TWM394197U - Wire net forming device - Google Patents

Abstract

The present invention provides a wire net forming apparatus including a platform, a fixture frame, a wire transporting device, and an arm device. The fixture frame is disposed on the platform. After the wire transporting device releases steel wires, the arm device disposes steel wires on the fixture frame for forming a wire net.

Description

M394197 V. New description: [New technical field] This creation is about a steel wire mesh forming device; specifically, the present invention relates to a steel wire mesh forming device which can automatically form a steel wire mesh structure. [Prior Art] Conventional wire mesh structures usually require manual design, construction, and final binding. However, due to the increasing cost of human resources, the time of lashing construction will increase with the complexity of the wire mesh. In view of this, this creation department solves the above shortcomings for the second good, solves the research and cooperates with the operation of academic theory, and proposes a design that is reasonable in design and effective in improving the above-mentioned defects. [New content] The purpose of this creation is to provide a wire mesh forming device that combines different devices to provide an automatic forming wire mesh.

The aim is to provide a flap-net forming device with an automated device for rapid formation of a wire mesh structure. M is a fine device package red table, treatment, wire output = set = device: where the workbench contains at least - slide rail and welding (four): on the pass, the fixture shaft is slidably set on the slipper, The steel wire output device mainly provides at least one arm hanger to place the steel wire on the treatment side; on the work °, for the suspension moving portion, the clamping member can be clamped and closed two: the device includes the central assembly and the shaking Qiu wire, in particular, the cantilever hanger drives the clamping piece, which can be accurately placed on the preset 3 fixture frame. [Embodiment] As shown in the embodiment of Fig. 1A, the wire mesh forming apparatus 1 includes a table 20, a jig holder 30, a wire feeder 40, and a boom hanger 5'. The workbench 2 includes at least one slide rail 21 and a weld seat 23. The slide handle 21 is preferably provided with a set of slides 21 at an appropriate distance, for example, the width of the fixture frame 3, in the present embodiment; In this embodiment, the passage is made with respect to the slide rail 21. In other words, the weld seat 23 is disposed across the set of slide rails 21 and perpendicular to the direction in which they extend. In the present embodiment, the combination of the table 2 and the welding base 23 is preferably a gantry automatic welding machine. However, in other different embodiments, an automatic spot welder can be assembled for each machine. As shown in Fig. 1A, the welding seat 23 is provided with a welding port 231. When the jig frame 3 is transported via the slide rail 21, the wire on the jig frame 30 is moved to the welding port, such as the welding seat 23, which can be clamped and placed on the jig (4) _ and welding = specifically The welding seat 23 uses the welding benefit 232 provided in the welding mouth condition to splicing the steel wire and forming the steel mesh. The welding device says that the corresponding welding device is arranged at the corresponding upper and lower ends of the welding opening, said: - connector 232 Immediately after the contact with the steel wire, the welding station 4 is automatically energized, so that the upper and lower welders 232 are the wires used. However, in other different types of private fixtures, it is also possible to use butt welding, cold secret, expansion arc, electrode arc welding, submerged arc boring, screw 'pair welding, electricity in different embodiments, Welding tools can also be frequency: =: connection. M3 94197 In the embodiment shown in FIG. 1A, the jig frame 3 is slidably disposed on the slide 21 of the table 20, and the jig frame 3() can be moved in the extending direction of the slide 21' Welding is performed by the welding seat 23 as #. The fixture frame 3 () comprises a mesh frame 31 and a plurality of wire fixing pins 32, and the wire fixing clips 32 are disposed on the mutually interlaced frame 33 of the mesh frame 31, and the wire (not shown) is placed. 251 in the opening of the wire fixing 32. In the present embodiment, the opening of the wire retaining clip 32 is preferably a V-groove & is movably disposed on the frame %.

In addition, as shown in FIG. 1B, in another embodiment, the wire fixing loss is made up of two V-shaped grooves which are mutually intersected, and are formed by -[shallow v-shaped grooved overlap to make the wire-deep- Stacked shallow and perpendicular to each other. When it is desired to form a specific/predetermined _, the setting of each steel green fixing clip 32 can be bribbed in the direction of the long direction, but only a single position adjustment can be made on the lateral amount. After adjusting the position of each wire retaining clip 32, it can be fixed to the frame % by screws (not shown) or the like.

