CN102172738B - Mesh reinforcement automatic bending and moulding machine - Google Patents
Mesh reinforcement automatic bending and moulding machine Download PDFInfo
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- CN102172738B CN102172738B CN 201110028754 CN201110028754A CN102172738B CN 102172738 B CN102172738 B CN 102172738B CN 201110028754 CN201110028754 CN 201110028754 CN 201110028754 A CN201110028754 A CN 201110028754A CN 102172738 B CN102172738 B CN 102172738B
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Abstract
The invention relates to a mesh reinforcement automatic bending and moulding machine, belonging to the technical field of commercial facility processing machinery. The machine comprises a rack, a fixed die mechanism, a power mechanism and a moving die mechanism, wherein the fixed die mechanism is fixed on the rack and is arranged at one side of the rack, the moving die mechanism is arranged on the rack and is arranged between the fixed die mechanism and the power mechanism, one side of the moving die mechanism towards the power mechanism is connected with the power mechanism in a transmission way, and one side of the moving die mechanism towards the fixed die mechanism is matched with the fixed die mechanism, thus a mesh reinforcement is bent. In the technical scheme, the fixed die mechanism and the moving die mechanism are arranged on the rack, and the moving die mechanism is connected with the power mechanism arranged on the rack, thus the power mechanism drives the moving die mechanism to act and the mesh reinforcement which enters into a gap between the fixed die mechanism and the moving die mechanism can be bent under the coordination of the fixed die mechanism. The machine provided by the invention has the advantages that the bending efficiency is high, the bending quality can be guaranteed, and the labour intensity of an operator can be reduced.
Description
Technical field
The invention belongs to commercial facility processing equipment technical field, be specifically related to the automatic bending forming machine of a kind of net muscle, be used for net muscle bending and molding the net sheet the supermarket trolleys such as Openworks shape, shopping basket and the fruit thinning dish that constitute commercial facility.
Background technology
As be engaged in commercial facility exploitation and the industry of producing the reason of knowledge; Because it all is hollow out that self-selecting type supermarket, market are equipped with the structure of interim supermarket trolleys that uses and shopping basket etc. when supplying client's shopping goods usually; Particularly by the spacer screen sheet and net sheet all around and process, these net sheets are made up of the net muscle (also claiming rib) of specific standard usually.In manufacturing process, need to net muscle and be bent into " U " shape, " L " shape or " mouth " font or the like according to technological requirement, to be bent into U-shaped, prior art is often filled the post of with handwork by the workman.Specifically: fixed stop on operation post (industry is called stuck-module); In the time will bending to net muscle (typically having a diameter from 4-12 ㎜); The net muscle is placed in the groove between the adjacent blockers; Exhibition is rolled at the two ends that artificially will net muscle then in opposite directions, forming the shape of U-shaped, for the following process supermarket provides the technology assurance of preceding road with the net sheet of handcart, shopping basket etc.
Shortcoming below above-mentioned processing mode exists: the one, the degree of consistency of bending is difficult to ensure; Even if because same workman; Be difficult to objectively accomplish that the folding exhibition degree to each net muscle reaches unanimity, thereby influence the quality of subsequent technique, only if set up regularization treatment step; So that make the net muscle of each folding exhibition neat, but so way can increase processing step and manpower as one; The 2nd, the big and inefficiency of online assignment working strength of workers.
In view of above-mentioned prior art; If a kind of special-purpose machinery that can be suitable for the bending of net muscle is arranged; Foregoing problems just can solve so; Yet in disclosed patent and non-patent literature, all be not seen in the teachings that is able to use for reference, the applicant has done useful exploration for this reason, and the technical scheme that will introduce below produces under this background.
Summary of the invention
Task of the present invention is to provide a kind of bending effect and bending quality that helps to ensure the net muscle, the automatic bending forming machine of net muscle that helps improving bending efficient He be of value to the labour intensity that reduces the operator.
