CN105290591B - The perforate horizontal bar positioner of perforate reinforced mesh is welded on welding machine of mesh - Google Patents
The perforate horizontal bar positioner of perforate reinforced mesh is welded on welding machine of mesh Download PDFInfo
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- CN105290591B CN105290591B CN201510769821.6A CN201510769821A CN105290591B CN 105290591 B CN105290591 B CN 105290591B CN 201510769821 A CN201510769821 A CN 201510769821A CN 105290591 B CN105290591 B CN 105290591B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K11/00—Resistance welding; Severing by resistance heating
- B23K11/002—Resistance welding; Severing by resistance heating specially adapted for particular articles or work
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K11/00—Resistance welding; Severing by resistance heating
- B23K11/36—Auxiliary equipment
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K2101/00—Articles made by soldering, welding or cutting
- B23K2101/22—Nets, wire fabrics or the like
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- Arc Welding In General (AREA)
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Abstract
The present invention discloses the perforate horizontal bar positioner that perforate reinforced mesh is welded on a kind of welding machine of mesh, and its structure includes：Multiple conveying mechanisms, transfer device, transfer mechanism, welding electrode；Transfer device is located in the frame between conveying mechanism and lower welding electrode；The perforate horizontal bar of conveying mechanism conveying is transferred in the chute being arranged in frame through transfer device, and perforate horizontal bar is pushed to the position of perforate in perforate reinforced mesh by the horizontal bar push pedal in chute；All be transferred to the perforate horizontal bar for being located at position of opening on lower welding electrode again weld to form perforate reinforced mesh with vertical muscle by transfer device.Present invention has the advantages that：The production for automatically completing perforate reinforced mesh coordinated in order by conveying mechanism, transfer device, transfer mechanism on welding machine of mesh, meets the perforate reinforced mesh of building and relevant industries demand；The present invention has simple structure, easily manufacture, and low cost is easy to maintenance, the advantage of stable working.
Description
Technical field
The present invention relates to welded reinforcement mesh sheet on welding machine of mesh, more particularly to be welding perforate bar-mat reinforcement on welding machine of mesh
The perforate horizontal bar positioner of piece.
Background technology
Fig. 5 is standard reinforced mesh, and the standard reinforced mesh 100 refers to the constant horizontal bar of length and constant vertical of length
Muscle welds the mesh sheet of the multiple same mesh sizes to be formed.
Fig. 6 is perforate reinforced mesh, and the perforate reinforced mesh 200 refers to the horizontal bar or vertical muscle welding shape not waited with length
Into size of mesh opening differ and have in mesh sheet cavity mesh sheet.
As shown in figure 5, prior art steel bar mesh welding machine is that the wire rod reinforcing bar after straightening is cut into the constant horizontal bar of length
The vertical muscle constant with length, then the horizontal bar and vertical muscle are welded the reinforced mesh to form multiple same mesh sizes, i.e. standard
Reinforced mesh 100.The grid of prior art steel bar mesh welding machine production standard reinforced mesh 100 is identical and is linked to be piece, in the reinforcing bar
It is not in perforate in mesh sheet.
At present, building there is also a need for perforate reinforced mesh 200 as shown in Figure 6, i.e., opened in the appearance first on reinforced mesh
Hole 200a and the second perforate 200b.To meet building requirements, the standard steel that prior art can only be as shown in manually in the Fig. 5 for welding
Grid is cut in muscle mesh sheet, the perforate reinforced mesh shown in Fig. 6 is formed.Prior art produces perforate reinforced mesh, there is production
Efficiency is low, the very big and ropy defect of high cost, waste of material.
The content of the invention
Defect it is an object of the invention to overcome prior art, in the case where vertical muscle length sets, there is provided a kind of
According to the perforate horizontal bar single conveying successively of diverse location in perforate reinforced mesh, transfer device leads to after being connected to single perforate horizontal bar
Transfer device, transfer mechanism is crossed to be put on welding electrode and horizontal bar weldering perforate horizontal bar according to setting position in perforate reinforced mesh
Connect, the perforate horizontal bar positioner of perforate reinforced mesh is welded on the welding machine of mesh with high degree of automation.
