300 I-beam wheel automatic hoisting device of φTechnical field
The present invention relates to a kind of 300 I-beam wheel automatic hoisting devices of φ, are in steel wire rope production, for producing steelCord makees the equipment assisted, belongs to the technical field of metal cord processing equipment equipment.
Background technique
Existing numerous Wire Rope Production producers, most manual operation when upper and lower 300 I-beam wheel of φ in twisting device,300 I-beam wheel of φ for spooling steel wire is carried out by knotting lifting using the rope made of hemp, will be installed in I-beam wheel handling to twisting device, then lead toIt crosses and manually the rope made of hemp is opened and removed to rope made of hemp knot, working efficiency is low, and there are some potential safety problemss.
Summary of the invention
The present invention is to solve existing most manual operation, work when upper and lower 300 I-beam wheel of φ in twisting deviceMake low efficiency, and there is technical issues that.
In order to solve the above-mentioned technical problem, the present invention adopts the following technical scheme:
300 I-beam wheel automatic hoisting device of φ, is made of derricking gear, sliding equipment, retaining mechanism and positioning mechanism；
The derricking gear is made of hanging ring and sliding panel；
The sliding equipment is made of symmetrical two sliding slots and hanging plate；The mechanism is set to below hanging ring, symmetrical two cunningsSlot is set on positioning plate, and hanging plate one end is set to sliding panel center, and sliding board ends are set in two sliding slots；
The retaining mechanism is made of coulisse, cursor and support shaft；The mechanism is set to below sliding panel, coulisse settingIn two sliding slots below the hanging plate；The cursor fixed by support shaft is provided with below two sliding slots；
The positioning mechanism is the positioning plate for being set to cursor bottom, and shape is arc shape, is designed as boring on the inside of arc panelShape.
By adopting the above technical scheme the utility model has the advantages that
The sliding panel of the invention easy slide in two sliding slots is connect with coulisse and is disengaged in fact by the hanging plate on sliding panelExisting 300 I-beam wheel of φ is sling and is placed；Thing is originated, sliding panel slides at the top of sliding slot, and the hanging plate and coulisse on sliding panel are pointFrom, coulisse depresses two cursors by self weight, and support shaft is outwardly opened as fulcrum, is moved to φ 300 in lifting equipmentWhen above I-beam wheel, positioning plate is placed in 300 I-beam wheel of φ vertically downward, lifting equipment continues downwards, to cause on sliding panelHanging plate be down to coulisse bottom；Lifting equipment is moved from the bottom upwards again, and the hanging plate on sliding panel catches on coulisse, and hanging plate is hungFirmly coulisse and drive cursor gathering 300 I-beam wheel of φ is hung away；When lifting equipment is moved to designated position, lifting appliance toLower mobile hanging plate follows be moved down into position after, moving up so that realize hanging plate separated with coulisse, by 300 work of φCharacter wheel is placed on designated position, realizes the allocation and transportation of 300 I-beam wheel of φ, and reciprocating operation realizes lifting.Worker does not stop in the whole processMachine operation, reduces labor intensity of workers, improves equipment operation ratio, can meet production workshop section's needs completely.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the side view of Fig. 1；
In figure: 300 I-beam wheel of 1- φ, 2- cursor, 3- sliding slot, 4- coulisse, 5- hanging ring, 6- sliding panel, 7- hanging plate, 8- branchPoint, 9- positioning plate.
Specific embodiment
The present invention is further described With reference to embodiment:
As shown in Figure 1,300 I-beam wheel automatic hoisting device of φ, by derricking gear, sliding equipment, retaining mechanism and positioning mechanismComposition；
The derricking gear is made of hanging ring 5 and sliding panel 6；Thus the handling of whole device is completed；
The sliding equipment is made of symmetrical two sliding slots 3 and hanging plate 7；The mechanism is set to below hanging ring 5, and symmetrical twoSliding slot 3 is set on positioning plate 9, and 7 one end of hanging plate is set to 6 center of sliding panel, and 6 both ends of sliding panel are set to two sliding slotsIn 3, can flexibly it move；
The retaining mechanism is made of coulisse 4, cursor 2 and support shaft 8；The mechanism is set to 6 lower section of sliding panel, coulisse4 are set in two sliding slots 3 of 7 lower section of hanging plate；The cursor 2 fixed by support shaft 8 is provided with below two sliding slots 3；It is logicalThe connection of the hanging plate 7 and coulisse 4 crossed on sliding panel 6 and the lifting and placement for disengaging realization 300 I-beam wheel 1 of φ；
The positioning mechanism is the positioning plate 9 for being set to 2 bottom of cursor, and shape is arc shape, is designed as on the inside of arc panelCone-shaped, it is convenient to be positioned with 300 I-beam wheel 1 of φ.
The course of work of the present invention is as follows:
The present invention is to hang over hanging ring 5 thereon on lifting equipment, and sliding panel 6 slides into top, hanging plate 7 and cunning in sliding slot 3Frid 4 separates, and coulisse 4, which leans on to focus in sliding slot 3 certainly, slides into minimum point, and cursor 2 is pressed downward opening；In lifting equipmentIt is moved to above the fixed position of 300 I-beam wheel 1 of φ, lifting equipment moves downwards through the taper and 300 I-beam wheel of φ of positioning plate 91 contact positioning, lifting equipment continues to move down, and hanging plate 7 is moved down into location A in coulisse 4, and lifting equipment is again upRaising hanging plate 7 is moved to B location in coulisse 4, and hanging plate 7 tangles coulisse 4 and cursor 2 is driven to collapse 300 I-shaped of φWheel 1 is hung away；When lifting equipment is moved to designated position, open cursor 2 downwards, lifting appliance move down hanging plate 7 follow toIt after being moved to location of C, is moving up, so that realizing that hanging plate 7 is separated with coulisse 4,300 I-beam wheel 1 of φ is being placed on specifiedPosition, realizes the allocation and transportation of 300 I-beam wheel 1 of φ, and reciprocating operation realizes lifting.Worker does not shut down operation in the whole process, reducesLabor intensity of workers improves equipment operation ratio.