CN203833292U - Iron sheet feeding and collecting apparatus - Google Patents
Iron sheet feeding and collecting apparatus Download PDFInfo
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- CN203833292U CN203833292U CN201420210072.4U CN201420210072U CN203833292U CN 203833292 U CN203833292 U CN 203833292U CN 201420210072 U CN201420210072 U CN 201420210072U CN 203833292 U CN203833292 U CN 203833292U
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Abstract
The utility model relates to an iron sheet feeding and collecting apparatus. Primarily, a feeding device is assembled on a body; electromagnets are assembled on corresponding seats of the feeding device; the electromagnets are externally wrapped with conveyor belts; side baffle plates are arranged on the corresponding seats; a rear baffle plate is arranged between the corresponding seats; a collecting device is arranged on the body and below the feeding device; and an elevating platform of the collecting device is assembled with an elevating transmission mechanism. In such a way, iron sheets are attached onto the conveyor belts by using the electromagnet so that the iron sheets cannot be damaged as no relative motion is generated between the iron sheets and the conveyor belts; with the design of the elevating platform, one certain iron sheet is enabled to be laid on the elevating platform before inclining during the blanking process so that the former iron sheet is prevented from being scratched; and in addition, the two side baffle plates and the rear baffle plate can be used for guiding and positioning of the conveyed iron sheets so that the effects of smooth feeding and collecting can be realized.
Description
Technical field
The utility model relates to a kind of iron sheet feeding and material-gathering device, espespecially a kind of ride comfort that improves iron sheet feeding and gather materials, and make iron sheet unlikely device of scraping damage in feeding and the process of gathering materials.
Background technology
The can process processes such as normal food, be by iron sheet raw material through printing or application pattern, color and dry after flow process, then via iron sheet feeding and a material-gathering device, this iron sheet is delivered to storing place.Existing iron sheet feeding and material-gathering device, that iron sheet is transported to iron sheet after this drum-type load-transfer device end by a drum-type load-transfer device, iron sheet is fallen to naturally gather materials the stacking collection in pallet place to be received, due to drum-type load-transfer device and gather materials that to have certain altitude between pallet poor, if not so that iron sheet level, entirely fall to the pallet place that gathers materials, but be to tilt an angle while dropping, often just can scratch drop down onto on last the iron sheet gathering materials on pallet and printed, the pattern of application, color, and by pattern on this last iron sheet, color scratches, cause the finished product flaw while making can finished product.Separately, due to existing iron sheet feeding and material-gathering device, be to use drum-type load-transfer device to carry out the conveying of iron sheet, and in the process of carrying in iron sheet, the load-transfer device that also may be subject to relatively rolling is by the situation of cylinder scratch.
Utility model content
The utility model relates to a kind of iron sheet feeding and material-gathering device, and its main purpose is to improve iron sheet feeding and the ride comfort gathering materials in order to provide a kind of, and makes iron sheet unlikely device of scraping damage in feeding and the process of gathering materials.
In order to reach above-mentioned enforcement object, the design people discusses and formulates following iron sheet feeding and material-gathering device, comprises:
Body;
Pay-off, be provided with corresponding pedestal, described pedestal and described body are connected with group, be provided with electromagnet in each group of described pedestal again, described pedestal is each positioned at its electromagnet side group and is provided with roller, separately be provided with load-transfer device, described load-transfer device is set around on described electromagnet and described roller, be provided with the first rotating power source in described body group again, described the first rotating power source group is provided with pinch roller, described pinch roller is pressed and is touched in described load-transfer device top, described load-transfer device below is affixed tactile with described electromagnet bottom side, on corresponding described pedestal, group is provided with side shield, separately be provided with back shield in described body group between corresponding described pedestal,
Material-gathering device, is located at described pay-off below, includes lifting table, is connected to elevating drive mechanism again in described body group, and described elevating drive mechanism is provided with driver element, and the driver element of described elevating drive mechanism and described lifting table mutually group establish.
Iron sheet feeding as above and material-gathering device, wherein, described pay-off further includes side shield transmission device, described side shield transmission device is connected to described body, described side shield transmission device is provided with driver element, and the pedestal that the driver element of described side shield transmission device and group are provided with described side shield is connected with group.
