CN203558624U - Automatic feeding device - Google Patents
Automatic feeding device Download PDFInfo
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- CN203558624U CN203558624U CN201320557951.XU CN201320557951U CN203558624U CN 203558624 U CN203558624 U CN 203558624U CN 201320557951 U CN201320557951 U CN 201320557951U CN 203558624 U CN203558624 U CN 203558624U
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- automatic feeding
- adapting table
- material strip
- adapter plate
- engine installation
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Abstract
The utility model discloses an automatic feeding device. The automatic feeding device comprises a frame body, at least one material tray pivot rod arranged on the frame body, at least one paper reeling tray arranged on the frame body and separated by a distance from the material tray pivot rod, a sensing rod arranged below the bottom part of the paper reeling tray disposed on the frame body, a first power unit arranged on the frame body and driving the paper reeling tray to rotate, and a control device arranged on the frame body and electrically connected with the sensing rod and the first power unit. The automatic feeding device is used for feeding materials to a conveyor. In order to prevent a conveyed material strap from tightening, a segment of the material strap is taken out in advance, such that the conveyor does not need to directly pull a material strap disc so as to prevent material strap from tightening, and the segment which is taken out in advance can also enable the feeding speed of the conveyor to increase and can reduce a molding cycle.
Description
Technical field
The utility model relates to a kind of automatic feeding, particularly relates to a kind of automatic feeding that possesses induction feeding function.
Background technology
In the middle of continuously shaped manufacturing equipment, conventionally need to utilize a feed mechanism, by to be processed, send into Working position to process, moulding as embedded in plastics, can utilize a conveying mechanism that the material strip that is connected with inserts is extracted out and inserts sent into shaping position and process from material strip dish, with this, reach the automation of forming process.
And wherein, material strip dish is to utilize after punch press continuous punch forming, through a plait mill, be rolled into, form discoidly, the inserts after its processing is connected with material strip and around central core layer stack.
If when material strip should be noted that to extract power too strong during in extraction, can make the inserts of storehouse layer by layer be squeezed, cause inserts bad.
When doing embedded forming work, to utilize a conveyer that described material strip is sent in mould and processed, but the speed that feed mechanism is sent into material strip in mould can affect the rotating speed of material strip dish and the pulling force of material strip, if pulling force is excessive, can affect the dimensional accuracy of inserts, must be accurately and insert inserts precision in mould, moulding just can be complete, therefore novel again this to propose a kind of automatic feeding be to solve the excessive problem of material strip pulling force.
Utility model content
The utility model object is exactly the deficiency for described prior art, discloses a kind of automatic feeding, and this automatic feeding can overcome the excessive problem of material strip pulling force.
For reaching above-mentioned purpose, the utility model discloses a kind of automatic feeding, comprising: a kind of automatic feeding, is characterized in that: comprising: a support body; At least one charging tray pivoted pole, is arranged on support body; At least one paper tray, is arranged on support body, with charging tray pivoted pole interval one distance; One inductive rod, is arranged at the bottom of paper tray on support body; One first engine installation, is arranged on support body and drives paper tray rotation; One control setup, is arranged on support body, is electrically connected with inductive rod and the first engine installation.
Described charging tray pivoted pole pivot joint one material strip dish, winding one material strip on material strip dish.
Described automatic feeding, in order to a conveyer is carried out to feeding, makes conveyer material strip can be sent in a molding tool and process.
Described conveyer comprises a feed mechanism and a La Liao mechanism.
Described feed mechanism comprises: one the 3rd adapter plate, bottom surface is fixed on the side of forming mould, the 3rd both sides, the lip-deep middle part of adapter plate arranges a pair of the first slide rail piece, the first slide rail piece bottom of the 3rd adapter plate has one first permanent seat, and the first permanent seat bottom of the 3rd adapter plate has one first ejecting mechanism; And one first board, bottom is connected with the first ejecting mechanism, and dual-side has a pair of the first chute, and what the first chute slided is arranged on the first slide rail piece, and the first board top arranges one first adapting table, and the first board side arranges a feeding tensioner mechanism.
