CN106298223B - Cut-to-length sub-material arranging machine - Google Patents
Cut-to-length sub-material arranging machine Download PDFInfo
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- CN106298223B CN106298223B CN201610833420.7A CN201610833420A CN106298223B CN 106298223 B CN106298223 B CN 106298223B CN 201610833420 A CN201610833420 A CN 201610833420A CN 106298223 B CN106298223 B CN 106298223B
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F41/00—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties
- H01F41/02—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties for manufacturing cores, coils, or magnets
- H01F41/0206—Manufacturing of magnetic cores by mechanical means
- H01F41/0233—Manufacturing of magnetic circuits made from sheets
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- Manufacturing & Machinery (AREA)
- Branching, Merging, And Special Transfer Between Conveyors (AREA)
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Abstract
A kind of cut-to-length sub-material arranging machine of the present invention, it is characterised in that it includes the feeding-distribution device being connected with cut-to-length discharge end（1）, the feeding-distribution device（1）With two discharge ends, a material arranging apparatus is respectively arranged with two discharge ends of feeding-distribution device（2）；The material arranging apparatus（2）Material arranging apparatus frame including lateral arrangement（21）, the material arranging apparatus frame（21）On be provided with feed mechanism（22）, Pai Liao mechanisms（23）, material carrying mechanism（24）And receiving mechanism（25）.Cut-to-length sub-material arranging machine of the present invention has automaticity height, it is possible to achieve sub-material and reason material function, the advantages of good operation stability.
Description
Technical field
The present invention relates to a kind of cut-to-length sub-material arranging machine.
Background technology
As the progress of transformer production technology, the degree more and more higher of transformer iron-core piece shearing automation requirement are existing
The domestic technology having can not realize orientation, positioning transmission and automatically step stacking.Therefore it is high to seek a kind of automaticity,
Sub-material can be realized and manage material function, the cut-to-length sub-material arranging machine of good operation stability is particularly important.
The content of the invention
It is an object of the invention to overcome above-mentioned deficiency, there is provided a kind of automaticity is high, it is possible to achieve sub-material and reason are expected
Function, the cut-to-length sub-material arranging machine of good operation stability.
The object of the present invention is achieved like this：
A kind of cut-to-length sub-material arranging machine, it includes the feeding-distribution device being connected with cut-to-length discharge end, the feeding-distribution device
With two discharge ends, a material arranging apparatus is respectively arranged with two discharge ends of feeding-distribution device；
The material arranging apparatus includes the material arranging apparatus frame of lateral arrangement, and feeder is provided with the material arranging apparatus frame
Structure, Pai Liao mechanisms, material carrying mechanism and receiving mechanism；
The material arranging apparatus frame includes outside mainframe, and upper strata is provided with for supporting feed mechanism inside mainframe
And the upper bracket of Pai Liao mechanisms, mainframe inside lower floor are provided with the lower branch for supporting material carrying mechanism and receiving mechanism
Frame；
Feed mechanism and the Pai Liao mechanism, which is installed on upper bracket, forms feeding Pai Liao mechanisms；The material carrying mechanism with
And receiving mechanism is installed on formation retainer receiving mechanism on lower carriage.
The upper bracket includes the upper bracket beam of front and rear two lateral arrangements, is set respectively on the outside of the left end of two upper bracket beams
Upper bracket left connection board, the left end connection of upper bracket left connection board and mainframe are equipped with, the right-hand member top of two upper bracket beams is set
It is equipped with upper bracket right connection board, the right-hand member connection of upper bracket right connection board and mainframe, right section of outside point of two upper bracket beams
The adjustable plate of one piece of lateral arrangement is not provided with, and adjustable plate is slidably connected with upper bracket beam, the upper bracket beam of the left of adjustable plate
On be provided with screw mandrel fixed seat, there is a regulation screw mandrel to be spun on from left to right in adjustable plate in screw mandrel fixed seat.