However, FIG. 1C shows another possible embodiment of the creation jig. In the present embodiment, the rod frame 33 in either the longitudinal direction or the lateral direction can be adjusted in the longitudinal direction or the lateral direction of the mesh frame 31. Each of the rods is mounted with a wire-shaped retaining clip 32, wherein the wire-shaped retaining clips in the -direction are slightly higher than the height of the steel (four) in the other direction, so that the wires overlap each other. Settings. In the embodiment shown in Fig. 1C, each of the γ-shaped wire fixing members U32 is locked/positioned on each of the rod frames 33 by mosquito elements such as screws or the like. Therefore, the wire fixing Jieshuang 32 can also be adjusted to move on the frame 33. The wire position 视 ι 视 is adjusted and changed. As shown in FIG. 1A, the rod frame 33 of the mesh frame 31 is too νJ interlaced on the metallurgical frame 30 by 5 M394197 to form a plurality of rectangular openings, which are arranged and assembled by each wire fixing clip 32. A wire mesh of the desired shape. Therefore, each rectangular opening of the mesh frame 31 corresponds to the rectangular opening of the mesh frame 31, and the wire mesh (not shown) of a desired shape is formed by the overlapping arrangement of the wires. Further, the wire output 40 includes a reinforcing bar flattener 41 and a reinforcing bar cutter 42. The reinforcing bar 43 grinds the crimped reinforcing bar 43 and outputs it to the reinforcing bar cutter 42 for cutting into a predetermined length of the wire. In this embodiment, the rebar flattener 41 is used to grind the reinforcing bars 43 because the reinforcing bars 43 are generally stored in a crimped manner. The rebar flattener 41 further includes a plurality of rollers 4Π, which are rolled by the opposite and interlaced rollers 411, so that the reinforcing bars 43 form a flattened linear reinforcing bar 43, which is then conveyed to the reinforcing bar cutter 42 to cut the preset length. Steel wire. As shown in Fig. 1A, the table 2 further includes a wire receiving member disposed on the side of the table 20 adjacent to the side of the slide rail 21, that is, extending in the direction of the slide rail and adjacent to the secret 21. The cross-section of the accommodating member 25 is preferably v-shaped and has an upward opening 25. However, in other embodiments, the wire accommodating member may be U-shaped or other suitable shape for temporarily accommodating the steel wire. The wire outputted by the wire feeder 40 can accurately provide at least one wire in the wire receiving member 25, and the bar 43 of the reinforcing bar cutter 42 is preferably cut relative to the opening 25 of the wire receiving member 25. The wire is placed on the wire receiving member 25. Further, as shown in FIG. 1A, the boom hanger 5〇 includes a missing member, which is shown on the steel wire fixing clip 32 of the frame 31, which is shown in FIG. As shown in the figure ', #吊挂为50 further includes the L-shaped arm 53, the L-shaped arm 53 6 M394197 one end connected to the clamping member 51 'the other end is connected to the moving part 52 4 type arm 53 package = move π hold 53 On both sides of the L-shaped arm 53, the clamping member μ includes a sliding block, a rotary drive shaft 512, and at least a caliper 5 (1) caliper is disposed on both sides of the end of the vertical rotary drive 512, and the rotary layup 512 is slid The card block is connected. The slide block of the clamp member M is movably disposed on the slide slider 531. The rotary drive shaft 512 rotatably connects the slide block 511 and is rotatable relative to the slide block. To 12 baht. . Rotatable

The rotating rotary drive shaft 512 is in the form of a concave wheel, turntable or other similar rotatable structure that enables the caliper 513 to be rotated and rotated about the Z axis. In addition, the rotary drive shaft 512 further includes a lift/gas cylinder that allows the caliper 513 to raise or lower the wire to hold or release.