Described feeding tensioner mechanism has the feeding supporting construction of pair of opposing, in two feeding supporting constructions, side roll arranges one first gear teeth portion, the axle center of body sets firmly an axis rod, on the periphery of body, there are the charging gear teeth of some annular arrangements, feeding supporting construction arranged outside one flower wheel, described axis rod runs through this feeding supporting construction surface and sets firmly and be connected with flower wheel axle center, one second engine installation is set on the first board, the second engine installation interlock one driving wheel, and driving wheel sees through a belt and drives flower wheel, the top of the second engine installation arranges one first and extends adapting table.
La Liao mechanism comprises: one the 4th adapter plate, bottom surface is fixed on forming mould and with feed mechanism and is oppositely arranged, the 4th both sides, the lip-deep middle part of adapter plate arranges a pair of the second slide rail piece, the second slide rail piece bottom of the 4th adapter plate has one second permanent seat, and the second permanent seat bottom of the 4th adapter plate has one second ejecting mechanism; One second board, bottom is connected with the second ejecting mechanism, dual-side has a pair of the second chute, what the second chute slided is arranged on the second slide rail piece, the second board side arranges a material discharging module, the second board top arranges one second adapting table, and the second adapting table is connecting one second and extending adapting table, and described material discharging module is arranged at the second extension adapting table side.
Described material discharging module comprises: one the 3rd engine installation is arranged at the side of the second extension adapting table, the 3rd engine installation connects one second gear teeth portion to the second extension adapting table direction, the second gear teeth portion becomes to take turns plate-like haply, and what on periphery, have some formation ring-types draws the material gear teeth.
Described the first adapting table, the second adapting table, first extend adapting table and second extend on adapting table, be provided with one to horizontal direction, form groove draw material slide rail, in order to hold material strip and material strip guiding entered in forming mould and located.
Described first, second and third engine installation can be stepper motor, and described the first ejecting mechanism, the second ejecting mechanism can be slide block cylinder.
Pull material strip dish when avoiding conveyer feeding material strip, with inductive rod, detect at any time the tension force of material strip, inductive rod is to judge from the pendulum degree of material strip whether the first engine installation starts, when automatic feeding takes out one section of material strip in advance, make conveyer not need direct pull material strip dish, and then anti-stopping materials strip tightens, and this in advance the section of taking-up can also make the Feeding speed of conveyer increase, minimizing molding cycle.
Accompanying drawing explanation
Fig. 1 is the block diagram of the utility model automatic feeding.
Fig. 2 is the scheme of installation of the utility model automatic feeding.
Fig. 3 is the block diagram of the feed mechanism of conveyer shown in Fig. 2.
Fig. 4 is the block diagram of the La Liao mechanism of conveyer shown in Fig. 2.
Fig. 5 is the schematic diagram that does of automatic feeding shown in Fig. 1.
Fig. 6 be automatic feeding shown in Fig. 5 do continuously schematic diagram.
In figure, each description of reference numerals is as follows.
The first bar 121 second bars 122
Charging tray pivoted pole 20 first round bars 21
The first disk 22 paper tape location cylinders 23
Screw hole 231 screws 232
The second round bar 32 second disks 33
Paper tape location cylinder 34 detecting parts 40
The second adapter plate 41 inductive rod 42
The first engine installation 50 control setups 60
Conveyer 70 feed mechanisms 71
The 3rd adapter plate 711 first slide rail pieces 712
The first permanent seat 713 first ejecting mechanisms 714
The first board 715 first chutes 716
The first adapting table 717 feeding tensioners mechanism 718
Feeding supporting construction 719 first gear teeth portions 720
The axis rod 721 charging gear teeth 722
First extends adapting table 727 La Liao mechanisms 73
The 4th adapter plate 731 second slide rail pieces 732
The second permanent seat 733 second ejecting mechanisms 734
The second board 735 second chutes 736
Material discharging module 737 second adapting tables 738
Second extends adapting table 739 the 3rd engine installation 740
The material gear teeth 742 draw in the second gear teeth portion 741
Draw material slide rail 743 forming moulds 80.
The specific embodiment
For describing technology contents of the present utility model, structural attitude, the object of reaching and effect in detail, below hereby exemplify embodiment and coordinate accompanying drawing to be explained in detail.