Iron sheet feeding as above and material-gathering device, wherein, the driver element of the side shield transmission device of described pay-off includes the first screw rod and the second screw rod, corresponding described pedestal respectively forms screw, described screw respectively with described the first screw rod and the second screw rod bolt, described the first screw rod and the second screw rod are different screw thread, the side shield transmission device of described pay-off is provided with the second rotating power source, described the second rotating power source is connected to body, and described the first screw rod and the second screw rod and described the second rotating power source mutually group are established, corresponding described pedestal respectively forms guide hole, and be provided with guide rod in described body group, described guide rod is arranged in the guide hole of corresponding described pedestal.
Iron sheet feeding as above and material-gathering device, wherein, the second rotating power source of the side shield transmission device of described pay-off is further connected to one end of the second drive link, described the second drive link is across establishing corresponding described pedestal, the other end of described the second drive link is connected to described body, each group of the two ends place of described the second drive link is connected to power wheel, one end of described the first screw rod and the second screw rod passes the pedestal being spirally connected, each group of one end of described the first screw rod and the second screw rod is connected to power wheel, and be provided with driving band between the power wheel of the power wheel of described the second drive link and described the first screw rod and the second screw rod, the power wheel winding group of the power wheel of described the second drive link and described the first screw rod and the second screw rod connects.
Iron sheet feeding as above and material-gathering device, wherein, the corresponding pedestal of described pay-off comprises two corresponding permanent seats and is positioned at the two corresponding sliding seat in permanent seat outside described in two, two each group of corresponding described sliding seat are provided with described side shield, two corresponding described sliding seat respectively form described screw, described the first screw rod and the second screw rod be the described screw bolt of the described sliding seat corresponding with two respectively, described in two, described in permanent seat and two, sliding seat respectively forms corresponding described guide hole, described guide rod is arranged in described in two the guide hole of sliding seat described in permanent seat and two, described in two described in permanent seat and two sliding seat respectively thereon group be provided with described electromagnet, roller and load-transfer device.
Iron sheet feeding as above and material-gathering device, wherein, described pay-off further includes back shield transmission device, described back shield transmission device is connected to described body, described back shield transmission device is provided with driver element, and the driver element of described back shield transmission device and described back shield are connected with group.
Iron sheet feeding as above and material-gathering device, wherein, the driver element of the back shield transmission device of described pay-off is screw rod, described back shield is provided with the 3rd screw, described the 3rd screw and described screw rod bolt, described back shield transmission device is provided with the 3rd rotating power source with described body Joint, described the 3rd rotating power source and described screw rod are connected with group, described back shield is provided with guide hole, and be provided with the 3rd guide rod in described body group, described the 3rd guide rod is arranged in the guide hole of described back shield.
Iron sheet feeding as above and material-gathering device, wherein, the elevating drive mechanism of described material-gathering device includes the 4th rotating power source that is fixed in body top, described the 4th rotating power source is connected with group via Transmission and rotating shaft, the two ends of described rotating shaft are connected to the both sides of described body, separately in the both sides of described body each group be provided with the 4th drive link, described rotating shaft two ends respectively with two described the 4th drive links between with described Transmission mutually group establish, separately on two described the 4th drive links, group is provided with sprocket wheel respectively, and in the sprocket wheel of two described the 4th drive links be respectively arranged with described lifting table mutually group establish, and be the driver element of chain, described in two, one end of chain is each is connected with group with a side of described lifting table, described in two the chain other end each group be provided with a clump weight.
Iron sheet feeding as above and material-gathering device, wherein, described material-gathering device further includes drum-type load-transfer device, and described drum-type load-transfer device is located at described body bottom side, and described lifting table is formed with interval in the cylinder place of the described drum-type load-transfer device of correspondence.
Whereby, utilize this electromagnet that iron sheet is adsorbed on load-transfer device, scrape damage so that do not produce relative motion between iron sheet and load-transfer device, design by lifting table again, so that iron sheet bears on lifting table before blanking is not inclination, to avoid last iron sheet of scratch, separately utilize two side shields and back shield to carrying guiding and the location of iron sheet, can reach smooth-going feeding and the benefit such as gather materials.
