CN205184257U - Two cut two dashes horizontal trimming in center location - Google Patents
Two cut two dashes horizontal trimming in center location Download PDFInfo
- Publication number
- CN205184257U CN205184257U CN201520830976.1U CN201520830976U CN205184257U CN 205184257 U CN205184257 U CN 205184257U CN 201520830976 U CN201520830976 U CN 201520830976U CN 205184257 U CN205184257 U CN 205184257U
- Authority
- CN
- China
- Prior art keywords
- centralized positioning
- longitudinal axis
- shearing machine
- mobile base
- machine
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
The utility model relates to a two cut two dashes horizontal trimming in center location, it is followed a dextrad left side and includes decoiler (1), feeder (2), punch press (3), shearing machine (4), ejection of compact machine (5), reason material machine (6) and windrow platform in proper order, its characterized in that ejection of compact machine (5) including ejection of compact machine frame (5.1), be provided with electromechanical machine (5.2), fixed station (5.3) and telescopic table (5.4) of the ejection of compact in the ejection of compact machine frame (5.1), the bottom of telescopic table (5.4) is provided with horizontal rack (5.14), be provided with in the middle of the left end top of ejection of compact machine frame (5.1) gear (5.16). The utility model discloses two cut two dashes horizontal trimming in center location has the material of making edge transfer passage center and carries, is difficult for wearing and tearing, is convenient for adjust the shearing angle of shearing machine section, and the silicon steel sheet stock of punching shearing after finishing connects flich advantage just.
Description
Technical field
The utility model relates to a kind of two and cuts two and rush centralized positioning cut-to-length.
Background technology
Silicon steel sheet the numerical control multifunction shearing and cutting machine is mainly used in carrying out shearing to the silicon steel sheet of transformer, makes it meet various shape need.Existing silicon steel sheet the numerical control multifunction shearing and cutting machine probably can be divided into two kinds: the first is that feed mechanism is fixed, long feeding roller, and material adopts location of keeping to the side on shearing passage, and punch press section can move, and shearing machine degree is fixed, and its benefit has, and has benchmark bus, and debugging is convenient; Shortcoming has, and the long-time concentrated wear of the long part of keeping to the side of feeding roller, affects precision; Feeding roller quality is large, and when feeding roller high-speed starting is with when braking at a high speed, its inertia is large, and high speed transfer is forbidden.The second is that feed mechanism is fixed, centralized positioning, short feeding roller, material adopts centralized positioning on shearing passage, punch press section can move, and+45 ° are fixed on slide plate with-45 ° of shearing machine sections, and shearing machine section also will move integrally, its benefit has, centralized positioning feeding, feeding roller is not easy to wear, and feeding roller quality is light, inertia is little, and high speed transfer is accurate; Shortcoming has, lack bus location, according to the material of different in width, material passage must be that benchmark does both sides adjustment with center line, shearing machine section must move integrally simultaneously, because the weight of shearing machine section is at about 1 ~ 2 ton, so move hard especially, very unreasonable, and punching complete after the splicing of silicon steel sheet stock not easily.
Summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, there is provided one that material is carried along transfer passage center, not easy to wear, be convenient to the shearing inclination regulating shearing machine section, the silicon steel sheet stock splicing after punching is complete two is cut two and is rushed centralized positioning cut-to-length easily.
The purpose of this utility model is achieved in that
A kind of two cut two rushes centralized positioning cut-to-length, and it comprises uncoiler, feeder, punch press, shearing machine, discharging machine, arranging machine and roadside material terrace from right to left successively, it is characterized in that described discharging machine is arranged between the discharging opening of shearing machine and the charging aperture of arranging machine, described discharging machine comprises discharging machine frame, described discharging machine frame is provided with discharging machine motor, fixed station and telescopic platform, described fixed station is arranged on left section of discharging machine frame, the middle part of described fixed station is provided with horizontal guiding groove, described telescopic platform is arranged on right section of discharging machine frame, the left end of described discharging machine frame is provided with left leather belt wheel, the right-hand member of described telescopic platform is provided with right leather belt wheel, a belt is had to be set around outside left leather belt wheel and right leather belt wheel, the output of discharging machine motor is provided with motor pulley, the bottom of described telescopic platform is provided with horizontal tooth bar, the left end crown center of described discharging machine frame is provided with gear, wheel and rack coordinates, described gear is driven by a rooted tooth wheel longitudinal axis, gear longitudinal axis front end is provided with handle.
