CN102807101A - Mesh transferring and discharging equipment for mesh welding machine - Google Patents
Mesh transferring and discharging equipment for mesh welding machine Download PDFInfo
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- CN102807101A CN102807101A CN2012102744869A CN201210274486A CN102807101A CN 102807101 A CN102807101 A CN 102807101A CN 2012102744869 A CN2012102744869 A CN 2012102744869A CN 201210274486 A CN201210274486 A CN 201210274486A CN 102807101 A CN102807101 A CN 102807101A
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Abstract
The invention discloses mesh transferring and discharging equipment for a mesh welding machine. The mesh transferring and discharging equipment comprises a frame with a crossbeam, and a mesh transferring device and a mesh supporting discharging device are arranged on the crossbeam. The mesh transferring device comprises a transferring strut beam and a mesh moving mechanism, the transferring strut beam is arranged in the moving direction of meshes and fixed onto the crossbeam, the mesh moving mechanism is arranged on the transferring strut beam and structurally comprises a mesh drawing trolley and a mesh drawing reciprocating device which roll on the transferring strut beam, and a mesh drawing hook rotating device is mounted on the mesh drawing trolley. The mesh supporting discharging device comprises mesh supporting trolleys which are in mirror symmetry, structurally identical and arranged on the crossbeam, and each mesh supporting trolley comprises a mesh supporting plate and a mesh supporting plate rotating device, the mesh supporting plates are used for supporting the meshes, and the mesh supporting plate rotating devices are used for driving the mesh supporting plates to discharge the meshes from a state of supporting the meshes. The mesh transferring and discharging equipment has the advantages that the meshes can be dragged automatically, the distance between the mesh supporting plates can be adjusted synchronously, the requirement on production of meshes of various specifications is met, and production efficiency is high.
Description
Technical field
What the present invention relates to is welding machine of mesh, particularly be the handover blowing equipment of welding machine of mesh upper net plate.
Background technology
Welding machine of mesh is that longitudinal reinforcement and transverse reinforcement are welded together to form the specialized equipment of netting sheet through electrode.In the prior art, the net sheet after the welding needs the size cutting of Scissoring device according to customer requirement, is transferred and is piled up on the conveying roller by the net sheet of manual work after with cutting again, and conveying roller will be netted sheet and transport to street loading zone.The handover of net sheet is piled up by manual operation in the above-mentioned prior art, has defectives such as production efficiency is low, labour intensity is big, potential safety hazard is big.
Summary of the invention
The objective of the invention is to overcome the deficiency of above-mentioned prior art, provide a kind of Occupation coefficient high, regulates simple and convenient again efficiently the handover blowing of welding machine of mesh upper net plate equip.
The technical scheme that solves the problems of the technologies described above is: a kind of handover blowing equipment of welding machine of mesh upper net plate, and said handover blowing equipment comprises the frame that has crossbeam; On said crossbeam, be respectively arranged with the handover equipment of net sheet and the support blowing equipment of net sheet; The handover equipment of said net sheet comprises: on said crossbeam, be fixed with the handover strutbeam that is provided with along net sheet moving direction; Said handover strutbeam is provided with net sheet travel mechanism, and said net sheet travel mechanism comprises: roll and draw in the net the dolly of hook and draw in the net the reciprocating moving device that draws in the net that dolly moves back and forth with driving transferring to have on the strutbeam; Said draw in the net to be equipped with on the dolly drive draw in the net that hook rotates draw in the net the hook wheel word; The support blowing of said net sheet equipment comprises: be positioned on the crossbeam of transferring the strutbeam left and right sides and be respectively arranged with the identical holder net dolly of mirror image, said holder net dolly comprises: the holder web plate of supporting network sheet with drive the holder web plate and rotate to laying down the holder web plate wheel word of net sheet by the supporting network sheet.
