CN207174928U - Iron-printing machine iron plate magnetic vertical lowering or hoisting gear - Google Patents

Iron-printing machine iron plate magnetic vertical lowering or hoisting gear Download PDF

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Publication number
CN207174928U
CN207174928U CN201721012248.5U CN201721012248U CN207174928U CN 207174928 U CN207174928 U CN 207174928U CN 201721012248 U CN201721012248 U CN 201721012248U CN 207174928 U CN207174928 U CN 207174928U
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iron plate
iron
magnetic
plate
printing machine
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CN201721012248.5U
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徐永才
陈建梅
苟敦杰
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SHANGHAI RUIYUAN PRINTING EQUIPMENT Co Ltd
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SHANGHAI RUIYUAN PRINTING EQUIPMENT Co Ltd
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Abstract

Iron-printing machine iron plate magnetic vertical lowering or hoisting gear, including along material heap above longitudinal direction up and down be sequentially arranged at intervals fly up to adjust axle, fly up to adjust axle both ends be located by connecting on fly up to be connected fly up to adjust axle fixed seat on;Two sets are evenly equipped with iron plate above material heap and above by the overall iron-printing machine iron plate magnetic vertical elevating mechanism being connected with flying up to adjustment axle perpendicular positioning of mounting bracket;Iron-printing machine iron plate magnetic vertical elevating mechanism can magnetic absorption iron plate and integrally relative to material heap locus in the region of iron plate charging aperture to discharging opening up and down do appropriate regulation.Magnetic vertical elevating mechanism includes magnetic absorption component and vertical lift component.First, second tie-beam and its roller integrally can do appropriate regulation together with adsorbed iron plate relative to upper and lower in charging aperture to spout area of the locus of material heap.Avoid up and down between two iron plates because direct friction and caused by harmful effect, while powder feeding efficiency is not influenceed, effectively improve print quality.