Described uncoiler comprises uncoiler frame, described uncoiler frame is provided with capstan head and turret motor, described capstan head is provided with cylinder, Rolling motor and uncoiler main shaft, wherein the first gear of the bottom of capstan head engages with the output gear of turret motor output, described uncoiler main shaft is horizontally through capstan head and arranges, the equal activity in two ends of uncoiler main shaft arranges a cylinder, and the second gear of the inner side of cylinder engages with the output gear of Rolling motor output.
Punch press comprises the punch mechanism and V punch mechanism that arrange from right to left, shearing machine comprises and is arranged at the first shearing machine mechanism on shearing machine seat and the second shearing machine mechanism from right to left, wherein the shearing machine of the first shearing machine mechanism carries out the adjustment of 90 ° and 135 ° two kinds of angles, the shearing machine base of the first shearing machine mechanism is connected with the output of an adjusting cylinders, regulated by the position of work to the first shearing machine mechanism of adjusting cylinders, the shearing machine base that shearing machine seat is provided with accordingly for the first shearing machine mechanism carries out the spacing limit base of two kinds of stations, the shearing machine angle of the second shearing machine mechanism is fixed as 45 °.
Punch press and shearing machine carry out centralized positioning by common centralized positioning governor motion, described centralized positioning governor motion comprises centralized positioning and regulates motor, first power transmission transverse axis, second power transmission transverse axis, the first centralized positioning longitudinal axis, the second centralized positioning longitudinal axis, the 3rd centralized positioning longitudinal axis, the 4th centralized positioning longitudinal axis, the 5th centralized positioning longitudinal axis, the power transmission longitudinal axis and vertical guide shaft, wherein centralized positioning regulates the output of motor to be connected with the first power transmission transverse axis power, the right-hand member of the first power transmission transverse axis is connected with the rear end power of the 3rd centralized positioning longitudinal axis, the front end of the 3rd centralized positioning longitudinal axis is connected with power in the middle part of the second power transmission transverse axis, the right-hand member of the second power transmission transverse axis is connected with the front end power of the first centralized positioning longitudinal axis, right section of second power transmission transverse axis is connected with the front end power of the second centralized positioning longitudinal axis, the left end of the second power transmission transverse axis is connected with the front end power of the 4th centralized positioning longitudinal axis, the rear end of vertical guide shaft that left end and the left and right of the first power transmission transverse axis are arranged and the rear end power of the power transmission longitudinal axis are connected, the front end of the power transmission longitudinal axis is connected with the left end power of second transverse axis, second transverse axis right-hand member is connected with the left end power of the 3rd transverse axis, 3rd transverse axis right-hand member is connected with the 5th centralized positioning longitudinal axis rear end power, Mobile base before Mobile base and first after the back segment of the first above-mentioned centralized positioning longitudinal axis and leading portion arrange first respectively, limit guide rail and the first front limit guide rail after Mobile base being respectively arranged with first before Mobile base and first after first, Mobile base before Mobile base and second after the back segment of the second above-mentioned centralized positioning longitudinal axis and leading portion arrange second respectively, after second, the left side of Mobile base is provided with punch mechanism right support seat, Mobile base before Mobile base and the 3rd after the back segment of the 3rd above-mentioned centralized positioning longitudinal axis and leading portion arrange the 3rd respectively, after 3rd, the right side of Mobile base is provided with punch mechanism left support seat, after 3rd, the left side of Mobile base is provided with V punch mechanism right support seat, Mobile base before Mobile base and the 4th after the back segment of the 4th above-mentioned centralized positioning longitudinal axis and leading portion arrange the 4th respectively, after 4th, the right side of Mobile base is provided with V punch mechanism left support seat, Mobile base before second, before Mobile base and the 4th, Mobile base is provided with the second front limit guide rail of lateral arrangement before 3rd, the base of the punch mechanism of punch press is arranged on punch mechanism right support seat and punch mechanism left support seat, the base of the V punch mechanism of punch press is arranged on V punch mechanism right support seat and V punch mechanism left support seat, the 5th above-mentioned centralized positioning longitudinal axis is provided with traveling table supporting seat, shearing machine supporting seat is provided with traveling table, traveling table is arranged the base of shearing machine, vertical guide shaft and the power transmission longitudinal axis are through traveling table.
Also be provided with between described uncoiler and feeder and slip flitch.