The invention has the beneficial effects as follows: the present invention overcomes the defective of prior art; When the welding of net sheet is accomplished; Can realize dragging automatically net sheet, distance between can the holder web plate of syn adjustable support net sheet through the present invention, satisfy the net sheet of plurality of specifications and produce needs, enhance productivity; The present invention has simple in structure, and is effective, the advantage that degree of automation is high.
Description of drawings
Fig. 1 is a front view of the present invention, wherein show by chain and sprocket wheel constitute draw in the net one of reciprocating moving device implement illustration;
Fig. 2 is the birds-eye view of Fig. 1;
Fig. 3 is the left side view of Fig. 1;
Fig. 4 is an E-E section-drawing among Fig. 1;
Fig. 5 is a F-F section-drawing among Fig. 1;
Fig. 6 is a crossbeam and the partial cutaway of transferring strutbeam among Fig. 2, and the holder host movable sprocket 56 that shows the crossbeam left end connects crossbeam right-hand member holder net driven sprockets 57 through first chain 58 and drives left side holder net dolly 30a and move; The driven sprocket 57 of crossbeam left end connects the right holder net of crossbeam right-hand member holder host movable sprocket 56 drivings dolly 30b through second chain 59 and moves;
Fig. 7 is that left side holder net dolly 30a among Fig. 2, right holder net dolly 30b cut back show internal structure scheme drawing open;
Fig. 8 draws in the net dolly 10 to cut the show internal structure scheme drawing open among Fig. 1;
Fig. 9 is an A portion enlarged drawing among Fig. 6, is presented at Left Drive axle 50a pop-up host movable sprocket 56 and uses the key captive joint, and holder net driven sprocket 57 passes through the part sectional view of bearing hinge connection structure:
Figure 10 is a B portion enlarged drawing among Fig. 6, is presented at right transmission shaft 50b pop-up host movable sprocket 56 and uses the key captive joint, and holder net driven sprocket 57 is through the part sectional view of bearing hinge connection structure;
Figure 11 is made up of rack and pinion among Fig. 1 to draw in the net another embodiment local structure scheme drawing of reciprocating moving device;
Figure 12 is the left view of Figure 11.
" sequence number explanation in the accompanying drawing "
1a: left frame; 1b: right frame; 2: crossbeam; 3: the net sheet; 4: transfer strutbeam; 5: conveying roller; 10: draw in the net dolly; 11: draw in the net hook; 12: draw in the net cylinder; 13: draw in the net clamping plate; 14: draw in the net roller; 15: draw in the net the hook axle; 16: draw in the net chain; 17: draw in the net drive sprocket; 18: rotating power source; 19: draw in the net driven sprocket; 20: draw in the net bolt; 21: tooth bar; 22: gear; 23: gear motor; 30a: left side holder net dolly; 30b: right holder net dolly; 31: the holder web plate; 31a: supporting plate; 32: holder net roller; 33: the holder net clamping board; 34: holder web plate axle; 35: holder net cylinder; 36: holder net bolt; 37: connecting panel; 50a: Left Drive axle; 50b: right transmission shaft; 51a: left driven sprocket; 51b: right driven sprocket; 52a a: left side the 3rd chain; 52b: right the 3rd chain; 53a: left drive sprocket; 53b: right drive sprocket; 54a: left imput shaft; 54b: right imput shaft; 55a: left handle; 55b: right handles; 56: holder host movable sprocket; 57: holder net driven sprocket; 58: the first chains; 59: the second chains.
The specific embodiment
Below in conjunction with accompanying drawing embodiments of the invention are further detailed.
The present invention provides a kind of handover blowing equipment of welding machine of mesh upper net plate, and said handover blowing equipment comprises left frame 1a and the right frame 1b that has crossbeam 2; On said crossbeam 2, be respectively arranged with the handover equipment of net sheet and the support blowing equipment of net sheet.