Refer to Fig. 1, a kind of automatic feeding 1 of the utility model comprises a support body 10, at least one charging tray pivoted pole 20, at least one paper tray 30, a detecting part 40, one first engine installation 50, a control setup 60.Wherein charging tray pivoted pole 20, paper tray 30, detecting part 40, the first engine installation 50 are arranged on support body 10 with control setup 60, wherein charging tray pivoted pole 20 and paper tray 30 interval, front and back one distances, detecting part 40 is arranged on the support body 10 of charging tray pivoted pole 20 and paper tray 30 belows, the first engine installation 50 is in order to drive paper tray 30 to rotate, and control setup 60 is electrically connected with detecting part 40 and the first engine installation 50.
A described support body 10 has a rectangular box 11, and it is the first bar 121 and the second bar 122 that casing 11 tops arrange a upright relative pole of H type support 12, two, and casing 11 is a kind of supporting constructions.In other embodiments, casing 11 can be other structures, and it is to comprise supporting charging tray pivoted pole 20, paper tray 30, detecting part 40, the first engine installation 50 and control setup.
Described at least one charging tray pivoted pole 20, have one to the first vertical round bar 21 of the second bar 122 directions, be arranged on the first bar 121, the first round bar 21 bottoms have the first wider stopper section (not shown) of a diameter, the first top, stopper section arranges a slice the first disk 22, the paper tape of sheathed hollow location cylinder 23 on the first round bar 21, paper tape location cylinder 23 sides have a screw hole running through 231, screw hole 231 coordinates a screw 232 that paper tape is located to cylinder 23 to be locked on the first round bar 21, described screw 232 also has an outward extending grip part 233, when being provided, free-hand rotary screw 232 there is larger torsion, charging tray pivoted pole 20 is for a material strip dish 24 is installed, make it on the first round bar 21, rotate setting, wherein paper tape location cylinder 23 is to provide a kind of easy dismounting mode.In other embodiments, charging tray pivoted pole 20 can be other structures, and it is to comprise providing the device person on the first bar 121 that is arranged at that material strip dish 24 rotates.
Described at least one paper tray 30 is arranged on the second bar 122, there is one first adapter plate 31, by the second bar 122 middle parts, stretched out, form the horizontal surface of parallel the first disk 22, on the first adapter plate 31 horizontal surfaces, one second round bar 32 is vertically set, the second round bar 32 and the first round bar 21 are arranged at the same side of support 12, described the first engine installation 50 is set on the first adapter plate 31 on the relative horizontal surface of the second round bar 32, the first engine installation 50 has a S. A. (not shown), S. A. runs through the first adapter plate 31 and is connecting the second round bar 32, with so that the second round bar 32 along axial rotation, the second round bar 32 bottoms have the second wider stopper section (not shown) of a diameter, sheathed a pair of spaced the second disk 33 and another paper tape location cylinder 34 on the second round bar 32, the second disk 33 is fixed between the second stopper section and paper tape location cylinder 34, paper tray 30 is to batch a paper tape 26.Refer to Fig. 2, described paper tape 26 is as the protective cover between each layered material band 25 on material strip dish 24.Paper tray 30 sees through and batches paper tape 26, affects material strip dish 24 to rotate, and in other embodiments, paper tray 30 can be other structures, and it is to comprise having a power and can batching paper tape.
A described detecting part 40 is arranged at the bottom of paper tray 30 on the second bar 122, there is one second adapter plate 41, by the second bar 122, stretched out, a vertically extending inductive rod 42 is set on the second adapter plate 41 surfaces, and inductive rod 42 and the second round bar 32 are arranged at the same side of support 12.
A described control setup 60 is arranged in casing 11, is electrically connected with the first engine installation 50 and inductive rod 42, and control setup 60 is in order to the signal that receives inductive rod 42 and provide and differentiate according to this first engine installation 50 and whether start.
Please continue to refer to Fig. 2, automatic feeding 1 is in order to carry out feeding to a conveyer 70, make conveyer 70 material strip 25 can be sent into the interior processing of a molding tool 80, wherein conveyer 70 comprises a feed mechanism 71 and a La Liao mechanism 73, wherein forming mould 80 is a kind of injection forming molds, is reserved with the space of insert in die cavity.