Brief description of the drawings
Fig. 1: front perspective view of the present utility model;
Fig. 2: rear perspective view of the present utility model;
Fig. 3: pay-off block diagram of the present utility model;
Fig. 4: the local amplification stereogram of pay-off of the present utility model;
Fig. 5: the adjustment constitution diagram () of material-gathering device of the present utility model;
Fig. 6: the adjustment constitution diagram (two) of material-gathering device of the present utility model;
Fig. 7: the side shield of pay-off of the present utility model is adjusted constitution diagram;
Fig. 8: the back shield of pay-off of the present utility model is adjusted constitution diagram.
Description of reference numerals:
1 body 11 feedboards
2 pay-off 20 side shields
21 permanent seat 211 guide holes
212 perforation 213 roof beams structure
22 sliding seat 221 guide holes
222 screw 23 guide rods
24 side shield transmission device 241 first screw rods
242 second screw rod 243 rotating power source
244 drive link 245 power wheels
246 driving band 25 electromagnet
26 load-transfer device 261 rollers
27 pinch roller 28 pinch roller transmission devices
281 drive link 282 power wheels
283 rotating power source 284 driving bands
29 back shield 291 guide holes
292 back shield transmission device 293 rotating power source
294 screw rod 295 screws
3 material-gathering device 31 drum-type load-transfer devices
311 cylinder 32 lifting tables
321 interval 322 guide holes
33 guide rod 34 elevating drive mechanisms
341 rotating power source 342 sprocket wheels
343 chain 344 rotating shafts
345 drive link 346 gears
347 sprocket wheel 348 chains
3481 clump weight 349 protecting covers
Detailed description of the invention
Understand for technical characterictic of the present utility model, object and effect being had more clearly, now contrast brief description of the drawings detailed description of the invention of the present utility model.
First, referring to shown in Fig. 1, Fig. 2, is iron sheet feeding of the present utility model and material-gathering device, is mainly made up of body 1, pay-off 2 and material-gathering device 3; Wherein:
This body 1, group is provided with the feedboard 11 that one day, pay-off 2 tilted to set up;
This pay-off 2, see also Fig. 3, shown in Fig. 4, the feed end of pay-off 2 is continued to be connected after the feedboard 11 of this body 1, include two permanent seats 21 with body 1 Joint, and difference position is in two sliding seat 22 in these two permanent seats, 21 outsides, make again to be respectively provided with in two permanent seats 21 and two sliding seat 22 two corresponding guide holes 211, 221, wear the guide hole 211 of this two permanent seat 21 and two sliding seat 22 for two guide rods 23, 221, and make each and body 1 Joint in these guide rod 23 two ends, the sliding seat 22 that makes again two permanent seats 21 respectively be adjacent forms one group, and make this permanent seat of two groups 21 respectively be provided with two perforation 212, separately make the sliding seat 22 of two groups respectively be provided with two screws 222, with corresponding with two perforation 212 of its permanent seat 21, be provided with again side shield transmission device 24, make two first screw rods 241 of this side shield transmission device 24 wear two perforation 212 of first group of permanent seat 21 and two screws 222 of sliding seat 22 thereof, separately make two second screw rods 242 of side shield transmission device 24 wear two perforation 212 of second group of permanent seat 21 and two screws 222 of sliding seat 22 thereof, and make this first screw rod 241 and the second screw rod 242 be the different screw thread of tool, be provided with again the rotating power source 243 (the second rotating power source) of handwheel kenel, with with body 1 one side Joints, and make 243 groups of this rotating power source be connected to drive link 244 (the second drive link) one end, and make this drive link 244 across establishing two permanent seats 21 and two sliding seat 22, so that its another end and the another side of body 1 mutually group establish, make again each group of this drive link 244 two ends place be connected to power wheel 245, this power wheel 245 is sprocket wheel, each group of the one end that separately makes this first screw rod 241 and the second screw rod 242 pass two sliding seat 22 is connected to power wheel 245, and make between the power wheel 245 of this drive link 244 and the power wheel 245 of the first screw rod 241 and the second screw rod 242, connect with driving band 246 winding groups, this driving band 246 is chain, separately make each group of this two sliding seat 22 be provided with side shield 20, make again each group of two permanent seats 21 and two sliding seat 22 be connected to electromagnet 25, and make this two permanent seat 21 and two sliding seat 22 be each positioned at its electromagnet 25 side groups to be provided with roller 261, separately be provided with load-transfer device 26, and this load-transfer device 26 is set around on this electromagnet 25 and roller 26, in between two groups of permanent seats 21 and sliding seat 22, be respectively provided with again a pinch roller 27, to press respectively