Solving the technical scheme of above-mentioned technical problem is：The perforate horizontal bar that perforate reinforced mesh is welded on a kind of welding machine of mesh is determined
Position device, the perforate horizontal bar positioner is arranged in the frame of vertical muscle bottom, and its structure includes：Spaced multiple is defeated
Send mechanism, transfer device, the transfer mechanism with horizontal bar push pedal, the lower welding electrode and upper welding electrode that can move up and down；Institute
State in the frame that transfer device is located between conveying mechanism and lower welding electrode；The perforate horizontal bar of the conveying mechanism conveying is through turning
Send mechanism to be transferred in the chute being arranged in frame, and perforate horizontal bar is pushed to by perforate by the horizontal bar push pedal in chute
The position of perforate in reinforced mesh；The perforate horizontal bar that transfer device will be located at position of opening in chute again is all transferred to lower welding
Weld to form perforate reinforced mesh with vertical muscle on electrode.
Preferred scheme is：The transfer device includes：Phase is hinged with the frame vertical with perforate horizontal bar conveying direction
Mutual the first parallel stirring axle and the second stirring axle on rear side of the first stirring axle, the first stirring axle and the second stirring axle are distinguished
Connection rotating power source is identical with structure is respectively mounted on the second stirring axle on the first stirring axle and spaced multiple the
One stirring hook and the second stirring hook；Under rotating power source driving, the first stirring hook on the first stirring axle will be from conveying mechanism
The perforate horizontal bar being connected to holds up rotation and is transferred in chute, and the chute is located at the frame between the first stirring axle and the second stirring axle
On；The horizontal bar push pedal is located in chute, and the reciprocal transfer drive mechanism being arranged on transfer mechanism drives horizontal bar push pedal along cunning
Groove promotes perforate horizontal bar to be transplanted on the perforate horizontal bar position in perforate reinforced mesh；Again under rotating power source driving, then by the
The second stirring hook on two stirring axles the perforate horizontal bar being located in chute is all held up rotations be transferred on lower welding electrode with
Vertical muscle welding.
Preferred scheme is：The conveying mechanism includes：Conveying motor, connection conveying motor sprocket shaft (22) be hinged on
In the vertical frame of perforate horizontal bar conveying direction, it is spaced on sprocket shaft and multiple drive sprockets is installed；Driven sprocket be hinged on
In the parallel frame of perforate horizontal bar conveying direction；Chain is sleeved on drive sprocket and driven sprocket, on the chain lateral surface between
Every fixed multiple V-type supporting plate, multiple V-type pallet support perforate horizontal bars.
Preferred scheme is：The multipair stirring support of specular is set with the first stirring axle and the second stirring axle
Frame, the stirring support frame is each attached in frame；Turned over second on the first stirring axle between every a pair of stirrings support frame
The first stirring hook and the second stirring hook are respectively mounted on material axle；Fluted, groove is respectively provided with every a pair of stirrings support frame
Between the first stirring axle and the second stirring axle, the chute end positioned at its two outside is fixed respectively on groove；Connection is recessed
The top surface of every a pair of stirrings support frame of groove both sides is respectively arcwall face, and the shape of the arcwall face is beneficial to the first stirring hook and second
The perforate horizontal bar that the rotation of stirring hook holds up drops to after arcwall face and can smoothly fall into chute and fall on lower welding electrode.
Preferred scheme is：The original state of the first stirring hook is：The crotch end of the first stirring hook is located at by conveyer
The perforate horizontal bar of structure movement conveying is from the bottom for moving horizontally steering turning, and the single perforate for being easy to the first stirring hook to hold up is horizontal
Muscle is transferred in chute respectively；The original state of the second stirring hook is：The crotch end of the second stirring hook is located under chute
Portion, is easy to the second stirring hook to hold up whole perforate horizontal bars and is transferred on lower welding electrode.