Refer to Fig. 3, described feed mechanism 71 has one the 3rd adapter plate 711, bottom surface is fixed on the side of forming mould 80, the 3rd both sides, the lip-deep middle part of adapter plate 711 arranges a pair of the first slide rail piece 712, two first slide rail pieces 712 roughly become inverted L shape, be relatively arranged on the 3rd adapter plate 711 and form slidably track, the first slide rail piece 712 bottoms of the 3rd adapter plate 711 have one first permanent seat 713, the first permanent seat 713 is perpendicular to the 3rd adapter plate 711 surfaces, and the first permanent seat 713 bottoms of the 3rd adapter plate 711 have one first ejecting mechanism 714; And one first board 715, bottom is connected with the first ejecting mechanism 714, dual-side has a pair of the first chute 716, what the first chute 716 slided is arranged on the first slide rail piece 712, so as to the first board 715 can be slided along the 3rd adapter plate 711 surfaces, and the first permanent seat 713 is as the mobile lower boundary of the first board 715, the first board 715 tops arrange one first adapting table 717, the first adapting table 717 is parallel with forming mould 80 finished surfaces and extend segment distances to forming mould 80 inside, and the first board 715 sides arrange a feeding tensioner mechanism 718.
Described feeding tensioner mechanism 718 comprises the feeding supporting construction 719 of pair of opposing, be arranged on the base extending to vertical direction the first board 715 bottoms, vertical the 3rd adapter plate 711 surface direction of feeding supporting construction 719, the interior side roll of two feeding supporting constructions 719 arranges one first gear teeth portion 720, the first gear teeth portion 720 has a cylindrical body, the axle center of body is perpendicular to feeding supporting construction and set firmly an axis rod 721, on the periphery of body, there are the charging gear teeth 722 of some annular arrangements, feeding supporting construction 719 arranged outside one flower wheels 723, described axis rod 721 runs through these feeding supporting construction 719 surfaces and sets firmly and be connected with flower wheel 723 axle center, make flower wheel 723 coaxial and interlock setting with the first gear teeth portion 720, one second engine installation 724 is set on the base that the first board 715 extends, the second engine installation 724 interlock one driving wheels 725, and driving wheel 725 sees through a belt 726 and drives flower wheel 723, the top of the second engine installation 724 arranges first of parallel first adapting table 717 and extends adapting table 727.
Refer to Fig. 4, described La Liao mechanism 73 has one the 4th adapter plate 731, bottom surface is fixed on forming mould 80 and with feed mechanism 71 and is oppositely arranged, the 4th both sides, the lip-deep middle part of adapter plate 731 arranges a pair of the second slide rail piece 732, two second slide rail pieces 732 roughly become inverted L shape, be relatively arranged on the track that on the 4th adapter plate 731, formation can be slided, the second permanent seat 733 bottoms that the second slide rail piece 732 bottoms of the 4th adapter plate 731 have one second permanent seat 733, the four adapter plates 731 have one second ejecting mechanism 734, one second board 735, bottom is connected with the second ejecting mechanism 734, dual-side has a pair of the second chute 736, what the second chute 736 slided is arranged on the second slide rail piece 732, so as to the second board 735 can be slided along the 4th adapter plate 731 surfaces, and the second permanent seat 733 is as the mobile lower boundary of the second board 735, the second board 735 sides arrange a material discharging module 737, the second board 735 tops arrange one second adapting table 738, the second adapting table 738 is parallel with forming mould 80 finished surfaces and extend segment distances to forming mould 80 inside, the second adapting table 738 is connecting one second and is extending adapting table 739, parallel with the second adapting table 738 and be arranged on the second board 735, described material discharging module 737 is arranged at the second extension adapting table 739 sides.
Material discharging module 737 comprises that one the 3rd engine installation 740 is arranged at the side of the second extension adapting table 739, the 3rd engine installation 740 connects one second gear teeth portion 741 to the second extension adapting table 739 directions, the second gear teeth portion 741 becomes wheel plate-like haply, has drawing of some formation ring-types and expect the gear teeth 742 on periphery.Described the first gear teeth portion 720 and the second gear teeth portion 741 are on same plane, on described the first adapting table 717, the second adapting table 738, the first extension adapting table 727 and the second extension adapting table 739, be provided with one and expect slide rail 743 to drawing of horizontal direction formation groove, in order to hold material strip 25 and material strip 25 guidings are entered to the interior location of forming mould 80.
