design technology artificial flowers blanking mechanism can once complete the production of the emulation petal of different size, be particularly suitable for rushing for flexible article
It cuts out.
Technical solution:
A kind of process simulation flower blanking apparatus, feeding mechanism including rack, for conveying cloth to be punched are used for punching press
Punching mechanism of the cloth to be punched to cut out artificial flowers petal, the flower for putting artificial flowers petal that feeding mechanism conveying comes
Frame mechanism and fallen flowers mechanism for the artificial flowers petal of the be punched formation of punching mechanism to be displaced downwardly to flower frame mechanism, it is described to send
Material mechanism, punching mechanism, flower frame mechanism, fallen flowers mechanism are separately mounted in rack；Wherein:
The punching mechanism, including emulation petal stamping die and the first elevating mechanism；Emulation petal stamping die includes matching
To the punch-pin and cavity plate used, and cavity plate has petal-shaped hollow out chamber；Punch-pin is by being fixedly mounted guide supporting on the rack
In the top of cavity plate, and cavity plate is being fixedly mounted on the rack, and the power output end of the first elevating mechanism is connect with punch-pin, punch-pin
Under the power output of the first elevating mechanism, the elevating movement relative to cavity plate is done；
The flower frame mechanism, including petal carrier and optical axis；It is provided with petal on petal carrier and puts area, it is described
Petal is put and is provided with the optical axis for stopping artificial flowers petal for frame around area；The petal carrier is located under cavity plate
Side, and petal is put immediately below the petal-shaped hollow out chamber that area is located on cavity plate；
The fallen flowers mechanism, including push bracket and the second elevating mechanism；Push bracket is mounted on the rack by leading truck, and is pushed away
Frame is fixed with petal carrier, while push bracket is connect with the power output end of the second elevating mechanism；Push bracket is in the second elevating mechanism
Under the power drive of output, petal carrier is driven to move up and down, and petal carrier is relative to the stroke that moves down of cavity plate
The thickness of artificial flowers petal.
As a further improvement of the present invention, first elevating mechanism includes punching press power-driven mechanism and crank
Sliding-block linkage；The punching press power-driven mechanism include the first rotary drive motor and with the first rotary drive motor
The belt wheel transmission mechanism of power output end connection；Crank block link mechanism is two groups, is symmetrically arranged at drive transmission mechanism
Output shaft two sides；The crank of each crank block link mechanism is fixed with the output shaft of transmission mechanism is driven, and connecting rod is then
It is connect with punch-pin.
As a further improvement of the present invention, second elevating mechanism includes the second rotary drive motor and lead screw
Mechanism；The power output end of second rotary drive motor is connect by screw mechanism with push rod.
As a further improvement of the present invention, the push bracket includes two push rods disposed in parallel, the screw rod machine
Structure is two groups, and the power output end of each group of screw mechanism is connect with a push rod, and petal carrying is provided on every push rod
The installation position of disk；The power output end of second rotary drive motor after the first right-angle steering device successively with pass through connection
First transmission shaft of axis device concatenation, second driving shaft, third are driven axis connection, the first transmission shaft, second driving shaft, third transmission
Axis is in same plane, and second driving shaft is vertical with the first transmission shaft, third transmission shaft respectively；The output end of third transmission shaft
By wherein one group of connection in the second right-angle steering device and two groups of screw mechanisms, and another group of screw mechanism then with the first right angle
Diverter connection.
As a further improvement of the present invention, the flower frame mechanism is fitted with push away case structure；Push away case structure includes flower stand
Device slot and linear reciprocation driving mechanism for driving flower stand device slot reciprocating linear mobile；Petal carrier is placed in flower stand
In device slot, and flower stand device slot is then connect with the power output end of linear reciprocation driving mechanism, the linear reciprocation driving mechanism
It is mounted on the rack.
As a further improvement of the present invention, the linear reciprocation driving mechanism is screw mechanism.
As a further improvement of the present invention, the feeding mechanism includes feeding driving motor and drives electricity with feeding
The feeding roller of the power output end connection of machine, the feeding roller positioning support is on the rack.