The clamping member 51 moves along the sliding block 511 in the axial direction of the moving rail 531, and the moving portion 52 can also move in the axial direction of the rail 522 at the same time; in addition, in other embodiments, the moving portion 52 can also be visible. The actual work needs to be selectively fixed after moving. When the boom hanger 50 moves on the yoke and the yoke, the caliper 513 can clamp/lift or lower/release the wire placed on the wire accommodating member 25 along with the sliding block 511 and the rotary drive shaft 512. On the wire fixing clip 32 of the preset mesh frame 31, it is welded by the boring seat 23 to form a steel mesh. Therefore, the rotary drive shaft 512 can be moved up or down along the yoke as needed or rotated about the yoke axis. In this embodiment, the clamping member 51 further includes a rod 514 disposed perpendicularly to the rotating drive shaft 512, disposed approximately in the middle of the rotating driving shaft 512. The card cobalt 513 can be selectively opened and closed to be refreshed or released. Steel wire. In addition, the clamping member 51 can be removed from the L-shaped arm 53 and replaced with other workpieces, such as a wire lasher (described later); or only the components included in the 7 M394197 clamping member 51. Partial replacement, for example, the wire clamping function is replaced by the wire tying function, and the partially replaced workpiece is retained by the sliding block 511 in the movement sliding 531 in the X-axis direction. Further, the moving portion 52 includes a plurality of pulleys 521 and a set of rails 522, and the pulleys 521 are rollably coupled to the lanes 522 for rolling. The pulleys 521 each include a sliding groove 523 and are provided at the center of the pulley 521, so that the pulley 521 can be slidably engaged with the rail 522 by the sliding groove 523 to restrict the movement path of the pulley 521. In the present embodiment, the pulley 521 preferably includes four pulleys 521 which are respectively assembled at the four corners of the bottom end of the boom-hanger 50, and each of the two pulleys 521 is correspondingly disposed on the two rails 522 in a group. When the boom hanger 50 moves over the slider 522, the clip member 51 can also move with the wire retaining clip 32 to be placed on the moving rail 531. At this time, the rotational driving shaft 512 of the engaging member 51 is visible at a position where the steel wire is to be placed, and the wire is rotated and lowered to be engaged with the wire fixing clip 32. 1D is a schematic view of the wire mesh forming skirt 1 of the table 2〇, the fixture frame 3〇, the wire exporter 40 and the cantilever hanger 5〇 shown in FIG. 1A, wherein the cantilever hanger 5〇 clip The engaging member 51 can be opened and closed from the wire receiving member to the upper wire (not shown) and then moved to the wire fixing clip 32 of the rib cage 3 on the frame 3 to be placed. The jig 3 is slidably disposed _ on the slide rail 21 of the working port 20, the jig frame 3 can be moved in the extending direction of the slide rail 21, and the welding work is performed by the welding seat 23. Seat 'In various embodiments, the welding machine can also be mobile. in particular

Connector 232. Wherein the extension of the extension arm 233 is perpendicular to the extension of the slide rail 21. The wire mesh forming apparatus embodiment described above uses a fixed weld 8 M394197 direction & traverses the top of the table 2 . The extension arm 233 further includes a welding seat moving rail, which is disposed on both sides of the extending arm (only one side is shown); and the movable welding rail 234 is connected with the movable welding device Μ2. In the embodiment of the present invention, the shifting-axis-type electric rotation is paired and respectively connected to the welding seat moving rails 234 on both sides of the extending arm 233, and each comprises a welding seat sliding block bucking welding seat. The rotary drive shaft, the fixed seat 2323, and the welded steel block 2324 disposed under the fixed seat. Wherein the welding seat slides • the card block 2321 can be disposed on the welding seat shifting rail 234, so that the shifting and welding device 232 can move in the X-axis direction; the tan-seat rotating driving shaft assists in connecting the welding money rib block 2321 fixed seat assistance; the welding seat rotary drive shaft 2322 further includes a lifting oil/pneumatic rainbow, so that the fixed seat can be raised or lowered in the z-axis, and then the welding copper block 2324 is lifted and lowered for splicing. As shown in FIG. 1F, the jig holder 3 carrying the steel wire is slidably disposed on the slide 21 of the table 20, and the jig frame 3 is movable in the extending direction of the slide 21 and is welded. 23 The welding operation is carried out; the other side φ, the welding phantom on the movable 232 can move in the y-axis direction, so that the steel wire can be selectively welded on the X-axis. It should be noted that the connection relationship and operation steps of the various mechanisms of the wire mesh forming device j are better than the automatic control of the process, and the bribe creation has high productivity and reliability. However, in other different embodiments, the inter-materials of the wire mesh forming apparatus 1 may also be manually changed to produce the finished product as needed. In addition, the wire of the H5G clamping member 51 is detached by the movable arm of the present invention, and the wire is arbitrarily combined, for example, a letter shape such as a Μ shape or a Ν shape, or any other shape, etc. 9 M394197

It is welded by welding ϋ 232, and (4) the wire mesh of any shape is provided on the surface.