Description

Iron-printing machine iron plate magnetic vertical lowering or hoisting gear
Technical field
The utility model belongs to printing equipment technical field, is related to the conveying of iron-printing machine iron plate, specifically, is related to one kind Iron-printing machine iron plate magnetic vertical lowering or hoisting gear.
Background technology
Either domestic iron-printing machine or import iron-printing machine use automatic feed system, tin graphed sheet automatic feed system by Hoisting mechanism, level mechanism and feed mechanism of saying good-bye composition.Their function is when tinplate material heap is sent on loading bay and is risen To the height of setting, the tinplate on loading bay is delivered into level mechanism exactly and positioned, then with magnet to Ma Kou Iron is said good-bye, and individual tinplate is separated with material heap using air blowing blast, picked up with suction nozzle, in the presence of feeding cam, Individual tinplate is transported between feeding roller and pinch roller.
Whole process is coordinated with saying good-bye feed mechanism synchronism blowing and air-breathing distributes to blow gun, by sub-material suction nozzle and Feeding suction nozzle and engagement cam mechanism complete the action of feeding.
But iron plate edge often occurs and stacked together because of corner angle wing profit during iron plate blows open and is picked up Upper iron plate flower or situation about scratching can be wiped in the surface of lower plate during trailing, thus had a strong impact on plate print Effect.
Utility model content
The purpose of this utility model is overcome the deficiencies in the prior art or defect, there is provided a kind of iron-printing machine iron plate magnetic is hung down Go straight up to falling unit.Using two sets magnetic vertical elevating mechanisms for being symmetrically connected to fly up to adjust on axle, efficiently avoid upper and lower Between two iron plates because direct friction and caused by harmful effect, improve print quality.
What the purpose of this utility model was realized in:
Iron-printing machine iron plate magnetic vertical lowering or hoisting gear, including what is be sequentially arranged at intervals along above and below the longitudinal direction above material heap fly up to Axle is adjusted, the both ends for flying up to adjustment axle are located by connecting on to be flown up to adjust in axle fixed seat with fly up to be connected;Its feature exists In,
Two sets are evenly equipped with iron plate above the material heap to fly up to adjust axle perpendicular positioning with described by the way that mounting bracket is overall The iron-printing machine iron plate magnetic vertical elevating mechanism of connection;
The iron-printing machine iron plate magnetic vertical elevating mechanism can iron plate described in magnetic absorption and integrally relative to the material heap Locus in the region of iron plate charging aperture to discharging opening up and down do appropriate regulation.
Above-mentioned iron-printing machine iron plate magnetic vertical lowering or hoisting gear, wherein,
The side of the mounting bracket is in Shang character form structures, and the top of the mounting bracket is located at that iron plate charging aperture side is provided with can Fly up to adjust the arcwall face of axle up and down described in wrapping, and fly up to adjust the pressure on axle outer wall described with being closely sticked by bolt Plate is located by connecting.
The magnetic vertical elevating mechanism includes magnetic absorption component and vertical above the magnetic absorption component Lifting assembly.
The magnetic absorption component includes magnetic absorption in several rollers above the material heap on iron plate, the roller Longitudinally it is arranged in order by the first roller installing plate and is located by connecting on below the mounting bracket and flies up to adjust with described On the first longitudinally perpendicular tie-beam of axle;
The top of first tie-beam be sequentially provided with from the bottom to top along its longitudinal register connection antimagnetic cover plate, guide rail, Sliding block and the fixed plate being located by connecting with the sliding block, the fixed plate are movably placed in the bottom of the mounting bracket;
The top surface of first tie-beam is longitudinally spaced provided with the counterbore extended vertically downward, is movably equipped with the counterbore Magnet, the magnetic force of the magnet can be transferred on the roller.
The vertical lift component includes being vertically connected on the gas spring and spring fastening, water of fixed plate longitudinal direction both sides Pile crown of the flushconnection on the gas spring and spring fastening top;The gas spring, spring fastening abut to go out positioned at the iron plate The mounting bracket top of material mouth side;
Band is arranged side by side with the gas spring positioned at iron plate charging aperture side connection in the fixed plate longitudinal side The connecting plate of chute, the positioning regulation handle being connected on mounting bracket same side is equipped with the chute of the connecting plate;
Longitudinal both ends of the mounting bracket bottom are provided with pilot hole, and the fixation plate top surface corresponding with the pilot hole is installed with The guide rod vertically passed from the pilot hole of the mounting bracket;