Compared with prior art, the beneficial effects of the utility model are:
The utility model two is cut two and is rushed centralized positioning cut-to-length and by centralized positioning governor motion, material is carried along transfer passage center, not easy to wear, be convenient to by the adjusting cylinders of the first shearing machine mechanism the shearing inclination regulating shearing machine section, by the telescopic platform of discharging machine make punching complete after the splicing of silicon steel sheet stock convenient.Therefore the utility model two is cut two and is rushed centralized positioning cut-to-length and have material is carried along transfer passage center, not easy to wear, is convenient to the shearing inclination regulating shearing machine section, the silicon steel sheet stock splicing advantage easily after punching is complete.
Accompanying drawing explanation
Fig. 1 is the front view that the utility model two cuts that two rush centralized positioning cut-to-length.
Fig. 2 is the schematic diagram in Fig. 1 stage casing.
Fig. 3 is the top view that the utility model two cuts that two rush centralized positioning cut-to-length.
Fig. 4 is the schematic diagram in Fig. 3 stage casing.
Fig. 5 is the side view of uncoiler.
Fig. 6 is the schematic diagram of uncoiler in Fig. 1.
Fig. 7 is the schematic diagram of the centralized positioning governor motion in Fig. 4.
Fig. 8 is the schematic diagram of the discharging machine in Fig. 3.
Fig. 9 is the A-A sectional view of Fig. 8.
Wherein:
Uncoiler 1, uncoiler frame 1.1, capstan head 1.2, turret motor 1.3, cylinder 1.4, Rolling motor 1.5, uncoiler main shaft 1.6, locknut 1.7, guard shield 1.8
Feeder 2
Punch press 3, punch mechanism 3.1, V punch mechanism 3.2
Shearing machine mechanism 4.2 of shearing machine 4, first shearing machine mechanism 4.1, second
Discharging machine 5, discharging machine frame 5.1, discharging machine motor 5.2, fixed station 5.3, telescopic platform 5.4, left leather belt wheel 5.5, right leather belt wheel 5.6, belt 5.7, motor pulley 5.8, first belt pulley 5.9, expansion tightening wheel 5.10, second belt pulley 5.11, the 3rd belt pulley 5.12, the 4th belt pulley 5.13, tooth bar 5.14, telescopic platform limited block 5.15, gear 5.16, the gear longitudinal axis 5.17, handle 5.18, frame limited block 5.19, first mount pad 5.20, second mount pad 5.21
Arranging machine 6
Slip flitch 7
First frame 8
Second frame 9
Centralized positioning governor motion 10, centralized positioning regulates motor 10.1, first power transmission transverse axis 10.2, second power transmission transverse axis 10.3, the first centralized positioning longitudinal axis 10.4, the second centralized positioning longitudinal axis 10.5, the 3rd centralized positioning longitudinal axis 10.6, the 4th centralized positioning longitudinal axis 10.7, the 5th centralized positioning longitudinal axis 10.8, the power transmission longitudinal axis 10.9, vertical guide shaft 10.10, limit guide rail 10.11 after first, first front limit guide rail 10.12, punch mechanism right support seat 10.13, punch mechanism left support seat 10.14, V punch mechanism right support seat 10.15, V punch mechanism left support seat 10.16, second front limit guide rail 10.17, traveling table supporting seat 10.18
Traveling table 11.
Detailed description of the invention
See Fig. 1 ~ Fig. 9, the one two that the utility model relates to is cut two and is rushed centralized positioning cut-to-length, and it comprises uncoiler 1, feeder 2, punch press 3, shearing machine 4, discharging machine 5, arranging machine 6 and roadside material terrace from right to left successively.Also be provided with between described uncoiler 1 and feeder 2 and slip flitch 7.
Described uncoiler 1 comprises uncoiler frame 1.1, described uncoiler frame 1.1 is provided with capstan head 1.2 and turret motor 1.3, described capstan head 1.2 is provided with cylinder 1.4, Rolling motor 1.5 and uncoiler main shaft 1.6, wherein the first gear of the bottom of capstan head 1.2 engages with the output gear of turret motor 1.3 output, make the power of turret motor 1.3 can pass to capstan head 1.2 for capstan head 1.2 rotation direction, described uncoiler main shaft 1.6 is horizontally through capstan head 1.2 and arranges, the equal activity in two ends of uncoiler main shaft 1.6 arranges a cylinder 1.4, namely cylinder 1.4 can rotate on uncoiler main shaft 1.6, uncoiler main shaft 1.6 outer end is provided with locknut 1.7 by spacing for the outer end of cylinder 1.4, second gear of the inner side of cylinder 1.4 engages with the output gear of Rolling motor 1.5 output.Guard shield 1.8 is had in the second gear arranged outside.
