CN205011142U - Hypothecium is around machine in automation of adjustable silk dish width, accurate positioning - Google Patents
Hypothecium is around machine in automation of adjustable silk dish width, accurate positioning Download PDFInfo
- Publication number
- CN205011142U CN205011142U CN201520621501.1U CN201520621501U CN205011142U CN 205011142 U CN205011142 U CN 205011142U CN 201520621501 U CN201520621501 U CN 201520621501U CN 205011142 U CN205011142 U CN 205011142U
- Authority
- CN
- China
- Prior art keywords
- main shaft
- motor
- adjustable
- optocoupler
- fixture
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Winding, Rewinding, Material Storage Devices (AREA)
Abstract
The utility model relates to a hypothecium is around machine in automation of adjustable silk dish width, accurate positioning, including adjustable silk dish width wire reel anchor clamps and the automatic lower wall mechanism of going up, adjustable silk dish width wire reel anchor clamps include around rolling up main shaft, fixed disk, wire reel, adjustable active partition subassembly and locking bolt, lower wall mechanism includes the anchor clamps of frame, support, guide rail, sliding support, locking motor, translation subassembly, end tooth axle, adjustable active partition subassembly, this device simple structure, efficient, nimble reliable in the automation.
Description
Technical field
The utility model belongs to metal wire rod packaging facilities field, particularly relates to a kind of adjustable wire tray width, pinpoint automatic upper lower burrs layer winder.
Background technology
The locking mode of domestic market upper strata winding apparatus wire spool is mainly by artificial threaded together locking, the wire spools such as the vinyl disc being used for coiling or iron wire basketry are placed in the middle of reaction plate and Advance plate, lock bolt is adopted to be fixed on by Advance plate on coiling main shaft, the advantage of this mode is fixing reliable, and structure is simple.Shortcoming is that operative employee's labour intensity is high, and with diameter 1.2 welding wire, 15kg is packaged as example, and general actuator 1 hour can to face left the right side in coiling 20, and lock, unclamp fixture and amount to 40 times, high labour intensity directly affects work efficiency etc.
Foreign market there is automatically up and down disc layer winding apparatus, but there is following shortcoming: 1, wire tray width can not adjust, during bottom winding displacement, the gap of most edge different-diameter half rhizoid can not be ensured, carry out the shortcomings such as difficult to layer strip winding.2, main shaft circumferencial direction positioning precision is not high, cause automatically start and coiling dishful time automatic punch tie up difficulty.
Summary of the invention
A kind of wire tray width-adjustable that the purpose of this utility model is to overcome deficiency of the prior art and invents, the pinpoint automatic upper lower burrs layer winder of main shaft circumferencial direction.
The utility model is achieved in that a kind of adjustable wire tray width, pinpoint automatic upper lower burrs layer winder, comprises adjustable wire tray width wire spool fixture and automatic upper lower burrs mechanism, it is characterized in that:
Described adjustable wire tray width wire spool fixture comprises coiling main shaft, reaction plate, wire spool, adjustable movable dynamic disk component and lock bolt, the spindle nose end face of described coiling main shaft right-hand member is provided with tapped bore, the main shaft periphery of this end is provided with adjustable movable dynamic disk component, the left end of coiling main shaft is installed with reaction plate, coiling main shaft between reaction plate and adjustable movable dynamic disk component is provided with wire spool, lock bolt is provided with in tapped bore on the spindle nose end face of described coiling main shaft right-hand member, lock bolt left end is screw rod, right-hand end is provided with end tooth, end tooth matches with locking motor assembly end tooth axle, adjustable movable dynamic disk component is pressed on coiling main shaft by lock bolt, the end of lock bolt is provided with end tooth, end tooth matches with automatic upper lower burrs mechanism, form wire spool fixture,
Described automatic upper lower burrs mechanism comprises the fixture of frame, support, guide rail, sliding feet, locking motor, translation assembly, end tooth axle, adjustable movable dynamic disk component, frame is provided with support, support is provided with 2 with the guide rail of coiling main axis parallel, guide rail is provided with sliding feet, sliding feet is provided with the rolling guide roller along guide rail direction straight-line motion composition line slideway auxiliary, be provided with translation assembly between support and sliding feet, translation Component driver sliding feet is along the side-to-side movement of rail axis direction; Sliding feet is provided with locking motor, the motor shaft of locking motor and the axis being parallel of guide rail, the motor shaft of locking motor is connected with end tooth axle, end tooth axle matches with the end tooth of lock bolt end, sliding feet is also provided with the fixture of adjustable movable dynamic disk component, it is anterior that this fixture is positioned at end tooth axle, and the axes coincide of the axis of this fixture and locking motor.