Preferred scheme is：The horizontal bar push pedal is cylinder, and the end face of horizontal bar push pedal promotes perforate horizontal bar to be moved in chute
Send；One end of fixed connecting plate in the outer rim of horizontal bar push pedal, the reciprocal transfer on connecting plate other end connection transfer mechanism is driven
Motivation structure.
Preferred scheme is：The transfer mechanism is arranged in the frame vertical with perforate horizontal bar conveying direction；Transfer mechanism
On reciprocal transfer drive mechanism include：It is arranged on the synchronous translator in frame, Timing Belt motor output shaft connection main belt
Wheel, Timing Belt is sleeved on driving pulley and driven pulley, and driven pulley is hinged in frame
The beneficial effects of the invention are as follows：The present invention overcomes the defect of prior art, the present invention to lead under control system control
Cross conveying mechanism, transfer device, transfer mechanism to coordinate in order, the perforate of perforate reinforced mesh can be automatically completed on welding machine of mesh
The horizontal bar positioning that horizontal bar is positioned and length is constant, can produce qualified perforate reinforced mesh on welding machine of mesh, can meet building
And the perforate reinforced mesh of relevant industries demand；The present invention has simple structure, easily manufacture, and low cost is easy to maintenance, and work is flat
Steady advantage.
Brief description of the drawings
Fig. 1 is stereogram of the invention；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is A-A sectional views in Fig. 2, and A-A section views are cut open from the middle of a pair of stirring support frames；
Fig. 4 is the stereogram of transfer mechanism in Fig. 1；
Fig. 5 is standard reinforced mesh schematic diagram；
Fig. 6 is perforate reinforced mesh schematic diagram.
《Number explanation in accompanying drawing》
1：Frame；2：Vertical muscle；3：Horizontal bar；3a:First perforate horizontal bar；3b:Second perforate horizontal bar；3c:3rd perforate horizontal bar；
10a：First rotation stirring cylinder；10b：Second rotation stirring cylinder；11a：First stirring axle；11b：Second stirring axle；12a：
First stirring hook；12b：Second stirring hook；
20：Driven sprocket；21：V-type supporting plate；22：Sprocket shaft；23：Drive sprocket；24：Conveying motor；25：Chain；30：
Synchronous translator；31:Driving pulley；32：Connecting plate；33：Horizontal bar push pedal；34：Timing Belt；35：Driven pulley；51：Lower welding
Electrode；52：Upper welding electrode；
61：Stirring support frame；61a：First arcwall face；61b：Chute；61c：Second arcwall face；61d：Groove；
100：Standard reinforced mesh；200：Perforate reinforced mesh；200a:First perforate；200b：Second perforate；300：It is defeated
Send mechanism；400：Transfer device；500：Transfer mechanism；
J：Perforate horizontal bar conveying direction；B-B：First rows of openings horizontal bar.
Specific embodiment
Embodiments of the invention are described in further detail below in conjunction with the accompanying drawings.
The present invention provides the perforate horizontal bar positioner that perforate reinforced mesh is welded on a kind of welding machine of mesh, the perforate horizontal bar
Positioner is arranged in the frame 1 of the bottom of vertical muscle 2, and its structure includes：Spaced multiple conveying mechanisms 300, transferring machine
Structure 400, the transfer mechanism 500 with horizontal bar push pedal 33, the lower welding electrode 51 and upper welding electrode 52 that can be moved up and down；It is described
Transfer device 400 is located in the frame 1 between conveying mechanism 300 and lower welding electrode 51.
First perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c warps of the conveying of the conveying mechanism 300
Transfer device 400 is transferred in the chute 61b being arranged in frame 1, and by the horizontal bar push pedal 33 in chute 61b by first
Perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c are pushed to the position of perforate in perforate reinforced mesh 200 respectively
Put；Transfer device 400 will be located at the first perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd of position of opening in chute 61b again
Perforate horizontal bar 3c is all transferred on lower welding electrode 51 and forms perforate reinforced mesh 200 with the welding of vertical muscle 2.