The positioning regulation handle is unscrewed, in the presence of gas spring and its bearing, the magnetic absorption component and is located at Vertical lift component above the magnetic absorption component integrally can fly up to axle vertical lift relative to described, realize the first connection Beam and its roller are adjusted together with the adsorbed iron plate relative to the height and position between the material heap.
First tie-beam is located at longitudinally coaxial second tie-beam that is located by connecting in described iron plate charging aperture one end;Described The longitudinally connected antimagnetic cover plate of top surface of two tie-beams, the bottom of its longitudinal both sides is provided with the second roller installing plate and longitudinal direction connects successively Several rollers being connected on the second roller installing plate;On second tie-beam along its it is longitudinally spaced be provided with several from The counterbore that its top surface extends downwardly, counterbore base are provided with magnet.
First, second tie-beam and its roller can be integrally relative to the spaces of the material heap together with adsorbed iron plate Appropriate regulation is done along charging to discharging the upper and lower of direction in position.
By adopting the above-described technical solution, the utility model substantially has advantages below compared with prior art:
1. often covering iron-printing machine iron plate magnetic vertical elevating mechanism includes magnetic absorption component and positioned at the magnetic absorption Vertical lift component above component, so, first, second tie-beam and roller can relative to the locus between material heap To do appropriate regulation along charging to discharging the upper and lower of direction, so as to efficiently avoid iron plate handle during trailing Iron plate is opened down and wipes flower or situation about scratching, and has thus had a strong impact on the effect of plate print.
2. be put into magnet in the counterbore of tie-beam, above open iron plate be brought into one blow a suction and it is trailing during, Due to the magnet adsorption effect in the tie-beam of top, when iron plate is entered on feeding table, above open iron plate and depart from and connect with lower iron plate Touch, the plate face for above opening iron plate is close to two row's rubber rolls of top, and by the suction support of rear feeding suction nozzle is dynamic and mechanism on Roller is rolled, and then iron plate is brought into the pinch roller of front.Thus avoid the direct friction between two plates and caused by harmful effect.
In summary, the utility model is provided simultaneously with following characteristics:
1) had not both interfered with the efficiency of blanking and simple in construction, reliable stabilization, and without using pressure-air and electricity Source;
2) Non-energy-consumptions and maintenance cost is low, service life length;
3) is according to iron plate size breadth, tie-beam on two sets of magnetic vertical elevating mechanisms and its rolling in device Wheel front and rear can do appropriate regulation relative to the position of material heap;
4) significantly improves print quality while powder feeding efficiency is not influenceed.
Brief description of the drawings
Fig. 1 is the integral installation structural representation for the iron-printing machine iron plate magnetic vertical lowering or hoisting gear that the utility model is related to;
Fig. 2 is the cross-sectional view for any magnetic vertical elevating mechanism being related in Fig. 1;
Fig. 3 is the assembling structure schematic diagram for the iron-printing machine iron plate magnetic vertical lowering or hoisting gear and iron plate being related in Fig. 1;
Fig. 4 is Fig. 3 overlooking the structure diagram;
Fig. 5 is P-P lines cross-sectional view in Fig. 4;
Fig. 6 is Fig. 3 B to projection structure schematic diagram;
Fig. 7 is the A portions mplifying structure schematic diagram in Fig. 6;
Fig. 8 is N-N lines cross-sectional view in Fig. 4;
Fig. 9 is Q-Q lines cross-sectional view in Fig. 4;
Figure 10 is R-R lines cross-sectional view in Fig. 4.
Embodiment
Below in conjunction with the accompanying drawings, to the architectural feature of iron-printing machine iron plate magnetic vertical lowering or hoisting gear that the utility model is related to and Beneficial effect is described in further detail.
Fig. 1-Fig. 3 is referred to, is coordinated referring to Fig. 4-10, the iron-printing machine iron plate magnetic that the utility model is related to is shown in figure What is be sequentially arranged at intervals above and below vertical lift device, including the longitudinal direction of the top of edge material heap 21 flies up to adjustment axle 18, flies up to adjust axle 18 both ends are located by connecting on to be flown up to adjust in axle fixed seat 19 with fly up to be connected.It is evenly equipped with the iron plate 20 of the top of material heap 21 Two sets and above by the overall iron-printing machine iron plate magnetic vertical lift being connected with flying up to the adjustment perpendicular positioning of axle 18 of mounting bracket 5 Structure.
Iron-printing machine iron plate magnetic vertical elevating mechanism can magnetic absorption iron plate 20 and integrally relative to material heap 21 space bit Put and do appropriate regulation up and down in charging aperture J to discharging opening C region, as shown in Fig. 1,3,4.