As previously described, the 'clamping member' can be removed from the L-shaped arm 53 and replaced with a plurality of workpieces; or only the components included in the material member 51 can be replaced with: The following is an embodiment of the present invention and the other embodiments of the above-described L-shaped arm 53 and its upper sliding 531. As shown in the embodiment of Fig. 2 and Fig. 2B, the wire mesh forming apparatus i of the present invention comprises a work table 20, a jig frame 30, a wire output 4 〇 and a boom hanger 5 。. The work table 20 includes a work pedestal 22, the area of which preferably corresponds to the % of the jig frame, i.e., the slide rail and the weld stand in the foregoing embodiments. In other words, in the present embodiment, the jig frame 30 does not need to be moved on the table 2G; The _outputter 40 includes a rebar flattener 41 and a rebar cutter 42, and the table 2 包含 includes a wire accommodating member 25. In order for the steel output from the wire output device to accurately provide at least the steel wire on the wire receiving member 25, the cutting point of the reinforcing bar 43 of the reinforcing bar cutter 42 is set corresponding to the opening direction of the wire receiving member 25. . For the structure, connection relationship and function of the workbench 20, the jig frame 30, and the wire output device 4, refer to the foregoing embodiment, and details are not described herein again. As shown in Figs. 2A and 2B, the boom hanger 5A includes a wire binder 55, a moving portion 52, and an L·arm 53. The wire lasher 55 includes a slide block 511, a rotary drive shaft 512, and at least one wire lashing member 551. The wire lasher 55 is mainly displaced by the sliding block 5π on the moving shoe 531. The moving slide rails 531 are respectively linearly disposed on both sides of the:-arm 53, and the wire binding member 551 is connected to the bottom end of the rotary drive shaft 512. The other end of the drive shaft 512 is connected to the slide block 511. The rod 514 is vertically disposed at the bottom end of the rotary drive shaft 512. In the present embodiment, the rotary drive 10 M394197 shaft 512 further includes an oil/pneumatic cylinder to raise or lower the wire binding member 55 in the z-axis direction and the end portion of the wire binding member 551 has an intermeshing portion 552 that opens and closes each other. For lashing the wire. The moving portion 52 of the σ cantilever hanger 50 further includes a plurality of pulleys 521 and a set of lanes 522. In the embodiment shown in Fig. 2A and Fig. 2, the pulley 521 is preferably disposed on each of the two rails 522 correspondingly to the two pulleys 52 and assembled at the four corners of the bottom end of the suspension #50. The rotary drive shaft 512 has a rotatable cam structure or other similar rotatable structure that is rotatable 30 relative to the slide block 51. To 12 baht. In other words, when the rotary drive shaft 512 is rotated, the wire binding member 551 can be simultaneously displaced, and thus the wire binding member 551 can rotate as the rotary drive shaft 512 rotates. When the slide block 511 is linearly displaced in the moving slide 531, the rotary drive shaft μ? and the wire lashing member "I are driven to be synchronously displaced. In other words, when the boom hanger 50 is on the X-axis and the y-axis When moving, the wire lasher 55 and the rotary drive shaft 512 move along the moving rail 531 and the track 522, and the wire placed on the wire accommodating member 25 is clamped and lifted on the wire of the preset mesh frame 31. When the wire lasher 55 is positioned above the wire retaining clip 32, the wire lasher 55 and the rotary drive shaft 512 are lowered and snapped onto the wire retaining clip 32 to release the wire. At this time, the wire lasher 55 can also perform the tying operation of the wire at each point in this position. μ As shown in FIG. 3A, the table 20 further includes a rotary lifter 7 (the rotary lifter 70 utilizes a pneumatic or hydraulic device) The rotating table 7〇1 rotatably lifts the jig frame (not shown). In this embodiment, the rotating lifter 7 further includes a lifting frame 7〇2 and a rotating table 701. Since the lifting frame 7〇2 is set On the stage of the rotation, so when the rotary table 7 is rotated and raised, it is raised. 7〇2 will move with the rotation of the rotary table 701. As shown in Fig. 3B and Fig. 3C, the rotary lifter 7 is preferably disposed below the workbench, that is, below the fixture frame 3〇. In the illustrated embodiment, the opening of each lifting frame 7G2 is preferably a frame 33 of the meshing frame so as to lift the entire fixture frame 3. When the cantilever hanger (not shown) is clamped When the piece 51 or the wire lasher 55 cannot be rotated, it is necessary to consider using the rotary hoist 7 本 of the embodiment to place the wire. In other words, the wire clamped by the cantilever hoist has only a single movement/position The direction of rotation (丫 axis) is required, so that the fixture frame 3 is rotated by the rotary lifter 70 to place the wire on the X-axis. When the rotation tool is rotated through the embodiment shown in FIGS. 3B and 3C After the frame is 3, it needs to be transferred back to the original placement position for wire welding or lashing or other related operations. After the description of the above embodiments, adjust the operation tool according to actual needs and make it flexible for on-site construction needs. Dispatch to complete welding, lashing or other related operations of large wire mesh The present invention has been described by the above-mentioned related embodiments, but the above-described embodiments are merely examples for implementing the present invention. It is to be noted that the disclosed embodiments do not limit the scope of the present invention. Modifications and equalization of the spirit and scope are included in the scope of this creation. [Simplified illustration of the drawings] Figure 1A is an exploded view of the embodiment of the wire mesh forming device of the present invention; 12 M394197 Figure 1B is another creative wire clamp BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1C is a schematic view of an embodiment of the present invention; FIG. 1D is a schematic view of an embodiment of a wire mesh forming apparatus of the present invention. FIG. 1F is a schematic view of another embodiment of the wire mesh forming device of the present invention; FIG. 2A is an exploded perspective view of another embodiment of the wire mesh forming device of the present invention; FIG. 2B is a schematic view of another embodiment of the wire mesh forming device of the present invention; 3A is a schematic view showing the operation of the embodiment of the rotary lifter; FIG. 3B is a schematic view of the embodiment of the rotary lifter; FIG. 3C is a schematic view showing the operation of the embodiment of the rotary lifter. [Main component symbol description] 251 opening 30 fixture frame 31 mesh frame 32 wire clamp 33 pole frame 40 wire exporter 41 steel bar leveler 411 roller 42 steel bar cutter 43 steel bar 50 cantilever hanger 51 lost parts 511 Sliding block 512 rotating drive shaft 1 wire mesh forming device 20 table 21 slide 22 working table seat 23 welding seat 231 welding port 232 welding 233 extension arm 234 welding seat moving rail 2321 welding seat sliding block 2322 welding seat rotary drive Shaft 2323 fixing seat 2324 welding copper block 25 steel wire housing 13 M394197 513 caliper 531 moving rail 514 rod 55 wire lashing device 52 moving part 551 wire lashing piece 521 pulley 552 meshing part 522 track 70 rotating uplift 523 sliding Ditch 701 rotating table 53L type arm 702 lifting frame 14

Claims (1)

M394197 VI. Scope of Application: 1. A wire mesh forming device comprising: a work table comprising at least one slide rail and a weld seat, the weld seat being disposed relative to the slipper; [a fixture frame, Slidably disposed on the slide rail; a steel wire output device providing at least one steel wire on the work table; and a cantilever hanger including a clamping member and a moving portion, the missing member being openable and closable The wire is detached, and the moving portion drives the clamping member for the wire to be disposed on the fixture frame. 2. The wire mesh forming apparatus of claim 1, wherein the wire output device comprises a reinforcing bar flattener and a reinforcing bar cutter that grinds and conveys the crimped reinforcing bar to the reinforcing bar. The wire is cut into a predetermined length of the wire. 3. The wire squealing device of claim 2, wherein the table further comprises a wire accommodating member disposed on a side of the rail and temporarily accommodating the wire. 4. The steel _ Chengxian set according to claim 3, the reinforced cut of the towel _ slasher relative to the opening of the wire accommodating member. 5. The __ position as claimed in claim 1, wherein the fixture frame comprises a mesh frame and a plurality of steel _ clips, the _ a fixed button is placed on the frame, and the wire can be placed __ Fixed the domain of the soldering station. The wire mesh forming apparatus of claim 1, wherein the welding seat is clamped to the steel wire placed on the fixture frame and welded. A wire mesh forming apparatus of the present invention, wherein the welding base may include a mobile welding device disposed in a manner traversing the table in a direction perpendicular to the sliding extension M394197. < The net forming device according to item 7, wherein the wire is placed on the jig and welded. The wire mesh forming device according to Item 1, wherein the cantilever is slid into a cow W-L-shaped arm, and one end of the L-shaped arm is connected to the moving portion of the clip, and the L-shaped arm includes a force. Μ Connect the rail to slidably displace. Shifting the clamping member to the moving sliding block and slidably displaceable relative to the sliding block rotating (four) == moving the slide rail, the caliper being disposed on the side of the rotary shaft The wire is clamped to the ground. η. If the request item ω (4) is inserted into the 'stomach ____ axis', the two ends of the rod are connected to the opposite sides of the rod and are disposed opposite to the side of the rotary drive shaft. 12·^^ 1 The tenderness contains a plurality of / month rounds and a group of obstinating. 13. The steel as claimed in claim 12, wherein the (10) age comprises a sliding groove in the circumference of the pulley, and the spine is engaged with the track. K. The wire mesh forming apparatus of claim 12, wherein the pulleys each include a cam that slidably engages the lane. 15. A wire mesh forming apparatus comprising: 16 ivuy 4197 workbench, a package; a work pedestal; a fixture frame disposed on the work pedestal; the wire output device providing at least one wire on the jig And a cantilever hanger comprising a wire lasher and a moving portion, the wire lashing device tying the wire. The moving portion drives the wire lasher for displacement of the wire lasher. The wire mesh forming device according to Item 15, wherein the wire exporter comprises a reinforcing steel flat H and a crane cutter, and the flattening of the curled steel bars 7 transports the ii' the steel lace rib laying The length of the wire. The wire mesh forming apparatus of claim 16, wherein the table further comprises a wire accommodating member, and the wire arranging member is disposed on the table and temporarily accommodating the wire. The steel wire mesh of 17 is placed in the county, and the steel rib cutting portion of the towel rib cutter is opposite to the opening of the steel wire accommodating member. Mil item: 敝 峨 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Wait until the wire lasher is tied. The wire mesh forming device, wherein the (4) hanger is connected to the Chiang arm, the L-arm is connected to the wire lashing device at one end, and the other end is included in the moving, /卩3 L-arm. 'The wire binding device... The movement 4 is slidably displaced. The wire mesh forming device of 21·=^, wherein the __ comprises a month, a rotating drive shaft and at least one wire lashing member, the rotating drive 17 M394197 is connected to the /f moving block and can be in focus for Slide the slider to rotate 3G. To 12 baht. The / month moving block is slidably displaced in the moving rail, and the wire home is rotated as the rotating drive shaft rotates. 22. The wire mesh forming apparatus of claim 21, wherein the wire binder further comprises a rod member connecting the rotating drive shaft, the wire binding members respectively connecting the lower edge of the rod member Opposite to the lower side of the rotary drive shaft. 23. The wire mesh forming apparatus of claim 15, wherein the moving portion comprises a plurality of pulleys and a set of tracks. 24. The wire mesh forming apparatus of claim 23, wherein the pulleys have a sliding groove at a circumference of the pulley, the sliding groove slidably engaging the rail. 25. The wire mesh forming apparatus of claim 23, wherein the pulleys include a cam on a circumference of the pulley, the cam slidably engaging the track. 26. The wire mesh forming apparatus of claim 15, wherein the table further comprises a rotary lifter disposed opposite the table for rotating the fixture frame. The rotary lifter comprises a lifting frame and a lifting frame a rotating table, the lifting frame is disposed on the rotating table, and the lifting frame is coupled to the rotating table. 18