load-transfer device 26 tops of touching in two groups of permanent seats 21 and sliding seat 22, and load-transfer device 26 belows that make these two groups of permanent seats 21 and sliding seat 22 are each and its electromagnet 25 bottom sides are affixed tactile, another between the pinch roller 27 of two groups of permanent seats 21 and sliding seat 22 group be provided with the drive link 281 (the first drive link) of pinch roller transmission device 28, and make group on this drive link 281 be connected to power wheel 282, this power wheel 282 is belt pulley, the another rotating power source 283 (the first rotating power source) that is connected with again motor in body 1, and make the rotating shaft group of this rotating power source 283 be connected to power wheel 282, with and this drive link 281 on connect with driving band 284 winding groups between the power wheel 282 established of group, this driving band 284 is belt, make again 21 of two permanent seats be provided with a back shield 29 in the discharge end place of this feedboard 11 relatively, separately make 21 groups of this two permanent seat be provided with roof beam structure 213, and make group between this roof beam structure 213 and body 1 be connected to two guide rods 214 (the 3rd guide rod), and make this back shield 29 be provided with guide hole 291, wear for two guide rods 214, be provided with again back shield transmission device 292, this back shield transmission device 292 includes a rotating power source 293 (the 3rd rotating power source), this rotating power source 293 can be handwheel, and this rotating power source 293 is connected with group with screw rod 294 one end, and make these screw rod 294 another ends be connected to roof beam structure 213, make again screw 295 (the 3rd screw) bolt of setting tool on this screw rod 294 and back shield 29, make again feed end and the discharge end place of this pay-off 2 respectively be provided with sensor, and the sensor of these pay-off 2 its feed ends and the pinch roller transmission device of pay-off 2 28 its rotating power source 283 and electromagnet 25 are coupled mutually, separately make rotating power source 341 (the 4th rotating power source) and the electromagnet 25 of sensor with material-gathering device 3 its elevating drive mechanisms 34 of this discharge end couple mutually,
This material-gathering device 3, pay-off 2 belows are located in position, comprise a drum-type load-transfer device 31 that is mounted on body 1 bottom side, set up lifting table 32 in these drum-type load-transfer device 31 tops again, and make this lifting table 32 be formed with interval 321 in the cylinder 311 of respective rollers formula load-transfer device 31, separately be provided with in 1 group of body the guide rod 33 of vertically setting up, and in lifting table 32 to being provided with guide hole 322 in guide rod 33 places, wearing group for guide rod 33 connects, be provided with elevating drive mechanism 34 in body 1 again, this elevating drive mechanism 34 comprises a motor rotating power source 341 that is fixed in body 1 top, and make the rotating shaft group of this rotating power source 341 be connected to sprocket wheel 342, and make these sprocket wheel 342 solderless wrapped connections have chain 343, and make these chain 343 another ends separately be arranged with a sprocket wheel, and make this chain wheel set be connected to rotating shaft 344, and make these rotating shaft 344 2 ends be connected to body 1 two sides, be connected to gear in each group of this rotating shaft 344 2 end place again, so that this two gear cogs and 346 is meshed with the drive link 345 (the 4th drive link) that is arranged in body 1 two sides respectively, separately be provided with sprocket wheel 347 in 345 groups of two drive links, and be respectively arranged with chain 348 in the sprocket wheel 347 of this two drive link 345, and be covered with the protecting cover 349 affixed with body 1 in these sprocket wheel 347 winding chain 348 places, to guarantee the link of sprocket wheel 347 and chain 348, make again these two chains, 348 one end be connected with group with these lifting table 32 1 sides respectively, these two chains, 348 another ends each group be provided with a clump weight 3481.
Accordingly, referring again to shown in Fig. 1 to Fig. 3, when iron sheet has printed or has been coated with pattern, color, and after drying, input pay-off 2 its feed ends of the present utility model by iron sheet feeding of the present utility model and material-gathering device in 1 group of feedboard of establishing 11 of body, now, the sensor of being located at pay-off 2 its feed ends detects the input of iron sheet, and pinch roller transmission device 28 its rotating power source 283 starts that driving couples mutually, when rotating power source 283 starts of this pinch roller transmission device 28, the power wheel 282 being connected with group with these rotating power source 283 its rotating shafts drives pinch roller transmission device 28 its drive link 281 upper driving wheel 282 starts of phase solderless wrapped connection through driving band 284, and two pinch rollers 27 that this drive link 281 and two ends group thereof are established are rotated in the lump.