Described feeder 2 and punch press 3 are arranged in first frame 8 jointly, shearing machine 4 is arranged in second frame 9, described first frame 8 and the second frame 9 entirety form a total frame, wherein punch press 3 comprises the punch mechanism 3.1 and V punch mechanism 3.2 that arrange from right to left, shearing machine 4 comprises the first shearing machine mechanism 4.1 and the second shearing machine mechanism 4.2 be arranged at from right to left on shearing machine seat, wherein the shearing machine of the first shearing machine mechanism 4.1 can carry out the adjustment of 90 ° and 135 ° two kinds of angles, the shearing machine base of the first shearing machine mechanism 4.1 is connected with the output of an adjusting cylinders, can be regulated the position of the first shearing machine mechanism 4.1 by the work of adjusting cylinders, the shearing machine base that shearing machine seat is provided with accordingly for the first shearing machine mechanism 4.1 carries out the spacing limit base of two kinds of stations.The shearing machine angle of the second shearing machine mechanism 4.2 is fixed as 45 °.
Punch press 3 and shearing machine 4 carry out centralized positioning by common centralized positioning governor motion 10, and centralized positioning governor motion 10 is arranged in total frame.Described centralized positioning governor motion 10 comprises centralized positioning and regulates motor 10.1, first power transmission transverse axis 10.2, second power transmission transverse axis 10.3, the first centralized positioning longitudinal axis 10.4, the second centralized positioning longitudinal axis 10.5, the 3rd centralized positioning longitudinal axis 10.6, the 4th centralized positioning longitudinal axis 10.7, the 5th centralized positioning longitudinal axis 10.8, the power transmission longitudinal axis 10.9 and vertical guide shaft 10.10, wherein centralized positioning regulates the output of motor 10.1 to be connected with the first power transmission transverse axis 10.2 power, centered by the power connected mode at this place, location regulates the sprocket wheel of the output of motor 10.1 to be connected by chain with the sprocket wheel on the first power transmission transverse axis 10.2, the right-hand member of the first power transmission transverse axis 10.2 is connected with the rear end power of the 3rd centralized positioning longitudinal axis 10.6, the power connected mode at this place is that the sprocket wheel of the right-hand member of the first power transmission transverse axis 10.2 is connected by the sprocket wheel of chain with a first transverse axis right-hand member in its front, the bevel gear of the left end of this first transverse axis engages with the bevel gear of the 3rd centralized positioning longitudinal axis 10.6 rear end, the front end of the 3rd centralized positioning longitudinal axis 10.6 is connected with power in the middle part of the second power transmission transverse axis 10.3, the power connected mode at this place is that the bevel gear of the front end of the 3rd centralized positioning longitudinal axis 10.6 engages with the bevel gear in the middle part of the second power transmission transverse axis 10.3, the right-hand member of the second power transmission transverse axis 10.3 is connected with the front end power of the first centralized positioning longitudinal axis 10.4, the power connected mode at this place is that the bevel gear of the second power transmission transverse axis 10.3 right-hand member engages with the bevel gear of the first centralized positioning longitudinal axis 10.4 front end, right section of second power transmission transverse axis 10.3 is connected with the front end power of the second centralized positioning longitudinal axis 10.5, the power connected mode at this place is that the bevel gear of right section of the second power transmission transverse axis 10.3 engages with the bevel gear of the second centralized positioning longitudinal axis 10.5 front end, the left end of the second power transmission transverse axis 10.3 is connected with the front end power of the 4th centralized positioning longitudinal axis 10.7, the power connected mode at this place is that the bevel gear of the second power transmission transverse axis 10.3 left end engages with the bevel gear of the 4th centralized positioning longitudinal axis 10.7 front end, the rear end of vertical guide shaft 10.10 that the left end of the first power transmission transverse axis 10.2 is arranged with left and right respectively by two bevel gears and the rear end power of the power transmission longitudinal axis 10.9 are connected, the front end of the power transmission longitudinal axis 10.9 is connected by bevel gear power with the left end of second transverse axis, the sprocket wheel of