The feed mechanism includes former and later two feeding conveying belts, leaves gap between former and later two feeding conveying belts, send
The magnet frame of lateral arrangement is provided between the upper and lower of material conveyer belt, multiple magnetic have been arranged along the horizontal in the magnet frame
Iron, magnet frame connecting shaft is connected with the magnet frame forward, magnet frame connecting shaft is extend out in front of upper bracket, upper bracket
Left end is hinged with a magnet frame drive cylinder to the right, and the telescopic end of magnet frame drive cylinder is hinged with to the right magnet frame linkage
Bar, magnet frame gangbar are hinged with magnet frame contiguous block between the front end of magnet frame connecting shaft respectively in correspondence position.
The Pai Liao mechanisms include the multiple bat material cylinders arranged along the gap between two feeding conveying belts, clap material cylinder
Arrangement downwards, each material cylinder of clapping are both secured in the bat being longitudinally arranged a material cylinder supports frame, and the lower end for clapping material cylinder is set
Bat material head is equipped with, material cylinder supports frame is clapped and is set up on upper bracket.
The lower carriage includes the lower carriage beam of front and rear two lateral arrangements.
The material carrying mechanism includes the retainer cylinder two to the right, and retainer cylinder is articulated with the outside of the lower carriage beam of lower carriage
Left end, the telescopic end of retainer cylinder are hinged with to the right material supporting rack gangbar, and the left and right ends of material supporting rack gangbar pass through material supporting rack
Contiguous block is hinged with inside material supporting rack connecting shaft, and material supporting rack connecting shaft passes through the lower carriage beam of lower carriage, and two material supporting racks connect
The inner of spindle is connected with horizontal material supporting rack, and retainer plate is provided with the top of material supporting rack.
Flange obliquely is provided with the left and right ends of retainer plate and inner side edge.
The receiving mechanism includes multiple rewinding cylinder saddles for being arranged at lower carriage beam inwall, is set on rewinding cylinder saddle
Inside rewinding cylinder is equipped with, rewinding cylinder is located at below material supporting rack, and the telescopic end of rewinding cylinder is connected with the receipts of lateral arrangement
Flitch connecting plate, rewinding plate, the left and right ends outwards connection respectively of rewinding plate connecting plate are provided with the inside of rewinding plate connecting plate
There is guide rod, guide rod passes outwards through lower carriage beam.
Material supporting rack position sensor support, material supporting rack position sensor are extended with lower carriage beam above guide rod outer end
Material supporting rack position sensor is provided with support.
The feeding-distribution device includes feeding-distribution device frame, and first point of a transverse direction is provided with the feeding-distribution device frame
Expect that conveyer belt and the second sub-material conveyer belt in an oblique upper right side, the right-hand member of the feeding-distribution device frame are provided with sub-material and moved
Power source, the output end of sub-material power source are connected to drive the first of the first sub-material conveyer belt to drive respectively by sub-material driving belt
Driving wheel and the second driving wheel for driving the second sub-material conveyer belt.
Compared with prior art, the beneficial effects of the invention are as follows：
Cut-to-length sub-material arranging machine of the present invention has automaticity height, it is possible to achieve sub-material and reason material function, operation are steady
The advantages of qualitative good.
Brief description of the drawings
Fig. 1 is the front view of cut-to-length sub-material arranging machine.
Fig. 2 is the feeding-distribution device frame schematic diagram in Fig. 1.
Fig. 3 is material arranging apparatus front view.
Fig. 4 is Fig. 3 upper left view stereo figure.
Fig. 5 is Fig. 3 bottom right view stereo figure.
Fig. 6 is the front view that material structure is clapped in feeding.
Fig. 7 is upper left view stereo figure in Fig. 6.
Fig. 8 is Fig. 6 bottom right view stereo figure.
Fig. 9 is the structural representation after the upper bracket beam that front is removed in Fig. 7.
Figure 10 is the schematic diagram of the magnet frame in Fig. 9.
Figure 11 is that the top view after material removal upper bracket beam is clapped in feeding.
Figure 12 is Figure 11 A-A sectional views.
Figure 13 is the front view of retainer receiving mechanism.
Figure 14 is the top view of retainer receiving mechanism.
Figure 15 is the side view of retainer receiving mechanism.
Figure 16 is Figure 13 upper left view stereo figure.
Figure 17 is partial enlarged drawing at Figure 16 B.