The handover equipment of said net sheet comprises: on said crossbeam 2, be fixed with the handover strutbeam 4 that is provided with along net sheet 3 moving directions; Said handover strutbeam 4 is provided with net sheet travel mechanism, and said net sheet travel mechanism comprises: roll and draw in the net the dolly 10 of hook 11 and draw in the net the reciprocating moving device that draws in the net that dolly 10 moves back and forth with driving transferring to have on the strutbeam 4; Said draw in the net to be equipped with on the dolly 10 drive draw in the net that hook 11 rotates draw in the net the hook wheel word.
The support blowing of said net sheet equipment comprises: be positioned at and be respectively arranged with identical left side holder net dolly 30a of mirror image and right holder net dolly 30b on the crossbeam 2 of transferring strutbeam 4 left and right sides, said left side holder net dolly 30a and right holder net dolly 30b comprise: the holder web plate 31 of supporting network sheet 3 with drive holder web plate 31 and rotate to laying down the holder web plate wheel word of net sheet 3 by supporting network sheet 3.
The said hook wheel word that draws in the net is to be fixed on to draw in the net to draw in the net cylinder 12 on the dolly 10; The said dolly 10 that draws in the net comprises: be positioned at draw in the net that dolly (10) both sides have an interlayer draw in the net clamping plate 13, the double-type roller 14 and draw in the net hook 11 of drawing in the net; The said biside plate that draws in the net clamping plate 13 is positioned at the both sides of transferring strutbeam 4; The said double-type roller 14 that draws in the net is hinged on that to draw in the net clamping plate 13 interlayers inboard and roll to be arranged on and transfer on the top and bottom, strutbeam 4 bottom; The said hook 11 that draws in the net is hinged on and draws in the net between clamping plate 13 interlayers end of its buckle and stretch out and draw in the net clamping plate 13 outer hanging on the net sheet 3, draws in the net on the hinged piston rod that draws in the net cylinder 12 of hook 11 other ends, and the said cylinder 12 that draws in the net is fixed on and draws in the net on the clamping plate 13; Drawing in the net clamping plate 13 connects and draws in the net reciprocating moving device.
The said reciprocating moving device that draws in the net draws in the net reciprocating moving device by what chain and sprocket wheel constituted, and its structure comprises: draw in the net chain 16, be sleeved on and draw in the net to draw in the net drive sprocket 17 and draw in the net driven sprocket 19 on the chain 16; Said two ends of drawing in the net chain 16 are separately fixed at draws in the net the drawing in the net on the clamping plate 13 of dolly 10 both sides; The said drive sprocket 17 of drawing in the net connects the mouth of rotating power source 18, and rotating power source 18 is fixed on transfers strutbeam 4 one ends; Said driven sprocket 19 hinged handover strutbeam 4 other ends that are supported on that draw in the net.
Said holder web plate wheel word is the holder net cylinder 35 that is hinged on left side holder net dolly 30a and the right holder net dolly 30b; The structure of said left side holder net dolly 30a and right holder net dolly 30b comprises: holder net clamping board 33, holder net roller 32 and holder web plate 31 with interlayer; The biside plate of said holder net clamping board 33 is positioned at the both sides of crossbeam 2; Said holder net roller 32 is hinged on that to draw in the net clamping plate 33 interlayers inboard and roll and be arranged on the crossbeam 2; The supporting plate 31a that said holder web plate 31 is hinged on one of which end between holder net clamping board 33 interlayers stretches out holder web plate 31 outer supporting network sheets 3, on the piston rod of the hinged holder net of holder web plate 31 other ends cylinder 35; Said holder net clamping board 33 connects and draws in the net reciprocating moving device.
Said left frame 1a that has a crossbeam 2 and right frame 1b have a plurality of and are parallel to each other and be provided with at interval; Be respectively arranged with identical left side holder net dolly 30a of mirror image and right holder net dolly 30b in each crossbeam 2 both sides; The left side holder net dolly 30a and the right side of crossbeam 2 both sides ask the supporting plate 31a of holder web plate 31 1 ends among the net dolly 30b to interconnect the plate of integrally formed supporting network sheet 3 both sides separately; The both sides of said a plurality of crossbeam 2 are respectively arranged with the identical holder net reciprocating moving device of structure, and said holder net reciprocating moving device drives the left side holder net dolly 30a or the same moved further of right holder net dolly 30b of a plurality of crossbeams 2 the same sides respectively.
Said holder net reciprocating moving device includes: the right ends at a plurality of crossbeams 2 runs through respectively and hinged identical Left Drive axle 50a of structure and the right transmission shaft 50b of being supported with; One end of the homonymy of said Left Drive axle 50a and right transmission shaft 50b is fixed with left driven sprocket 51a and right driven sprocket 51b respectively; Said left driven sprocket 51a is connected left drive sprocket 53a and right drive sprocket 53b through a left side the 3rd chain 52a with a left side the 3rd chain 52b respectively with right driven sprocket 51b; Said left drive sprocket 53a and right drive sprocket 53b are separately fixed on left imput shaft 54a and the right imput shaft 54b; The end of said left imput shaft 54a and right imput shaft 54b is hinged on respectively on left frame 1a and the right frame 1b, and the other end of said left imput shaft 54a and right imput shaft 54b is fixedly left handle 55a and right handles 55b respectively; On the every Left Drive axle 50a that runs through each crossbeam 2 right ends location and right transmission shaft 50b, be provided with the holder host movable sprocket 56 and pivotally attached holder net driven sprocket 57 of captiveing joint; The holder host movable sprocket 56 of said each crossbeam 2 one end is through the holder net driven sprocket 57 of same crossbeam 2 other ends of first chain, 58 connections, and the two ends of said first chain 58 are fixed on the both sides of the left side holder net dolly 30a in each crossbeam 2 left side respectively through holder net bolt 36; The holder host movable sprocket 56 that holder net driven sprocket 57 on said each crossbeam 2 one end connects on same crossbeam 2 other ends through second chain 59, the two ends of said second chain 59 are fixed on the both sides of the right side holder net dolly 30b on each crossbeam 2 right side respectively through holder net bolt 36.
Like Figure 11, shown in Figure 12, the said reciprocating moving device that draws in the net is to draw in the net another embodiment of reciprocating moving device by what rack and pinion constituted, and its structure comprises: tooth bar 21, gear 22, gear motor 23; Said tooth bar 21 is fixed on transfers middle part, strutbeam 4 bottom surfaces; Said gear 22 is engaged on tooth bar 21, and gear 22 is connected the mouth of gear motor 23; Said gear motor 23 is fixed on and draws in the net the drawing in the net on the clamping plate 13 of one of dolly 10 two sides.
More particularly; Two of said frames vertically are fixed on left frame 1a and the right frame 1b on the basis; The fixing crossbeam 2 of I-shaped die at left frame 1a and right frame 1b top is fixed with the handover strutbeam 4 of I-shaped die on crossbeam 2, this handover strutbeam 4 is along the 3 moving direction settings of net sheet; The crossbeam 2 that shows among Fig. 1, Fig. 2 has a plurality of, transfers strutbeam 4 and all is fixed on a plurality of crossbeams 2.
In the handover of the said net sheet equipment draw in the net dolly 10 draw in the net clamping plate 13 be both sides be parallel to each other have in the middle of the plate connect that its bottom of interlayer links to each other to be the U font whole; The width that draws in the net in the middle of clamping plate 13 interlayers is slightly larger than the width of transferring strutbeam 4 cross-sectional planes, and the plate top that is parallel to each other, both sides is positioned at and transfers strutbeam 4 both sides; Being hinged on the roller 14 that draws in the net that draws in the net in the middle of clamping plate 13 interlayers has four pairs, and four pairs are drawn in the net roller 14 rolling touch and make rolling along transferring strutbeam 4 bottoms of drawing in the net that dolly 10 can be stable transferring top and bottom, strutbeam 4 bottom; Draw in the net hook axle 15 drawing in the net clamping plate 13 interlayer center fixed, draw in the net hook 11 to be hinged on and to draw in the net on the hook axle 15; Draw in the net on the hinged piston rod that draws in the net cylinder 12 of hook 11 other ends; Drawing in the net cylinder 12 is fixed on and draws in the net clamping plate 13 bottoms, draws in the net hook 11 to drive to make down and draw in the net an end of hook 11 buckles and can accomplish to tangle to spur and net sheet 3 and move and break away from and net sheet 3 and reset with drawing in the net dolly 10 with drawing in the net dolly 10 drawing in the net cylinder 12.
Like Fig. 1, Fig. 2, Fig. 6, shown in Figure 8; Driving draws in the net that dolly 10 moves back and forth, and to draw in the net reciprocating moving device be to draw in the net reciprocating moving device by what chain and sprocket wheel constituted; Draw in the net fixing respectively two of chain 16 two ends and draw in the net on the bolt 20, said two are drawn in the net bolt 20 and draw in the net in the screw of clamping plate 13 both sides being fitted in; The said drive sprocket 17 of drawing in the net connects the mouth of rotating power source 18 (being motor), and rotating power source 18 is fixed on transfers strutbeam 4 one ends; Draw in the net driven sprocket 19 through hinged handover strutbeam 4 other ends that are supported on of hinge.
More particularly; As shown in Figure 3; Support blowing equipment center member 2 left and right sides of said net sheet have identical left side holder net dolly 30a of mirror image and right holder net dolly 30b respectively; Holder net clamping board 33 in left side holder net dolly 30a and right holder net dolly 30b is to be connected as one by connecting panel 37 in the middle of two blocks of plates that are parallel to each other; Connecting panel 37 the perforation interlayer arranged respectively up and down, the width in the middle of holder net clamping board 33 interlayers is slightly larger than the width of crossbeam 2 I-beam section shape cross-sectional planes, both sides are parallel to each other has two holder net rollers 32 on crossbeam 2, to roll respectively on every side plate at two ends on plate top.In holder net clamping board 33 interlayer center fixed holder web plate axle 34 is arranged, holder web plate 31 is hinged on the holder web plate axle 34; On the piston rod of the hinged holder net of holder web plate 31 other ends cylinder 35, the cylinder body of holder net cylinder 35 is hinged on the connecting panel 37 between the holder net clamping board 33; Drive at holder net cylinder 35 and to make the both sides of stretching out down at the horizontal ability of the supporting plate 31a supporting network sheet 3 of the holder web plate 31 1 ends dress in holder net clamping board 33 outsides; When drawing in the net dolly 10 will net sheet 3 and move to conveying roller 5 tops the time, drive lower bearing screen plates 31 rotating opening supporting plate 31a at holder net cylinder 35 and will net sheet 3 and lay down to drop on the conveying roller 5 and transport to street loading zone.
Like Fig. 4, Fig. 5, shown in Figure 6, said holder net reciprocating moving device is to drive left side holder net dolly 30a and right holder net dolly 30b to move back and forth and be used to adjust its spacing and leave, and is convenient to support different size net sheet 3.Said holder net reciprocating moving device includes: the right ends at a plurality of crossbeams 2 runs through respectively and hinged identical Left Drive axle 50a of structure and the right transmission shaft 50b of being supported with; One end of the homonymy of said Left Drive axle 50a and right transmission shaft 50b is fixed with left driven sprocket 51a and right driven sprocket 51b respectively; Said left driven sprocket 51a is connected left drive sprocket 53a and right drive sprocket 53b through a left side the 3rd chain 52a with right the 3rd chain 52b respectively with right driven sprocket 51b; Said left drive sprocket 53a and right drive sprocket 53b are separately fixed on left imput shaft 54a and the right imput shaft 54b; The end of said left imput shaft 54a and right imput shaft 54b is hinged on respectively on left frame 1a and the right frame 1b, and the other end of said left imput shaft 54a and right imput shaft 54b is fixedly left handle 55a and right handles 55b respectively.
On the Left Drive axle 50a that runs through each crossbeam 2 right ends location and right transmission shaft 50b, be provided with key and captive joint holder host movable sprocket 56 and the holder net driven sprocket 57 through bearing hinge connection; The holder host movable sprocket 56 of said each crossbeam 2 left end is through the holder net driven sprocket 57 of same crossbeam 2 right-hand members of first chain, 58 connections, and the two ends of said first chain 58 are separately fixed at the both sides of the left side holder net dolly 30a in each crossbeam 2 left side; The holder host movable sprocket 56 that holder net driven sprocket 57 on said each crossbeam 2 left end connects on same crossbeam 2 right-hand members through second chain 59, the two ends of said second chain 59 are separately fixed at the both sides of the right side holder net dolly 30b on each crossbeam 2 right side.
Left side holder net dolly 30a moving process is following: when rotating left handle 55a; Imput shaft 54a rotation drive left drive sprocket 53a in a left side rotates with a left side the 3rd chain 52a and makes left driven sprocket 51a and Left Drive axle 50a rotation; The holder host movable sprocket 56 and first chain 58 that are fixed on the Left Drive axle 50a rotate; The holder net driven sprocket 57 that is positioned on the right transmission shaft 50b rotates with first chain 58, and the left side holder net dolly 30a that drives crossbeam 2 left sides moves.
Right holder net dolly 30b moving process is following: when rotating right handles 55b; The right drive sprocket 53b of right imput shaft 54b rotation drive rotates with right the 3rd chain 52b and makes right driven sprocket 51b and right transmission shaft 50b rotation; The holder host movable sprocket 56 and second chain 59 that are fixed on the right transmission shaft 50b rotate; The holder net driven sprocket 57 that is positioned on the Left Drive axle 50a rotates with second chain 59, and the right side holder net dolly 30b that drives crossbeam 2 right sides moves.
Said manual holder net reciprocating moving device can drive the same moved further of left side holder net dolly 30a of a plurality of crossbeams 2 the same sides respectively; The same moved further of perhaps right holder net dolly 30b; Thereby can adjust distance between left side holder net dolly 30a and the right holder net dolly 30b, adapt to and support different size net sheet 3.
Claims (7)
1. the handover blowing of welding machine of mesh upper net plate equipment is characterized in that, said handover blowing equipment comprise the frame that has crossbeam (2) (1a, 1b); On said crossbeam (2), be respectively arranged with the handover equipment of net sheet and the support blowing equipment of net sheet; The handover equipment of said net sheet comprises: on said crossbeam (2), be fixed with the handover strutbeam (4) that is provided with along net sheet (3) moving direction; Said handover strutbeam (4) is provided with net sheet travel mechanism, and said net sheet travel mechanism comprises: roll and draw in the net dolly (10) and the driving of hook (11) and draw in the net the reciprocating moving device that draws in the net that dolly (10) moves back and forth transferring to have on the strutbeam (4); Said draw in the net to be equipped with on the dolly (10) drive draw in the net that hook (11) rotates draw in the net the hook wheel word; The support blowing of said net sheet equipment comprises: be positioned on the crossbeam (2) of transferring strutbeam (4) left and right sides and be respectively arranged with the identical holder net dolly (30a of mirror image; 30b); (30a 30b) comprising: the holder web plate (31) of supporting network sheet (3) and driving holder web plate (31) are rotated to laying down the holder web plate wheel word of net sheet (3) by supporting network sheet (3) said holder net dolly.
2. according to the handover blowing of a kind of welding machine of mesh upper net plate described in the claim 1 equipment, it is characterized in that the said hook wheel word that draws in the net is to be fixed on to draw in the net to draw in the net cylinder (12) on the dolly (10); The said dolly (10) that draws in the net comprising: be positioned at draw in the net that dolly (10) both sides have an interlayer draw in the net clamping plate (13), the double-type roller (14) and draw in the net hook (11) of drawing in the net; The said biside plate that draws in the net clamping plate (13) is positioned at the both sides of transferring strutbeam (4); The said double-type roller (14) that draws in the net is hinged on that to draw in the net clamping plate (13) interlayer inboard and roll to be arranged on and transfer on the top and bottom, strutbeam (4) bottom; The said hook (11) that draws in the net is hinged on and draws in the net between clamping plate (13) interlayer end of its buckle and stretch out and draw in the net that clamping plate (13) are outer to be hung on the net sheet (3); Draw in the net on the hinged piston rod that draws in the net cylinder (12) of hook (11) other end, the said cylinder (12) that draws in the net is fixed on and draws in the net on the clamping plate (13); Drawing in the net clamping plate (13) connects and to draw in the net reciprocating moving device.
3. equip according to the handover blowing of a kind of welding machine of mesh upper net plate described in claim 1 or 2; It is characterized in that; The said reciprocating moving device that draws in the net draws in the net reciprocating moving device by what chain and sprocket wheel constituted, and its structure comprises: draw in the net chain (16), be sleeved on and draw in the net to draw in the net drive sprocket (17) and draw in the net driven sprocket (19) on the chain (16); Said two ends of drawing in the net chain (16) are separately fixed at draws in the net the drawing in the net on the clamping plate (13) of dolly (10) both sides; The said drive sprocket (17) that draws in the net connects the mouth of rotating power source (18), and rotating power source (18) is fixed on transfers strutbeam (4) one ends; Said hinged handover strutbeam (4) other end that is supported on of driven sprocket (19) that draws in the net.
4. equip according to the handover blowing of a kind of welding machine of mesh upper net plate described in claim 1 or 2; It is characterized in that; The said reciprocating moving device that draws in the net is to draw in the net reciprocating moving device by what rack and pinion constituted, and its structure comprises: tooth bar (21), gear (22), gear motor (23); Said tooth bar (21) is fixed on transfers middle part, strutbeam (4) bottom surface; Said gear (22) is engaged on tooth bar (21), and gear (22) is connected the mouth of gear motor (23); Said gear motor (23) is fixed on and draws in the net the drawing in the net on the clamping plate (13) of one of dolly (10) two sides.
5. according to the handover blowing of a kind of welding machine of mesh upper net plate described in the claim 1 equipment, it is characterized in that said holder web plate wheel word is to be hinged on holder net dolly (30a, the holder net cylinder (35) on 30b); (30a 30b) comprising said holder net dolly: holder net clamping board (33), holder net roller (32) and holder web plate (31) with interlayer; The biside plate of said holder net clamping board (33) is positioned at the both sides of crossbeam (2); Said holder net roller (32) is hinged on that to draw in the net clamping plate (33) interlayer inboard and roll and be arranged on the crossbeam; The supporting plate (31a) that said holder web plate (31) is hinged on one of which end between holder net clamping board (33) interlayer stretches out holder web plate (31) outer supporting network sheets (3), on the piston rod of holder web plate (31) other end hinged holder net cylinder (35); Said holder net clamping board (33) connects and to draw in the net reciprocating moving device.
6. according to the handover blowing of a kind of welding machine of mesh upper net plate described in the claim 1 equipment, it is characterized in that (1a 1b) has a plurality of and be parallel to each other to be provided with at interval the said frame that has crossbeam (2); Be respectively arranged with in each crossbeam (2) both sides the identical holder net dolly of mirror image (30a, 30b); The holder net dolly of crossbeam (2) both sides (30a, 30b) supporting plate (31a) of middle holder web plate (31) one ends interconnects the plate of integrally formed supporting network sheet (3) both sides separately; The both sides of said a plurality of crossbeam (2) are respectively arranged with the identical holder net reciprocating moving device of structure, and said holder net reciprocating moving device drives holder net dolly (30a, 30b) the same moved further of a plurality of crossbeams (2) the same side respectively.
7. according to the handover blowing of a kind of welding machine of mesh upper net plate described in the claim 6 equipment, it is characterized in that said holder net reciprocating moving device includes: the right ends of a plurality of crossbeams (2) run through respectively and hinged be supported with the identical transmission shaft of structure (50a, 50b); Said transmission shaft (50a, an end of homonymy 50b) be fixed with respectively driven sprocket (51a, 51b), said driven sprocket (51a; 51b) respectively through the 3rd chain (52a, 52b) connect drive sprocket (53a, 53b); Said drive sprocket (53a, 53b) be separately fixed at imput shaft (54a, 54b) on; Said imput shaft (54a, end 54b) be hinged on respectively frame (1a, 1b) on; Said imput shaft (54a, and other end difference fixed handle 54b) (55a, 55b); At the every transmission shaft (50a that runs through each crossbeam (2) right ends location; Be provided with the holder host movable sprocket (56) and the pivotally attached holder net driven sprocket (57) of captive joint 50b); The holder host movable sprocket (56) of said each crossbeam (2) one end connects the holder net driven sprocket (57) of same crossbeam (2) other end through first chain (58), and the two ends of said first chain (58) are separately fixed at the both sides of the holder net dolly (30a) of each crossbeam (2) one side; Holder net driven sprocket (57) on said each crossbeam (2) one end connects the holder host movable sprocket (56) on same crossbeam (2) other end through second chain (59), and the two ends of said second chain (59) are separately fixed at the both sides of the holder net dolly (30b) of each crossbeam (2) opposite side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210274486.9A CN102807101B (en) | 2012-08-03 | 2012-08-03 | Mesh transferring and discharging equipment for mesh welding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210274486.9A CN102807101B (en) | 2012-08-03 | 2012-08-03 | Mesh transferring and discharging equipment for mesh welding machine |
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| Publication Number | Publication Date |
|---|---|
| CN102807101A true CN102807101A (en) | 2012-12-05 |
| CN102807101B CN102807101B (en) | 2014-10-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210274486.9A Active CN102807101B (en) | 2012-08-03 | 2012-08-03 | Mesh transferring and discharging equipment for mesh welding machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103128205A (en) * | 2013-03-13 | 2013-06-05 | 建科机械（天津）股份有限公司 | Follow-up type mesh drawing mechanism of reinforcing mesh welding production line |
| CN105460624A (en) * | 2015-12-28 | 2016-04-06 | 青岛兴仪电子设备有限责任公司 | Stacking equipment for hatching tray |
| CN112139370A (en) * | 2020-09-22 | 2020-12-29 | 黄山三佳谊华精密机械有限公司 | Automatic feeding device for heat exchanger of pipe expander |
| CN112919029A (en) * | 2021-01-25 | 2021-06-08 | 宁波纬诚科技股份有限公司 | Automatic unloading mechanism |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103128205A (en) * | 2013-03-13 | 2013-06-05 | 建科机械（天津）股份有限公司 | Follow-up type mesh drawing mechanism of reinforcing mesh welding production line |
| CN103128205B (en) * | 2013-03-13 | 2015-03-04 | 建科机械（天津）股份有限公司 | Follow-up type mesh drawing mechanism of reinforcing mesh welding production line |
| CN105460624A (en) * | 2015-12-28 | 2016-04-06 | 青岛兴仪电子设备有限责任公司 | Stacking equipment for hatching tray |
| CN112139370A (en) * | 2020-09-22 | 2020-12-29 | 黄山三佳谊华精密机械有限公司 | Automatic feeding device for heat exchanger of pipe expander |
| CN112919029A (en) * | 2021-01-25 | 2021-06-08 | 宁波纬诚科技股份有限公司 | Automatic unloading mechanism |
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|---|---|
| CN102807101B (en) | 2014-10-29 |
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