the second transverse axis right-hand member is connected by chain power with the sprocket wheel of the left end of the 3rd transverse axis, the bevel gear of the 3rd transverse axis right-hand member engages with the bevel gear of the 5th centralized positioning longitudinal axis 10.8 rear end.Mobile base before Mobile base and first after the back segment of the first above-mentioned centralized positioning longitudinal axis 10.4 and leading portion arrange first respectively, limit guide rail 10.11 and the first front limit guide rail 10.12 after Mobile base being respectively arranged with first before Mobile base and first after first, by the rotation of the first centralized positioning longitudinal axis 10.4, the spacing between the first rear limit guide rail 10.11 and the first front limit guide rail 10.12 can be regulated, thus control the charging track of silicon strip.Mobile base before Mobile base and second after the back segment of the second above-mentioned centralized positioning longitudinal axis 10.5 and leading portion arrange second respectively, after second, the left side of Mobile base is provided with punch mechanism right support seat 10.13.Mobile base before Mobile base and the 3rd after the back segment of the 3rd above-mentioned centralized positioning longitudinal axis 10.6 and leading portion arrange the 3rd respectively, after after 3rd, the right side of Mobile base is provided with punch mechanism left support seat the 10.14, three, the left side of Mobile base is provided with V punch mechanism right support seat 10.15.Mobile base before Mobile base and the 4th after the back segment of the 4th above-mentioned centralized positioning longitudinal axis 10.7 and leading portion arrange the 4th respectively, after the 4th, the right side of Mobile base is provided with V punch mechanism left support seat 10.16.Before Mobile base and the 4th, Mobile base is provided with the second front limit guide rail 10.17 of lateral arrangement before second before Mobile base, the 3rd.The base of the punch mechanism 3.1 of punch press 3 is arranged on punch mechanism right support seat 10.13 and punch mechanism left support seat 10.14, the base of the V punch mechanism 3.2 of punch press 3 is arranged on V punch mechanism right support seat 10.15 and V punch mechanism left support seat 10.16, by the rotation of the second centralized positioning longitudinal axis 10.5 and the 3rd centralized positioning longitudinal axis 10.6, can the punch mechanism 3.1 of adjusting tool 3 and the lengthwise position of V punch mechanism 3.2, the position of the second front limit guide rail 10.17 can also be regulated.The 5th above-mentioned centralized positioning longitudinal axis 10.8 is provided with traveling table supporting seat 10.18, shearing machine supporting seat 10.18 is provided with traveling table 11, traveling table 11 is arranged the base of shearing machine 4, vertical guide shaft 10.10 and the power transmission longitudinal axis 10.9 pass traveling table, the guiding that can vertically move traveling table 11.
Described discharging machine 5 is arranged between the discharging opening of shearing machine 4 and the charging aperture of arranging machine 6, described discharging machine 5 comprises discharging machine frame 5.1, the right-hand member of discharging machine frame 5.1 is arranged in the second frame 9, and the left end of discharging machine frame 5.1 is set up in the frame right-hand member of arranging machine 6.Described discharging machine frame 5.1 is provided with discharging machine motor 5.2, fixed station 5.3 and telescopic platform 5.4, described discharging machine motor 5.2 is arranged on the motor cabinet of left section of discharging machine frame 5.1, described fixed station 5.3 is arranged on left section of discharging machine frame 5.1, the middle part of described fixed station 5.3 is provided with horizontal guiding groove, described telescopic platform 5.4 is arranged on right section of discharging machine frame 5.1, and telescopic platform 5.4 can carry out the movement of left and right directions on right section of discharging machine frame 5.1, the left end of described discharging machine frame 5.1 is provided with left leather belt wheel 5.5, the right-hand member of described telescopic platform 5.4 is provided with right leather belt wheel 5.6, a belt 5.7 is had to be set around outside left leather belt wheel 5.5 and right leather belt wheel 5.6, the output of discharging machine motor 5.2 is provided with motor pulley 5.8, left section of discharging machine frame 5.1 is also provided with the first belt pulley 5.9, expansion tightening wheel 5.10, expansion tightening wheel 5.10 is provided with two, left and right and carries out choice for use and for subsequent use, left section of bottom of described telescopic platform 