The transfer device 400 includes：It is hinged with the frame 1 vertical with perforate horizontal bar conveying direction J and is parallel to each other
The first stirring axle 11a and the second stirring axle 11b, the first stirring axle 11a and the second stirring on rear side of the first stirring axle 11a
Axle 11b connects the rotation stirring cylinder 10b of the first rotation stirring cylinder 10a and second respectively, with second on the first stirring axle 11a
It is respectively mounted that structure is identical and spaced multiple first stirring hook 12a and the second stirring hook 12b on stirring axle 11b；
Under one rotation stirring cylinder 10a drives, the first stirring hook 12a on the first stirring axle 11a will be connected to from conveying mechanism 300 successively
The first perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c hold up rotation respectively and be transferred in chute 61b, should
Chute 61b is located in the frame 1 between the first stirring axle 11a and the second stirring axle 11b；The horizontal bar push pedal 33 is located at chute
In 61b, the reciprocal transfer drive mechanism that is arranged on transfer mechanism 500 drives horizontal bar push pedal 33 to promote the respectively along chute 61b
One perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c are transplanted on the first perforate in perforate reinforced mesh 200
Horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c positions；Again in the case where the second rotation stirring cylinder 10b drives, then by
The first perforate horizontal bar 3a, the second perforate horizontal bar 3b that the second stirring hook 12b on second stirring axle 11b will be located in chute 61b
All hold up rotation with the 3rd perforate horizontal bar 3c to be transferred on lower welding electrode 51, lower cylinder (not shown) promotes lower welding electrode
51 move up and the first perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c is contacted with vertical muscle 2, upper cylinder
(not shown) promotes the downward transposing of upper welding electrode 52 to touch vertical muscle 2 and is welded.
The conveying mechanism 300 includes：Conveying motor 24, the sprocket shaft 22 of connection conveying motor 24 is hinged on and perforate horizontal stroke
In muscle conveying direction J vertical frame 1, it is spaced on sprocket shaft 22 and multiple drive sprockets 23 is installed；Driven sprocket 20 is hinged on
In the frame 1 parallel with perforate horizontal bar conveying direction J；Chain 25 is sleeved on drive sprocket 23 and driven sprocket 20, in chain
Fixed multiple V-type supporting plate 21 is spaced on 25 lateral surfaces, multiple V-type supporting plates 21 support the first perforate horizontal bar 3a, the second perforate horizontal bar
3b and the 3rd perforate horizontal bar 3c.
The multipair stirring support frame 61 of specular is set with the first stirring axle 11a and the second stirring axle 11b,
The stirring support frame 61 is each attached in frame 1；On the first stirring axle 11a between every a pair of stirrings support frame 61 and the
The first stirring hook 12a and the second stirring hook 12b is respectively mounted on two stirring axle 11b；On every a pair of stirrings support frame 61 respectively
Fluted 61d is set, and groove 61d is located between the first stirring axle 11a and the second stirring axle 11b, is fixed respectively on groove 61d
Positioned at the chute 61b ends in its two outside；The top surface of every a pair of stirrings support frame 61 of connecting groove 61d both sides is respectively first
The shape of arcwall face 61a and the second arcwall face 61c, the first arcwall face 61a and the second arcwall face 61c is beneficial to the first stirring hook
The first perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c that 12a and the second stirring hook 12b rotations hold up drop
Can smoothly be fallen into respectively after to the first arcwall face 61a and the second arcwall face 61c in chute 61b and fallen on lower welding electrode 51.
The original state of the first stirring hook 12a is：The crotch end of the first stirring hook 12a is located at by conveying mechanism 300
First perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c of mobile conveying turn to turning from moving horizontally
Bottom, is easy to the first stirring hook 12a to hold up single first perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforate horizontal bar 3c point
It is not transferred in chute 61b；The original state of the second stirring hook 12b is：The crotch end of the second stirring hook 12b is located at chute
The bottom of 61b, is easy to the second stirring hook 12b to hold up whole the first perforate horizontal bar 3a, the second perforate horizontal bar 3b and the 3rd perforates
Horizontal bar 3c is transferred on lower welding electrode 51 simultaneously.
The horizontal bar push pedal 33 is cylinder, and the end face of horizontal bar push pedal 33 promotes the first perforate horizontal bar 3a, the second perforate horizontal
Muscle 3b and the 3rd perforate horizontal bar 3c are transferred in chute 61b；One end of fixed connecting plate 32 in the outer rim of horizontal bar push pedal 33, even
Reciprocal transfer drive mechanism on the other end of fishplate bar 32 connection transfer mechanism 500.
The transfer mechanism 500 is arranged in the frame 1 vertical with perforate horizontal bar conveying direction J；On transfer mechanism 500
Reciprocal transfer drive mechanism includes：It is arranged on the synchronous translator 30 in frame 1, the output shaft of synchronous translator 30 connection main belt
Wheel 31, Timing Belt 34 is sleeved on driving pulley 31 and driven pulley 35, and driven pulley 35 is hinged in frame 1.
The course of work of the invention is explained as follows below：
As shown in fig. 6, being provided with the first perforate 200a and the second perforate 200b in perforate reinforced mesh 200, first opens
Hole 200a and the second perforate 200b are by the perforate horizontal bar 3a on multiple rows of openings horizontal bar B-B, the second perforate horizontal bar 3b and the 3rd
Perforate horizontal bar 3c is constituted.
(1) the perforate horizontal bar positioning step in the perforate reinforced mesh 200 shown in Fig. 6 is explained as follows below,：
1), carried out according to the position arranged from left to right shown in first rows of openings horizontal bar B-B in perforate reinforced mesh 200 defeated
Send：As shown in figure 1, the conveying mechanism 300 that selection closes on horizontal bar push pedal 33 is sequentially placed the 3rd perforate horizontal bar 3c, the second perforate horizontal stroke
Muscle 3b and the first perforate horizontal bar 3a, three perforate horizontal bars are disposed on conveying mechanism 300；
2), start conveying mechanism 300, the 3rd perforate horizontal bar 3c is conveyed along perforate horizontal bar conveying direction J；
3), start the first rotation stirring cylinder 10a work in transfer device 400, drive the first stirring axle 11a and first to turn over
The 12a rotations of material hook；After the first stirring hook 12a catches and holds up from the 3rd perforate horizontal bar 3c that the conveying of conveying mechanism 300 comes
With the first stirring axle 11a overturn, the 3rd perforate horizontal bar 3c from the first stirring hook 12a upset after under fall the first arcwall face 61a after,
Smoothly fall into chute 61b；
4) synchronous translator 30 works in, starting transfer mechanism 500, drives Timing Belt 34 to drive fixed connecting plate 32 and horizontal stroke
The movement of muscle push pedal 33 promotes the 3rd perforate horizontal bar 3c in chute 61b to be moved to the left to perforate reinforced mesh 200 the along chute 61b
Behind one rows of openings horizontal bar B-B most left position, synchronous translator 30 stops returning, and horizontal bar push pedal 33 returns to initial position；
5), convey, transfer the second perforate horizontal bar 3b same step 3) of action, briefly describe below：Now conveying mechanism 300
Continuous conveying the second perforate horizontal bar 3b, the first stirring hook 12a are forwarded in chute 61b after catching the second perforate horizontal bar 3b；
6), the second perforate horizontal bar 3b of transfer acts same step 4), briefly describes below：Start transfer mechanism 500, horizontal bar
The movement of push pedal 33 is promoted in the middle of the second perforate horizontal bar 3b to the rows of openings horizontal bar B-B of perforate reinforced mesh 200 first in chute 61b
Behind position, synchronous translator 30 stops returning, and horizontal bar push pedal 33 returns to initial position；
7), convey, transfer the first perforate horizontal bar 3a same step 3) of action, briefly describe below：Because conveying first is opened
Hole horizontal bar 3a positions are placed exactly in the rows of openings horizontal bar B-B least significants of perforate reinforced mesh 200 first, it is not necessary to transfer；
8), start the second rotation stirring cylinder 10b work in transfer device 400, drive the second stirring axle 11b and second to turn over
Material hook 12b rotation, multiple second stirring hook 12b are simultaneously by the 3rd perforate horizontal bar 3c, the second perforate horizontal bar 3b of chute 61b and the
One perforate horizontal bar 3a holds up upset, and the 3rd perforate horizontal bar 3c, the second perforate horizontal bar 3b and the first perforate horizontal bar 3a are from the second stirring
The second arcwall face 61c is fallen under after hook 12b upsets, is smoothly fallen into the lower welding electrode 51 with V-groove；
9), lower welding electrode 51 lifted by lower cylinder (not shown) make the 3rd perforate horizontal bar 3c, the second perforate horizontal bar 3b and
First perforate horizontal bar 3a contacts vertical muscle 2 respectively, and upper welding electrode 52 is pushed down on by upper cylinder (not shown) and is depressed into solder joint and carries out
Welding；
The welding process of other perforate horizontal bars ibid, in this description will be omitted.
(2), the positioning step of horizontal bar 3 constant to the length shown in Fig. 6 below is explained as follows：
As shown in fig. 6, the constant positioning step of horizontal bar 3 of length is as follows in perforate reinforced mesh 200：
Multiple conveying mechanisms 300 that horizontal bar 3 is set up in parallel are conveyed, when the first stirring hook 12a in transfer device 400 connects
To after horizontal bar 3, start the first stirring axle 11a and the first stirring hook 12a rotations and hold up, horizontal bar 3 is fallen in chute 61b；Restart
Second stirring axle 11b and the second stirring hook 12b rotations hold up, and horizontal bar 3 is fallen on lower welding electrode 51；
Lower welding electrode 51 is lifted by lower cylinder (not shown) makes horizontal bar 3 contact vertical muscle 2 respectively, on upper welding electrode 52
Cylinder (not shown) pushes down on and is depressed into solder joint and is welded.
The positioning of the constant horizontal bar 3 of length does not need transfer mechanism 500 to work.
Claims (6)
1. the perforate horizontal bar positioner of perforate reinforced mesh is welded on a kind of welding machine of mesh, it is characterised in that the perforate horizontal bar
Positioner is arranged in the frame (1) of vertical muscle (2) bottom, and its structure includes：Spaced multiple conveying mechanisms (300),
Transfer device (400), the transfer mechanism (500) with horizontal bar push pedal (33), the lower welding electrode (51) that can be moved up and down and upper
Welding electrode (52)；Frame (1) of the transfer device (400) between conveying mechanism (300) and lower welding electrode (51)
On；The perforate horizontal bar (3a, 3b, 3c) of conveying mechanism (300) conveying is transferred to through transfer device (400) and is arranged on frame
(1) in the chute (61b) on, and perforate horizontal bar (3a, 3b, 3c) is pushed by the horizontal bar push pedal (33) in chute (61b)
The position of perforate in perforate reinforced mesh (200)；Transfer device (400) will be opened position of opening in the chute (61b) again
Hole horizontal bar (3a, 3b, 3c) is all transferred on lower welding electrode (51) and forms perforate reinforced mesh (200) with vertical muscle (2) welding；
The transfer device (400) includes：It is hinged with the frame (1) vertical with perforate horizontal bar conveying direction (J) mutually flat
The first capable stirring axle (11a) and the second stirring axle (11b) on rear side of the first stirring axle (11a), the first stirring axle (11a)
Rotating power source is connected respectively with the second stirring axle (11b), is divided on the first stirring axle (11a) and on the second stirring axle (11b)
Other mounting structure is identical and spaced multiple first stirring hooks (12a) and the second stirring hook (12b)；Driven in rotating power source
Under dynamic, perforate horizontal bar that the first stirring hook (12a) on the first stirring axle (11a) will be connected to from conveying mechanism (300) (3a, 3b,
3c) hold up rotation to be transferred in chute (61b), the chute (61b) is located at the first stirring axle (11a) and the second stirring axle (11b)
Between frame (1) on；The horizontal bar push pedal (33) is arranged on the reciprocal shifting on transfer mechanism (500) in chute (61b)
Drive mechanism is sent to drive horizontal bar push pedal (33) to promote perforate horizontal bar (3a, 3b, 3c) to be transplanted on perforate reinforced mesh along chute (61b)
(200) perforate horizontal bar (3a, the 3b, 3c) position in；Again under rotating power source driving, then by the second stirring axle (11b)
Second stirring hook (12b) the perforate horizontal bar (3a, 3b, 3c) in chute (61b) is all held up rotation and is transferred to lower welding
Welded with vertical muscle (2) on electrode (51).
2. the perforate horizontal bar positioner of perforate reinforced mesh, its feature are welded on the welding machine of mesh according to claim 1
It is that the conveying mechanism (300) includes：Conveying motor (24), connection conveying motor (24) sprocket shaft (22) be hinged on
In the vertical frame (1) of perforate horizontal bar conveying direction (J), it is spaced on sprocket shaft (22) and multiple drive sprockets (23) is installed；From
Movable sprocket (20) is hinged in the frame (1) parallel with perforate horizontal bar conveying direction (J)；Chain (25) is sleeved on drive sprocket
(23) and on driven sprocket (20), fixed multiple V-type supporting plate (21), multiple V-type supporting plates are spaced on chain (25) lateral surface
(21) support perforate horizontal bar (3a, 3b, 3c).
3. the perforate horizontal bar positioner of perforate reinforced mesh, its feature are welded on the welding machine of mesh according to claim 1
It is that the multipair stirring support frame of specular is set with the first stirring axle (11a) and the second stirring axle (11b)
(61), the stirring support frame (61) is each attached in frame (1)；The first stirring between every a pair of stirrings support frame (61)
On axle (11a) and it is respectively mounted the first stirring hook (12a) and the second stirring hook (12b) on the second stirring axle (11b)；At every a pair
It is respectively provided with stirring support frame (61) fluted (61d), groove (61d) is located at the first stirring axle (11a) and the second stirring axle
Between (11b), chute (61b) end positioned at its two outside is fixed respectively on groove (61d)；Connecting groove (61d) both sides
The top surface of every a pair of stirrings support frame (61) be respectively arcwall face (61a, 61c), the shape of the arcwall face (61a, 61c) is beneficial to
First stirring hook (12a) and the second stirring hook (12b) rotation hold up perforate horizontal bar (3a, 3b, 3c) drop to arcwall face (61a,
Can smoothly be fallen into after 61c) in chute (61b) and fallen on lower welding electrode (51).
4. the perforate horizontal bar positioner of perforate reinforced mesh, its feature are welded on the welding machine of mesh according to claim 1
It is that the original state of the first stirring hook (12a) is：The crotch end of the first stirring hook (12a) is located at by conveying mechanism
(300) the perforate horizontal bar (3a, 3b, 3c) of mobile conveying is easy to the first stirring hook from the bottom for moving horizontally steering turning
The single perforate horizontal bar (3a, 3b, 3c) that (12a) holds up is transferred in chute (61b) respectively；The second stirring hook (12b)
Original state is：The crotch end of the second stirring hook (12b) is located at the bottom of chute (61b), is easy to the second stirring hook (12b) to hold up
Whole perforate horizontal bars (3a, 3b, 3c) are transferred on lower welding electrode (51).
5. the perforate horizontal bar positioner of perforate reinforced mesh, its feature are welded on the welding machine of mesh according to claim 1
It is that the horizontal bar push pedal (33) is cylinder, the end face of horizontal bar push pedal (33) promotes perforate horizontal bar (3a, 3b, 3c) in chute
Transfer in (61b)；One end of fixed connecting plate (32) in the outer rim of horizontal bar push pedal (33), connecting plate (32) other end connection is moved
Send the reciprocal transfer drive mechanism in mechanism (500).
6. the perforate horizontal bar positioner of perforate reinforced mesh is welded on the welding machine of mesh according to claim 1 or 5, and it is special
Levy and be, the transfer mechanism (500) is arranged in the frame (1) vertical with perforate horizontal bar conveying direction (J)；Transfer mechanism
(500) the reciprocal transfer drive mechanism on includes：It is arranged on the synchronous translator (30) in frame (1), synchronous translator (30)
Output shaft connects driving pulley (31), and Timing Belt (34) is sleeved on driving pulley (31) and driven pulley (35), driven pulley
(35) it is hinged in frame (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510769821.6A CN105290591B (en) | 2015-11-12 | 2015-11-12 | The perforate horizontal bar positioner of perforate reinforced mesh is welded on welding machine of mesh |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510769821.6A CN105290591B (en) | 2015-11-12 | 2015-11-12 | The perforate horizontal bar positioner of perforate reinforced mesh is welded on welding machine of mesh |
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| CN105965141B (en) * | 2016-06-04 | 2018-05-08 | 北京工业大学 | A kind of netted prestressed high-strength concrete pile steel mesh reinforcement cage roll welding system and device |
| CN106001880B (en) * | 2016-06-04 | 2018-05-08 | 北京工业大学 | A kind of netted prestress high intensity concrete square shape pile pile steel mesh reinforcement cage roll welding system and device |
| CN107520567B (en) * | 2017-09-27 | 2024-07-05 | 建科机械（天津）股份有限公司 | Compound frock is used in net piece welding as an organic whole based on cloth, welding and play net |
| CN111036806A (en) * | 2019-12-30 | 2020-04-21 | 湖南三一快而居住宅工业有限公司 | Net production line |
| CN111036805A (en) * | 2019-12-30 | 2020-04-21 | 湖南三一快而居住宅工业有限公司 | Method and equipment for processing reinforcing mesh |
| CN111451419B (en) * | 2020-05-25 | 2021-07-23 | 安徽马钢比亚西钢筋焊网有限公司 | Short warp feeding method for hollow welding net |
| CN113635076A (en) * | 2021-08-27 | 2021-11-12 | 湖南三一快而居住宅工业有限公司 | Reinforcing bar skeleton production line |
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| KR100261137B1 (en) * | 1997-12-30 | 2000-07-01 | 정순착 | Manufacturing sysytem of deformed bar mesh for construction |
| CN201807868U (en) * | 2010-09-20 | 2011-04-27 | 天津市建科机械制造有限公司 | Transverse bar pneumatic positioning mechanism for wire welding production line |
| CN102284823B (en) * | 2011-08-26 | 2014-01-22 | 建科机械（天津）股份有限公司 | Movable and adjustable transverse bar locating device of production line of reinforcing steel bar |
| CN103144926B (en) * | 2013-02-06 | 2014-12-10 | 建科机械（天津）股份有限公司 | Reinforcement rotating conveying mechanism of mesh welding machine |
| CN103101725B (en) * | 2013-02-06 | 2015-03-04 | 建科机械（天津）股份有限公司 | Reinforcing steel bar movement conveying mechanism of welding machine of mesh |
| CN104588545B (en) * | 2015-01-23 | 2016-08-17 | 建科机械（天津）股份有限公司 | A kind of automatic material taking material-receiving device of bar reinforcing bar |
| CN205309537U (en) * | 2015-11-12 | 2016-06-15 | 建科机械（天津）股份有限公司 | Last horizontal muscle positioner of trompil who welds trompil reinforcing bar net piece of mesh welding device |
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