CN207088463U - Play ripple and machine is made - Google Patents
Play ripple and machine is made Download PDFInfo
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- CN207088463U CN207088463U CN201720875363.9U CN201720875363U CN207088463U CN 207088463 U CN207088463 U CN 207088463U CN 201720875363 U CN201720875363 U CN 201720875363U CN 207088463 U CN207088463 U CN 207088463U
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- material transfer
- pusher
- ripple
- bar
- component
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Abstract
It the utility model is related to a kind of ripple that plays and machine be made, including moulding section, blank part, blank part point includes blank frame, pusher, material cutting mechanism, and pusher includes pusher framework, the pushing material component being connected on pusher framework and the pusher drive component that can reciprocate setting；Material cutting mechanism include being arranged on be used to playing in blank frame ripple from play ripple dye cloth on the molding machine structure, the mould emptier for the bullet cut ripple to be removed from molding machine structure that cut；Receiving mechanism includes material transfer component, rewinding component, and material transfer component includes material transfer bar, driving material transfer bar carries out the material transfer driving part of material transfer action, and material transfer bar has feeding state and blowing state, and during in feeding state, mould emptier is placed in ripple is played on rewinding bar；During in blowing state, material transfer bar is transferred to material transfer component by ripple is played.The utility model can effectively improve the production efficiency for playing ripple, raising plays the automaticity of ripple production, it is artificial to save, reduce cost.
Description
Technical field
A kind of bullet ripple process equipment is the utility model is related to, playing ripple more particularly to one kind is made machine.
Background technology
The important component that ripple is speaker system is played, the related vibrations coefficient for playing ripple has necessarily to the tonequality of loudspeaker
Influence.It is usually to carry out punch forming on bullet ripple is dyed cloth to play ripple processing.In the prior art, first by play ripple dye cloth be cut into it is small
Block, then manually the bullet ripple of fritter is dyed cloth to be placed on and the punching press for playing ripple is completed on shaping mould, then artificial taking-up, complete a bullet
The processing of ripple.But existing process technology has the following disadvantages：Processing efficiency is low, and automaticity is low, the number of shaping mould
, it is necessary to which worker is more more than amount requires, cost height etc..
The problem of in order to overcome single bullet ripple processing efficiency low, now using a kind of technique of continuous punching：In bullet
Ripple dye cloth on continuously carry out successively play ripple punch forming, then by the bullet ripple of shaping from play ripple dye cloth on cut one by one, complete system
Into.Therefore a special equipment is needed to complete the realization of the technique.
The content of the invention
The purpose of this utility model is to provide a kind of ripple that plays and machine is made.
To reach above-mentioned purpose, the technical solution adopted in the utility model is：
One kind plays ripple and machine, including moulding section, blank part is made, and described blank part point includes：
Blank frame；
Pusher：Including can reciprocate the pusher framework being arranged in described blank frame, be connected to institute
On the pusher framework stated be used for promote play ripple dye cloth on be molded bullet ripple pushing material component and pusher drive component；
Material cutting mechanism：Including be arranged on be used to playing in described blank frame ripple from play ripple dye cloth on the molding machine that cuts
Structure, the mould emptier for the bullet ripple cut to be removed from described molding machine structure；
Receiving mechanism：Including material transfer component, rewinding component, described material transfer component includes material transfer bar, drives described biography
Expect that bar carries out the material transfer driving part of material transfer action, described material transfer bar has feeding state and blowing state, when described biography
When material bar is in feeding state, described mould emptier is placed in ripple is played on described rewinding bar；When described material transfer bar is in
During blowing state, described material transfer bar is transferred to described material transfer component by ripple is played.
Preferably, described pushing material component includes pusher arm that one end is connected on described pusher framework, is connected to institute
The pusher hand of the pusher arm the other end stated, when carrying out pusher, described pusher hand push against play ripple, described pusher framework to
Move in front.
It is further preferred that described pusher hand has pusher portion, the shape in described pusher portion is with playing ripple periphery extremely
Small part shape matches.
It is further preferred that described pusher portion is curved.
It is further preferred that described pusher arm has certain elasticity.
Preferably, described pusher drive component includes being used for the pusher driving for driving described pusher framework to reciprocate
Part, for driving the driving part that pushes that described pusher arm pushes, described pusher driving part and described pusher frame
Frame is connected, and the described driving part that pushes is connected with described pusher arm.
Preferably, shifting chute is offered along its fore-and-aft direction in described blank frame, described pusher framework can be set
Put in described shifting chute.
Preferably, connecting rod is connected with described pusher framework, one end of described pusher arm is connected to described company
On extension bar.
Preferably, described molding machine structure include fixed setting incision mould, on cut mould and the described incision mould of driving
That completes matched moulds downwards cuts mould driving part, and described mould driving part of cutting includes cutting mould cylinder and Qie Mo hydraulic cylinders, described
Cut mould cylinder, cut mould hydraulic cylinder respectively with it is described on cut mould and be connected.
Preferably, described mould emptier includes air ejection member, drives the demoulding drive division of described air ejection member jet
Part, when described material transfer bar is in feeding state, described air ejection member is blown to ripple is played on described rewinding bar.
Preferably, described material transfer component also includes being arranged on the material transfer vertically extended in described blank frame
Post, be set in can be using described material transfer post as axis of rotation on described material transfer post material transfer block, described material transfer bar it is another
One end is connected on described material transfer block, and described material transfer block, which rotates, drives described material transfer bar in feeding state and blowing shape
Switch between state.
Preferably, described rewinding component includes rewinding seat, the rewinding bar being arranged on described rewinding seat, described receipts
Material bar vertically extends, when described material transfer bar be in blowing state, the one end of described material transfer bar and described
The upper end docking of rewinding bar.
It is further preferred that described material transfer bar has straightway and segmental arc, the one end of described segmental arc and institute
The upper end docking for the rewinding bar stated, the other end of described segmental arc is connected with the one end of described straightway.
It is further preferred that described curved portions are to upper bend.
It is further preferred that described rewinding bar is arranged on the center of described rewinding seat.
Preferably, described rewinding component is provided with multiple.
It is further preferred that described blank part also includes feeding distribution mechanism, described feeding distribution mechanism include distributing base,
The sub-material bearing being arranged in described distributing base, described sub-material bearing sliding are arranged in described distributing base,
Described rewinding component is arranged in described distributing base.
It is further preferred that described feeding distribution mechanism also includes the described sub-material bearing of driving in described distributing base
The sub-material driving part of slip.
Because above-mentioned technical proposal is used, the utility model has following advantages compared with prior art：
The utility model, which can effectively improve, to be played the production efficiency of ripple, improves the automaticity for playing ripple production, saving people
Work, reduce cost.
Brief description of the drawings
Accompanying drawing 1 is the schematic front view of the present embodiment（Blowing state）；
Accompanying drawing 2 is the schematic top plan view of the present embodiment（Blowing state）；
Accompanying drawing 3 regards schematic diagram for the right side of the present embodiment（Feeding state）；
Accompanying drawing 4 is in schematic diagram during feeding state for material transfer bar in the present embodiment.
Wherein：1st, profiled part；10th, forming frame；110th, feeding framework；111st, feeding driving part；112nd, material folding is driven
Dynamic component；120th, sub-material framework；121st, sub-material driving part；130th, shaping upper；131st, it is molded lower mould；132nd, shaping frame；
133rd, upper shaping driving part；134th, lower shaping driving part；20th, blank frame；210th, pusher framework；211st, pusher arm；
212nd, pusher hand；213rd, pusher driving part；214th, driving part is pushed；215th, connecting rod；220th, incision mould；221st, cut on
Mould；222nd, mould cylinder is cut；223rd, mould hydraulic cylinder is cut；230th, material transfer post；231st, material transfer block；232nd, material transfer bar；233rd, material transfer drives
Part；234th, rewinding seat；235th, rewinding bar；240th, distributing base；241st, sub-material bearing；30th, conveying roller；31st, locating piece；4th, bullet
Ripple is dyed cloth；40th, ripple is played.
Embodiment
The present embodiment conveying direction that ripple is dyed cloth of being hit by a bullet is front, is conversely rear.
Below in conjunction with the accompanying drawings and embodiment is further described to the utility model：
Machine, including moulding section 1, blank part 2 is made in a kind of ripple that plays as shown in Figure 1, 2.Wherein：
Moulding section mainly include forming frame 10, the feed mechanism being successively set on forming frame 1, feeding distribution mechanism with
And shaping mechanism.
Feed mechanism include can reciprocate the feeding framework 110 being arranged on forming frame 10, be connected to feeding
Ripple will be played by, which being used on framework 110, dyes cloth the 4 material folding components and feeding drive component being pushed against on feeding framework 110.Wherein：Folder
Expect that component can be used such as compact heap, i.e., ripple will be played by compact heap and dye cloth and 4 be pushed against on feeding framework 110.Feeding driving group
Part includes being used for driving the feeding driving part 111 that feeding framework 110 reciprocates on forming frame 10, for driving material folding
Component will play ripple and dye cloth the 4 material folding driving parts 112 being pushed against on feeding framework 110.
During feeding：Material folding driving part 112 drives compact heap to play ripple and dye cloth and 4 is pushed against on feeding framework 110, and feeding is driven
Dynamic component 111 drives the band of feeding framework 110 ripple of moving to dye cloth and 4 move forwards；Material folding driving part 112 drives compact heap by bullet
Ripple is dyed cloth 4 releases, and feeding driving part 111 drives feeding framework 110 rearward to move, and completes a feeding.Repeat above-mentioned dynamic
Realize self-feeding.
Feeding distribution mechanism is used for 4 carry out otch of being dyed cloth to bullet ripple, and stress influence can be produced by avoiding two neighboring bullet ripple 40 from being molded.
Feeding distribution mechanism includes sub-material framework 120, the cutting knife being arranged on sub-material framework 120 for being capable of in the vertical direction movement and drive
The sub-material driving part 121 of dynamic cutting knife action.The middle part of cutting knife blade can protrude from both sides, can be controlled by the height cut
The size of otch processed.
Shaping mechanism includes being used to be molded mould under the shaping upper 130 for playing ripple 40, the shaping to match with shaping upper 130
131 and the shaping drive component that acts of driving shaping upper 130, the lower mould 131 of shaping.Shaping frame is provided with forming frame 10
Frame 132, shaping mechanism are arranged on shaping frame 132.Shaping drive component includes being used to drive what shaping upper 130 acted
It is molded driving part 133, for driving the lower shaping driving part 134 for being molded lower mould 131 and acting.
During shaping：It is upper shaping driving part 133 drive shaping upper 130 it is downward, it is lower shaping driving part 134 driving shaping
Lower mould 131 is upward, and both coordinate completion matched moulds；Upper shaping driving part 133 drives the shaping driving up and down of shaping upper 130
The lower mould 131 of the driving of part 134 shaping is downward, and both separate the completion demoulding.
Blank part mainly includes blank frame 20, pusher, material cutting mechanism and receiving mechanism.
Pusher include can reciprocate the pusher framework 210 being arranged in blank frame 20, be connected to pusher
It is used to promoting on framework 210 and plays ripple and dye cloth the pushing material component and pusher drive component of the bullet ripple 40 being molded on 4.Pusher framework
A connecting rod 215 is connected with 210.
Pushing material component include one end be connected in connecting rod 215 pusher arm 211, be connected to the other end of pusher arm 211
Pusher hand 212, pusher hand 212 has a pusher portion, the shape in pusher portion and plays at least part shape of the periphery of ripple 40 and matches.
In the present embodiment：Pusher portion is curved.
Pusher drive component includes being used for driving the pusher driving part 213 that pusher framework 210 reciprocates, for driving
What pusher arm 211 pushed pushes driving part 214, and pusher driving part 214 is connected with pusher framework 210, pushes drive division
Part 214 is connected with pusher arm 211.Pusher driving part 213 can be used such as pusher cylinder, pusher cylinder and pusher framework
210 are connected；Lower air cylinder can be used by pushing driving part 214, and lower air cylinder is connected with pusher arm 211, pusher arm 211
Itself there is certain elasticity, be convenient for pushing.
In addition, offering shifting chute 200 along its fore-and-aft direction in blank frame 20, pusher framework 210 can be arranged on shifting
In dynamic groove 200.
During pusher, push driving part 214 and drive pusher arm 211 to push, pusher hand 212 is pushed against the periphery for playing ripple 40,
Pusher driving part 213 drives pusher framework 210 to move forwards, so as to promote bullet ripple 40 to advance to material cutting mechanism.
Material cutting mechanism, which includes being arranged on, to be used to playing ripple 40 and dyes cloth the molding machine that cuts on 4 from playing ripple in blank frame 20
Structure, the mould emptier for the bullet cut ripple 40 to be removed from molding machine structure.