5.4 is provided with the second belt pulley 5.11 and the 3rd belt pulley 5.12, the 4th belt pulley 5.13 is provided with bottom the right-hand member of described telescopic platform 5.4.Belt 5.7 is back to motor pulley 5.8 from motor pulley 5.8 successively after expansion tightening wheel 5.10, second belt pulley 5.11, the 3rd belt pulley 5.12, the 4th belt pulley 5.13, right leather belt wheel 5.6, left leather belt wheel 5.5 and the first belt pulley 5.9.Left section of the bottom of described telescopic platform 5.4 and stage casing are provided with horizontal tooth bar 5.14, right section of the bottom of described telescopic platform 5.4 is provided with telescopic platform limited block 5.15, the left end crown center of described discharging machine frame 5.1 is provided with gear 5.16, gear 5.16 coordinates with tooth bar 5.14, described gear 5.16 is driven by the gear longitudinal axis 5.17 that is stretched out forward, and the gear longitudinal axis 5.17 front end is provided with handle 5.18.By turning handle 5.18, gear 5.16 is with carry-over bar 5.14 that telescopic platform 5.4 is moved left and right in discharging machine frame 5.1, and the discharging opening making the right-hand member of telescopic platform 5.4 can extend shearing machine 4 when moving right carries out splicing, reaches the object of seamless connection.And this kind of discharging machine 5 can regulate for the distance of different shearing machines 4, easy to use.The discharging machine frame 5.1 in the left side of gear 5.16 is provided with frame limited block 5.19, second belt pulley 5.11 and the 3rd belt pulley 5.12 are installed on the first mount pad 5.20 and the second mount pad 5.21 that stretch out bottom telescopic platform 5.4 respectively downwards, carry out right-hand member when frame limited block 5.19 is for contacting move right to telescopic platform 5.4 with the second mount pad 5.21 right-hand member spacing, it is spacing to carry out left end when telescopic platform limited block 5.15 contacts be moved to the left telescopic platform 5.4 for the right-hand member of the left end with discharging machine frame 5.1.The right-hand member middle top surface opening of telescopic platform 5.4 thus expose the splicing of inner belt 5.7 for the complete silicon steel sheet of punching.
Claims (5)
1. two cut two and rush a centralized positioning cut-to-length, it comprises uncoiler (1), feeder (2), punch press (3), shearing machine (4), discharging machine (5), arranging machine (6) and roadside material terrace from right to left successively, it is characterized in that described discharging machine (5) is arranged between the discharging opening of shearing machine (4) and the charging aperture of arranging machine (6), described discharging machine (5) comprises discharging machine frame (5.1), described discharging machine frame (5.1) is provided with discharging machine motor (5.2), fixed station (5.3) and telescopic platform (5.4), described fixed station (5.3) is arranged on left section of discharging machine frame (5.1), the middle part of described fixed station (5.3) is provided with horizontal guiding groove, described telescopic platform (5.4) is arranged on right section of discharging machine frame (5.1), the left end of described discharging machine frame (5.1) is provided with left leather belt wheel (5.5), the right-hand member of described telescopic platform (5.4) is provided with right leather belt wheel (5.6), have a belt (5.7) be set around left leather belt wheel (5.5) and right leather belt wheel (5.6) outward, the output of discharging machine motor (5.2) is provided with motor pulley (5.8), the bottom of described telescopic platform (5.4) is provided with horizontal tooth bar (5.14), the left end crown center of described discharging machine frame (5.1) is provided with gear (5.16), gear (5.16) coordinates with tooth bar (5.14), described gear (5.16) is driven by the rooted tooth wheel longitudinal axis (5.17), the gear longitudinal axis (5.17) front end is provided with handle (5.18).
2. according to claim 1 a kind of two cut two and rush centralized positioning cut-to-length, it is characterized in that described uncoiler (1) comprises uncoiler frame (1.1), described uncoiler frame (1.1) is provided with capstan head (1.2) and turret motor (1.3), described capstan head (1.2) is provided with cylinder (1.4), Rolling motor (1.5) and uncoiler main shaft (1.6), wherein the first gear of the bottom of capstan head (1.2) engages with the output gear of turret motor (1.3) output, described uncoiler main shaft (1.6) is horizontally through capstan head (1.2) and arranges, the equal activity in two ends of uncoiler main shaft (1.6) arranges a cylinder (1.4), second gear of the inner side of cylinder (1.4) engages with the output gear of Rolling motor (1.5) output.