A kind of adjustable wire tray width, pinpoint automatic upper lower burrs layer winder, also comprise main shaft circumferencial direction accurate positioning device, this main shaft circumferencial direction accurate positioning device comprises coiling optocoupler dish, optocoupler, optocoupler support, optocoupler dish is arranged on coiling main shaft, optocoupler is arranged on optocoupler support, the long slot bore being convenient to prick head is had on reaction plate is opened, light openings is offered in optocoupler dish outer circular edge, optocoupler dish side is provided with optocoupler, optocoupler accurately locates the circumferential position of reaction plate by the circumferential position detecting optocoupler dish, after coiling main shaft rotative speed reaches setting speed, light openings on coiling optocoupler dish, through optocoupler, optocoupler receives signal, feed back to control system, coiling spindle scram, can ensure that the long slot bore on reaction plate is parked in same exact location, so that automatic shearing, bending, perforation.
Described adjustable movable dynamic disk component comprises Advance plate, be arranged in the thread bush of Advance plate rotation hole, baffle ring, snap ring, setting nut and jam nut, successively baffle ring is installed on the right side of Advance plate, snap ring, setting nut and jam nut, snap ring is fixed on the end face of Advance plate, baffle ring only can circular-rotation between Advance plate and snap ring, setting nut is connected and synchronous axial system with bolt with baffle ring, thread bush installs snap ring successively, setting nut and jam nut, snap ring is connected with the cylindrical of thread bush by feather key, setting nut and jam nut are fixed on thread bush by screw thread fit, double nuts locking is formed with setting nut after locking nut screwing, when preventing High Rotation Speed, setting nut loosens the Advance plate caused and loosens dislocation, thread bush can move axially on coiling main shaft, during use, first unclamp jam nut, rotating adjusting nut promotion Advance plate threadingly lining moves right left, thus reach the object regulating wire spool width, be used for adapting to wire spool width error in the fabrication process, remain the accurately located position of thread bush, Advance plate is in suitable impaction state, guarantee that the welding wire of different-diameter carries out smoothly when coiling.
Sliding feet both sides are provided with guide pillar, the left end of guide pillar is fixedly connected with sliding feet, the other end and locking motor assembly form sliding pair, locking motor assembly is arranged in motor fixing seat, locking motor motor fixing seat being provided with reductor and being connected with reductor, the both sides of motor fixing seat are provided with the guide pin bushing coordinated with guide pillar, the right-hand member of guide pillar is provided with spring, spring is in compressive state, spring application motor fixing seat, spring is locked at Advance plate and can be ensured when unclamping that end tooth axle contacts with lock bolt reliable fit.
Sliding feet is provided with the fixture of adjustable movable dynamic disk component, refer to that this fixture is positioned at end tooth axle anterior, and the axes coincide of the axis of Advance plate fixture and coiling main shaft, this fixture comprises claw and clamping cylinder, claw is divided into left and right two panels, and the bottom of left and right two panels claw is connected with sliding feet respectively by two bearing pins, and clamping cylinder is arranged on the top of claw, the cylinder axis of clamping cylinder is connected with a slice in claw, and the cylinder body of clamping cylinder is connected with another sheet in claw.
Described wire spool is vinyl disc or iron wire basketry.
Described translation assembly comprises translation motor, coder, gear and tooth bar, translation motor is arranged on support, the motor shaft of translation motor is provided with gear, coder is arranged in translation motor, coder detects translation position, adjustable movable dynamic disk component left and right, and tooth bar is arranged on sliding feet, and tooth bar is parallel with coiling main-shaft axis, wheel and rack engages each other, and translation assembly drives sliding feet along the direction side-to-side movement of rail axis.
Described translation assembly is cylinder, and the axis of the axis of cylinder and the motor shaft of translation motor is parallel to each other, and one end of cylinder is connected with support, and the other end of cylinder is connected with sliding feet.
Described translation assembly is hydraulic ram, and axis and the coiling main-shaft axis of hydraulic ram are parallel to each other, and one end of hydraulic ram is connected with support, and the other end of hydraulic ram is connected with sliding feet.
The utility model has the following advantages:
1, adjustable movable dynamic disk component can trace adjustment fixture width, be used for adapting to vinyl disc or iron wire basketry width error in the fabrication process, remain the accurately located position of thread bush, Advance plate is in suitable impaction state, guarantees that the welding wire of different-diameter carries out smoothly when coiling.
2, circumferencial direction accurate positioning device, can ensure that coiling main shaft stops at an exact location all the time, circumferential position precision ± 0.5mm, be convenient to welding wire automatically start and coiling dishful time automatic punch tie up.
3, this translation assembly can realize the precise displacement in translation motion, and translatory velocity can with lock bolt screw speed sync.
4, end tooth lock bolt structure, by the detection of main shaft and locking motor circumferential locations, when can ensure each upper lower burrs, end tooth axle can with end tooth lock bolt smooth co-operation, avoid the phenomenon occurring hitting tooth phenomenon and damaging lock bolt screw thread.
5, this structure is simple, and reliable in action, tooling cost is low, easy to maintenance, reduces the labour intensity of operative employee, improves work efficiency, can realize people's multi-machine operation.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is left view of the present utility model.
Fig. 3 is the birds-eye view in the utility model.
Fig. 4 is that in the utility model, adjustable wire tray width coiling main shaft fixture and automatic upper lower burrs mechanism are in point
Schematic diagram during open state.
Fig. 5 accurately locates section-drawing in the utility model.
Fig. 6 is optocoupler magnified partial view in the utility model.
Fig. 7 is the schematic diagram of lock bolt in the utility model.
Fig. 8 is the schematic diagram of end tooth axle in the utility model.
Detailed description of the invention
As shown in the figure, a kind of adjustable wire tray width, pinpoint automatic upper lower burrs layer winder, comprise adjustable wire tray width wire spool fixture, circumferencial direction accurate positioning device and automatic upper lower burrs mechanism.
Described adjustable wire tray width wire spool fixture comprises coiling main shaft 1, reaction plate 2, wire spool 3, adjustable movable dynamic disk component 4 and lock bolt 11, the spindle nose end face of described coiling main shaft 1 right-hand member is provided with tapped bore, the main shaft periphery of this end is provided with adjustable movable dynamic disk component 4, the left end of coiling main shaft 1 is installed with reaction plate 2, coiling main shaft 1 between reaction plate 2 and adjustable movable dynamic disk component 4 is provided with wire spool 3, lock bolt 11 is provided with in tapped bore on the spindle nose end face of described coiling main shaft 1 right-hand member, lock bolt 11 left end is screw rod, right-hand end is provided with end tooth 12, end tooth matches with locking motor assembly end tooth axle, adjustable movable dynamic disk component 4 is pressed on coiling main shaft 1 by lock bolt 11, the end of lock bolt 11 is provided with end tooth, end tooth matches with automatic upper lower burrs mechanism, form wire spool fixture.
Described automatic upper lower burrs mechanism comprises frame 19, support 20, guide rail 31, sliding feet 14, locking motor 16, translation assembly, end tooth axle 24, the fixture of adjustable movable dynamic disk component 4, frame 19 is provided with support 20, support 20 is provided with 2 guide rails 31 parallel with coiling main shaft 1, guide rail 31 is provided with sliding feet 14, sliding feet 14 is provided with the rolling guide roller 33 along guide rail 31 direction straight-line motion composition line slideway auxiliary, translation assembly is provided with between support 20 and sliding feet 14, translation Component driver sliding feet 14 is along the side-to-side movement of guide rail 31 axis direction, sliding feet 14 is provided with locking motor 16, the motor shaft of locking motor 16 and the axis being parallel of guide rail, the motor shaft of locking motor 16 is connected with end tooth axle 24, end tooth axle 24 matches with the end tooth of lock bolt 11 end, sliding feet 14 is also provided with the fixture of adjustable movable dynamic disk component 4, it is anterior that this fixture is positioned at end tooth axle, and the axes coincide of the axis of this fixture and locking motor.Locking motor assembly and Advance plate fixture coordinate the sway of sliding feet, complete and screw lock bolt, hold tightly, unclamp Advance plate a series of actions, realize automatic up and down dish.
A kind of adjustable wire tray width, pinpoint automatic upper lower burrs layer winder, also comprise main shaft circumferencial direction accurate positioning device, this main shaft circumferencial direction accurate positioning device comprises coiling optocoupler dish 29, optocoupler 30, optocoupler support 32, optocoupler dish 29 is arranged on coiling main shaft 1, optocoupler 30 is arranged on optocoupler support 32, the long slot bore having and be convenient to prick head is opened at reaction plate 2, light openings is offered in optocoupler dish 29 outer circular edge, optocoupler dish side is provided with optocoupler 30, optocoupler 30 accurately locates the circumferential position of reaction plate 2 by the circumferential position detecting optocoupler dish 29, after coiling main shaft 1 rotative speed reaches setting speed, light openings on coiling optocoupler dish 29, when optocoupler 30, optocoupler 30 receives signal, feed back to control system, coiling main shaft 1 is anxious to stop, can ensure that the long slot bore on reaction plate 2 is parked in same exact location, so that automatic shearing, bending, perforation.
Described adjustable movable dynamic disk component 4 comprises Advance plate 5, be arranged in the thread bush 6 of Advance plate 5 rotation hole, baffle ring 7, snap ring 8, setting nut 9 and jam nut 10, on the right side of Advance plate 5, baffle ring 7 is installed successively, snap ring 8, setting nut 9 and jam nut 10, snap ring 8 is fixed on the end face of Advance plate 5, baffle ring 7 only can circular-rotation between Advance plate 5 and snap ring 8, setting nut 9 is connected and synchronous axial system with bolt with baffle ring 7, thread bush 6 installs snap ring 8 successively, setting nut 9 and jam nut 10, snap ring 8 is connected by the cylindrical of feather key with thread bush 6, setting nut 9 and jam nut 10 are fixed on thread bush 6 by screw thread fit, jam nut 10 is tightened afterwards and setting nut 9 forms double nuts locking, when preventing High Rotation Speed, setting nut 9 loosens the Advance plate 5 caused and loosens dislocation, thread bush 6 can move axially on coiling main shaft 1, during use, first unclamp jam nut 10, rotating adjusting nut 9 promote Advance plate 5 threadingly lining 6 move right left, thus reach the object regulating wire spool 3 width, be used for adapting to wire spool 3 width error in the fabrication process, remain the accurately located position of thread bush 6, Advance plate is in suitable impaction state, guarantee that the welding wire of different-diameter carries out smoothly when coiling.The action of above each several part is by programmable logic controller (PLC) controls.
Embodiment 1: as shown in Figure 1,2,3, 4, a kind of adjustable wire tray width, pinpoint automatic upper lower burrs layer winder, comprise adjustable wire tray width wire spool fixture, circumference accurate positioning device and automatic upper lower burrs mechanism.
Described adjustable wire tray width wire spool fixture comprises coiling main shaft 1, reaction plate 2, wire spool 3, adjustable movable dynamic disk component 4 and lock bolt 11.Tapped bore is provided with in the main-shaft spindle head of described coiling main shaft 1 right-hand member, the main shaft periphery of this end is provided with adjustable movable dynamic disk component 4, the left end of coiling main shaft 1 is installed with reaction plate 2, coiling main shaft 1 between reaction plate 2 and adjustable movable dynamic disk component 4 is provided with wire spool 3, described wire spool 3 is the one in vinyl disc or iron wire basketry, is provided with lock bolt 11 in coiling main-shaft spindle head tapped bore.Lock bolt 11 left end as shown in Figure 7, Figure 8 is screw rod, right-hand end is provided with end tooth 12, end tooth matches with locking motor assembly end tooth axle, adjustable movable dynamic disk component 4 is pressed on coiling main shaft 1 by lock bolt 11, the end of lock bolt 11 is provided with end tooth, end tooth matches with automatic upper lower burrs mechanism, forms wire spool fixture.
Described adjustable movable dynamic disk component 4 comprises Advance plate 5, is arranged in the thread bush 6 of Advance plate 5 rotation hole, baffle ring 7, snap ring 8, setting nut 9 and jam nut 10, installs baffle ring 7, snap ring 8, setting nut 9 and jam nut 10 on the right side of Advance plate 5 successively.Snap ring 8 is fixed on the end face of Advance plate 5, baffle ring 7 only can circular-rotation between Advance plate 5 and snap ring 8, setting nut 9 and baffle ring 7 are connected with bolt and can synchronous axial system, thread bush 6 installs snap ring 8 successively, setting nut 9 and jam nut 10, snap ring 8 is connected by the cylindrical of feather key with thread bush 6, setting nut 9 and jam nut 10 are fixed on thread bush 6 by screw thread fit, jam nut 10 is tightened afterwards and setting nut 9 forms double nuts locking, when preventing High Rotation Speed, setting nut 9 loosens the Advance plate 5 caused and loosens dislocation, thread bush 6 can move axially on coiling main shaft 1.During use, first unclamp jam nut 10, rotating adjusting nut 9 promote Advance plate 5 threadingly lining 6 move right left, thus reach the object regulating wire spool 3 width, be used for adapting to wire spool 3 width error in the fabrication process, remain the accurately located position of thread bush 6, Advance plate is in suitable impaction state, guarantees that the welding wire of different-diameter carries out smoothly when coiling.Described coiling main shaft 1, reaction plate 2, wire spool 3, adjustable movable dynamic disk component 4 and lock bolt 11, form the wire spool fixture of adjustable wire tray width, is being used for adapting to vinyl disc or iron wire basketry error in the fabrication process, different gage of wire.The left side being adjusted to thread bush 6 contacts with the step surface of coiling main shaft 1 all the time, and when ensureing each upper lower burrs, Advance plate has a location accurately under impaction state.
Described automatic upper lower burrs mechanism comprises frame 19, support 20, guide rail 31, sliding feet 14, locking motor 16, translation assembly, end tooth axle 24, the fixture of adjustable movable dynamic disk component 4, frame 19 is provided with support 20, support 20 is provided with 2 guide rails 31 parallel with coiling main shaft 1, guide rail 31 is provided with sliding feet 14, sliding feet 14 is provided with the rolling guide roller 33 along guide rail 31 direction straight-line motion composition line slideway auxiliary, translation assembly is provided with between support 20 and sliding feet 14, described translation assembly comprises translation motor 17, coder 18, gear 22 and tooth bar 21.Translation Component driver sliding feet 14 is along the side-to-side movement of guide rail 31 axis direction; Sliding feet 14 is provided with locking motor 16, the motor shaft of locking motor 16 and the axis being parallel of guide rail, the motor shaft of locking motor 16 is connected with end tooth axle 24, end tooth axle 24 matches with the end tooth of lock bolt 11 end, sliding feet 14 is also provided with the fixture of adjustable movable dynamic disk component 4, it is anterior that this fixture is positioned at end tooth axle, and the axes coincide of the axis of this fixture and locking motor.Locking motor assembly and Advance plate fixture coordinate the sway of sliding feet, complete and screw lock bolt, hold tightly, unclamp Advance plate a series of actions, realize automatic up and down dish.
As shown in Figure 2,3, described translation assembly comprises translation motor 17, coder 18, gear 22 and tooth bar 21, translation motor 17 is arranged on support, the motor shaft of translation motor 17 is provided with gear 22, coder 18 is arranged in translation motor 17, coder 18 detects translation position, adjustable movable dynamic disk component left and right, tooth bar 21 is arranged on sliding feet 14, tooth bar 21 is parallel with coiling main-shaft axis, gear 22 and tooth bar 21 engage each other, and translation assembly drives sliding feet 14 along the direction side-to-side movement of guide rail 31 axis.
As shown in Figure 5, Figure 6, described main shaft circumferencial direction accurate positioning device, this main shaft circumferencial direction accurate positioning device comprises coiling optocoupler dish 29, optocoupler 30, optocoupler support 32, optocoupler dish 29 is arranged on coiling main shaft 1, optocoupler 30 is arranged on optocoupler support 32, opens the long slot bore having and be convenient to prick head at reaction plate 2.Light openings is offered in optocoupler dish 29 outer circular edge, optocoupler dish side is provided with optocoupler 30, optocoupler 30 accurately locates the circumferential position of reaction plate 2 by the circumferential position detecting optocoupler dish 29, after coiling main shaft 1 rotative speed reaches setting speed, light openings on coiling optocoupler dish 29, when optocoupler 30, optocoupler 30 receives signal, feed back to control system, coiling main shaft 1 is anxious to stop, can ensure that the long slot bore on reaction plate 2 is parked in same exact location (circumferential position precision ± 0.5mm), so as automatic shearing, bending, perforation.
As Fig. 2, shown in 3, sliding feet 14 both sides are provided with guide pillar 25, the left end of guide pillar 25 is fixedly connected with sliding feet 14, the other end and locking motor assembly form sliding pair, locking motor assembly is arranged in motor fixing seat 26, the locking motor 16 motor fixing seat 26 being provided with reductor 15 and being connected with reductor 15, the both sides of motor fixing seat 26 are provided with the guide pin bushing 28 coordinated with guide pillar 25, the right-hand member of guide pillar 25 is provided with spring 27, spring 27 is in compressive state, spring 27 clamping motor permanent seat 26, spring 27 is locked at Advance plate 5 and can be ensured when unclamping that end tooth axle 24 contacts with lock bolt 11 reliable fit.
The output shaft of locking motor 16 is provided with end tooth axle 24, end tooth axle 24 matches with the end tooth of lock bolt 11 end, by the detection of main shaft and locking motor circumferential locations, when ensureing each upper lower burrs, end tooth axle 24 can engage smoothly with the end tooth of lock bolt 11.
As shown in Fig. 1,2,4, sliding feet 14 is provided with the fixture of adjustable movable dynamic disk component 4, refer to that this fixture is positioned at end tooth axle 24 anterior, and the axes coincide of the axis of Advance plate fixture and coiling main shaft 1, this fixture comprises claw 13 and clamping cylinder 23, claw 13 is divided into left and right two panels, the bottom of left and right two panels claw is connected with sliding feet 14 respectively by two bearing pins, clamping cylinder 23 is arranged on the top of claw 13, the cylinder axis of clamping cylinder 23 is connected with a slice in claw 13, and the cylinder body of clamping cylinder 23 is connected with another sheet in claw 13.
Carry out automatic disc loading locking time, coiling main shaft 1 is in fixing stop position, need load layer around vinyl disc or iron wire basketry load.Press locking button, adjustable movable dynamic disk component is held in clamping cylinder 23 action tightly, then translation motor 17 works, by gear 22, tooth bar 21 drives Advance plate assembly and translation motor 17 to be moved to the left, until the thread bush 6 of Advance plate assembly is enclosed within coiling main shaft 1, claw 13 unclamps, locking motor 15 starts, end tooth axle 24 and lock bolt 11 is driven to rotate, meanwhile, translation motor 17 drives translation assembly, sliding feet, Advance plate fixture etc. is synchronously moved to the left, until thread bush 6 left end top is to coiling main shaft 1 Step Shaft place, lock bolt 11 is locked, translation motor 17 reverse starting, translation motor drives translation assembly, sliding feet, Advance plate fixture moves right and to stop to desired location, end tooth axle 24 separates with lock bolt 11, complete dish action, now Advance plate assembly and reaction plate 2 form a fixture, clamping wire spool, i.e. vinyl disc or iron wire basketry.When first institute loads vinyl disc or iron wire basketry occurs width error or layer around different gage of wire, need adjustment adjustable movable dynamic disk component, the accurately located position of maintenance thread bush, Advance plate is in suitable impaction state, guarantees that coiling is carried out smoothly.
When carrying out automatic disk discharging and unclamping, equipment is in halted state, coiling main shaft 1 is in braking state, translation motor 17 starts, drive translation assembly, sliding feet, Advance plate fixture moves right, after putting in place, clamping cylinder 23 action, Advance plate assembly is held tightly by claw 13, end tooth axle 24 and the engagement of lock bolt 11 end tooth, locking motor 22 contrarotation screws out lock bolt 11, meanwhile, translation motor 17 drives translation assembly, sliding feet, the low speed synchronous such as Advance plate fixture move right, adjustable movable dynamic disk component 4 is separated with coiling main shaft 1, after separation, translation motor 17 is accelerated to move right, retreat to desired location, fixture is opened, layer around coiling axle on vinyl disc or iron wire basketry can conveniently be taken out.
Embodiment 2:
Technical scheme described in the present embodiment is cylinder by the translation assembly in embodiment 1 technical scheme, other structure is constant, axis and the coiling main-shaft axis of cylinder are parallel to each other, and one end of cylinder is connected with support, and the other end of cylinder is connected with sliding feet.The structure of so further simplification device, reduces productive costs.
Embodiment 3:
Technical scheme described in the present embodiment is hydraulic ram by the translation assembly in embodiment 1 technical scheme, other structure is constant, axis and the coiling main-shaft axis of hydraulic ram are parallel to each other, and one end of hydraulic ram is connected with support, and the other end of hydraulic ram is connected with sliding feet.
The structure of so further simplification device, path of motion and dynamics control more accurate.
To the above-mentioned explanation of disclosed embodiment, professional and technical personnel in the field are realized or uses this device.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from spirit or scope of the present utility model, can realize in other embodiments.Therefore, the utility model can not be restricted to embodiment illustrated herein, but will meet the most wide region consistent with principle disclosed herein and features of novelty.
Claims (9)
1. adjustable wire tray width, a pinpoint automatic upper lower burrs layer winder, comprises adjustable wire tray width wire spool fixture and automatic upper lower burrs mechanism, it is characterized in that:
Described adjustable wire tray width wire spool fixture comprises coiling main shaft (1), reaction plate (2), wire spool (3), adjustable movable dynamic disk component (4) and lock bolt (11), the spindle nose end face of described coiling main shaft (1) right-hand member is provided with tapped bore, the main shaft periphery of this end is provided with adjustable movable dynamic disk component (4), the left end of coiling main shaft (1) is installed with reaction plate (2), coiling main shaft (1) between reaction plate (2) and adjustable movable dynamic disk component (4) is provided with wire spool (3), lock bolt (11) is provided with in tapped bore on the spindle nose end face of described coiling main shaft (1) right-hand member, lock bolt (11) left end is screw rod, right-hand end is provided with end tooth (12), end tooth matches with locking motor assembly end tooth axle, adjustable movable dynamic disk component (4) is pressed on coiling main shaft (1) by lock bolt (11), the end of lock bolt (11) is provided with end tooth, end tooth matches with automatic upper lower burrs mechanism, form wire spool fixture,
Described automatic upper lower burrs mechanism comprises frame (19), support (20), guide rail (31), sliding feet (14), locking motor (16), translation assembly, end tooth axle (24), the fixture of adjustable movable dynamic disk component (4), frame (19) is provided with support (20), support (20) is provided with 2 guide rails (31) parallel with coiling main shaft (1), guide rail (31) is provided with sliding feet (14), sliding feet (14) is provided with the rolling guide roller (33) along guide rail (31) direction straight-line motion composition line slideway auxiliary, translation assembly is provided with between support (20) and sliding feet (14), translation Component driver sliding feet (14) is along guide rail (31) axis direction side-to-side movement, sliding feet (14) is provided with locking motor (16), the motor shaft of locking motor (16) and the axis being parallel of guide rail, the motor shaft of locking motor (16) is connected with end tooth axle (24), end tooth axle (24) matches with the end tooth of lock bolt (11) end, sliding feet (14) is also provided with the fixture of adjustable movable dynamic disk component (4), it is anterior that this fixture is positioned at end tooth axle, and the axes coincide of the axis of this fixture and locking motor.
2. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: also comprise main shaft circumferencial direction accurate positioning device, this main shaft circumferencial direction accurate positioning device comprises coiling optocoupler dish (29), optocoupler (30), optocoupler support (32), optocoupler dish (29) is arranged on coiling main shaft (1), optocoupler (30) is arranged on optocoupler support (32), the long slot bore having and be convenient to prick head is opened at reaction plate (2), light openings is offered in optocoupler dish (29) outer circular edge, optocoupler dish side is provided with optocoupler (30), optocoupler (30) accurately locates the circumferential position of reaction plate (2) by the circumferential position detecting optocoupler dish (29), after coiling main shaft (1) rotative speed reaches setting speed, light openings on coiling optocoupler dish (29), when optocoupler (30), optocoupler (30) receives signal, feed back to control system, coiling main shaft (1) is anxious to stop, can ensure that the long slot bore on reaction plate (2) is parked in same exact location, so that automatic shearing, bending, perforation.
3. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: described adjustable movable dynamic disk component (4) comprises Advance plate (5), be arranged in the thread bush (6) of Advance plate (5) rotation hole, baffle ring (7), snap ring (8), setting nut (9) and jam nut (10), baffle ring (7) is installed on Advance plate (5) right side successively, snap ring (8), setting nut (9) and jam nut (10), snap ring (8) is fixed on the end face of Advance plate (5), baffle ring (7) only can circular-rotation between Advance plate (5) and snap ring (8), setting nut (9) is connected and synchronous axial system with bolt with baffle ring (7), thread bush (6) is installed snap ring (8) successively, setting nut (9) and jam nut (10), snap ring (8) is connected by the cylindrical of feather key with thread bush (6), setting nut (9) and jam nut (10) are fixed on thread bush (6) by screw thread fit, jam nut (10) tightens rear and setting nut (9) formation double nuts locking, when preventing High Rotation Speed, setting nut (9) loosens the Advance plate (5) caused and loosens dislocation, thread bush (6) can move axially on coiling main shaft (1), during use, first unclamp jam nut (10), rotating adjusting nut (9) promotion Advance plate (5) threadingly lining (6) moves right left, thus reach the object regulating wire spool (3) width, be used for adapting to wire spool (3) width error in the fabrication process, remain the accurately located position of thread bush (6), Advance plate is in suitable impaction state, guarantee that the welding wire of different-diameter carries out smoothly when coiling.
4. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: sliding feet (14) both sides are provided with guide pillar (25), the left end of guide pillar (25) is fixedly connected with sliding feet (14), the other end and locking motor assembly form sliding pair, locking motor assembly is arranged in motor fixing seat (26), the locking motor (16) motor fixing seat (26) being provided with reductor (15) and being connected with reductor (15), the both sides of motor fixing seat (26) are provided with the guide pin bushing (28) coordinated with guide pillar (25), the right-hand member of guide pillar (25) is provided with spring (27), spring (27) is in compressive state, spring (27) clamping motor permanent seat (26), spring (27) is locked at Advance plate (5) and can be ensured when unclamping that end tooth axle (24) contacts with lock bolt (11) reliable fit.
5. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: the fixture being provided with adjustable movable dynamic disk component (4) on sliding feet (14), refer to that this fixture is positioned at end tooth axle (24) anterior, and the axes coincide of the axis of Advance plate fixture and coiling main shaft (1), this fixture comprises claw (13) and clamping cylinder (23), claw (13) is divided into left and right two panels, the bottom of left and right two panels claw is connected with sliding feet (14) respectively by two bearing pins, clamping cylinder (23) is arranged on the top of claw (13), the cylinder axis of clamping cylinder (23) is connected with a slice in claw (13), the cylinder body of clamping cylinder (23) is connected with another sheet in claw (13).
6. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, is characterized in that: described wire spool (3) is vinyl disc or iron wire basketry.
7. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: described translation assembly comprises translation motor (17), coder (18), gear (22) and tooth bar (21), translation motor (17) is arranged on support, the motor shaft of translation motor (17) is provided with gear (22), coder (18) is arranged in translation motor (17), coder (18) detects translation position, adjustable movable dynamic disk component left and right, tooth bar (21) is arranged on sliding feet (14), tooth bar (21) is parallel with coiling main-shaft axis, gear (22) and tooth bar (21) engage each other, translation assembly drives sliding feet (14) along the direction side-to-side movement of guide rail (31) axis.
8. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: described translation assembly is cylinder, the axis of the motor shaft of the axis of cylinder and translation motor (17) is parallel to each other, one end of cylinder is connected with support, and the other end of cylinder is connected with sliding feet.
9. adjustable wire tray width according to claim 1, pinpoint automatic upper lower burrs layer winder, it is characterized in that: described translation assembly is hydraulic ram, axis and the coiling main-shaft axis of hydraulic ram are parallel to each other, one end of hydraulic ram is connected with support, and the other end of hydraulic ram is connected with sliding feet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520621501.1U CN205011142U (en) | 2015-08-18 | 2015-08-18 | Hypothecium is around machine in automation of adjustable silk dish width, accurate positioning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520621501.1U CN205011142U (en) | 2015-08-18 | 2015-08-18 | Hypothecium is around machine in automation of adjustable silk dish width, accurate positioning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205011142U true CN205011142U (en) | 2016-02-03 |
Family
ID=55209756
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520621501.1U Withdrawn - After Issue CN205011142U (en) | 2015-08-18 | 2015-08-18 | Hypothecium is around machine in automation of adjustable silk dish width, accurate positioning |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205011142U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105035852A (en) * | 2015-08-18 | 2015-11-11 | 河南省西工机电设备有限公司 | Automatic upper and lower disc layer winding machine capable of adjusting silk disc width and precisely positioning |
| CN108216722A (en) * | 2018-01-03 | 2018-06-29 | 安溪县悦香缘茶业有限公司 | A kind of automatic cable is into disk belt banding machine device |
-
2015
- 2015-08-18 CN CN201520621501.1U patent/CN205011142U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105035852A (en) * | 2015-08-18 | 2015-11-11 | 河南省西工机电设备有限公司 | Automatic upper and lower disc layer winding machine capable of adjusting silk disc width and precisely positioning |
| CN105035852B (en) * | 2015-08-18 | 2017-09-15 | 河南省西工机电设备有限公司 | Adjustable wire tray width, pinpoint automatic upper lower burrs layer winder |
| CN108216722A (en) * | 2018-01-03 | 2018-06-29 | 安溪县悦香缘茶业有限公司 | A kind of automatic cable is into disk belt banding machine device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| EP3476506B1 (en) | Device for automatically removing burrs from a wheel hub section | |
| US20190061445A1 (en) | Device for Inserting Inflating Valve | |
| CN102310237B (en) | Automatic tapping machine | |
| CN105035852A (en) | Automatic upper and lower disc layer winding machine capable of adjusting silk disc width and precisely positioning | |
| EP3647717B1 (en) | Wheel space detecting device | |
| CN203209977U (en) | Machine tool for machining barrel body | |
| US10493593B2 (en) | Wheel outer rim fillet dressing device | |
| CN205011142U (en) | Hypothecium is around machine in automation of adjustable silk dish width, accurate positioning | |
| CN207669000U (en) | A kind of turnery processing system | |
| CN112008630A (en) | Frock clamp is used in air compressor machine processing | |
| CN203221239U (en) | Numerical control slotting machine for adjustable spanner groove | |
| CN205734055U (en) | Machining center main shaft not stall has mechanical hand automatic tool changer | |
| CN204976010U (en) | Level bed body numerical control turning center | |
| CN205011146U (en) | Around rolling up layer that main shaft be hollow shaft around machine and around a roll main shaft | |
| CN211407857U (en) | Bracelet shaping machine | |
| CN109623487A (en) | A kind of electro spindle position regulator and method of adjustment | |
| CN110303172A (en) | A kind of oblique lathe bed digital control lathe and its application method with intelligent control tailstock | |
| CN105173891A (en) | Layer winder with winding main shaft being hollow shaft and winding main shaft | |
| CN201997718U (en) | Movable numerically controlled lathe headstock | |
| CN208743700U (en) | A kind of mold processing automatic small-sized lathe | |
| CN204321204U (en) | High accuracy cam copying lathe | |
| CN220901899U (en) | Numerical control lathe for machining automobile parts | |
| CN207188619U (en) | Oiling forcing press | |
| CN206305467U (en) | A kind of ball valve machining tool | |
| CN111014413A (en) | Numerical control spinning machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160203 Effective date of abandoning: 20170915 |
|
| AV01 | Patent right actively abandoned |