As shown in Figure 5, the side of mounting bracket 5 is in Shang character form structures, and the top of mounting bracket 5 is located at iron plate charging aperture J mono- Side, which is provided with to wrap up and down, flies up to the arcwall face for adjusting axle 18, and is flying up to adjust on the outer wall of axle 18 by bolt and close be sticked Pressing plate 6 be located by connecting.
As seen in figs. 2-5, magnetic vertical elevating mechanism includes magnetic absorption component and above magnetic absorption component Vertical lift component.
Magnetic absorption component includes magnetic absorption and passed through in several rollers 15 above material heap 21 on iron plate 20, roller 15 The longitudinal direction of first roller installing plate 1 is arranged in order and is located by connecting on positioned at the lower section of mounting bracket 5 and is hung down with flying up to the longitudinal direction of adjustment axle 18 On the first straight tie-beam 8;
The top of first tie-beam 8 is sequentially provided with along the antimagnetic cover plate 7 of its longitudinal register connection, guide rail 2, slided from the bottom to top Block 3 and the fixed plate 10 being located by connecting with the sliding block 3, the fixed plate 10 are movably placed in the bottom of mounting bracket 5;
The top surface of first tie-beam 8 is longitudinally spaced provided with the counterbore 8a extended vertically downward, and magnetic is movably equipped with counterbore 8a Iron 17, the magnetic force of the magnet 17 are transferred to out of counterbore 8a on the roller 15 of the bottom both sides of the first tie-beam 8;
Vertical lift component includes being vertically connected on the gas spring 12 of 10 longitudinal both sides of fixed plate and spring fastening 13, level It is connected to the pile crown 14 on gas spring 12 and the top of spring fastening 13;Gas spring 12, spring fastening 13, which abut, is located at iron plate discharging opening C The top of mounting bracket 5 of side;
It is connected with the longitudinal side of fixed plate 10 positioned at iron plate charging aperture J sides and carries cunning with what gas spring 12 was arranged side by side Groove 16a connecting plate 16, the positioning that its inner is connected on the same side of mounting bracket 5 is equipped with the chute 16a of connecting plate 16 Regulation handle 22;
Longitudinal both ends of the bottom of mounting bracket 5 are provided with pilot hole 5a, the top surface of the fixed plate 10 corresponding with pilot hole 5a It is installed with the guide rod 4 vertically passed from the pilot hole 5a of mounting bracket;
Unscrew positioning regulation handle 22, in the presence of gas spring 12 and spring fastening 13, magnetic levels sliding equipment and Vertical lift component above magnetic levels sliding equipment integrally can be vertically moved up or down relative to flying up to adjust axle 18, realize the One tie-beam 8 and its roller 15 are adjusted together with adsorbed iron plate 20 relative to the height and position between material heap 21.
Further, as shown in figures 1-5, the first tie-beam 8 that the utility model is related to is located at the charging aperture J mono- of iron plate 20 Longitudinally coaxial second tie-beam 11 that is located by connecting is held, the top surface of the second tie-beam 11 is longitudinally provided with to be prevented with what its side was located by connecting Magnetic cover plate 7;The bottom of its longitudinal both sides is longitudinally provided with the second roller installing plate 9 and longitudinal register is connected to the second roller peace successively Several rollers 15 in loading board 9;It is longitudinally spaced provided with the counterbore extended downwardly from its top surface along its on second tie-beam 11 11a, counterbore 11a bottom are provided with magnet 17.
First, second tie-beam 8,11 and its roller 15 that the utility model is related to can be overall together with adsorbed iron plate 20 Appropriate regulation is done relative to upper and lower in charging aperture J to discharging opening C regions of locus of material heap 21.
The installation of device and structure that the utility model is related to are further described below:
As Figure 1-Figure 4, two sets of iron-printing machine iron plate magnetic vertical liftings are enclosed on the adjustment axle for flying up to cradle Mechanism, it ranked first two, be put into magnet 17 in counterbore 8a, 11a of the second tie-beam 8,11, when iron plate 20 is entered on feeding table When, above open iron plate 20 and be brought into by blowing mouth Cz, the sub-material suction nozzle Fz and feeding suction nozzle Sz of nozzle unit as shown in Figure 1 One blow a suction and support it is dynamic during, due to the suction-operated of magnet 17 in the tie-beam 8,11 of top first, second, make to open Iron plate 20 departs from the contact with lower iron plate, and the plate face for above opening iron plate 20 is close to two row's rubber rolls 15 above it, and passes through The dynamic roller 15 with mechanism of rear feeding suction nozzle Sz suction support is rolled, and then upper iron plate 20 is brought into the pinch roller of front. Thus avoid the direct friction between two iron plates and caused by harmful effect.
Thus it is not difficult to find out, the scuffing for controlling sheet material is preferably to try every possible means to avoid the contact between sheet material and sheet material, with reality The purpose now prevented plowing from, the magnetic scratching resistant device that the utility model is related to both had not interfered with the efficiency of blanking and structure letter It is single, and without using pressure-air and power supply.
The assembling process for two sets of magnetic anti-scratch mechanisms being related in the utility model device approximately as:
First, there are 25 to be equipped with one side to screw firmly with the roller 15 that arbor is held and roller plate 1,9, each side passes through screw Carry out binding and use nut on the tie-beam 8,11 of aluminium first, second, and by front and rear first, second tie-beam 8, the second tie-beam 11 Fastening, then magnet 17 is connected from upper counterbore 8a, 11a bottoms for being put into first, second tie-beam 8,11 one by one, first, second The antimagnetic cover plate 7 of the upper aluminium of top cover of beam 8,11 is used for every magnetic.Then, sliding block 3 is embedded in slide rail 2, from the both ends screw of slide rail 2 In screw in bolt from top to down, cover plate 7 antimagnetic with lower section and the first tie-beam 8 are closely connected, fixed plate 10 also by bolt with The screw of sliding block 3 is connected.Finally, the component of upside mounting bracket 5 is arranged on and flies up to adjust on axle 18, fixing bolt passes through pressing plate 6 Screw and fly up to adjust axle 18 between and be tightened on mounting bracket 5.
Another set of magnetic anti-scratch mechanism is assembled according to above method, and ensures that two sets of magnetic anti-scratch mechanisms are flying up to adjust Center ofthe is symmetrical on bearing 18.
The operation principle for the magnetic scratching resistant device that the utility model is related to approximately as:
As shown in Fig. 1-Fig. 9, it is applicable in order that device meets that production needs are again simple, and cost is relatively low, it is therefore, right In scratch the problem of, as long as holding the end of charging aperture, eliminate the contact can up and down between two iron plates 20 and avoid the occurrence of Phenomena such as scratch, scuffing.
Not influence the efficiency of blanking, it is necessary to assure when iron plate 20 1 enters feeder equipment, the sub-material suction nozzle FZ in left and right In the presence of suction and blower blow gun Cz, make up and down two iron plates 20 separate, because in the first tie-beam 8,11 of left and right ends Between be respectively arranged with the magnet 17 of many equidistant arrangements, so, enable an iron plate 20 because being elevated and both ends are smoothly adsorbed the One tie-beam 8,11 both sides roller 15 on, subsequent sub-material suction nozzle Fz is stopped, and three groups of feeding suction nozzle Sz thereafter suck iron After plate, by the swing of nozzle unit and hold iron plate 20 and be moved rearwards, and the roller on the first tie-beam of front or so 8,11 15 under the movement of iron plate 20 fast scroll, assist rear feeding suction nozzle Sz iron plate successfully to be brought into the pinch roller of feeder equipment In, it is equally spaced in the first tie-beam 8, the first tie-beam 11 in Liang Tao mechanisms to be equipped with several size identical magnet 17, it is therefore an objective to be admitted to the iron plate 20 of material platform below for holding, it is disengaged with following iron plate, first, second Tie-beam 8,11 both sides roller plate 1,9 on be fixed with two row's rollers 15, in the first tie-beam 8,11 inner magnet 17 suction Under effect, the both ends of iron plate 20 closely contact with roller 15, when rear feeding suction nozzle Sz sucks iron plate 20 simultaneously and passes through swing While to butt, two row's rollers 15 drive iron plate 20 to be moved rearwards by rolling, it is therefore prevented that plate face is in first, second tie-beam 8th, directly damage caused by the friction of face on 11.
And in order to meet the needs of different 20 sizes of iron sheet, symmetrically arranged first tie-beam 8,11 can in Liang Tao mechanisms Make the appropriateness adjustment of front and back position.Principle in the first tie-beam 8 as shown in figure 3, be fixed on slide rail 2, sliding block 3, fixed plate 10, the first tie-beam 8 is made relative slip for sliding block 3, the sub-assembly of fixed plate 10 with 2 whole conjugant of slide rail.Also, Being located by connecting on the second tie-beam 11 after the first tie-beam 8 both can engage or be removed.
In addition, for fix sliding block 3 mounting bracket 5 above with the turnbuckle screw of pressing plate 6 connect, when to change two group first, During the spacing of the second tie-beam 8,11, fixing bolt above mounting bracket 5 need to be only unclamped respectively, so that it may with being intended to fly up to adjust axle Spacing needed for upper axially adjustable two group of first, second tie-beam 8,11.
Above example is only for illustration of the utility model, rather than to limitation of the present utility model, relevant technical field Technical staff, in the case where not departing from spirit and scope of the present utility model, various conversion or modification can also be made, because This all equivalent technical scheme should also belong to category of the present utility model, should be limited by each claim.