Molding machine structure include fixed setting incision mould 220, on cut mould 221 and driving incision mould 221 is completed to close downwards
Mould cuts mould driving part.In the present embodiment：Cutting mould driving part includes cutting mould cylinder 222 and Qie Mo hydraulic cylinders 223, cuts mould
Cylinder 222, cut mould hydraulic cylinder 223 and be connected respectively with above cutting mould 221.Dyed cloth simultaneously using two kinds of driving parts to playing ripple on 4
The bullet ripple 40 of shaping is cut.
Mould emptier includes air ejection member, drives the demoulding driving part of air ejection member jet（Not shown in figure）, the demoulding
Driving part can drive air ejection member jet to blow afloat the bullet ripple 40 cut from incision mould 221.
Receiving mechanism mainly includes material transfer component, rewinding component.Wherein：Material transfer component includes being arranged in blank frame 20
The material transfer post 230 that vertically extends, be set in can be with material transfer post 230 for axis of rotation on material transfer post 230 material transfer block
231st, one end is the material transfer bar 232 and material transfer driving part 233 that free end, the other end are connected on material transfer block 231, material transfer
Driving part 233 can use such as material transfer cylinder.Material transfer bar 232 has straightway and the segmental arc to upper bend, segmental arc
One end be free end, the other end is connected with the one end of straightway, the other end and the phase of material transfer block 231 of straightway
Even.
Rewinding component includes rewinding seat 234, the rewinding bar 235 being arranged on rewinding seat 234, and rewinding bar 235 is arranged on receipts
Expect the center of seat 234, and vertically extend.Rewinding component can be provided with multiple, and the present embodiment is exemplified by two.
Material transfer bar 232 has feeding state and blowing state, when material transfer 232 feeding of bar, the free end position of material transfer bar 232
In the surface of incision mould 221, air ejection member jet blows afloat the bullet ripple 40 cut from incision mould 221, plays ripple 40 and is then blown
To the straightway of material transfer bar 232, as shown in Figure 3,4；Material transfer driving part 233 drives material transfer block 231 to rotate and drives material transfer bar
232 switch to blowing；When material transfer 232 blowing of bar, the one end of material transfer bar 232 docks with the upper end of rewinding bar 235, due to
The inertia of rotation, the bullet ripple 40 on straightway is thrown out of, so as to be set on rewinding bar 235, completes a blowing.
Blank part also includes feeding distribution mechanism, and feeding distribution mechanism includes distributing base 240, is arranged in distributing base 240
Sub-material bearing 241, what sub-material bearing 241 slided is arranged in distributing base 240, and rewinding seat 234 is arranged on distributing base 241
On.By adjusting position of the rewinding seat 234 on sub-material bearing 241, alternately rewinding bar 235 can be made to be carried out with material transfer bar 232
Docking, it is easy to remove the rewinding bar 235 piled and play ripple 40.Feeding distribution mechanism can also include driving sub-material bearing 241 at sub-material bottom
The sub-material driving part slided on seat 240, so as to realize automatic adjustment.
It can also include multiple conveying rollers 30, a pair of the locating pieces 31 being arranged on conveying roller 30 in addition, playing ripple and machine being made.
The distance between a pair of locating pieces 31 with play ripple dye cloth 4 width it is consistent, and distance between the two can be according to playing ripple
4 width of dying cloth is adjusted.During feeding, pusher：Bullet ripple is dyed cloth between 4 a pair of locating pieces 31 from conveying roller 30
Pass through so that play ripple and dye cloth and 4 be always positioned between locating piece 31, will not sideslip, realize positioning.
For above-described embodiment only to illustrate technical concepts and features of the present utility model, its object is to allow be familiar with technique
Personage can understand content of the present utility model and implement according to this, the scope of protection of the utility model can not be limited with this.
All equivalent change or modifications made according to the utility model Spirit Essence, should all cover the scope of protection of the utility model it
It is interior.
Claims (9)
1. one kind plays ripple and machine, including moulding section, blank part is made, it is characterised in that：Described blank part point includes：
Blank frame；
Pusher：Including can reciprocate the pusher framework being arranged in described blank frame, be connected to it is described
On pusher framework be used for promote play ripple dye cloth on be molded bullet ripple pushing material component and pusher drive component；
Material cutting mechanism：Including be arranged on be used in described blank frame by play ripple from play ripple dye cloth on cut molding machine structure,
For the mould emptier for removing the bullet ripple cut from described molding machine structure；
Receiving mechanism：Including material transfer component, rewinding component, described material transfer component includes material transfer bar, drives described material transfer bar
The material transfer driving part of material transfer action is carried out, described rewinding component includes rewinding seat, the receipts being arranged on described rewinding seat
Expect bar, described rewinding bar vertically extends, and described material transfer bar has feeding state and blowing state, when described biography
When material bar is in feeding state, described mould emptier is placed in ripple is played on described rewinding bar；When described material transfer bar is in
During blowing state, described material transfer bar will play ripple and be transferred to described material transfer component, the one end of described material transfer bar with it is described
Rewinding bar upper end docking.
2. machine is made in bullet ripple according to claim 1, it is characterised in that：Described pushing material component is connected to institute including one end
The pusher arm on pusher framework stated, the pusher hand for being connected to described pusher arm the other end, it is described when carrying out pusher
Pusher hand, which pushes against, plays ripple, and described pusher framework moves forwards.
3. machine is made in bullet ripple according to claim 2, it is characterised in that：Described pusher drive component includes being used to drive
Pusher driving part that described pusher framework reciprocates, for driving what described pusher arm pushed to push driving part,
Described pusher driving part is connected with described pusher framework, and the described driving part that pushes is connected with described pusher arm
Connect.
4. machine is made in bullet ripple according to claim 1, it is characterised in that：Described molding machine structure is included under fixed setting
Cut mould, on cut mould and what the described incision mould of driving completed downwards matched moulds cuts mould driving part, described cuts mould driving part
Including cutting mould cylinder and Qie Mo hydraulic cylinders, it is described cut mould cylinder, cut mould hydraulic cylinder respectively with it is described on cut mould and be connected.
5. machine is made in bullet ripple according to claim 1, it is characterised in that：Described mould emptier includes air ejection member, driven
Move the demoulding driving part of described air ejection member jet, when described material transfer bar is in feeding state, described jet portion
Part is blown to ripple is played on described rewinding bar.
6. machine is made in bullet ripple according to claim 1, it is characterised in that：Described material transfer component is also described including being arranged on
Blank frame on vertically extend material transfer post, be set on described material transfer post can using described material transfer post for turn
The material transfer block that axle rotates, the other end of described material transfer bar are connected on described material transfer block, described material transfer block rotational band
Described material transfer bar is moved between feeding state and blowing state to switch.
7. machine is made in bullet ripple according to claim 1, it is characterised in that：Described rewinding component is provided with multiple.
8. machine is made in bullet ripple according to claim 1, it is characterised in that：Described blank part also includes feeding distribution mechanism,
Described feeding distribution mechanism includes distributing base, the sub-material bearing being arranged in described distributing base, and described sub-material bearing is slided
Dynamic is arranged in described distributing base, and described rewinding component is arranged in described distributing base.
9. machine is made in bullet ripple according to claim 8, it is characterised in that：Described feeding distribution mechanism is also included described in driving
The sub-material driving part that sub-material bearing slides in described distributing base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720875363.9U CN207088463U (en) | 2017-07-19 | 2017-07-19 | Play ripple and machine is made |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720875363.9U CN207088463U (en) | 2017-07-19 | 2017-07-19 | Play ripple and machine is made |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207088463U true CN207088463U (en) | 2018-03-13 |
Family
ID=61545494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720875363.9U Expired - Fee Related CN207088463U (en) | 2017-07-19 | 2017-07-19 | Play ripple and machine is made |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207088463U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109688530A (en) * | 2019-02-28 | 2019-04-26 | 东莞市韵源电子有限公司 | Outstanding side production equipment |
| CN109747172A (en) * | 2019-02-28 | 2019-05-14 | 东莞市韵源电子有限公司 | Outstanding edge forming equipment |
-
2017
- 2017-07-19 CN CN201720875363.9U patent/CN207088463U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109688530A (en) * | 2019-02-28 | 2019-04-26 | 东莞市韵源电子有限公司 | Outstanding side production equipment |
| CN109747172A (en) * | 2019-02-28 | 2019-05-14 | 东莞市韵源电子有限公司 | Outstanding edge forming equipment |
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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: 20180313 Termination date: 20190719 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |