CN209097910U - It is a kind of to move wheel apparatus certainly - Google Patents

Abstract

Move wheel apparatus certainly the utility model discloses a kind of.Described from wheel apparatus is moved includes rack, two steering brackets being arranged in the rack and the cylinder for driving the gantry rotation, an I-beam wheel is placed on each steering bracket, the rack includes bottom plate arranged at the bottom, the bottom of the frame convex is equipped with convex block, one end of the cylinder is extension bar, the cylinder is hinged on the bottom plate far from one end of the extension bar, and the extension bar is hinged on the convex block.Provided by the utility model from wheel apparatus is moved, by the way that the both ends of cylinder are respectively hinged on bottom plate and turning set, when clump weight is far from limit switch, control cylinder drives turning set rotation, realizes the automatic reverse of two I-beam wheels, easy to operate, improves efficiency.

Description

It is a kind of to move wheel apparatus certainly

Technical field

The utility model relates to move wheel apparatus field certainly, particularly, it is related to one kind and moves wheel apparatus certainly.

Background technique

The steel cord of semi-finished product need to smoothly release from I-beam wheel when brass plating operation in steel cord production process Steel cord is heat-treated and is electroplated, and ultimately forms brass plating line, existing wheel apparatus of moving certainly includes that rack and setting exist Two I-beam wheels in rack, the steel cord between two I-beam wheels wind and welds by wire-crossing wheel, when carrying out changing wheel, need Gantry rotation is wanted, changes wheel to facilitate, in actual production, wheel apparatus is changed using manual operation sometimes, working efficiency is low.

Utility model content

The technical problem to be solved by the utility model is to now being mentioned to overcome the above-mentioned problems in the prior art Move wheel apparatus certainly for what one kind was capable of automatic reverse.

The utility model solves its technical problem technical solution to be taken: it is a kind of from moving wheel apparatus, it is described from Move the cylinder that wheel apparatus includes rack, two steering brackets being arranged in the rack and the drive gantry rotation, An I-beam wheel is placed on each steering bracket, the rack includes bottom plate arranged at the bottom, the bottom of the frame to It is convexly equipped with convex block outside, one end of the cylinder is extension bar, and the cylinder is hinged on the bottom far from one end of the extension bar On plate, the extension bar is hinged on the convex block.

Further, the rack further includes column of the projection on the bottom plate and is rotatably sleeved on the column The opposite sides of the turning set is arranged in external turning set, described two steering brackets, and the convex block projection is at described turn On the circumference of dynamic set bottom.

Further, the cylinder is convexly equipped with link block far from one end of the extension bar, and the link block is hinged on institute It states on bottom plate.

Further, the opposite sides of the column is respectively arranged with the first block and the second block, first block Angle between second block is 180 degree.

Further, mobile wire-crossing wheel mechanism is provided with above the column, the mobile wire-crossing wheel mechanism includes that can slide The sliding part being arranged on the column dynamicly exists with the mobile wire-crossing wheel that the sliding part opposite end is arranged in and setting The clump weight connecting inside the column and with the sliding part.

Further, it is provided with fixed pulley at the top of the column, is provided between the sliding part and the clump weight Connecting line, one end of the connecting line are connected on the sliding part, and the centre of the connecting line is wound around on the fixed pulley, The other end of the connecting line is connected on the clump weight.

Further, limit switch is additionally provided on the column, one end of the limit switch, which is protruded into, to be arranged described The inside of column, when the clump weight supports the limit switch, the limit switch does not act on the cylinder, described to match When pouring weight and the limit switch are detached from, the limit switch controls the cylinder starting.

Further, the steel cord head and the tail in two I-beam wheels weld, and form changeover portion steel cord, the changeover portion Steel cord is wound around on the mobile wire-crossing wheel.

Further, the steering bracket is provided with locking member far from one end of the column, and the locking member supports pair The I-beam wheel answered.

Further, sliding rail is convexly equipped on the one side of the column, the sliding part side is provided with and the sliding rail Corresponding sliding slot.

The beneficial effects of the utility model are: it is provided by the utility model from wheel apparatus is moved, pass through the both ends cylinder It is respectively hinged on bottom plate and turning set, when clump weight is far from limit switch, control cylinder drives turning set rotation, realizes two The automatic reverse of I-beam wheel, it is easy to operate, it improves efficiency.

Detailed description of the invention

The utility model is described in further detail with reference to the accompanying drawings and examples.

Fig. 1 is the structural schematic diagram for moving wheel apparatus certainly of the utility model；

Fig. 2 is the structural schematic diagram for discharging line shown in Fig. 1 from the I-beam wheel positioned at unwrapping wire station moved in wheel apparatus；

Fig. 3 is shown in Fig. 1 from the structural schematic diagram for moving self-locking mechanism in wheel apparatus；

Fig. 4 is shown in Fig. 1 from the usage state diagram for moving wheel apparatus；

Fig. 5 is shown in Fig. 1 from another usage state diagram for moving wheel apparatus；

Fig. 6 is shown in Fig. 1 from the another usage state diagram for moving wheel apparatus.

In figure: 11, bottom plate, 111, pedestal, 12, column, 121, fixed pulley, 122, limit switch, the 123, first block, 124, the second block, 13, turning set, 131, convex block, 14, cylinder, 141, extension bar, 142, link block, 20, steering bracket, 21, Mounting hole, 22, locking member, 23, changeover portion steel cord, 30, mobile wire-crossing wheel mechanism, 31, sliding part, 311, blend stop, 32, mistake line Wheel, 33, clump weight, 34, connecting line, 40, self-locking mechanism, 41, fixed block, 411, connecting plate, 42, self-lock rod, 421, engaging Hook, 422, handle, 43, elastic component, 50, payingoff mechanism, 51, pay off rack, 52, guide roller.

Specific embodiment

The utility model is described in detail presently in connection with attached drawing.This figure is simplified schematic diagram, only in a schematic way Illustrate the basic structure of the utility model, therefore it only shows composition related with the utility model.

Referring to Fig. 1, the utility model provides one kind from wheel apparatus is moved, this is moved wheel apparatus certainly and includes rack, sets It sets the steering bracket 20 in the rack and mobile wire-crossing wheel mechanism 30 and self-locking mechanism 40 and is arranged in the rack The payingoff mechanism 50 of side.

The rack include bottom plate 11, projection on bottom plate 11 column 12, be rotatably sleeved on outside column 12 Turning set 13 and the cylinder 14 for driving turning set 13 to rotate.

Pedestal 111 is provided with above bottom plate 11, above pedestal 111, turning set 13 is rotatably arranged on vertical 12 projection of column The lower half portion of column 12.

Fig. 4 to fig. 6 is please referred to, fig. 4 to fig. 6 is the process schematic that cylinder 14 drives turning set 13 to rotate, turning set 13 The circumference convex of bottom is equipped with convex block 131, and cylinder 14 is located at the side of column 12, and one end of cylinder 14 is extension bar 141, The other end of cylinder 14 is convexly equipped with link block 142, and the extension bar 141 and convex block 131 of cylinder 14 are hinged, the link block of cylinder 14 142 are hinged on bottom plate 11.The opposite sides of column 12 is respectively arranged with the first block 123 and the second block 124, the first block 123 and the second angle between block 124 be 180 degree.

When the extension bar 141 of cylinder 14 stretches out maximum distance, the extension bar 141 of cylinder 14 drives turning set 13 to be moved to Position shown in Fig. 4, convex block 131 support the first block 123, at this time, it is specified that turning set 13 is in home position, i.e. turning set 13 Rotational angle be 0 °.When the extension bar 141 of cylinder 14 is shunk, the extension bar 141 of cylinder 14 drives 13 up time of turning set simultaneously Needle rotation, when the extension bar 141 of cylinder 14 is contracted to most short position, at this point, turning set 13 is rotated by 90 °, i.e., shown in Fig. 5 Position, at this time since the link block 142 of cylinder 14 is hinged on bottom plate 11, cylinder 14 simultaneously according to the rotation of turning set 13 revolve Turn certain angle.When the gap that the extension bar 141 of cylinder 14 stretches out again, due to the inertia force that turning set 13 rotates clockwise, The extension bar 141 of cylinder 14 is driven to continue to rotate clockwise, when turning set 13, which rotates angle, is greater than 90 °, the stretching of cylinder 14 Bar 141, which stretches out, drives turning set 13 to continue to rotate clockwise, until the extension bar 141 of cylinder 14 drives the rotation of turning set 13 extremely 180 °, at this point, the extension bar 141 of cylinder 14 stretches out maximum distance, convex block 131 supports the second block 124, and turning set 13 stops turning It is dynamic, i.e. position shown in Fig. 6.When turning set 13 needs to rotate again, cylinder 14 only need to be started, cylinder 14 can drive 180 ° of the rotation counterclockwise of turning set 13.

In addition, the top of column 12 is provided with fixed pulley 121, the wherein one side of column 12, which protrudes above, is formed with sliding rail (not shown go out).

In present embodiment, the quantity of steering bracket 20 is two, and two steering brackets 20 are symmetricly set on turning set 13 Opposite sides, make 180 ° of angle between two steering brackets 20, it is possible to understand that ground, in other unshowned embodiments In, steering bracket 20 can also be three, four or more.

An I-beam wheel can be placed on each steering bracket 20, the steel cord head and the tail in two I-beam wheels weld, and are formed Changeover portion steel cord 23, wherein the I-beam wheel close to 50 side of payingoff mechanism is in unwrapping wire station (figure does not mark), another work Character wheel is in unwrapping wire station (figure does not mark), and steering bracket 20 is provided with mounting hole 21, mounting hole far from the end of column 12 Locking member 22 is provided in 21, the locking member 22 supports the corresponding I-beam wheel, and locking member 22 prevents on steering bracket 20 I-beam wheel slide.

Mobile wire-crossing wheel mechanism 30 includes the sliding part 31 being slidably disposed on column 12 and is arranged in sliding part 31 The mobile wire-crossing wheel 32 of opposite end and the clump weight 33 being arranged in inside column 12, sliding part 31 is in length direction frame, sliding Moving part 31 is set in outside column 12, and corresponding with sliding rail sliding slot (not shown go out) is provided on the inside of sliding part 31, makes to slide Moving part 31 can be moved up and down along the sliding rail, and blend stop 311 is provided on sliding part 31.Mobile wire-crossing wheel 32 and steering branch I-beam wheel on frame 20 is corresponding, and the top of corresponding I-beam wheel is arranged in each mobile wire-crossing wheel 32.Changeover portion steel cord 23 around It is provided on the mobile wire-crossing wheel 32 above unwrapping wire station.

It is in hollow form inside column 12, clump weight 33 is arranged inside column 12, sets between sliding part 31 and clump weight 33 It is equipped with connecting line 34, one end of connecting line 34 is connected on sliding part 31, and the centre of connecting line 34 is wound around on fixed pulley 121, The other end of connecting line 34 is connected on clump weight 33.

Limit switch 122 is additionally provided on column 12, the inside that column 12 is arranged in is protruded into one end of limit switch 122, The outside of column 12 is arranged in the other end protrusion of limit switch 122, is electrically connected between limit switch 122 and cylinder 14, limits Controller (not shown go out) is provided between bit switch 122 and cylinder 14, when touching limit switch 122, limit switch 122 is not Signal is sent to the controller, when leaving limit switch 122, limit switch 122 sends a signal to the controller, described Controller controls cylinder 14 and moves.

Under normal condition, due to 33 heavier-weight of clump weight, clump weight 33 is snapped down to limit switch 122 inside column 12 Place, clump weight 33 support on limit switch 122, and for clump weight 33 during downslide, connecting line 34 is sliding on fixed pulley 121 It is dynamic, while pulling i.e. mobile 32 upward sliding of wire-crossing wheel of sliding part 31.

Fig. 1 and Fig. 3 are please referred to, the side of upright bar 12 is arranged in self-locking mechanism 40, and self-locking mechanism 40 is located at limit switch 122 Top, self-locking mechanism 40 include fixed block 41 and the self-lock rod being connected on fixed block 41.

Fixed block 41 is fixed on column 12, and the opposite sides of fixed block 41 is convexly equipped with connecting plate 411 respectively, and two A connecting plate 411 is arranged in parallel.

One end of self-lock rod 42 is hinged on the connecting plate 411 of fixed block 41, the other end and fixed block 41 of self-lock rod 42 Between be provided with elastic component 43, the top of self-lock rod 42 is bent to far from 12 direction of column, is then bent downward in hook-shaped formation The top of clamping hooked 421, clamping hooked 421 is in inclined-plane, and the bottom of self-lock rod 42 is bent to form handle 422 to the direction of column 12.

Elastic component 43 is arranged between handle 422 and fixed block 41, and in present embodiment, elastic component 43 is spring.

When sliding part 31 slides down to self-locking mechanism 40, squeezed when the blend stop 311 on sliding part 31 continues to run down The upper surface of clamping hooked 421 is pressed, to close to the movement of the direction of column 12, elastic component 43 is stretched self-lock rod 42, when blend stop 311 moves It moves to 421 lower section of clamping hooked, self-lock rod 42 restores under the reset response of elastic component 43, while clamping hooked 421 is fastened on blend stop On 311, mobile wire-crossing wheel mechanism 30 stops sliding.

To the direction moving handle 422 far from column 12, the clamping hooked 421 positioned at 42 other end of self-lock rod is to close to column 12 direction is mobile, separates clamping hooked 421 with blend stop 311, and under the gravity of clump weight 33, clump weight 33 is to moving down It is dynamic, mobile 32 upward sliding of wire-crossing wheel is driven, until clump weight 33 supports limit switch 122.

Payingoff mechanism 50 is including pay off rack 51 and the guide roller 52 being arranged on pay off rack 51, the work on unwrapping wire station Steel cord on character wheel is wound around on guide roller 52, and the side of payingoff mechanism 50 is provided with dragger (not shown go out), in putting Steel cord in the I-beam wheel of line station is led by guide roller 52 is guided out to the dragger, under the draw of dragger, Steel cord in the I-beam wheel of unwrapping wire station unwrapping wire always, is then sent to lower road production process.

Illustrate the use process for moving wheel apparatus certainly of the utility model with reference to the accompanying drawing.

The I-beam wheel that two wind steel cord is individually positioned on corresponding steering bracket 20, the work in unwrapping wire station The head end of steel cord on character wheel is wrapped on guide roller 52, is drawn and is exported by guide roller 52, the I-beam wheel in unwrapping wire station On steel cord end and the steel cord in the I-beam wheel to unwrapping wire station head end welding, the transition in two I-beam wheels Section steel cord 23 is wound around on the mobile wire-crossing wheel 32 above unwrapping wire station.

Referring to Fig. 5, after the steel cord in the I-beam wheel in unwrapping wire station discharges, the traction machine travel changeover portion Steel cord 23, at this point, sliding part 31 is along the sliding rail slide downward, clump weight 33 is far from limit switch 122, limit switch 122 send a signal to the controller, keep cylinder 14 movable, drive steering bracket 20 to rotate 180 °, i.e., on unwrapping wire station I-beam wheel transposition in I-beam wheel and unwrapping wire station, meanwhile, sliding part 31 is moved to self-locking mechanism 40, and sliding part 31 engages At clamping hooked 421.

Then dishful I-beam wheel is being changed again after the I-beam wheel for discharging line is taken off on unwrapping wire station, then by dishful work After the steel cord front end of character wheel is mutually welded with the steel cord end in the I-beam wheel in unwrapping wire station, the changeover portion steel curtain of formation Line 23 is still wound around on the mobile wire-crossing wheel 32 above unwrapping wire station, and external force is in self-locking mechanism 40, self-locking mechanism 40 It is separated from each other with sliding part 31,31 upward sliding of sliding part, until clump weight 33 supports limit switch 122, is located at unwrapping wire station I-beam wheel on steel cord continue unwrapping wire under the action of the dragger, so constantly repeat can be realized continuously Unwrapping wire.

The utility model moves wheel apparatus certainly, by the way that the both ends of cylinder 14 are respectively hinged at bottom plate 11 and turning set 13 On, when clump weight 33 is far from limit switch 122, control cylinder 14 drives turning set 13 to rotate, and realizes the automatic of two I-beam wheels Commutation, it is easy to operate, it improves efficiency.

It is enlightenment, through the above description, relevant work with the above-mentioned desirable embodiment according to the utility model Personnel can carry out various changes and amendments in without departing from the scope of the utility model completely.This item utility model Technical scope is not limited to the contents of the specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.

Claims (10)

1. a kind of from moving wheel apparatus, it is characterised in that: it include rack, two steering brackets being arranged in the rack with And the cylinder of the gantry rotation is driven, an I-beam wheel is placed on each steering bracket, the rack includes that setting exists The bottom plate of bottom, the bottom of the frame convex are equipped with convex block, and one end of the cylinder is extension bar, and the cylinder is far from described One end of extension bar is hinged on the bottom plate, and the extension bar is hinged on the convex block.

2. as described in claim 1 move wheel apparatus certainly, it is characterised in that: the rack further includes projection on the bottom plate Column and the turning set that is rotatably sleeved on outside the column, described two steering brackets the turning set is set Opposite sides, the convex block projection is on the circumference of the turning set bottom.

3. as described in claim 1 move wheel apparatus certainly, it is characterised in that: the one end of the cylinder far from the extension bar is convex Equipped with link block, the link block is hinged on the bottom plate.

4. as claimed in claim 2 from moving wheel apparatus, it is characterised in that: the opposite sides of the column is respectively arranged with the One block and the second block, the angle between first block and second block is 180 degree.

5. as claimed in claim 2 move wheel apparatus certainly, it is characterised in that: be provided with mobile wire-crossing wheel machine above the column Structure, the mobile wire-crossing wheel mechanism include the sliding part being slidably disposed on the column and are arranged in the sliding part phase Mobile wire-crossing wheel to both ends and the clump weight for being arranged in inside the column and being connect with the sliding part.

6. as claimed in claim 5 move wheel apparatus certainly, it is characterised in that: be provided with fixed pulley, institute at the top of the column It states and is provided with connecting line between sliding part and the clump weight, one end of the connecting line is connected on the sliding part, described The centre of connecting line is wound around on the fixed pulley, and the other end of the connecting line is connected on the clump weight.

7. as claimed in claim 5 move wheel apparatus certainly, it is characterised in that: be additionally provided with limit switch, institute on the column The inside that the column is arranged in is protruded into the one end for stating limit switch, described when the clump weight supports the limit switch Limit switch does not act on the cylinder, when the clump weight and the limit switch are detached from, described in the limit switch control Cylinder starting.

8. as claimed in claim 5 move wheel apparatus certainly, it is characterised in that: the steel cord head and the tail in two I-beam wheels weld It connects, forms changeover portion steel cord, the changeover portion steel cord is wound around on the mobile wire-crossing wheel.

9. as claimed in claim 2 move wheel apparatus certainly, it is characterised in that: the one end of the steering bracket far from the column It is provided with locking member, the locking member supports the corresponding I-beam wheel.

10. as claimed in claim 5 move wheel apparatus certainly, it is characterised in that: it is convexly equipped with sliding rail on the one side of the column, The sliding part side is provided with sliding slot corresponding with the sliding rail.