Described first, second and third engine installation the 50,724, the 740th, coupling assembling one rotary power for providing, therefore can be stepper motor.
Described the first ejecting mechanism, the second ejecting mechanism the 714, the 734th, for providing coupling assembling one axial thrust, therefore can be slide block cylinder.
Described material strip dish 24 has retaining wall and the space of two wheel plate-likes, the axle center of two retaining walls sees through a cylinder connection, cylinder axis is formed centrally the mounting hole running through, described material strip 25 and paper tape 26 jointly along cylinder winding between two retaining walls, so as to preventing the mutual scratch of embedded components, and interval is connecting multiple embedded components on material strip 25, the surface of material strip 25 has the material strip hole that multiple linear interval are arranged.
Described conveyer 70 to material strip 25 performed action be divided into lift, move down, feeding, wherein, lifting with moving down is to utilize the first ejecting mechanism 714 and the second ejecting mechanism 734 respectively the first board 715 and the second board 735 to be carried out to ejection, feeding is to utilize the second engine installation 724 and the 3rd engine installation 740 to drive the first gear teeth portion 720 and the second gear teeth portion 741 to rotate, and makes the charging gear teeth 722 and draw the common scrolling material strip hole charging of the material gear teeth 742.
Refer to Fig. 2, automatic feeding 1 installation process is as follows, first the mounting hole of material strip dish 24 is inserted to the first round bar 21 and paper tape is located to cylinder 23 and be set in material strip dish 24 outsides and fix, then, on the second round bar 32 paper tape 26 being fastened in paper tray 30, then the material strip hole of material strip 25 is fit into the first gear teeth portion 720 of conveyer 70 and the charging gear teeth of the second gear teeth portion 741 722 and can starts moulding with drawing in the material gear teeth 742 and material strip 25 is penetrated draw in material slide rail 743.
While referring to Fig. 5 and Fig. 6 moulding, pull material strip dish 24 when avoiding conveyer 70 feeding material strip 25, with inductive rod 42, detect at any time material strip 25 to the tension force between feed mechanism 71, inductive rod 42 is to judge from material strip 25 to the pendulum degree between feed mechanism 71 whether the first engine installation 50 starts, the first engine installation 50 can rotation be collected coil paper, traction material strip dish 24 rotates and rolls out material strip 25, until material strip 25 pendulums are to inductive rod 42, this inductive rod 42 transmits a signal to control setup 60, control setup 60 can judge that the first engine installation 50 stopped in the applicable time, when conveyer 70 is by after material strip 25 feedings, the pendulum height of material strip 25 can raise again, when material strip 25 does not touch inductive rod 42, control setup 60 is again controlled the first engine installation 50 and is started, the first engine installation 50 can not make material strip produce the rotative speed tightening with one and affect paper bag, until material strip touches inductive rod 42 again, so as to conveyer 70, can not need to consider the knapsack problem of material strip 25, and then raising delivery speed, while reducing worker, meaning is when automatic feeding 1 takes out one section of material strip 25 in advance, make conveyer 70 not need direct pull material strip dish 24, and then anti-stopping materials strip 25 tightens, and this in advance the section of taking-up can also make conveyer 70 Feeding speed increase, reduce molding cycle.
The foregoing is only preferred embodiment of the present utility model, non-ly therefore limit to the scope of the claims of the present utility model, therefore such as use the equivalent structure that the utility model specification sheets and accompanying drawing content are done to change, be all in like manner all contained in scope of the present utility model, close and give Chen Ming.
Claims (10)
1. an automatic feeding, is characterized in that: comprising: a support body; At least one charging tray pivoted pole, is arranged on support body; At least one paper tray, is arranged on support body, with charging tray pivoted pole interval one distance; One inductive rod, is arranged at the bottom of paper tray on support body; One first engine installation, is arranged on support body and drives paper tray rotation; One control setup, is arranged on support body, is electrically connected with inductive rod and the first engine installation.
2. automatic feeding according to claim 1, is characterized in that: described charging tray pivoted pole pivot joint one material strip dish, winding one material strip on material strip dish.
3. automatic feeding according to claim 2, is characterized in that: described automatic feeding, in order to a conveyer is carried out to feeding, makes conveyer material strip can be sent in a molding tool and process.
4. automatic feeding according to claim 3, is characterized in that: described conveyer comprises a feed mechanism and a La Liao mechanism.
5. automatic feeding according to claim 4, it is characterized in that: described feed mechanism comprises: one the 3rd adapter plate, bottom surface is fixed on the side of forming mould, the 3rd both sides, the lip-deep middle part of adapter plate arranges a pair of the first slide rail piece, the first slide rail piece bottom of the 3rd adapter plate has one first permanent seat, and the first permanent seat bottom of the 3rd adapter plate has one first ejecting mechanism; And one first board, bottom is connected with the first ejecting mechanism, and dual-side has a pair of the first chute, and what the first chute slided is arranged on the first slide rail piece, and the first board top arranges one first adapting table, and the first board side arranges a feeding tensioner mechanism.
6. automatic feeding according to claim 5, it is characterized in that: described feeding tensioner mechanism has the feeding supporting construction of pair of opposing, in two feeding supporting constructions, side roll arranges one first gear teeth portion, the axle center of body sets firmly an axis rod, on the periphery of body, there are the charging gear teeth of some annular arrangements, feeding supporting construction arranged outside one flower wheel, described axis rod runs through this feeding supporting construction surface and sets firmly and be connected with flower wheel axle center, one second engine installation is set on the first board, the second engine installation interlock one driving wheel, and driving wheel sees through a belt and drives flower wheel, the top of the second engine installation arranges one first and extends adapting table.
7. automatic feeding according to claim 4, it is characterized in that: described La Liao mechanism comprises: one the 4th adapter plate, bottom surface is fixed on forming mould and with feed mechanism and is oppositely arranged, the 4th both sides, the lip-deep middle part of adapter plate arranges a pair of the second slide rail piece, the second slide rail piece bottom of the 4th adapter plate has one second permanent seat, and the second permanent seat bottom of the 4th adapter plate has one second ejecting mechanism; One second board, bottom is connected with the second ejecting mechanism, dual-side has a pair of the second chute, what the second chute slided is arranged on the second slide rail piece, the second board side arranges a material discharging module, the second board top arranges one second adapting table, and the second adapting table is connecting one second and extending adapting table, and described material discharging module is arranged at the second extension adapting table side.
8. automatic feeding according to claim 7, it is characterized in that: described material discharging module comprises: one the 3rd engine installation is arranged at the side of the second extension adapting table, the 3rd engine installation connects one second gear teeth portion to the second extension adapting table direction, the second gear teeth portion becomes to take turns plate-like haply, and what on periphery, have some formation ring-types draws the material gear teeth.
9. according to the automatic feeding described in claim 5 or 8, it is characterized in that: described the first adapting table, the second adapting table, first extend adapting table and second extend on adapting table, be provided with one to horizontal direction, form groove draw material slide rail, in order to hold material strip and material strip guiding entered in forming mould and located.
10. according to the automatic feeding described in claim 5 or 8, it is characterized in that: described first, second and third engine installation can be stepper motor, and described the first ejecting mechanism, the second ejecting mechanism can be slide block cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320557951.XU CN203558624U (en) | 2013-09-09 | 2013-09-09 | Automatic feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320557951.XU CN203558624U (en) | 2013-09-09 | 2013-09-09 | Automatic feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203558624U true CN203558624U (en) | 2014-04-23 |
Family
ID=50508358
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320557951.XU Expired - Fee Related CN203558624U (en) | 2013-09-09 | 2013-09-09 | Automatic feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203558624U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107512603A (en) * | 2017-09-12 | 2017-12-26 | 苏州富锐联自动化设备有限公司 | Sheet metal material strip feeding machanism |
| CN108202443A (en) * | 2018-02-06 | 2018-06-26 | 江苏顺航电子科技有限公司 | A kind of injection molding machine automatic feeding device |
-
2013
- 2013-09-09 CN CN201320557951.XU patent/CN203558624U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107512603A (en) * | 2017-09-12 | 2017-12-26 | 苏州富锐联自动化设备有限公司 | Sheet metal material strip feeding machanism |
| CN108202443A (en) * | 2018-02-06 | 2018-06-26 | 江苏顺航电子科技有限公司 | A kind of injection molding machine automatic feeding device |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140423 Termination date: 20160909 |