These two pinch rollers 27 of being located at two groups of permanent seats 21 and sliding seat 22 drive respectively load-transfer device 26 starts that in two groups of permanent seats 21 and sliding seat 22, group is established, when load-transfer device 26 starts, draw in pay-off 2 by iron sheet, when through two groups of permanent seats 21 and 22 groups of electromagnet 25 of establishing of sliding seat, electromagnet 25 just starts in advance in the time that the sensor of feed end detects iron sheet input, just by being affixed tactile load-transfer device 26, iron sheet is adsorbed, so that iron sheet steadily pastes and touches in the zone face of load-transfer device 26, and along with load-transfer device 26 moves, be driven the discharge end place to pay-off 2, and in the time that iron sheet transports, be mounted on the side shield 20 difference positions of two sliding seat 22 in iron sheet both sides, transport more smoothly with guiding iron sheet, in the time that iron sheet is driven the discharge end place to pay-off 2, iron sheet one end back shield 29 of can conflicting is located, simultaneously, pay-off 2 is positioned at the sensor that discharge end place group is established, the output of iron sheet can be detected, discharge the absorption to iron sheet and make motor magnet 25, now, iron sheet just can be subject to gravity and fall to below material-gathering device 3 its lifting tables 32.
See also shown in Fig. 5, this iron sheet dropping drops down onto on the pallet that material-gathering device 3 its lifting tables 32 arrange immediately, the end face of this pallet is driven to approaching this iron sheet place by lifting table 32, so that iron sheet is while dropping, not being before inclination, i.e. smooth bearing on pallet end face, when pallet on lifting table 32 accepts that this electromagnet 25 discharges and after the iron sheet that drops, the sensor that is positioned at pay-off 2 discharge ends can drive rotating power source 341 rotating shafts of material-gathering device 3 its elevating drive mechanisms 34 to drive the sprocket wheel 342 being connected with group to rotate, and drive the sprocket wheel start of its another end windings through chain 343, so that the rotating shaft 344 that this chain wheel set connects is rotated thereupon, now, be positioned at the gear of these rotating shaft 344 2 ends, two drive links 345 through being meshed cog 346 respectively, and drive drive link 345 to rotate, when drive link 345 rotates, the sprocket wheel 347 that drive group is established on it rotates, to drive respectively chain 348 starts of winding, a default stroke and the lifting table 32 that makes to be connected with group with chain 348 declines, the stroke that this lifting table 32 declines is just slightly larger than a thickness of scale, so, when next iron sheet is sent to while dropping to pay-off 2 discharge ends, this next iron sheet just can be not being before inclination, smooth lay is on last iron sheet, print and can not shovel because inclination is dropped to hinder to scratch on last iron sheet, the pattern of application, color, in this, utilize the gradual height that downgrades lifting table 32, just can make iron sheet entirely stacking one by one, in the time that lifting table 32 drops to body 1 bottom side drum-type load-transfer device 31, the interval 321 that utilizes lifting table 32 respective rollers formula load-transfer device 31 its cylinders 311 to form is designed, can make drum-type load-transfer device 31 its cylinders 311 contact (as shown in Figure 6) by the interval 321 of lifting table 32 with pallet bottom surface, and make cylinder 311 that drum-type load-transfer device 31 rotates start by this pallet and on the iron sheet that bears send outside material-gathering device 3, to be transported to next operation place by transport trolley.
See also again Fig. 7, shown in Fig. 8, iron sheet feeding of the present utility model and material-gathering device can carry out its side shield 20 and back shield 29 position adjustments according to iron sheet width and length scale, in the time wanting to carry out the adjustment of side shield 20, the drive link 244 being connected with group through rotating power source 243 starts of side shield transmission device 24 rotates, the drive link 244 rotating is established the power wheel 245 on it via group, the first screw rod 241 and the second screw rod 242 that are bolted in two sliding seat 22 to drive rotate, with the first screw rod 241 by rotating and synchronous start two sliding seat 22 relative displacemenies of the second screw rod 242, and two side shield 20 spacings that two sliding seat 22 are assembled are adjusted to the iron sheet width size that corresponding institute wish is carried, another rotating power source 293 starts that drive again back shield transmission device 292, rotate with the screw rod 294 connecing via its rotating power source 293 drive groups, in simultaneously, with the back shield 29 of these screw rod 294 bolts just can be along with screw rod 294 rotates and displacement, with these back shield 29 positions are adjusted to wish carry size corresponding to iron sheet length, in this, can make iron sheet carry time, under the guiding of two side shields 20 and the location of back shield 29, reach smooth-going feeding and the effect of gathering materials.