Wherein：
Feeding-distribution device 1, feeding-distribution device frame 11, the first sub-material conveyer belt 12, the second sub-material conveyer belt 13, sub-material power source
14th, sub-material driving belt 15, the first driving wheel 16, the second driving wheel 17
Material arranging apparatus 2
Material arranging apparatus frame 21, mainframe 21.1, upper bracket 21.2, upper bracket beam 21.21, upper bracket left connection board
21.22nd, upper bracket right connection board 21.23, adjustable plate 21.24, screw mandrel fixed seat 21.25, regulation screw mandrel 21.26, lower carriage
21.3rd, lower carriage beam 21.31, lower engaging lug 21.32, lower carriage beam left axle 21.33, upper engaging lug 21.34, lower carriage beam right axle
21.35
Feed mechanism 22, feeding conveying belt 22.1, Left Drive wheel 22.2, right drive 22.3, left drive shaft 22.4, right biography
Moving axis 22.5, magnet frame 22.6, hanger 22.61, magnet 22.62, magnet frame connecting shaft 22.7, magnet frame drive cylinder 22.8,
Magnet frame gangbar 22.9, magnet frame contiguous block 22.10
Pai Liao mechanisms 23, material cylinder 23.1 is clapped, material cylinder supports frame 23.2 is clapped, claps material head 23.3
Material carrying mechanism 24, retainer cylinder 24.1, material supporting rack gangbar 24.2, material supporting rack contiguous block 24.3, material supporting rack connection
Axle 24.4, material supporting rack 24.5, retainer plate 24.6
Receiving mechanism 25, rewinding cylinder saddle 25.1, rewinding cylinder 25.2, rewinding plate connecting plate 25.3, rewinding plate 25.4,
Guide rod 25.5, material supporting rack position sensor support 25.6, material supporting rack position sensor 25.7.
Embodiment
Referring to Fig. 1 ~ Figure 17, a kind of cut-to-length sub-material arranging machine of the present invention, it includes connecting with cut-to-length discharge end
The feeding-distribution device 1 connect, the feeding-distribution device 1 have two discharge ends, one are respectively arranged with two discharge ends of feeding-distribution device
Individual material arranging apparatus 2；
The feeding-distribution device 1 includes feeding-distribution device frame 11, and transverse direction is provided with the feeding-distribution device frame 11
First sub-material conveyer belt 12 and the second sub-material conveyer belt 13 in an oblique upper right side, the right-hand member of the feeding-distribution device frame 11
Sub-material power source 14 is provided with, the output end of sub-material power source 14 is connected to driving first respectively by sub-material driving belt 15
First driving wheel 16 of sub-material conveyer belt 12 and the second driving wheel 17 for driving the second sub-material conveyer belt 13.
The material arranging apparatus 2 includes the material arranging apparatus frame 21 of lateral arrangement, and the left end of material arranging apparatus frame 21 is connection
End, the left end of the material arranging apparatus frame 21 of two material arranging apparatus 2 be connected to the first sub-material conveyer belt 12 of feeding-distribution device 1 with
And second sub-material conveyer belt 13 discharge end.
Feed mechanism 22, Pai Liao mechanisms 23, material carrying mechanism 24 and collecting machine are provided with the material arranging apparatus frame 21
Structure 25；
The material arranging apparatus frame 21 includes outside mainframe 21.1, and the inside upper strata of mainframe 21.1 is provided with for branch
Feed mechanism 22 and the upper bracket 21.2 of Pai Liao mechanisms 23 are supportted, the inside lower floor of mainframe 21.1 is provided with for supporting retainer machine
The lower carriage 21.3 of structure 24 and receiving mechanism 25；
The feed mechanism 22 and Pai Liao mechanisms 23, which are installed on upper bracket 21.2, forms feeding Pai Liao mechanisms；The support
Material mechanism 24 and receiving mechanism 25 are installed on formation retainer receiving mechanism on lower carriage 21.3；
The upper bracket 21.2 includes the upper bracket beam 21.21 of front and rear two lateral arrangements, two upper bracket beams 21.21
Upper bracket left connection board 21.22 is respectively arranged with the outside of left end, upper bracket left connection board 21.22 and the left end of mainframe 21.1 connect
Connect, be provided with upper bracket right connection board 21.23 at the top of the right-hand member of two upper bracket beams 21.21, upper bracket right connection board 21.23 with
The right-hand member connection of mainframe 21.1, right section of outside of two upper bracket beams 21.21 are respectively arranged with the regulation of one piece of lateral arrangement
Plate 21.24, adjustable plate 21.24 are slidably connected with upper bracket beam 21.21, on the upper bracket beam 21.21 of the left of adjustable plate 21.24
Screw mandrel fixed seat 21.25 is provided with, has a regulation screw mandrel 21.26 to be spun on regulation from left to right in screw mandrel fixed seat 21.25
In plate 21.24, by the regulation to adjusting screw mandrel 21.26, the lateral attitude of adjustable plate 21.24 can be adjusted.
The lower carriage 21.3 includes the lower carriage beam 21.31 of front and rear two lateral arrangements, two lower carriage beams 21.31
The lower engaging lug 21.32 of left end is set in the lower carriage being longitudinally arranged a beam left axle 21.33, two lower carriage beams 21.31
The upper engaging lug 21.34 of right-hand member be set in the lower carriage being longitudinally arranged a beam right axle 21.35, lower carriage beam left axle
21.33 and lower carriage beam right axle 21.35 be connected to front bottom end and the rear end of mainframe 21.1.
The feed mechanism 22 includes former and later two feeding conveying belts 22.1, is stayed between former and later two feeding conveying belts 22.1
There is gap, feeding conveying belt 22.1 is set around Left Drive wheel 22.2 and the right drive that left and right is arranged on upper bracket 21.2
On 22.3, left drive shaft 22.4 is set up in the left end of upper bracket 21.2 corresponding to Left Drive wheel 22.2, as a preferred embodiment, left biography
Moving axis 22.4 is set up in upper bracket left connection board 21.22, and left drive shaft 22.4 connects feeding power source, and right drive 22.3 is right
The right power transmission shaft 22.5 answered is set up in the right-hand member of upper bracket 21.2, as a preferred embodiment, right power transmission shaft 22.5 is set up in adjustable plate
On 21.24；The magnet frame 22.6 of lateral arrangement, the magnet frame are provided between the upper and lower of feeding conveying belt 22.1
Multiple magnet 22.62 have been arranged along the horizontal in 22.6, the top of magnet frame 22.6 is horizontally arranged with multiple hangers 22.61,
The position correspondence of hanger 22.61 of magnet frame 22.6 in former and later two feeding conveying belts 22.1, and two magnet frames 22.6
Each hanger 22.61 on be connected with magnet frame connecting shaft 22.7 forward, magnet frame connecting shaft 22.7 extend out to upper bracket
21.2 front of upper bracket beam 21.21, the left end of upper bracket beam 21.21 are hinged with a magnet frame drive cylinder to the right
22.8, the telescopic end of magnet frame drive cylinder 22.8 is hinged with to the right magnet frame gangbar 22.9, and magnet frame gangbar 22.9 exists
Correspondence position is hinged with magnet frame contiguous block 22.10 between the front end of magnet frame connecting shaft 22.7 respectively.Upper bracket 21.2
The inwall left and right ends of upper bracket beam 21.21 are respectively arranged with the left position sensor of feeding and the right position sensor of feeding.
The Pai Liao mechanisms 23 include the multiple bat material cylinders arranged along the gap between two feeding conveying belts 22.1
23.1, clap material cylinder 23.1 and arrange downwards, each material cylinder 23.1 of clapping is both secured to the bat being longitudinally arranged a material cylinder supports
On frame 23.2, the lower end for clapping material cylinder 23.1 is provided with bat material head 23.3, claps material cylinder supports frame 23.2 and is set up in upper bracket
On 21.2 upper bracket beam 21.21, clap material cylinder supports frame 23.2 and arranged with the dislocation of magnet frame connecting shaft 22.7.
The material carrying mechanism 24 includes the retainer cylinder 24.1 two to the right, and retainer cylinder 24.1 is articulated with lower carriage 21.3
The outside left end of lower carriage beam 21.31, the telescopic end of retainer cylinder 24.1 is hinged with to the right material supporting rack gangbar 24.2, material supporting rack
The left and right ends of gangbar 24.2 are hinged with inside material supporting rack connecting shaft 24.4 by material supporting rack contiguous block 24.3, and material supporting rack connects
Spindle 24.4 passes through the lower carriage beam 21.31 of lower carriage 21.3, and the inners of two material supporting rack connecting shafts 24.4 is connected with horizontal
Material supporting rack 24.5, the top of material supporting rack 24.5 are provided with retainer plate 24.6, set on the left and right ends of retainer plate 24.6 and inner side edge
It is equipped with flange obliquely.
The receiving mechanism 25 includes the rewinding cylinder branch of multiple inwalls of lower carriage beam 21.31 for being arranged at lower carriage 21.3
Seat 25.1, is provided with inside rewinding cylinder 25.2 on rewinding cylinder saddle 25.1, the rewinding gas on two lower carriage beams 21.31
The position correspondence of cylinder 25.2, rewinding cylinder 25.2 are located at the lower section of material supporting rack 24.5, and the telescopic end of rewinding cylinder 25.2 is connected with transverse direction
The rewinding plate connecting plate 25.3 of arrangement, the inner side of rewinding plate connecting plate 25.3 are provided with rewinding plate 25.4, rewinding plate connecting plate
Respectively to guide rod 25.5 is externally connected with, guide rod 25.5 passes outwards through lower carriage beam 21.31 for 25.3 left and right ends.Lower carriage
The guide sleeve moved for guide rod 25.5 is provided with beam 21.31, is stretched on the lower carriage beam 21.31 above the outer end of guide rod 25.5
Go out to have material supporting rack position sensor support 25.6, material supporting rack position sensor is provided with material supporting rack position sensor support 25.6
25.7。
A kind of operational method of cut-to-length sub-material arranging machine：
Step 1: collecting board is placed below material collecting device now, the bottom surface fitting of the top surface and rewinding plate of collecting board；
Step 2: by the sheet stock point that cut-to-length shearing finishes to the first sub-material conveyer belt of feeding-distribution device and second point
Expect conveyer belt conveying subsequently into material arranging apparatus；
Step 3: when sheet stock right-hand member enters material arranging apparatus, the left position sensor of feeding detects sheet stock right-hand member in place, then
Magnet frame drive cylinder acts so that magnet frame declines, and due to the magnetic force of magnet, sheet stock is adsorbed into the following table in feeding conveying belt
Face, according to the width of sheet stock, the retainer cylinder action of material carrying mechanism, when sheet stock is wider, magnet are determined the need in advance
Magnetic force is not enough to adsorb whole sheet stock, then retainer cylinder advancement, two before and after retainer plate is pushed into below feeding conveying belt
Side is standby；
Step 4: conveying of the sheet stock Jing Guo feeding conveying belt, the right position sensor of feeding detects sheet stock right-hand member in place, then
Magnet frame drive cylinder acts so that magnet frame rises, and magnet departs from sheet stock magnetic force, the bat material gas of same time Pai Liao mechanisms
Cylinder acts, and the bat material head for clapping material cylinder flops downwards sheet stock, on the collecting board that lower section is dropped down onto under sheet material；If in step 3
Retainer plate is located at the front and rear sides below feeding conveying belt, then retainer cylinder also acts while magnet frame drive cylinder acts,
Retainer plate, which is received to outside, prevents its influence fallen to sheet stock；
Step 5: rewinding cylinder acts, the sheet stock dropped down onto by under on collecting board is arranged；
Step 6: repeating above-mentioned step three and step 4, the sheet stock of whereabouts is constantly subjected to arrangement heap on collecting board
Code, treats that pile to certain altitude, removes the collecting board with certain stacking height, changes new collecting board again.
Claims (8)
1. a kind of cut-to-length sub-material arranging machine, it is characterised in that it includes the feeding-distribution device being connected with cut-to-length discharge end（1）, institute
State feeding-distribution device（1）With two discharge ends, a material arranging apparatus is respectively arranged with two discharge ends of feeding-distribution device（2）；
The material arranging apparatus（2）Material arranging apparatus frame including lateral arrangement（21）, the material arranging apparatus frame（21）Upper setting
There is feed mechanism（22）, Pai Liao mechanisms（23）, material carrying mechanism（24）And receiving mechanism（25）；
The material arranging apparatus frame（21）Include the mainframe of outside（21.1）, mainframe（21.1）Internal upper strata, which is provided with, to be used for
Support feed mechanism（22）And Pai Liao mechanisms（23）Upper bracket（21.2）, mainframe（21.1）Internal lower floor, which is provided with, to be used for
Support material carrying mechanism（24）And receiving mechanism（25）Lower carriage（21.3）；
The feed mechanism（22）And Pai Liao mechanisms（23）It is installed on upper bracket（21.2）Upper formation feeding Pai Liao mechanisms；It is described
Material carrying mechanism（24）And receiving mechanism（25）It is installed on lower carriage（21.3）Upper formation retainer receiving mechanism；
The lower carriage（21.3）Include the lower carriage beam of front and rear two lateral arrangements（21.31）；
The feeding-distribution device（1）Including feeding-distribution device frame（11）, the feeding-distribution device frame（11）On be provided with a transverse direction
The first sub-material conveyer belt（12）And the second sub-material conveyer belt in an oblique upper right side（13）, the feeding-distribution device frame
（11）Right-hand member be provided with sub-material power source（14）, sub-material power source（14）Output end pass through sub-material driving belt（15）Respectively
It is connected to drive the first sub-material conveyer belt（12）The first driving wheel（16）And for driving the second sub-material conveyer belt（13）
The second driving wheel（17）.
A kind of 2. cut-to-length sub-material arranging machine according to claim 1, it is characterised in that the upper bracket（21.2）Including
The upper bracket beam of front and rear two lateral arrangements（21.21）, two upper bracket beams（21.21）Left end on the outside of be respectively arranged with branch
Frame left connection board（21.22）, upper bracket left connection board（21.22）With mainframe（21.1）Left end connection, two upper bracket beams
（21.21）Right-hand member at the top of be provided with upper bracket right connection board（21.23）, upper bracket right connection board（21.23）With mainframe
（21.1）Right-hand member connection, two upper bracket beams（21.21）Right section of outside be respectively arranged with the adjustable plate of one piece of lateral arrangement
（21.24）, adjustable plate（21.24）With upper bracket beam（21.21）It is slidably connected, adjustable plate（21.24）Left upper bracket beam
（21.21）On be provided with screw mandrel fixed seat（21.25）, screw mandrel fixed seat（21.25）On have a regulation screw mandrel（21.26）From a left side
Adjustable plate is spun on to the right（21.24）It is interior.
A kind of 3. cut-to-length sub-material arranging machine according to claim 1, it is characterised in that the feed mechanism（22）Including
Former and later two feeding conveying belts（22.1）, former and later two feeding conveying belts（22.1）Between leave gap, feeding conveying belt
（22.1）The upper and lower between be provided with the magnet frame of lateral arrangement（22.6）, the magnet frame（22.6）Inside transversely cloth
It is equipped with multiple magnet（22.62）, the magnet frame（22.6）On be connected with magnet frame connecting shaft forward（22.7）, magnet frame company
Spindle（22.7）It extend out to upper bracket（21.2）Front, upper bracket（21.2）Left end be hinged with one to the right magnet frame driving
Cylinder（22.8）, magnet frame drive cylinder（22.8）Telescopic end be hinged with magnet frame gangbar to the right（22.9）, magnet frame connection
Lever（22.9）Correspondence position respectively with magnet frame connecting shaft（22.7）Front end between be hinged with magnet frame contiguous block
（22.10）.
A kind of 4. cut-to-length sub-material arranging machine according to claim 3, it is characterised in that the Pai Liao mechanisms（23）Including
Along two feeding conveying belts（22.1）Between gap arrangement multiple bat material cylinders（23.1）, clap material cylinder（23.1）Downwards
Arrangement, it is each to clap material cylinder（23.1）It is both secured to the bat being longitudinally arranged a material cylinder supports frame（23.2）On, clap material cylinder
（23.1）Lower end be provided with bat material head（23.3）, clap material cylinder supports frame（23.2）It is set up in upper bracket（21.2）On.
A kind of 5. cut-to-length sub-material arranging machine according to claim 1, it is characterised in that the material carrying mechanism（24）Including
Two retainer cylinders to the right（24.1）, retainer cylinder（24.1）It is articulated with lower carriage（21.3）Lower carriage beam（21.31）Outside
Side left end, retainer cylinder（24.1）Telescopic end be hinged with material supporting rack gangbar to the right（24.2）, material supporting rack gangbar（24.2）
Left and right ends pass through material supporting rack contiguous block（24.3）It is hinged with inside material supporting rack connecting shaft（24.4）, material supporting rack connecting shaft
（24.4）Through lower carriage（21.3）Lower carriage beam（21.31）, two material supporting rack connecting shafts（24.4）The inner be connected with horizontal stroke
To material supporting rack（24.5）, material supporting rack（24.5）Top is provided with retainer plate（24.6）.
A kind of 6. cut-to-length sub-material arranging machine according to claim 5, it is characterised in that retainer plate（24.6）Left and right two
Flange obliquely is provided with end and inner side edge.
A kind of 7. cut-to-length sub-material arranging machine according to claim 1, it is characterised in that the receiving mechanism（25）Including
It is multiple to be arranged at lower carriage beam（21.31）The rewinding cylinder saddle of inwall（25.1）, rewinding cylinder saddle（25.1）On be provided with
Inside rewinding cylinder（25.2）, rewinding cylinder（25.2）Positioned at material supporting rack（24.5）Lower section, rewinding cylinder（25.2）It is flexible
End is connected with the rewinding plate connecting plate of lateral arrangement（25.3）, rewinding plate connecting plate（25.3）Inner side be provided with rewinding plate
（25.4）, rewinding plate connecting plate（25.3）Left and right ends respectively to being externally connected with guide rod（25.5）, guide rod（25.5）To
Pass through lower carriage beam outside（21.31）.
A kind of 8. cut-to-length sub-material arranging machine according to claim 7, it is characterised in that guide rod（25.5）Above outer end
Lower carriage beam（21.31）On be extended with material supporting rack position sensor support（25.6）, material supporting rack position sensor support
（25.6）On be provided with material supporting rack position sensor（25.7）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610833420.7A CN106298223B (en) | 2016-09-19 | 2016-09-19 | Cut-to-length sub-material arranging machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610833420.7A CN106298223B (en) | 2016-09-19 | 2016-09-19 | Cut-to-length sub-material arranging machine |
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| Publication Number | Publication Date |
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| CN106298223A CN106298223A (en) | 2017-01-04 |
| CN106298223B true CN106298223B (en) | 2017-12-01 |
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| CN201610833420.7A Active CN106298223B (en) | 2016-09-19 | 2016-09-19 | Cut-to-length sub-material arranging machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110294309A (en) * | 2019-07-03 | 2019-10-01 | 江阴宏恒机电科技有限公司 | A kind of material arranging apparatus and its reason material method |
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| CN101642828A (en) * | 2009-05-31 | 2010-02-10 | 北京中机联供非晶科技股份有限公司 | Amorphous alloy strip shear line |
| CN201601023U (en) * | 2010-02-09 | 2010-10-06 | 山东金曼达电工股份有限公司 | Iron core transverse shear line auxiliary feeding device |
| CN201611609U (en) * | 2010-02-09 | 2010-10-20 | 山东金曼达电工股份有限公司 | Automatic inverted supporting and material sorting device of iron core transverse shear wire |
| CN203508647U (en) * | 2013-09-25 | 2014-04-02 | 金盘电气集团（上海）有限公司 | Multi-roll synchronous cutting front-mounted device for iron-core transverse shear line |
| CN204230033U (en) * | 2014-12-05 | 2015-03-25 | 山东英博电力设备有限公司 | A kind of transformer silicon steel sheet material arranging apparatus |
| CN206003621U (en) * | 2016-09-19 | 2017-03-08 | 江阴宏恒机电科技有限公司 | Cut-to-length sub-material arranging machine |
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