Task of the present invention is accomplished like this, and the automatic bending forming machine of a kind of net muscle comprises a frame; One quiet mold mechanism is fixed on the frame and is positioned at a side of frame; One actuating unit is located on the frame and is positioned at the opposite side of frame; One dynamic model mechanism; Be arranged on the frame; Between said quiet mold mechanism and actuating unit, this dynamic model mechanism is in transmission connection towards a side and the actuating unit of actuating unit, and this dynamic model mechanism matches with quiet mold mechanism and uses the bending of net muscle towards a side of quiet mold mechanism.
In a concrete embodiment of the present invention; Described quiet mold mechanism comprises upper and lower adjustment screw rod, first, second quiet mould bases, the first quiet module and the second quiet module; Last adjustment screw rod reaches the two ends of adjusting screw rod down and all fixes with said frame; One end of first, second quiet mould bases all connects movably on last adjustment screw rod; The other end all connect movably under adjust on the screw rod, first, second quiet mould bases is parallel and all tilt towards the direction of adjusting screw rod down from last adjustment screw rod, the first quiet module is fixed on the described first quiet mould bases and the matched end end of adjustment screw rod down; The second quiet module is fixed on the described second quiet mould bases and the following matched end end of adjustment screw rod, and described dynamic model mechanism matches with the first quiet module and the second quiet module.
In another concrete embodiment of the present invention, there be a pair of of same structure in described dynamic model mechanism, and each dynamic model mechanism comprises gear case body, first, second adjusting screw(rod), tooth bar, gear and dynamic model piece; First, second adjusting screw(rod) is parallel to be fixed on the said frame; Gear case body is provided on first adjusting screw(rod) and second adjusting screw(rod) movably, and tooth bar is located on the gear case body slidably, and is connected with described actuating unit; Gear has a gear shaft; Gear shaft is arranged on the gear shaft block rotationally, and leans out gear shaft block, and gear shaft block is fixed on the top of gear case body; The dynamic model piece is fixed on said gear shaft and leans out the axle head of gear shaft block and cooperate with said quiet mold mechanism, and wherein: described tooth bar is meshed with described gear in the case chamber of gear case body.
In another concrete embodiment of the present invention; Described actuating unit comprises motor, reductor, cranks arm, connecting rod and push pedal; Motor cooperates with the reductor transmission and is fixed on the described frame, and an end of cranking arm is fixed on the braking maneuver power output shaft of reductor, and the other end of cranking arm is connected with an end of connecting rod; The other end and the push pedal of connecting rod are hinged, and push pedal is connected with described tooth bar
In another concrete embodiment of the present invention; Also being equipped with one on the described frame is used for the net muscle is fed the net muscle intake mechanism between described quiet mold mechanism and the described dynamic model mechanism; This net muscle intake mechanism is corresponding to the top of described dynamic model mechanism, and tilts towards the direction of said quiet mold mechanism.
Also have among the concrete embodiment of the present invention, described net muscle intake mechanism comprises support, sloping platform, retainer plate and guide pad, and support is fixed on the said frame; Sloping platform is fixed on the support, and this sloping platform is equipped with a joist at sloping platform towards the bottom of a side of quiet mold mechanism towards the direction inclination of said quiet mold mechanism; The two ends and the support of joist are fixed, and retainer plate and joist are fixed, and respectively are extended with a supporting spring in the bottom at the two ends of this retainer plate; Supporting spring is towards quiet mold mechanism; Guide pad has a pair of, all fix with said joist, and a pair of guide pad respectively constitutes a guide inclined-plane towards an end of quiet mold mechanism.
more of the present invention and among concrete embodiment; One end of the described first quiet mould bases is fixed with one first mould bases sliding sleeve; The first mould bases sliding sleeve and the said adjustment screw rod of going up are slidingly matched, and a pair of first hold-down nut location through matching with last adjustment screw rod, and the other end of the first quiet mould bases is fixed with one first mould bases slide block; The first mould bases slide block and the described screw rod of adjustment down are slidingly matched, and a pair of second hold-down nut location through matching with following adjustment screw rod; One end of the described second quiet mould bases is fixed with one second mould bases sliding sleeve; The second mould bases sliding sleeve and the said adjustment screw rod of going up are slidingly matched; And through a pair of the 3rd hold-down nut location of matching with last adjustment screw rod; The other end of the second quiet mould bases is fixed with one second mould bases slide block, and the second mould bases slide block and the described screw rod of adjustment down are slidingly matched, and by a pair of the 4th hold-down nut location through matching with following adjustment screw rod.
In of the present invention and then concrete embodiment; The said first quiet mould bases is installed with one first stock guide on the end face of an end of said dynamic model mechanism; The top of this first stock guide tilts towards dynamic model mechanism; The described second quiet mould bases is installed with one second stock guide on the end face of an end of dynamic model mechanism, the top of this second stock guide tilts towards dynamic model mechanism.
Of the present invention again more and among concrete embodiment; Described gear case body is installed with a pair of first sliding seat towards the bottom of a side of said quiet mold mechanism; A pair of first sliding seat is provided on described first adjusting screw(rod) movably; And locate through the 5th hold-down nut that matches with first adjusting screw(rod) separately; And gear case body is installed with a pair of second sliding seat towards the bottom of a side of said actuating unit, and a pair of second sliding seat is provided on described second adjusting screw(rod) movably, and locatees through the 6th hold-down nut that matches with second adjusting screw(rod) separately.
In again of the present invention and then concrete embodiment, offer the adjustment groove in the described push pedal, described tooth bar has a tooth bar push rod, and the tooth bar push rod is connected with push pedal at the position corresponding to said adjustment groove.
The technical scheme that the present invention recommends is owing to be provided with quiet mold mechanism and dynamic model mechanism on frame; Dynamic model mechanism is connected with actuating unit on being located at mechanism; Thereby drive the dynamic model mechanism action by actuating unit, and can make the net muscle bending that enters between quiet mold mechanism and the dynamic model mechanism under the cooperation of quiet mold mechanism.Both had bending efficient height and bending quality and be able to reliable assurance, had the strong point that reduces operating personnel's labour intensity again.
Description of drawings
Fig. 1 is a concrete example structure figure of the present invention.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the side view of Fig. 1.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more; The applicant general elaborates with the mode of embodiment below; But the description to embodiment all is not the restriction to the present invention program, any according to the present invention design done only for pro forma but not substantial equivalent transformation all should be regarded as technical scheme category of the present invention.
Ask for an interview Fig. 1, Fig. 2 and Fig. 3; Right-hand member (is example with the current icon location status) in the frame that provides 1 is provided with the quiet mold mechanism of being illustrated in detail by Fig. 12; Preferably but not the structure of the quiet mold mechanism 2 that definitely is limited to is following: comprise adjustment screw rod 21, adjust screw rod 22, first quiet mould bases 23, second quiet mould bases 24, the first quiet module 25 and the second quiet module 26 down; The two ends of last adjustment screw rod 21 are respectively fixed with the pair of frame arm of the right-hand member end of frame 1 through adjustment screw rod holder 211 on; The two ends of adjusting screw rod 22 down are respectively fixing with frame 1 through adjusting screw rod holder 221 once; More particularly fixing with the support of the net muscle intake mechanism of setting up 5 51, by shown in Figure 1, upper and lower adjustment screw rod 21, form the gradient relation between 22.The end that one end of the first quiet mould bases 23 promptly matches with last adjustment screw rod 21 is installed with one first mould bases sliding sleeve 231; The first mould bases sliding sleeve, 231 cunnings fit over (being nested with movably) and go up on the adjustment screw rod 21; Each is located the both sides of this first mould bases sliding sleeve 231 by one first hold-down nut 2311; First hold-down nut 2311 matches with last adjustment screw rod 21; Change first hold-down nut 2311 in the position of the adjustable positions whole first quiet mould bases 23 on the last adjustment screw rod 21 on last adjustment screw rod 21, treat that adjustment finishes after, fix (qualification) first hold-down nut 2311 again; The other end of the first quiet mould bases 23 promptly is fixed with one first mould bases slide block 232 with the end that following adjustment screw rod 22 matches; These first mould bases slide block, 232 sliding fitting over down on the adjustment screw rod 22; Each is by one second hold-down nut, 2321 location in the both sides of the first mould bases slide block 232; Second hold-down nut 2321 matches with following adjustment screw rod 22; Change second hold-down nut 2321 and adjusting the adjustable positions whole first quiet mould bases 23 on the screw rod 22 down in the position of adjusting down on the screw rod 22, treat that adjustment finishes after, again by second hold-down nut, 2321 location.Need to prove: in the time will changing the position of the first quiet mould bases 23 on upper and lower adjustment screw rod 21,22, then aforesaid first, second hold- down nut 2311,2321 is operated simultaneously.The end that one end of the second quiet mould bases 24 promptly matches with last adjustment screw rod 21 is installed with one second mould bases sliding sleeve 241; The second mould bases sliding sleeve, 241 sliding fitting over are nested with movably on last adjustment screw rod 21; Each is located the both sides of this second mould bases sliding sleeve 241 by one the 3rd hold-down nut 2411; The 3rd hold-down nut 2411 matches with last adjustment screw rod 21; Change an end the position on last adjustment screw rod 21 of the 3rd hold-down nut 2411 at the adjustable positions whole second quiet mould bases 24 on the last adjustment screw rod 21, treat that adjustment finishes after, fix (qualification) the 3rd hold-down nut 2411 again; The other end of the 3rd quiet mould bases 24 promptly is fixed with one second mould bases slide block 242 with the end that following adjustment screw rod 22 matches; These second mould bases slide block, 242 sliding fitting over down on the adjustment screw rod 22; Each is by one the 4th hold-down nut, 2421 location in the both sides of the second mould bases slide block 242; The 4th hold-down nut 2421 matches with following adjustment screw rod 22; Change the 4th hold-down nut 2421 at the other end of adjusting the adjustable positions whole second quiet mould bases 24 on the screw rod 22 down in the position of adjusting down on the screw rod 22, treat that adjustment finishes after, again the 4th hold-down nut 2421 fixing (qualification).With example, in the time will changing the position of the second quiet mould bases 24 on upper and lower adjustment screw rod 21,22, then aforesaid the 3rd, the 4th hold-down nut 2411,2421 is operated simultaneously, and should guarantee first, second quiet mould bases 23, the degree of parallelism between 24.The first quiet module 25 is fixed on the aforesaid first quiet mould bases 23 towards the bottom of an end of dynamic model mechanism 4, and the second quiet module 26 is fixed on the second quiet mould bases 24 towards the bottom of an end of dynamic model mechanism 4, and first, second quiet module 25,26 corresponds to each other.
On the end face of an end of dynamic model mechanism 4, be fixed with one first stock guide 233 at the aforesaid first quiet mould bases 23; And on the end face of an end of dynamic model mechanism 4, being fixed with one second stock guide 243 at the second quiet mould bases 24, first, second stock guide 233,243 corresponds to each other and all tilts towards the direction of dynamic model mechanism 4.
Because the top dynamic model mechanism of repeatedly having mentioned 4 has a pair of; Again because the structure each other and the mode of action of a pair of dynamic model mechanism 4 are all identical; Therefore the applicant only describes in detail to one of them dynamic model mechanism 4 below; The two ends that comprise gear case body 41, first, second adjusting screw(rod) 42,43, tooth bar 44, gear 45 and dynamic model piece 46, the first adjusting screw(rod)s 42 respectively are fixed on first screw bolt seat 421, and first screw bolt seat 421 is fixed on the frame 1.The two ends of second adjusting screw(rod) 43 respectively are fixed on second screw bolt seat 431, and second screw bolt seat 431 is fixed on the frame 1, and first, second adjusting screw(rod) 42,43 is parallel.Gear case body 41 is towards the bottom of a side of quiet mold mechanism 2; The bottom that is the side that matches with first adjusting screw(rod) 42 of gear case body 41 is fixed with a pair of first sliding seat 411; First sliding seat 411 (movably) slidably is provided on first adjusting screw(rod) 42, and by the 5th hold-down nut 4111 location that are provided on first adjusting screw(rod) 42; Gear case body 41 is towards the bottom of a side of actuating unit 3; The bottom that is the side that matches with second adjusting screw(rod) 43 of gear case body 41 is fixed with a pair of second sliding seat 413, and each second sliding seat 413 is by the 6th hold-down nut 4131 location that are provided on second adjusting screw(rod) 43.Tooth bar 44 is provided on the gear case body 41 slidably, and the end that this tooth bar 44 is connected with actuating unit 3 has a tooth bar push rod 441, and tooth bar push rod 441 is connected with actuating unit 3.Gear 45 is located in the case chamber 412 of gear case body 41, and the gear teeth 452 on the gear 45 is meshing with each other in case chamber 412 with the rack tooth 442 on the tooth bar 44.Gear 45 be arranged on the gear shaft block 4511 through bearing (Fig. 1 shows) pivot by its gear shaft 451; And the upper end of gear shaft 451 also leans out gear shaft block 4511, and dynamic model piece 46 usefulness dynamic model piece hold-down screws 461 are fixed in the top end that gear shaft 451 stretches out gear shaft block 4511.Shown in figure; The dynamic model piece 46 of a dynamic model mechanism 4 that is arranged in the left side (Fig. 1, Fig. 2 are example) of a pair of dynamic model mechanism 4 on the frame 1 matches with the first quiet module 25 of quiet mold mechanism 2, and the right (Fig. 1 and Fig. 2 state are example) the dynamic model piece 46 in a pair of dynamic model mechanism 4 matches with the second quiet module 26 of quiet mold mechanism 2.On the end face of the top of aforesaid gear shaft block 4511 and constitute one towards a side of quiet mold mechanism 2 and unload inclined-plane 45111, make net muscle 6 (Fig. 2 shows) be convenient to unload by unloading inclined-plane 45111.
Actuating unit 3 comprises motor 31, reductor 32, crank arm 33, connecting rod 34 and push pedal 35; Motor 31 cooperatively interacts with reductor 32 and is fixed on the frame 1; The braking maneuver power output shaft 321 of 33 end and reductor 32 of cranking arm is fixing; 33 the other end of cranking arm is hinged with an end of connecting rod 34 through first jointed shaft 331; The other end of connecting rod 34 is hinged with connecting rod base 342 through second jointed shaft 341, and connecting rod base 342 is fixed on the middle part of push pedal 35, respectively offers a pair of adjustment groove 351 at the two ends of push pedal 35; The a pair of adjustment groove 351 of the left end of push pedal 35 is used for being connected with the tooth bar push rod 441 of the tooth bar 44 of the dynamic model mechanism 4 on the left side of a pair of dynamic model mechanism 4, and a pair of adjustment groove 351 of push pedal 35 right-hand members is used for being connected with the tooth bar push rod 441 of the tooth bar 44 of the dynamic model mechanism 4 on the right of a pair of dynamic model mechanism 4.Specifically: one group of screw 4412 of push rod holder 4411 usefulness of tooth bar push rod 441 is connected with push pedal 35 at the position corresponding to adjustment groove 351.
Above-mentioned explanation according to the applicant can be known; The quiet mould bases of first, second of quiet mold mechanism 2 23, the distance between 24 as required the cavity of the net muscle 6 of bending size and regulate; Finally realize the adjusting of first, second quiet module 25,26 by the adjusting of first, second quiet mould bases 23,24; Therewith adaptably; Distance between the gear case body 41 of a pair of dynamic model mechanism 4 is regulated according to the regulating degree of first, second quiet mould bases 23,24, so that the quiet module 25,26 of dynamic model piece 46 (a pair of) and first, second is matched.
Preferred scheme; Also can dispose a net muscle intake mechanism 5 on the frame 1 and above substantially corresponding to dynamic model mechanism 4, net muscle intake mechanism 5 comprises support 51, sloping platform 52, retainer plate 53 and guide pad 54, and support 51 is fixed on the frame 1; Sloping platform 52 is fixing with support 51; Be fixed with a joist 521 at sloping platform 52 towards the bottom of a side of quiet mold mechanism 2, and the two ends of joist 521 and support 51 is fixing, retainer plate 53 is fixing with joist 521; And each is extended with a supporting spring 531 with level in the bottom at the two ends of retainer plate 53; Guide pad 54 has a pair of, and all with joist 521 fixing (using screw), and each guide pad 54 respectively constitutes a guide inclined-plane 541 towards an end of quiet mold mechanism 2.
Between first, second stock guide 233,243 and guide inclined-plane 541, importing one by one on a pair of supporting spring 531 of aforesaid retainer plate 53 under the gradient effect of sloping platform 52 by the manual net muscle 6 that is thrown on the sloping platform 52 of netting muscle intake mechanism 5.At this moment, actuating unit 3 work specifically are to drive reductor 32 by motor 31, by cranking arm 33 through connecting rod 34 drive push pedals 35, are worked simultaneously by a pair of dynamic model of push pedal 35 drives mechanism 4.By tooth bar 44 driven gears 45, owing to be fixed with dynamic model piece 46 on the gear shaft 451 of gear 45, therefore; When dynamic model piece 46 develops into state shown in Figure 2 by location status shown in Figure 1; Be that one of them dynamic model piece 46 in a pair of dynamic model piece 46 rotates towards first quiet module 25 directions, and another dynamic model piece 46 will be netted the two ends of muscle 6 to drive towards first, second quiet module 25,26 directions towards the second quiet module 26 directions motion in the motion process; Supporting spring 531 is left at the two ends of net muscle 6; Form the U-shaped of Fig. 2 signal, the net muscle 6 self-unloading inclined-planes 45111 of the U-shaped after being formed draw off, and so realize the high efficiency of forming to net muscle 6 in rapid succession.
Claims (8)
1. the automatic bending forming machine of
a kind of net muscle is characterized in that comprising a frame (1); One quiet mold mechanism (2) is fixed on the side that frame (1) went up and be positioned at frame (1); One actuating unit (3) is located at the opposite side that frame (1) went up and be positioned at frame (1); One dynamic model mechanism (4); Be arranged on the frame (1); Be positioned between said quiet mold mechanism (2) and the actuating unit (3); This dynamic model mechanism (4) is in transmission connection towards a side and the actuating unit (3) of actuating unit (3); And this dynamic model mechanism (4) matches with quiet mold mechanism (2) and uses the bending of net muscle towards a side of quiet mold mechanism (2); Described quiet mold mechanism (2) comprises upper and lower adjustment screw rod (21,22), first, second quiet mould bases (23,24), the first quiet module (25) and the second quiet module (26); Last adjustment screw rod (21) and down the two ends of adjustment screw rod (22) all fix with said frame (1), an end of first, second quiet mould bases (23,24) all connects movably on last adjustment screw rod (21), the other end all connect movably under adjust on the screw rod (22); First, second quiet mould bases (23,24) is parallel and all tilt towards the direction of adjusting screw rod (22) down from last adjustment screw rod; The first quiet module (25) is fixed on the described first quiet mould bases (23) and adjusts the matched end end of screw rod (22) down, and the second quiet module (26) is fixed on the described second quiet mould bases (24) and the matched end end of following adjustment screw rod (22), and described dynamic model mechanism (4) matches with the first quiet module (25) and the second quiet module (26); There is a pair of of same structure in described dynamic model mechanism (4); Each dynamic model mechanism (4) comprises gear case body (41), first, second adjusting screw(rod) (42,43), tooth bar (44), gear (45) and dynamic model piece (46), and first, second adjusting screw(rod) (42,43) is parallel to be fixed on the said frame (1), and gear case body (41) is provided on first adjusting screw(rod) (42) and second adjusting screw(rod) (43) movably; Tooth bar (44) is located on the gear case body (41) slidably; And be connected with described actuating unit (3), gear (45) has a gear shaft (451), and gear shaft (451) is arranged on the gear shaft block (4511) rotationally; And lean out gear shaft block (4511); Gear shaft block (4511) is fixed on the top of gear case body (41), and dynamic model piece (46) is fixed on said gear shaft (451) and leans out the axle head of gear shaft block (4511) and cooperate with said quiet mold mechanism (2), and wherein: described tooth bar (44) is meshed with described gear (45) in the case chamber (412) of gear case body (41).
2. the automatic bending forming machine of
net muscle according to claim 1; It is characterized in that described actuating unit (3) comprises motor (31), reductor (32), crank arm (33), connecting rod (34) and push pedal (35); Motor (31) cooperates with reductor (32) transmission and is fixed on the described frame (1); The end of (33) of cranking arm is fixed on the braking maneuver power output shaft (321) of reductor (32); The other end of (33) of cranking arm is connected with an end of connecting rod (34), and the other end of connecting rod (34) and push pedal (35) are hinged, and push pedal (35) is connected with described tooth bar (44).
3. the automatic bending forming machine of
net muscle according to claim 1; It is characterized in that also being equipped with on the described frame (1) one is used for the net muscle is fed the net muscle intake mechanism (5) between described quiet mold mechanism (2) and the described dynamic model mechanism (4); This nets the top of muscle intake mechanism (5) corresponding to described dynamic model mechanism (4), and tilts towards the direction of said quiet mold mechanism (2).
4. the automatic bending forming machine of
net muscle according to claim 3; It is characterized in that described net muscle intake mechanism (5) comprises support (51), sloping platform (52), retainer plate (53) and guide pad (54); Support (51) is fixed on the said frame (1), and sloping platform (52) is fixed on the support (51), and this sloping platform (52) tilts towards the direction of said quiet mold mechanism (2); Be equipped with a joist (521) at sloping platform (52) towards the bottom of a side of quiet mold mechanism (2); The two ends of joist (521) and support (51) are fixing, and retainer plate (53) is fixing with joist (521), and respectively are extended with a supporting spring (531) in the bottom at the two ends of this retainer plate (53); Supporting spring (531) is towards quiet mold mechanism (2); Guide pad (54) has a pair of, and is all fixing with said joist (521), and a pair of guide pad (54) respectively constitutes a guide inclined-plane (541) towards an end of quiet mold mechanism (2).
5. the automatic bending forming machine of
net muscle according to claim 1; An end that it is characterized in that the described first quiet mould bases (23) is fixed with one first mould bases sliding sleeve (231); The first mould bases sliding sleeve (231) is slidingly matched with the said adjustment screw rod (21) of going up; And through a pair of first hold-down nut (2311) location of matching with last adjustment screw rod (21); The other end of the first quiet mould bases (23) is fixed with one first mould bases slide block (232), and the first mould bases slide block (232) is slidingly matched with described adjustment screw rod (22) down, and a pair of second hold-down nut (2321) location through matching with following adjustment screw rod (22); One end of the described second quiet mould bases (24) is fixed with one second mould bases sliding sleeve (241); The second mould bases sliding sleeve (241) is slidingly matched with the said adjustment screw rod (21) of going up; And through a pair of the 3rd hold-down nut (2411) location of matching with last adjustment screw rod (21); The other end of the second quiet mould bases (24) is fixed with one second mould bases slide block (242); The second mould bases slide block (242) is slidingly matched with described adjustment screw rod (22) down, and by a pair of the 4th hold-down nut (2421) location through matching with following adjustment screw rod (22).
6. the automatic bending forming machine of
net muscle according to claim 1; It is characterized in that the said first quiet mould bases (23) is installed with one first stock guide (233) on the end face of an end of said dynamic model mechanism (4); The top of this first stock guide (233) tilts towards dynamic model mechanism (4); The described second quiet mould bases (24) is installed with one second stock guide (243) on the end face of an end of dynamic model mechanism (4), the top of this second stock guide (243) tilts towards dynamic model mechanism (4).
7. the automatic bending forming machine of
net muscle according to claim 1; It is characterized in that described gear case body (41) is installed with a pair of first sliding seat (411) towards the bottom of a side of said quiet mold mechanism (2); A pair of first sliding seat (411) is provided on described first adjusting screw(rod) (42) movably; And locate through the 5th hold-down nut (4111) that matches with first adjusting screw(rod) (42) separately; And gear case body (41) is installed with a pair of second sliding seat (413) towards the bottom of a side of said actuating unit (3); A pair of second sliding seat (413) is provided on described second adjusting screw(rod) (43) movably, and locatees through the 6th hold-down nut (4131) that matches with second adjusting screw(rod) (43) separately.
8.
The automatic bending forming machine of net muscle according to claim 2; It is characterized in that offering in the described push pedal (35) adjustment groove (351); Described tooth bar (44) has a tooth bar push rod (441), and tooth bar push rod (441) is connected with push pedal (35) at the position corresponding to said adjustment groove (351)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110028754 CN102172738B (en) | 2011-01-27 | 2011-01-27 | Mesh reinforcement automatic bending and moulding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110028754 CN102172738B (en) | 2011-01-27 | 2011-01-27 | Mesh reinforcement automatic bending and moulding machine |
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| Publication Number | Publication Date |
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| CN102172738A CN102172738A (en) | 2011-09-07 |
| CN102172738B true CN102172738B (en) | 2012-12-05 |
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| CN 201110028754 Active CN102172738B (en) | 2011-01-27 | 2011-01-27 | Mesh reinforcement automatic bending and moulding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103406473A (en) * | 2013-08-26 | 2013-11-27 | 上海新申金属制品有限公司 | Numerically controlled automatic wire bending machine and method for coiling wire into circular arc |
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| CN103121072B (en) * | 2012-11-14 | 2014-12-24 | 常熟市永祥机电有限公司 | Steel wire handle forming mechanism |
| CN103121070B (en) * | 2012-11-14 | 2014-12-24 | 常熟市永祥机电有限公司 | Handle forming mechanism |
| CN104275423B (en) * | 2013-07-01 | 2016-02-10 | 南京惠德机械有限公司 | A kind of planar wire semi-automatic bending machine and using method thereof |
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| CN201189541Y (en) * | 2008-02-05 | 2009-02-04 | 冯广建 | Steel bar automatic bending machine |
| CN201217026Y (en) * | 2008-05-15 | 2009-04-08 | 樊尚鹏 | Multi-angle rolled steel bending machine |
| CN201380222Y (en) * | 2008-10-28 | 2010-01-13 | 张明放 | Full-automation electrical heating tube compound bending molding device |
| CN202070701U (en) * | 2011-01-27 | 2011-12-14 | 苏州平方实业有限公司 | Automatic mesh reinforcement bending forming machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI268816B (en) * | 2005-11-02 | 2006-12-21 | Runhorn Pretech Eng Co Ltd | A forming device and method for producing spiral steel bar |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201189541Y (en) * | 2008-02-05 | 2009-02-04 | 冯广建 | Steel bar automatic bending machine |
| CN201217026Y (en) * | 2008-05-15 | 2009-04-08 | 樊尚鹏 | Multi-angle rolled steel bending machine |
| CN201380222Y (en) * | 2008-10-28 | 2010-01-13 | 张明放 | Full-automation electrical heating tube compound bending molding device |
| CN202070701U (en) * | 2011-01-27 | 2011-12-14 | 苏州平方实业有限公司 | Automatic mesh reinforcement bending forming machine |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406473A (en) * | 2013-08-26 | 2013-11-27 | 上海新申金属制品有限公司 | Numerically controlled automatic wire bending machine and method for coiling wire into circular arc |
| CN103406473B (en) * | 2013-08-26 | 2015-07-22 | 上海新申金属制品有限公司 | Numerically controlled automatic wire bending machine and method for coiling wire into circular arc |
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| CN102172738A (en) | 2011-09-07 |
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