The foregoing is only the schematic detailed description of the invention of the utility model, not in order to limit scope of the present utility model.Any those skilled in the art, is not departing from equivalent variations and the amendment under the prerequisite of design of the present utility model and principle, done, all should belong to the scope of the utility model protection.And it should be noted that, each component part of the present utility model is not limited in above-mentioned overall applicability, each technical characterictic of describing in specification sheets of the present utility model can select one to adopt separately or select the multinomial use that combines according to actual needs, therefore, the utility model has naturally been contained other combinations relevant with this case innovative point and specifically application.
Claims (10)
1. iron sheet feeding and a material-gathering device, is characterized in that, described iron sheet feeding and material-gathering device comprise:
Body;
Pay-off, be provided with corresponding pedestal, described pedestal and described body are connected with group, be provided with electromagnet in each group of described pedestal again, described pedestal is each positioned at its electromagnet side group and is provided with roller, separately be provided with load-transfer device, described load-transfer device is set around on described electromagnet and described roller, be provided with the first rotating power source in described body group again, described the first rotating power source group is provided with pinch roller, described pinch roller is pressed and is touched in described load-transfer device top, described load-transfer device below is affixed tactile with described electromagnet bottom side, on corresponding described pedestal, group is provided with side shield, separately be provided with back shield in described body group between corresponding described pedestal,
Material-gathering device, is located at described pay-off below, includes lifting table, is connected to elevating drive mechanism again in described body group, and described elevating drive mechanism is provided with driver element, and the driver element of described elevating drive mechanism and described lifting table mutually group establish.
2. iron sheet feeding as claimed in claim 1 and material-gathering device, it is characterized in that, described pay-off further includes side shield transmission device, described side shield transmission device is connected to described body, described side shield transmission device is provided with driver element, and the pedestal that the driver element of described side shield transmission device and group are provided with described side shield is connected with group.
3. iron sheet feeding as claimed in claim 2 and material-gathering device, it is characterized in that, the driver element of the side shield transmission device of described pay-off includes the first screw rod and the second screw rod, corresponding described pedestal respectively forms screw, described screw respectively with described the first screw rod and the second screw rod bolt, described the first screw rod and the second screw rod are different screw thread, the side shield transmission device of described pay-off is provided with the second rotating power source, described the second rotating power source is connected to body, and described the first screw rod and the second screw rod and described the second rotating power source mutually group are established, corresponding described pedestal respectively forms guide hole, and be provided with guide rod in described body group, described guide rod is arranged in the guide hole of corresponding described pedestal.
4. iron sheet feeding as claimed in claim 3 and material-gathering device, it is characterized in that, the second rotating power source of the side shield transmission device of described pay-off is further connected to one end of the second drive link, described the second drive link is across establishing corresponding described pedestal, the other end of described the second drive link is connected to described body, each group of the two ends place of described the second drive link is connected to power wheel, one end of described the first screw rod and the second screw rod passes the pedestal being spirally connected, each group of one end of described the first screw rod and the second screw rod is connected to power wheel, and be provided with driving band between the power wheel of the power wheel of described the second drive link and described the first screw rod and the second screw rod, the power wheel winding group of the power wheel of described the second drive link and described the first screw rod and the second screw rod connects.
5. iron sheet feeding as claimed in claim 3 and material-gathering device, it is characterized in that, the corresponding pedestal of described pay-off comprises two corresponding permanent seats and is positioned at the two corresponding sliding seat in permanent seat outside described in two, two each group of corresponding described sliding seat are provided with described side shield, two corresponding described sliding seat respectively form described screw, described the first screw rod and the second screw rod be the described screw bolt of the described sliding seat corresponding with two respectively, described in two, described in permanent seat and two, sliding seat respectively forms corresponding described guide hole, described guide rod is arranged in described in two the guide hole of sliding seat described in permanent seat and two, described in two described in permanent seat and two sliding seat respectively thereon group be provided with described electromagnet, roller and load-transfer device.
6. iron sheet feeding as claimed in claim 2 and material-gathering device, it is characterized in that, described pay-off further includes back shield transmission device, described back shield transmission device is connected to described body, described back shield transmission device is provided with driver element, and the driver element of described back shield transmission device and described back shield are connected with group.
7. iron sheet feeding as claimed in claim 6 and material-gathering device, it is characterized in that, the driver element of the back shield transmission device of described pay-off is screw rod, described back shield is provided with the 3rd screw, described the 3rd screw and described screw rod bolt, described back shield transmission device is provided with the 3rd rotating power source with described body Joint, described the 3rd rotating power source and described screw rod are connected with group, described back shield is provided with guide hole, and be provided with the 3rd guide rod in described body group, described the 3rd guide rod is arranged in the guide hole of described back shield.
8. iron sheet feeding as claimed in claim 1 and material-gathering device, it is characterized in that, the elevating drive mechanism of described material-gathering device includes the 4th rotating power source that is fixed in body top, described the 4th rotating power source is connected with group via Transmission and rotating shaft, the two ends of described rotating shaft are connected to the both sides of described body, separately in the both sides of described body each group be provided with the 4th drive link, described rotating shaft two ends respectively with two described the 4th drive links between with described Transmission mutually group establish, separately on two described the 4th drive links, group is provided with sprocket wheel respectively, and in the sprocket wheel of two described the 4th drive links be respectively arranged with described lifting table mutually group establish, and be the driver element of chain, described in two, one end of chain is each is connected with group with a side of described lifting table, described in two the chain other end each group be provided with a clump weight.
9. iron sheet feeding as claimed in claim 8 and material-gathering device, it is characterized in that, described material-gathering device further includes drum-type load-transfer device, and described drum-type load-transfer device is located at described body bottom side, and described lifting table is formed with interval in the cylinder place of the described drum-type load-transfer device of correspondence.
10. iron sheet feeding as claimed in claim 1 and material-gathering device, it is characterized in that, described material-gathering device further includes drum-type load-transfer device, and described drum-type load-transfer device is located at described body bottom side, and described lifting table is formed with interval in the cylinder place of the described drum-type load-transfer device of correspondence.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420210072.4U CN203833292U (en) | 2014-04-25 | 2014-04-25 | Iron sheet feeding and collecting apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420210072.4U CN203833292U (en) | 2014-04-25 | 2014-04-25 | Iron sheet feeding and collecting apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203833292U true CN203833292U (en) | 2014-09-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420210072.4U Expired - Fee Related CN203833292U (en) | 2014-04-25 | 2014-04-25 | Iron sheet feeding and collecting apparatus |
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| Country | Link |
|---|---|
| CN (1) | CN203833292U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104261120A (en) * | 2014-10-22 | 2015-01-07 | 郑州金泰制罐有限公司 | Iron sheet automatically conveying device |
| CN107718077A (en) * | 2017-09-19 | 2018-02-23 | 横店集团东磁股份有限公司 | A kind of ultrathin flexible magnetic sheet automatic clinical microtome |
| CN112850173A (en) * | 2021-01-21 | 2021-05-28 | 昆山瑞源智能装备有限公司 | Material collecting device of three-material collecting stacker |
-
2014
- 2014-04-25 CN CN201420210072.4U patent/CN203833292U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104261120A (en) * | 2014-10-22 | 2015-01-07 | 郑州金泰制罐有限公司 | Iron sheet automatically conveying device |
| CN104261120B (en) * | 2014-10-22 | 2016-08-31 | 郑州金泰制罐有限公司 | A kind of iron plate automatic conveyor |
| CN107718077A (en) * | 2017-09-19 | 2018-02-23 | 横店集团东磁股份有限公司 | A kind of ultrathin flexible magnetic sheet automatic clinical microtome |
| CN112850173A (en) * | 2021-01-21 | 2021-05-28 | 昆山瑞源智能装备有限公司 | Material collecting device of three-material collecting stacker |
| CN112850173B (en) * | 2021-01-21 | 2022-04-08 | 昆山瑞源智能装备有限公司 | Material collecting device of three-material collecting stacker |
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