As a further improvement of the present invention, the rectangular array row of petal-shaped hollow out chamber set on the cavity plate
Cloth, and the rectangular array is embarked on journey with three petal-shaped hollow out chambers or is arranged in column；Petal on the petal carrier is set
The petal-shaped that area is put corresponding to rectangular array arrangement on cavity plate engraves arrangement of cavities.
As a further improvement of the present invention, it embarks on journey or the size of three petal-shaped hollow out chambers in column is in gradual change
Setting, and embark on journey or three petal-shaped hollow out chambers in column in, the petal-shaped hollow out chamber in side locations, in adjacent rows
Or two column between size interlaced arrangement.
As a further improvement of the present invention, the punch-pin, which is fitted with, drops to flower for being oriented to molding artificial flowers petal
The positioning pin a of valve carrier, and then have the position dowel hole b corresponding to positioning pin a on cavity plate.
A kind of process simulation flower blanking method, comprising the following steps:
Step 1: it using feeding mechanism stepwise toward cloth to be punched is conveyed between punch-pin, cavity plate, is somebody's turn to do cloth to be punched and sets
In on cavity plate；
Step 2: empty flower frame mechanism is put into the flower stand device slot in push away case structure, by the lead screw in push away case structure
Mechanism driving, moves along the rail flower frame mechanism to predetermined position；
Step 3: punching mechanism drives punch-pin to move towards cavity plate, until cavity plate is chimeric with punch-pin, to molding surface
Cloth to be punched is punched, and molding artificial flowers petal is obtained；Forming simulation flower petal falls into flower frame mechanism along positioning pin
The petal of petal carrier puts area；
Step 4: feeding mechanism operating draws cloth to be punched to next punching position；
Step 5: whether the artificial flowers petal carried on detection petal carrier reaches maximum value, if so, under executing
One step；If not, repeating Step 3: step 4；
Step 6: returning to step 2 after the flower frame mechanism for filling artificial flowers petal is removed.
According to above-mentioned technical solution, in terms of existing technologies, the present invention have it is following the utility model has the advantages that
It is cooperated by feeding mechanism, punching mechanism, flower frame mechanism, fallen flowers mechanism, push away case structure, realization can satisfy pair
The automatic punching of process simulation figured cloth material is collected, full-automatic intelligent operation and holds together colored machine for rear end thermal finalization and provide former material
Material.The each functional unit division of labor operation of the present invention, it is motivated, with structure is simple, at low cost, precision is high, saves cloth, work
Make the advantages that high-efficient, stability is high.
Detailed description of the invention:
Fig. 1 is process simulation flower blanking mechanism equipments overall structure schematic diagram
Fig. 2 is process simulation flower blanking mechanism equipments overall structure left view
Fig. 3 is process simulation flower blanking mechanism equipments overall structure front view
Fig. 4 is process simulation flower blanking mechanism equipments overall structure top view
Fig. 5 is the punching mechanism general illustration in process simulation flower blanking mechanism device
Fig. 6 is the punching mechanism left view in process simulation flower blanking mechanism device
Fig. 7 is the fallen flowers structural scheme of mechanism in process simulation flower blanking mechanism device
Fig. 8 is the push away case structure position A schematic diagram in process simulation flower blanking mechanism device
Fig. 9 is the push away case structure position B schematic diagram in process simulation flower blanking mechanism device
Figure label: 1, feeding mechanism；2, punching mechanism；3, flower frame mechanism；4, fallen flowers mechanism；5, push away case structure；20,
First rotary drive motor；21, belt；22, belt pulley；23, punch-pin；24, cavity plate；25, retarder；26, clutch；27, bent
Handle slide block mechanism；28, connecting rod；29, guide rail；40, optical axis；41, cylinder lead screw；42, sliding block；43, push rod；44, the second rotation is driven
Dynamic motor；45, quadrant；50, linear guide；51, driving motor；52, straight line lead screw；53, shaft coupling；54, flower stand fills
Set slot.
Specific embodiment:
The implementation of technical solution is described in further detail with reference to the accompanying drawing:
As shown in Figure 1 to 9, process simulation of the present invention flower blanking apparatus, including rack, for conveying cloth to be punched
The feeding mechanism of material, for punching press feeding mechanism conveying come cloth to be punched with cut out artificial flowers petal punching mechanism,
For putting the flower frame mechanism of artificial flowers petal and for the artificial flowers petal of the be punched formation of punching mechanism to be displaced downwardly to flower
The fallen flowers mechanism of frame mechanism, the feeding mechanism, punching mechanism, flower frame mechanism, fallen flowers mechanism are separately mounted in rack；Its
In:
The punching mechanism, including emulation petal stamping die and the first elevating mechanism；Emulation petal stamping die includes matching
To the punch-pin and cavity plate used, and cavity plate has petal-shaped hollow out chamber；Punch-pin is by being fixedly mounted guide supporting on the rack
In the top of cavity plate, and cavity plate is being fixedly mounted on the rack, and the power output end of the first elevating mechanism is connect with punch-pin, punch-pin
Under the power output of the first elevating mechanism, the elevating movement relative to cavity plate is done；First elevating mechanism includes punching press
Power-driven mechanism and crank block link mechanism；The punching press power-driven mechanism include the first rotary drive motor and
The belt wheel transmission mechanism being connect with the power output end of the first rotary drive motor；Crank block link mechanism is two groups, symmetrically
Ground is arranged in the two sides for driving the output shaft of transmission mechanism；The crank and drive transmission mechanism of each crank block link mechanism
Output shaft fix, connecting rod is then connect with punch-pin；
When work, as shown in Fig. 1, Fig. 5, Fig. 6, Fig. 7: the first rotary drive motor 20 of control runs through 22 band of belt pulley
The dynamic rotation of slider-crank mechanism 27 drives connecting rod 28 to move, and control punch-pin 23, which moves up and down, realizes punching by 24 hollow slots of cavity plate
Cloth.The petal of punching falls into petal carrier by positioning pin, and every punching once passes through the second rotary drive motor 44 of control
Rotation drives reversing mechanism 45 that push rod 43 is made to decline a petal thickness, prepares for punching petal next time.
Set petal-shaped hollow out chamber is arranged into a rectangular array on the cavity plate, and the rectangular array is with three petals
Shape hollow out chamber embarks on journey or arranges in column；It embarks on journey or the size of three petal-shaped hollow out chambers in column is arranged in gradual change,
And embark on journey or three petal-shaped hollow out chambers in column in, the petal-shaped hollow out chamber in side locations, in adjacent rows or
Size interlaced arrangement between two column；The punch-pin is fitted with to be dropped to petal and holds for being oriented to molding artificial flowers petal
The positioning pin a of load plate, and then have the position dowel hole b corresponding to positioning pin a on cavity plate；
The flower frame mechanism, including petal carrier and optical axis；It is provided with petal on petal carrier and puts area, it is described
Petal is put and is provided with the optical axis for stopping artificial flowers petal for frame around area；The petal carrier is located under cavity plate
Side, and petal is put immediately below the petal-shaped hollow out chamber that area is located on cavity plate；Petal on the petal carrier puts area
The petal-shaped arranged corresponding to rectangular array on cavity plate engraves arrangement of cavities；And then correspond to the position of positioning pin a on petal carrier
Set installation positioning pin b；
The flower frame mechanism is fitted with push away case structure；Push away case structure includes flower stand device slot and for driving flower stand to fill
The mobile linear reciprocation driving mechanism of slot reciprocating linear is set, is screw mechanism in attached drawing；Petal carrier is placed in flower stand device slot
It is interior, and flower stand device slot is then connect with the power output end of linear reciprocation driving mechanism, which is mounted on
In rack；
As shown in Figure 8, Figure 9: flower stand shifting chute 54 is located at location A in push away case structure, passes through the empty flower of control manipulator delivery
In 3 placing groove of frame mechanism, control the 4th motor 51 rotation makes flower frame mechanism 3 move to B location with flower stand shifting chute 54, waits due-in
Collect the petal being punched.Stop punching when quantity reaches by detection device real-time detection petal quantity.4th motor 51
Reverse rotation makes flower stand shifting chute 54 move to location A, and manipulator transports the flower frame mechanism of full dress process simulation flower petal at this time
3, take sky flower frame mechanism 3 in flower stand shifting chute 54.It loops back and forth like this, realizes the friendship of empty flower frame mechanism 3 and fully loaded flower frame mechanism 3
It replaces.
The fallen flowers mechanism, including push bracket and the second elevating mechanism；Push bracket is mounted on the rack by leading truck, and is pushed away
Frame is fixed with petal carrier, while push bracket is connect with the power output end of the second elevating mechanism；Push bracket is in the second elevating mechanism
Under the power drive of output, petal carrier is driven to move up and down, and petal carrier is relative to the stroke that moves down of cavity plate
The thickness of artificial flowers petal；Second elevating mechanism includes the second rotary drive motor and screw mechanism；Second rotation
The power output end of driving motor is connect by screw mechanism with push rod；
The push bracket includes two push rods disposed in parallel, and the screw body is two groups, each group of screw mechanism
Power output end connect with a push rod, the installation position of petal carrier is provided on every push rod；Described second
The first transmission shaft that the power output end of rotary drive motor is successively concatenated with by shaft coupling after the first right-angle steering device,
Two transmission shafts, third are driven axis connection, and the first transmission shaft, second driving shaft, third transmission shaft are in same plane, and second passes
Moving axis is vertical with the first transmission shaft, third transmission shaft respectively；The output end of third transmission shaft passes through the second right-angle steering device and two
Wherein one group of connection in group screw mechanism, and another group of screw mechanism is then connect with the first right-angle steering device.
The feeding mechanism is sent including feeding driving motor and with what the power output end of feeding driving motor was connect
Feed roller, the feeding roller positioning support is on the rack；In use, process simulation figured cloth material is passed through rolling as shown in Figure 1:
Wound packages enters in feeding mechanism 1, and left end roller places the cloth to be processed with certain diameter, and the cloth material head of cloth to be processed is consolidated
It is scheduled on the roller by feeding motor output shaft, cloth commutation is tightened by several intermediate rollers, is convenient for machine run
When cloth be adjacent to always 24 surface of cavity plate walking.
The working principle of the invention is: adjusting drum ruler according to the width of process simulation figured cloth material to be punched and thickness
It is very little, after cloth is installed, control software is opened, blanking mechanism parameter setting is carried out.By feeding mechanism 1, punching mechanism 2, flower stand
Mechanism 3, fallen flowers mechanism 4, push away case structure 5 and intelligent carriage cooperate, and share out the work and help one another completion and rush to a roll of soap figured cloth material
It cuts out, for rear end, thermal finalization Long Hua mechanism provides raw material.
The present invention also provides a kind of process simulation flower blanking methods, comprising the following steps:
Step 1: it using feeding mechanism stepwise toward cloth to be punched is conveyed between punch-pin, cavity plate, is somebody's turn to do cloth to be punched and sets
In on cavity plate；
Step 2: empty flower frame mechanism is put into the flower stand device slot in push away case structure, by the lead screw in push away case structure
Mechanism driving, moves along the rail flower frame mechanism to predetermined position；
Step 3: punching mechanism drives punch-pin to move towards cavity plate, until cavity plate is chimeric with punch-pin, to molding surface
Cloth to be punched is punched, and molding artificial flowers petal is obtained；Forming simulation flower petal falls into flower frame mechanism along positioning pin
The petal of petal carrier puts area；
Step 4: feeding mechanism operating draws cloth to be punched to next punching position；
Step 5: whether the artificial flowers petal carried on detection petal carrier reaches maximum value, if so, under executing
One step；If not, repeating Step 3: step 4；
Step 6: returning to step 2 after the flower frame mechanism for filling artificial flowers petal is removed.
The present invention by feeding mechanism, punching mechanism, flower frame mechanism, fallen flowers mechanism, pushes away box by supervisory control desk centralized control
Mechanism and intelligent carriage cooperate, and realizing can satisfy the automatic punching to process simulation figured cloth material, collects, full-automatic intelligence
It can operate and hold together colored machine for rear end thermal finalization and raw material are provided.The each functional unit division of labor operation of the present invention, motivated, tool
Have the advantages that structure is simple, at low cost, precision is high, save cloth, work efficiency is high, stability is high.
Drum direction of rotation is single (forward or reverse) when feeding mechanism works, and rotation speed is adjustable；Stamping device
Lower mold is cavity plate, and upper mold is punch-pin, and hollow out chamber pattern is petal shape, petal in convex mould protrusions pattern, cavity plate
The multiple that quantity is three；The positioning pin of flower frame mechanism and the positioning pin of punching mechanism are corresponding one by one；The axis of rolling in fallen flowers mechanism
It holds and is connected with push rod, push rod up and down motion makes the petal carrier in flower frame mechanism move up and down；Push away case structure passes through control flower
Rack device slot moves forward and backward cooperative mechanical hand and realizes the switching of flower stand device
Cloth to be punched is packed into feeding mechanism, flower frame mechanism is packed into push away case structure, passes through sending for control feeding mechanism
Expect motor running speed, punching mechanism punch-pin moves up and down frequency, push rod moves down thickness and flower frame mechanism switching frequency is realized entirely
Automatic petal punching and collection, really realize full-automatic punching and people's multi-machine operation mode.
The technical means disclosed in the embodiments of the present invention is not limited to the technical means disclosed in the above technical means, and further includes
Technical solution consisting of any combination of the above technical features.
Taking the above-mentioned ideal embodiment according to the present invention as inspiration, through the above description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property range is not limited to the contents of the specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.
Claims (10)
1. a kind of process simulation flower blanking apparatus, which is characterized in that including rack, the feeder for conveying cloth to be punched
Structure, the cloth to be punched come for the conveying of punching press feeding mechanism are to cut out the punching mechanism of artificial flowers petal, imitative for putting
Really spend the flower frame mechanism of petal and for the artificial flowers petal of the be punched formation of punching mechanism to be displaced downwardly to falling for flower frame mechanism
Flower mechanism, the feeding mechanism, punching mechanism, flower frame mechanism, fallen flowers mechanism are separately mounted in rack；Wherein:
The punching mechanism, including emulation petal stamping die and the first elevating mechanism；Emulation petal stamping die includes that pairing makes
Punch-pin and cavity plate, and cavity plate has petal-shaped hollow out chamber；Punch-pin passes through the guide supporting of fixed installation on the rack recessed
The top of mould, and cavity plate is then fixedly mounted on the rack, the power output end of the first elevating mechanism is connect with punch-pin, and punch-pin is
Under the power output of one elevating mechanism, the elevating movement relative to cavity plate is done；
The flower frame mechanism, including petal carrier and optical axis；It is provided with petal on petal carrier and puts area, the petal
It puts and is provided with the optical axis for stopping artificial flowers petal for frame around area；The petal carrier is located at the lower section of cavity plate, and
Petal is put immediately below the petal-shaped hollow out chamber that area is located on cavity plate；
The fallen flowers mechanism, including push bracket and the second elevating mechanism；Push bracket is mounted on the rack by leading truck, and push bracket with
Petal carrier is fixed, while push bracket is connect with the power output end of the second elevating mechanism；Push bracket is exported in the second elevating mechanism
Power drive under, drive petal carrier move up and down, and petal carrier relative to cavity plate move down stroke for emulation
The thickness of flower petal.
2. process simulation according to claim 1 flower blanking apparatus, which is characterized in that first elevating mechanism includes
Punching press power-driven mechanism and crank block link mechanism；The punching press power-driven mechanism includes the first rotary drive motor
And the belt wheel transmission mechanism being connect with the power output end of the first rotary drive motor；Crank block link mechanism is two groups,
It is symmetrically arranged at the two sides for driving the output shaft of transmission mechanism；The crank of each crank block link mechanism and drive are driven
The output shaft of mechanism is fixed, and connecting rod is then connect with punch-pin.
3. process simulation according to claim 1 flower blanking apparatus, which is characterized in that second elevating mechanism includes
Second rotary drive motor and screw mechanism；The power output end of second rotary drive motor is connected by screw mechanism and push rod
It connects.
4. process simulation flower blanking apparatus according to claim 3, which is characterized in that the push bracket includes two parallel
The push rod of setting, the screw mechanism are two groups, and the power output end of each group of screw mechanism is connect with a push rod, every
The installation position of petal carrier is provided on push rod；The power output end of second rotary drive motor is straight through first
The first transmission shaft, the second driving shaft, third transmission axis connection successively concatenated with by shaft coupling after the diverter of angle, the first transmission
Axis, second driving shaft, third transmission shaft are in same plane, and second driving shaft respectively with the first transmission shaft, third transmission shaft
Vertically；The output end of third transmission shaft passes through wherein one group of connection in the second right-angle steering device and two groups of screw mechanisms, and another
One group of screw mechanism is then connect with the first right-angle steering device.
5. process simulation flower blanking apparatus according to claim 1, which is characterized in that the flower frame mechanism, which is fitted with, to be pushed away
Case structure；Push away case structure includes flower stand device slot and the linear reciprocation driving for driving flower stand device slot reciprocating linear mobile
Mechanism；Petal carrier is placed in flower stand device slot, and the flower stand device slot then power output end with linear reciprocation driving mechanism
Connection, the linear reciprocation driving mechanism are mounted on the rack.
6. process simulation flower blanking apparatus according to claim 5, which is characterized in that the linear reciprocation driving mechanism
For screw mechanism；The feeding mechanism includes feeding driving motor and connect with the power output end of feeding driving motor
Feeding roller, the feeding roller positioning support is on the rack.
7. process simulation flower blanking apparatus according to claim 1, which is characterized in that set flower on the cavity plate
Petaloid hollow out chamber is arranged into a rectangular array, and the rectangular array is embarked on journey with three petal-shaped hollow out chambers or arranged in column；It is described
Petal carrier on petal put area correspond to cavity plate on rectangular array arrangement petal-shaped engrave arrangement of cavities.
8. process simulation according to claim 7 flower blanking apparatus, which is characterized in that embark on journey or three petals in column
The size of shape hollow out chamber in gradual change be arranged, and embark on journey or three petal-shaped hollow out chambers in column in, be in side locations
Petal-shaped hollow out chamber, adjacent rows or two column between size interlaced arrangement.
9. process simulation flower blanking apparatus according to claim 1, which is characterized in that the punch-pin is fitted with for leading
The positioning pin a of petal carrier is dropped to forming simulation flower petal, and then has the position positioning corresponding to positioning pin a on cavity plate
Pin hole b.
10. a kind of process simulation flower blanking method, which comprises the following steps:
Step 1: using feeding mechanism stepwise toward cloth to be punched is conveyed between punch-pin, cavity plate, which is placed in recessed
On mould；
Step 2: empty flower frame mechanism is put into the flower stand device slot in push away case structure, by the screw mechanism in push away case structure
Driving, moves along the rail flower frame mechanism to predetermined position；
Step 3: punching mechanism drives punch-pin to move towards cavity plate, until cavity plate is chimeric with punch-pin, with to molding surface wait rush
Fabric dividing material is punched, and molding artificial flowers petal is obtained；Forming simulation flower petal falls into the petal of flower frame mechanism along positioning pin
The petal of carrier puts area；
Step 4: feeding mechanism operating draws cloth to be punched to next punching position；
Step 5: whether the artificial flowers petal carried on detection petal carrier reaches maximum value, if so, performing the next step
Suddenly；If not, repeating Step 3: step 4；
Step 6: returning to step 2 after the flower frame mechanism for filling artificial flowers petal is removed.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101898207A (en) * | 2010-07-12 | 2010-12-01 | 燕山大学 | Four-point bending progressive die forming method for large straight seam pipe blank |
| CN102244208A (en) * | 2011-05-30 | 2011-11-16 | 梅承寨 | Manufacturing method and equipment of metal battery shell |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA1043662A (en) * | 1977-03-08 | 1978-12-05 | Centre De Recherche Industrielle Du Quebec | Shaping apparatus |
-
2015
- 2015-11-20 CN CN201510812080.5A patent/CN105426614B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101898207A (en) * | 2010-07-12 | 2010-12-01 | 燕山大学 | Four-point bending progressive die forming method for large straight seam pipe blank |
| CN102244208A (en) * | 2011-05-30 | 2011-11-16 | 梅承寨 | Manufacturing method and equipment of metal battery shell |
Non-Patent Citations (2)
| Title |
|---|
| 大型封头冲压设备自动上下料辅机的设计与研究;田志宾等;《中国优秀硕士学位论文全文数据库 工程科技Ⅰ辑（月刊）》;20080315;第2008年卷(第03期);第B022-95页 |
| 脚轮支架冲压自动化生产线的设计开发及其实现;谈业明;《中国优秀硕士学位论文全文数据库 信息科技辑（月刊）》;20130515;第2013年卷(第05期);第I140-329页 |
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