Claims (7)

1. iron-printing machine iron plate magnetic vertical lowering or hoisting gear, including what is be sequentially arranged at intervals along above and below the longitudinal direction above material heap fly up to adjust Bearing, the both ends for flying up to adjustment axle are located by connecting on to be flown up to adjust in axle fixed seat with fly up to be connected;Characterized in that,
Be evenly equipped with iron plate above the material heap two sets and above by mounting bracket it is overall with it is described fly up to adjust axle it is vertical calmly The iron-printing machine iron plate magnetic vertical elevating mechanism of position connection;
The iron-printing machine iron plate magnetic vertical elevating mechanism can iron plate described in magnetic absorption and integrally relative to the sky of the material heap Between position in the region of iron plate charging aperture to discharging opening up and down do appropriate regulation.
2. iron-printing machine iron plate magnetic vertical lowering or hoisting gear according to claim 1, it is characterised in that the side of the mounting bracket In Shang character form structures, the top of the mounting bracket, which is located at iron plate charging aperture side and is provided with to wrap up and down, described to be flown up to adjust axle Arcwall face, and by bolt be closely sticked it is described fly up to adjust axle outer wall on pressing plate be located by connecting.
3. iron-printing machine iron plate magnetic vertical lowering or hoisting gear according to claim 1 or claim 2, it is characterised in that the magnetic vertical Elevating mechanism includes magnetic absorption component and the vertical lift component above the magnetic absorption component.
4. iron-printing machine iron plate magnetic vertical lowering or hoisting gear according to claim 3, it is characterised in that the magnetic absorption component Including magnetic absorption in several rollers above the material heap on iron plate, the roller by the first roller installing plate longitudinal direction according to It is secondary to arrange and be located by connecting on below the mounting bracket and fly up to adjust on the first longitudinally perpendicular tie-beam of axle with described;
The top of first tie-beam is sequentially provided with antimagnetic cover plate, guide rail, sliding block along the connection of its longitudinal register from the bottom to top And the fixed plate being located by connecting with the sliding block, the fixed plate are movably placed in the bottom of the mounting bracket;
The top surface of first tie-beam is longitudinally spaced provided with the counterbore extended vertically downward, and magnetic is movably equipped with the counterbore Iron, the magnetic force of the magnet can be transferred on the roller.
5. iron-printing machine iron plate magnetic vertical lowering or hoisting gear according to claim 4, it is characterised in that the vertical lift component Including being vertically connected on the gas spring of fixed plate longitudinal direction both sides and spring fastening, being connected horizontally on the gas spring and spring The pile crown of holder top;The gas spring, spring fastening are abutted positioned at the mounting bracket top of the iron plate discharging opening side;
Band chute is arranged side by side positioned at iron plate charging aperture side connection and the gas spring in the fixed plate longitudinal side Connecting plate, be equipped with the positioning regulation handle being connected on mounting bracket same side in the chute of the connecting plate;
Longitudinal both ends of the mounting bracket bottom are provided with pilot hole, and the fixation plate top surface corresponding with the pilot hole is installed with from institute State the guide rod that the pilot hole of mounting bracket vertically passes;
The positioning regulation handle is unscrewed, in the presence of gas spring and its bearing, the magnetic absorption component and positioned at described Vertical lift component above magnetic absorption component integrally can fly up to axle vertical lift relative to described, realize the first tie-beam and Its roller is adjusted together with the adsorbed iron plate relative to the height and position between the material heap.
6. iron-printing machine iron plate magnetic vertical lowering or hoisting gear according to claim 5, it is characterised in that the first tie-beam position In longitudinally coaxial second tie-beam that is located by connecting in described iron plate charging aperture one end;The top surface of second tie-beam is longitudinally connected anti- Magnetic cover plate, the bottom of its longitudinal both sides are provided with the second roller installing plate and longitudinally connected on the second roller installing plate successively Several rollers;Along its longitudinally spaced counterbore extended downwardly provided with several from its top surface on second tie-beam, sink Bottom hole portion is provided with magnet.
7. iron-printing machine iron plate magnetic vertical lowering or hoisting gear according to claim 6, it is characterised in that described first, second connects Connecing beam and its roller can be integrally relative to the locus of the material heap in charging aperture to the mouth region that discharges together with adsorbed iron plate Upper and lower in domain is cooked appropriate regulation.
CN201721012248.5U 2017-08-14 2017-08-14 Iron-printing machine iron plate magnetic vertical lowering or hoisting gear Active CN207174928U (en)

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Application Number Priority Date Filing Date Title
CN201721012248.5U CN207174928U (en) 2017-08-14 2017-08-14 Iron-printing machine iron plate magnetic vertical lowering or hoisting gear

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Application Number Priority Date Filing Date Title
CN201721012248.5U CN207174928U (en) 2017-08-14 2017-08-14 Iron-printing machine iron plate magnetic vertical lowering or hoisting gear

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107285046A (en) * 2017-08-14 2017-10-24 上海瑞源印刷设备有限公司 Iron-printing machine iron plate magnetic vertical lowering or hoisting gear

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107285046A (en) * 2017-08-14 2017-10-24 上海瑞源印刷设备有限公司 Iron-printing machine iron plate magnetic vertical lowering or hoisting gear

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