3. according to claim 1 a kind of two cut two and rush centralized positioning cut-to-length, it is characterized in that punch press (3) comprises the punch mechanism (3.1) and V punch mechanism (3.2) arranged from right to left, shearing machine (4) comprises and is arranged at the first shearing machine mechanism (4.1) on shearing machine seat and the second shearing machine mechanism (4.2) from right to left, wherein the shearing machine of the first shearing machine mechanism (4.1) carries out the adjustment of 90 ° and 135 ° two kinds of angles, the shearing machine base of the first shearing machine mechanism (4.1) is connected with the output of an adjusting cylinders, regulated by the position of work to the first shearing machine mechanism (4.1) of adjusting cylinders, the shearing machine base that shearing machine seat is provided with accordingly for the first shearing machine mechanism (4.1) carries out the spacing limit base of two kinds of stations, the shearing machine angle of the second shearing machine mechanism (4.2) is fixed as 45 °.
4. according to claim 1 a kind of two cut two and rush centralized positioning cut-to-length, it is characterized in that punch press (3) and shearing machine (4) carry out centralized positioning by common centralized positioning governor motion (10), described centralized positioning governor motion (10) comprises centralized positioning and regulates motor (10.1), first power transmission transverse axis (10.2), second power transmission transverse axis (10.3), the first centralized positioning longitudinal axis (10.4), the second centralized positioning longitudinal axis (10.5), the 3rd centralized positioning longitudinal axis (10.6), the 4th centralized positioning longitudinal axis (10.7), the 5th centralized positioning longitudinal axis (10.8), the power transmission longitudinal axis (10.9) and vertical guide shaft (10.10), wherein centralized positioning regulates the output of motor (10.1) to be connected with the first power transmission transverse axis (10.2) power, the right-hand member of the first power transmission transverse axis (10.2) is connected with the rear end power of the 3rd centralized positioning longitudinal axis (10.6), the front end of the 3rd centralized positioning longitudinal axis (10.6) is connected with the second power transmission transverse axis (10.3) middle part power, the right-hand member of the second power transmission transverse axis (10.3) is connected with the front end power of the first centralized positioning longitudinal axis (10.4), right section of second power transmission transverse axis (10.3) is connected with the front end power of the second centralized positioning longitudinal axis (10.5), the left end of the second power transmission transverse axis (10.3) is connected with the front end power of the 4th centralized positioning longitudinal axis (10.7), the rear end of vertical guide shaft (10.10) that left end and the left and right of the first power transmission transverse axis (10.2) are arranged and the rear end power of the power transmission longitudinal axis (10.9) are connected, the front end of the power transmission longitudinal axis (10.9) is connected with the left end power of second transverse axis, second transverse axis right-hand member is connected with the left end power of the 3rd transverse axis, 3rd transverse axis right-hand member is connected with the 5th centralized positioning longitudinal axis (10.8) rear end power, Mobile base before Mobile base and first after the back segment of the first above-mentioned centralized positioning longitudinal axis (10.4) and leading portion arrange first respectively, limit guide rail (10.11) and the first front limit guide rail (10.12) after Mobile base being respectively arranged with first before Mobile base and first after first, Mobile base before Mobile base and second after the back segment of the second above-mentioned centralized positioning longitudinal axis (10.5) and leading portion arrange second respectively, after second, the left side of Mobile base is provided with punch mechanism right support seat (10.13), Mobile base before Mobile base and the 3rd after the back segment of the 3rd above-mentioned centralized positioning longitudinal axis (10.6) and leading portion arrange the 3rd respectively, after 3rd, the right side of Mobile base is provided with punch mechanism left support seat (10.14), after 3rd, the left side of Mobile base is provided with V punch mechanism right support seat (10.15), Mobile base before Mobile base and the 4th after the back segment of the 4th above-mentioned centralized positioning longitudinal axis (10.7) and leading portion arrange the 4th respectively, after 4th, the right side of Mobile base is provided with V punch mechanism left support seat (10.16), Mobile base before second, before Mobile base and the 4th, Mobile base is provided with the second front limit guide rail (10.17) of lateral arrangement before 3rd, the base of the punch mechanism (3.1) of punch press (3) is arranged on punch mechanism right support seat (10.13) and punch mechanism left support seat (10.14), the base of the V punch mechanism (3.2) of punch press (3) is arranged in V punch mechanism right support seat (10.15) and V punch mechanism left support seat (10.16), the 5th above-mentioned centralized positioning longitudinal axis (10.8) is provided with traveling table supporting seat (10.18), shearing machine supporting seat (10.18) is provided with traveling table (11), traveling table (11) is arranged the base of shearing machine (4), vertical guide shaft (10.10) and the power transmission longitudinal axis (10.9) are through traveling table.
5. according to claim 1 a kind of two cut two and rush centralized positioning cut-to-length, it is characterized in that also being provided with between described uncoiler (1) and feeder (2) and slip flitch (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520830976.1U CN205184257U (en) | 2015-10-26 | 2015-10-26 | Two cut two dashes horizontal trimming in center location |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520830976.1U CN205184257U (en) | 2015-10-26 | 2015-10-26 | Two cut two dashes horizontal trimming in center location |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205184257U true CN205184257U (en) | 2016-04-27 |
Family
ID=55777288
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520830976.1U Expired - Fee Related CN205184257U (en) | 2015-10-26 | 2015-10-26 | Two cut two dashes horizontal trimming in center location |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205184257U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105196065A (en) * | 2015-10-26 | 2015-12-30 | 江阴如一科技发展有限公司 | Double-shearing and double-punching centralized positioning cut-to-length line |
| CN109202163A (en) * | 2018-11-23 | 2019-01-15 | 广东科盈智能装备制造有限公司 | A kind of full-automatic silicon steel sheet shearing lamination production line |
| CN112975419A (en) * | 2021-02-04 | 2021-06-18 | 刘炎岗 | Numerical control automatic lathe for punching and shearing transverse shearing line of silicon steel sheet |
-
2015
- 2015-10-26 CN CN201520830976.1U patent/CN205184257U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105196065A (en) * | 2015-10-26 | 2015-12-30 | 江阴如一科技发展有限公司 | Double-shearing and double-punching centralized positioning cut-to-length line |
| CN105196065B (en) * | 2015-10-26 | 2017-05-24 | 江阴如一科技发展有限公司 | Double-shearing and double-punching centralized positioning cut-to-length line |
| CN109202163A (en) * | 2018-11-23 | 2019-01-15 | 广东科盈智能装备制造有限公司 | A kind of full-automatic silicon steel sheet shearing lamination production line |
| CN112975419A (en) * | 2021-02-04 | 2021-06-18 | 刘炎岗 | Numerical control automatic lathe for punching and shearing transverse shearing line of silicon steel sheet |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10005202B2 (en) | Automatic machining device for high-speed rail pantograph carbon contact strip and machining method therefor | |
| CN103212648B (en) | A kind of numerical controlled shearing machine of packaged type centralized positioning feeding | |
| CN205184257U (en) | Two cut two dashes horizontal trimming in center location | |
| CN112845843A (en) | Refrigerator glass door metal end rail forming line | |
| CN203330517U (en) | Sizing mechanism used in front of metal band sawing machine in matched mode | |
| CN205184258U (en) | Two cut two sections of punching shearing of dashing horizontal trimming in center location | |
| CN211332327U (en) | Synchronous finish machining tool system for double end faces of multiple zinc-aluminum alloy parts | |
| CN105196065A (en) | Double-shearing and double-punching centralized positioning cut-to-length line | |
| CN203918101U (en) | A kind of vertical cut vertical saw | |
| CN205183920U (en) | Horizontal trimming ejection of compact machine | |
| CN217618022U (en) | Automatic plate shearing device | |
| CN105196066A (en) | Punching and shearing section of double-shearing and double-punching centralized positioning cut-to-length line | |
| CN203265456U (en) | Numerical control shearing machine with movable type centralized positioning feeding | |
| CN110026598A (en) | The method and multitool of a kind of incrementally longitudinally cutting plate incrementally longitudinal cutter | |
| CN205184423U (en) | Center positioning adjustment mechanism | |
| CN206105965U (en) | Sectional type cutting machine | |
| CN213005463U (en) | Nose bridge strip blank and feeding mechanism | |
| CN206367036U (en) | A kind of belt cutting machine with automatic discharging function | |
| CN202079085U (en) | Edging roller device of band hot rolling mill | |
| CN201483066U (en) | plate cutter | |
| CN114472621A (en) | Automatic regulating assembly for upper pressing knife of bending machine | |
| CN211028517U (en) | High-efficiency plasma material cutting machine | |
| CN106424453A (en) | Automatic steel hook machining equipment | |
| CN105195812A (en) | Horizontal cutting line discharging machine | |
| CN207309043U (en) | A kind of milling attachment of milling straight flute |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160427 Termination date: 20211026 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |