CN205342470U - Cantilever type section bar processingequipment - Google Patents
Cantilever type section bar processingequipment Download PDFInfo
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- CN205342470U CN205342470U CN201521031270.5U CN201521031270U CN205342470U CN 205342470 U CN205342470 U CN 205342470U CN 201521031270 U CN201521031270 U CN 201521031270U CN 205342470 U CN205342470 U CN 205342470U
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Abstract
The utility model discloses a cantilever type section bar processingequipment, including frame, two workstation line rail, duplex head line rail, workstation and aircraft nose device, the aircraft nose device is followed the motor of aircraft nose line rail back -and -forth movement and is set up the head structure on aircraft nose base cantilever structure including aircraft nose base cantilever structure, the drive aircraft nose base cantilever structure who sets up on aircraft nose line rail, and aircraft nose base cantilever structure and head structure all adopt fretwork reinforced tendons structure. The utility model discloses a set the aircraft nose device to fretwork reinforced tendons structure, both satisfied the support degree needs, reduce the aircraft nose installation weight again, reduce operation power, improve functioning speed, through setting up two workstation line rails and duplex head line rail, make workstation and aircraft nose smooth movement on the double -line rail, improve and move efficiency, set up press from both sides the material structure to section bar both ends automatic presss from both sides tight, labour saving and time saving, setting up the baffle and will placing the multilayer section bar alignment at the workstation, efficiency is fast, whole processingequipment structure sets up rationally, satisfies the operation requirement.
Description
Technical field
This utility model relates to a kind of shape extrusion device, in particular a kind of cantilevered shape extrusion device.
Background technology
Existing sectional bar processing equipment is unreasonable owing to structure is arranged (e.g., owing to workbench is arranged on single guide rail, and by screw rod transmission, causes occurring when workbench is movable unstable situation affecting the movement of workbench；Movable workbench is unfixing after putting in place, and the mechanical vibration occurred in shape extrusion process cause that section bar offsets with workbench, affect section bar crudy；Need manually to be clamped materials and parts, waste time and energy；Simultaneously during processing multilamellar section bar, it is necessary to manually adjusting alignment, efficiency is low；Head utilizes screw rod transmission power, causes fluctuation of service in the head how course of processing, affects section bar crudy；Etc.), reduce the operational efficiency of process equipment, affect section bar crudy, it is impossible to meet instructions for use.
Therefore, prior art has yet to be improved and developed.
Utility model content
The purpose of this utility model is in that to provide a kind of cantilevered shape extrusion device, it is intended to solves existing sectional bar processing equipment structure and arranges unreasonable, causes reducing equipment operating efficiency, the problem affecting section bar crudy.
The technical solution of the utility model is as follows:
A kind of cantilevered shape extrusion device, wherein, including support, parallel to each other be arranged on support two workbench line rails, parallel to each other be arranged on support two head line rails, the workbench being arranged on two workbench line rails, drive workbench along the movable movable workbench motor of workbench line rail and the frame head apparatus that is arranged on two head line rails；Machine head base cantilever design that described frame head apparatus includes being arranged on head line rail, driving machine head base cantilever design along the movable motor of head line rail and the handpiece structure that is arranged in machine head base cantilever design, described machine head base cantilever design and handpiece structure all adopt the enhancing muscle structure of hollow out.
Described cantilevered shape extrusion device, wherein, described workbench line rail and head line rail are parallel to each other, and the horizontal plane at head line rail place is higher than the level at workbench line rail place；Described workbench includes multiple guide rail being arranged on workbench line rail and move forward and backward along workbench line rail, and described guide rail is orthogonal with workbench line rail, and described guide rail is connected by rack pinion with movable workbench motor.
Described cantilevered shape extrusion device, wherein, described machine head base cantilever design include being arranged on head line rail and along the movable bedplate of head line rail, be arranged on the first cantilever shalving of bedplate side, be arranged on first cantilever at the first cantilever shalving top, be arranged on the second cantilever shalving of bedplate opposite side and be arranged on second cantilever at the second cantilever shalving top, described first cantilever shalving and the second cantilever shalving are parallel to each other, and the first cantilever shalving and the second cantilever shalving are perpendicular to head line rail；First cantilever shalving and the first cantilever feature integral are arranged to engraved structure, second cantilever shalving and the second cantilever feature integral are arranged to engraved structure, handpiece structure is erected between the first cantilever and the second cantilever, and motor is connected with bedplate, drives whole machine head base cantilever design to move forward and backward along head line rail.
Described cantilevered shape extrusion device, wherein, described first cantilever erection is set to square hollow out shelf structure, the first circular enhancing muscle and the second circular enhancing muscle it is provided with in square hollow out frame, described first circular enhancing muscle and the second circular muscle that strengthens form donut structure, the second circular muscle that strengthens is inscribed within the left and right sides of square hollow out frame, is provided with the radial enhancing muscle being the center of circle with the first circular enhancing muscle in square hollow out frame；It is provided with hierarchic structure in described first cantilever and strengthens muscle；Described second cantilever shalving structure is consistent with the first cantilever shalving structure, and the second cantilever design is consistent with the first cantilever design.
Described cantilevered shape extrusion device, wherein, described first cantilever is provided with first longitudinal slide rail, the second cantilever is provided with second longitudinal slide rail；Described handpiece structure include being arranged on the longitudinal seat on first longitudinal slide rail and second longitudinal slide rail, the vertical slide rail being arranged on longitudinal seat, the vertical seat being arranged on vertical slide rail, drive longitudinal direction seat along the movable longitudinal motor of first longitudinal slide rail and second longitudinal slide rail, drive the vertical motor of vertical seat vertically slide rail oscilaltion and be arranged on the head in vertical seat bottom portion；Described longitudinal seat and vertical seat are all provided with being set to the enhancing muscle structure of hollow out.
Described cantilevered shape extrusion device, wherein, described longitudinal seat includes the 3rd connecting plate that the first connecting plate, " L " shape link and one end that one end is connected is connected with vertical seat with vertical seat, the vertical end of described " L " shape link is connected with vertical seat, described first connecting plate and the 3rd connecting plate are respectively placed in the both sides of " L " shape link, it is evenly arranged with multiple enhancing muscle between first connecting plate and " L " shape link, between the 3rd connecting plate and " L " shape link, is evenly arranged with multiple enhancing muscle；It is arranged to hollow out shelf structure in " L " shape link, is evenly arranged with multiple transverse direction in hollow out shelf structure and strengthens muscle；It is evenly arranged with multiple muscle longitudinal direction of strengthening muscle horizontal with connection that laterally strengthen in described vertical seat and strengthens muscle, be additionally provided with X-shaped enhancing muscle in one end that vertical seat is connected with head.
Described cantilevered shape extrusion device, wherein, also including arranging on the table and on the table along the clamping device that the direction being perpendicular to workbench line rail is movable, described clamping device includes the fixing material clamping part being fixedly installed on guide rail one end and the mobile material clamping part being arranged on guide rail and moving forward and backward along guide rail；Described fixing material clamping part includes being fixedly installed on the fixing plate of material folding of guide rail one end, the material folding fixed rack being arranged on the fixing plate of material folding, be fastened on material folding fixed rack and along the fixing material folding block of material folding fixed rack oscilaltion, described fixing material folding block is connected with material folding lifting power plant；Described mobile material clamping part includes merging with guide rail card and moves slide block along the material folding that guide rail is movable, the material folding Mobile base moving on slide block that is arranged on material folding, the material folding shifting sledge being arranged on material folding Mobile base, is fastened on material folding shifting sledge and along the mobile material folding block of material folding shifting sledge oscilaltion, described material folding is moved slide block and is moved power set with material folding and be connected, and mobile material folding block is connected with material folding lifting power plant.
Described cantilevered shape extrusion device, wherein, also includes the retaining device for arranging the alignment of multilamellar section bar, and described retaining device is arranged on workbench line rail, is placed in workbench two ends；Described retaining device includes being arranged on the first baffle arrangement on workbench line rail and second baffle structure, and described first baffle arrangement is arranged on workbench one end, and second baffle structure is arranged on the other end of workbench；Described first baffle arrangement includes the first gear panel seat being fixed on workbench line rail, the first directive slide track being arranged on first gear panel seat, be connected on the first directive slide track and the first lead of sliding up and down along the first directive slide track and the first baffle plate being arranged on the first lead top, and described first baffle plate is connected with backgauge lifting power plant；Second baffle structure includes the second gear panel seat being fixed on workbench line rail, the second directive slide track being arranged on second gear panel seat, be connected on the second directive slide track and the second lead of sliding up and down along the second directive slide track and the second baffle being arranged on the second lead top, and described second baffle is connected with backgauge lifting power plant.
Described cantilevered shape extrusion device, wherein, also includes being arranged on outside head, for protecting the safety guard plate of head.
Described cantilevered shape extrusion device, wherein, also includes being arranged on support side, running safety-conscious safe grating for alert device.
The beneficial effects of the utility model: this utility model is by providing a kind of cantilevered shape extrusion device, by machine head base and cantilever feature integral are arranged, machine head base and cantilever are arranged to the enhancing muscle structure of hollow out, both the needs of support degree had been met, the weight of whole machine head base and cantilever can be substantially reduced again, lower and run required power, improve the speed of service of head；Headstock is arranged to the enhancing muscle structure of hollow out simultaneously, reduces the weight of total further；The power-equipment driving machine head base and head to move is arranged in the engraved structure of machine head base, reduces the volume of total, make total compacter；By arranging Double line rail structure, make workbench move forward and backward smoothly on Double line rail under the drive of motor and rack-and-pinion, be greatly improved the mobile efficiency of workbench；Head adopts the linear roller line rail of efficient stable, low noise, low-friction coefficient, is greatly improved the stability that head moves, and adopts the ball screw of precise rotation to drive head to move, improves mobile efficiency；By arranging the material folding structure of dovetail type on the table, the two ends of section bar are clamped, by material folding structure along movable workbench to regulate the distance at material folding structure two ends so that material folding structure goes for the clamping of the section bar of different in width；Material folding structure can also rise or fall to meet the requirement of the section bar of differing heights by the grip block in mobile material folding structure；Whole adjustment process is automatically performed, it is not necessary to manual adjustment, and time saving and energy saving, efficiency is fast；Material folding structure is applied widely, is suitable for the clamping of more various sizes of section bar；Being alignd by the multilamellar section bar being placed on workbench by being arranged on the baffle plate at workbench two ends, replace manual sorting section bar, time saving and energy saving, efficiency is fast；Baffle arrangement is arranged to liftable, when needs arrange section bar, baffle plate is risen and realizes section bar is alignd, it is not necessary to when arranging section bar, baffle plate is dropped to below workbench hidden, so, does not interfere with the processing of section bar；The baffle plate at two ends can also be arranged to move by rail along the line, so, baffle plate just can be made to be suitable for the arrangement of section bar of more size, it is necessary to when arranging various sizes of section bar, as long as rising again after rail along the line for the baffle plate at two ends is moved to suitable position, section bar is arranged；Whole cantilevered shape extrusion device is arranged rationally, meets instructions for use.
Accompanying drawing explanation
Fig. 1 is the structural representation of cantilevered shape extrusion device in this utility model.
Fig. 2 is the structural representation of another embodiment of workbench in this utility model.
Fig. 3 is the structural representation of frame head apparatus in this utility model.
Fig. 4 is the side view of frame head apparatus in this utility model.
Fig. 5 is the rearview of frame head apparatus in this utility model.
Fig. 6 is the structural representation of clamping device in this utility model.
Fig. 7 is the structural representation of retaining device in this utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearly, clearly, develop simultaneously embodiment to this utility model further description referring to accompanying drawing.
As shown in figs. 1-7, a kind of cantilevered shape extrusion device include support 100, parallel to each other be arranged on support 100 two workbench line rails 200, parallel to each other be arranged on support 100 two head line rails 900, the workbench 300 being arranged on two workbench line rails 200, drive workbench 300 along the movable movable workbench motor (not shown in FIG.) of workbench line rail 200 and the frame head apparatus 400 that is arranged on two head line rails 900；Machine head base cantilever design that described frame head apparatus 400 includes being arranged on head line rail 900, driving machine head base cantilever design along the movable motor 430 of head line rail 900 and the handpiece structure that is arranged in machine head base cantilever design, described machine head base cantilever design and handpiece structure all adopt the enhancing muscle structure of hollow out.Strengthening muscle structure by machine head base cantilever design and handpiece structure being arranged to hollow out, both having met the needs of support degree, the weight of whole frame head apparatus 400 can be substantially reduced again, lower and run required power, improve the speed of service of head.
Specifically, described workbench line rail 200 and head line rail 900 are parallel to each other, and the horizontal plane at head line rail 900 place is higher than the level at workbench line rail 200 place；Being cased with the first travelling gear on the motor shaft of described movable workbench motor, workbench 200 is connected with the first driving rack, and the first travelling gear and the first tooth bar connect engaged transmission.By arranging double-workbench line rail 200, make workbench 300 more steady in the process of movement, make workbench line rail 200 that workbench 300 is realized gentle support；Movable workbench motor drives workbench 300 to move by the first rack-and-pinion, is greatly improved the workbench 300 mobile efficiency on workbench line rail 200, also improves the stability of movement further simultaneously；Frame head apparatus 400 adopts the Double-head line rail 900 of efficient stable, low noise, low-friction coefficient, is greatly improved the stability that head moves, and improves mobile efficiency.
Specifically, described workbench 300 can adopt flat work top structure, it is also possible to is formed by multiple track combination.In the present embodiment, workbench 300 adopts many rail combination: include multiple guide rail being arranged on workbench line rail 200 and move forward and backward along workbench line rail 200, described guide rail is orthogonal with workbench line rail 200, and described guide rail is connected by rack pinion with movable workbench motor.Workbench 200 being arranged to the form of multiple guide rail, is possible not only to save material, and guide rail and workbench line rail 200 form bridge formula lathe bed structure, section bar is placed on workbench 300 can be more steady, improves translational speed and the operational efficiency of workbench 300.
As in Figure 3-5, in order to meet the needs of support degree, reduce again the weight of frame head apparatus 400 as much as possible simultaneously, in the present embodiment, described machine head base cantilever design includes the bedplate 411 being arranged on head line rail 900 and moving forward and backward along head line rail 900, it is arranged on the first cantilever shalving 412 of bedplate 411 side, it is arranged on first cantilever 413 at the first cantilever shalving 412 top, it is arranged on the second cantilever shalving of bedplate 411 opposite side and is arranged on second cantilever at the second cantilever shalving top, described first cantilever shalving 412 and the second cantilever shalving are connected by connecting plate away from the side of handpiece structure；First cantilever shalving 412 is wholely set into engraved structure with the first cantilever 413, second cantilever shalving and the second cantilever feature integral are arranged to engraved structure, handpiece structure is erected between the first cantilever 413 and the second cantilever, motor 430 is connected with bedplate 411, drives whole frame head apparatus 400 to move forward and backward along head line rail 900.
Specifically, described first cantilever shalving 412 is arranged to square hollow out shelf structure, it is provided with the first circular muscle 412A and the second circle that strengthens in square hollow out frame and strengthens muscle 412B, the described first circular circular muscle 412B of enhancing of muscle 412A and the second that strengthens forms donut structure, the second circular muscle 412B that strengthens is inscribed within the left and right sides of square hollow out frame, is provided with the first circular enhancing muscle 412A radial enhancing muscle 412C being the center of circle in square hollow out frame；It is provided with hierarchic structure in described first cantilever 413 and strengthens muscle 413A；Described second cantilever shalving structure is consistent with the first cantilever shalving 412 structure, and the second cantilever design is consistent with the first cantilever 413 structure.
Specifically, described first cantilever 413 is provided with first longitudinal slide rail, being provided with second longitudinal slide rail on second cantilever, described handpiece structure includes being arranged on the longitudinal seat 421 on first longitudinal slide rail and second longitudinal slide rail, the vertical slide rail being arranged on longitudinal seat 421, the vertical seat 422 being arranged on vertical slide rail, driving longitudinal seat 421 to connect along longitudinal motor that first longitudinal slide rail and second longitudinal slide rail are movable, drive the vertical motor of vertical seat 422 vertically slide rail oscilaltion and be arranged on the head 423 bottom vertical seat 422.
In order to reduce the weight of whole machine head base structure further, described longitudinal seat 421 and vertical seat 422 are all provided with being set to the enhancing muscle structure of hollow out.Specifically, described longitudinal seat 421 includes the first connecting plate 421A that one end is connected with vertical seat 422, the 3rd connecting plate 421C that " L " shape link 421B and one end are connected with vertical seat 422, the vertical end of described " L " shape link 421B is connected with vertical seat 422, described first connecting plate 421A and the three connecting plate 421C is respectively placed in the both sides of " L " shape link 421B, it is evenly arranged with multiple enhancing muscle between first connecting plate 421A and " L " shape link 421B, it is evenly arranged with multiple enhancing muscle between 3rd connecting plate 421C and " L " shape link 421B, it is arranged to hollow out shelf structure in " L " shape link 421B, it is evenly arranged with multiple transverse direction in hollow out shelf structure and strengthens muscle.It is evenly arranged with multiple longitudinal direction laterally strengthening muscle 422A and connect the horizontal muscle 422A of enhancing in described vertical seat 422 and strengthens muscle 422B, be additionally provided with X-shaped enhancing muscle 422C (X-shaped strengthens muscle 422C and meets the needs of support head 423 dynamics) in one end that vertical seat 422 is connected with head 423.
In order to avoid motor 430 hinders the operation of head 423, the mounting groove of bedplate 411 it is provided through in described bedplate 411, described motor 430 is mounted vertically in mounting groove, and described motor 430 drives machine head base cantilever design to move forward and backward along head line rail 900 by ball screw.
In order to reduce the volume of total, making total compacter, described longitudinal motor is arranged on longitudinal seat 421, and vertical motor is arranged on vertical seat 422, and longitudinal motor and vertical motor are all laterally disposed between the first cantilever shalving 412 and the second cantilever shalving.
In order to increase transmission torsional moment, improve the running precision of head 423, described longitudinal motor drives longitudinal seat 421 to move forward and backward along first longitudinal slide rail and second longitudinal slide rail by helical teeth drive mechanism, and vertical motor drives vertical seat 421 vertically slide rail oscilaltion by helical teeth drive mechanism.
In order to prevent head 423 from production environment causing potential safety hazard and dust accumulate in head 423 affect head 423 and run adding the chip produced man-hour, the described cantilevered handpiece structure for sectional bar processing equipment also includes being arranged on outside head 423, for protecting the safety guard plate of head 423.By arranging safty shield at head 423 place, solve head 423 and process the problem that during section bar, chip splashes, safty shield can block chip, prevent chip from outwards splashing, not only can ensure that the production safety of production environment, at the chip retracting device that is arranged below of safty shield, chip can also be reclaimed, both can guarantee that the cleanliness factor of production environment, also can to producing MAT'L recycling.
In order to quickly section bar be gripped on the table and meet the fixing of different size section bar, described Novel profile processing unit (plant) also includes being arranged on workbench 300 and along the clamping device 500 that the direction being perpendicular to workbench line rail 200 is movable on workbench 300, described clamping device 500 moves power set with material folding and is connected: by arranging the clamping device 500 movable along the direction being perpendicular to workbench line rail 200 on workbench 300, to regulate the distance at clamping device 500 two ends, clamping device 500 is made to go for the clamping of section bar of different in width, clamping device 500 moves in material folding and moves under the drive of power set, adjustable range is automatically performed, without artificial participation, time saving and energy saving, efficiency is fast.
Specifically, each guide rail arranging a clamping device 500: section bar is placed on multiple guide rail, the clamping device 500 on each guide rail moves to applicable position along guide rail, clamps from two ends by section bar.Each guide rail arranges a clamping device 500, strengthens the dynamics of material folding, it is ensured that section bar will not be shifted in the process of processing, it is ensured that the machining accuracy of section bar.
Specifically, the concrete structure of described clamping device 500 following (as shown in Figure 6): include the fixing material clamping part 510 being fixedly installed on guide rail one end and the mobile material clamping part 520 being arranged on guide rail and moving forward and backward along guide rail, described fixing material clamping part 510 includes being fixedly installed on the fixing plate 511 of material folding of guide rail one end, the material folding fixed rack 512 being arranged on the fixing plate 511 of material folding, be fastened on material folding fixed rack 512 and along the fixing material folding block 513 of material folding fixed rack 512 oscilaltion, described fixing material folding block 513 is connected with material folding lifting power plant；Described mobile material clamping part 520 includes the material folding merged with guide rail card along guide rail is movable and moves slide block 521, it is arranged on the material folding Mobile base 522 that material folding is moved on slide block 521, it is arranged on the material folding shifting sledge on material folding Mobile base 522, it is fastened on material folding shifting sledge and along the mobile material folding block 524 of material folding shifting sledge oscilaltion, described material folding is moved slide block 521 and is moved power set with material folding and be connected, mobile material folding block 524 is connected with material folding lifting power plant: arrange fixing material clamping part 510 and mobile material clamping part 520, when needing the material folding size regulating clamping device 500 two ends, the mobile material clamping part 520 direction along guide rail toward fixing material clamping part 510 or the opposite direction toward fixing material clamping part 510 direction is driven to move as long as moving power set by material folding, just can regulate the distance between fixing material clamping part 510 and mobile material clamping part 520, so that clamping device 500 adapts to the clamping of the section bar of different in width；When needing the material folding height regulating clamping device 500, as long as driving fixing material folding block 513 along material folding fixed rack 512 oscilaltion and to drive mobile material folding block 524 just can regulate the material folding height of fixing material folding block 513 and mobile material folding block 524 along material folding shifting sledge oscilaltion by material folding lifting power plant, to adapt to the clamping of the section bar of differing heights.
At the same time during processing multilamellar section bar, in order to be able to realize multilamellar section bar quick alignment, described Novel profile processing unit (plant) also includes the retaining device 600 for arranging the alignment of multilamellar section bar, and described retaining device 400 is arranged on workbench line rail 200, is placed in workbench 300 two ends.
Specifically, described retaining device 600 includes being arranged on the first baffle arrangement on workbench line rail 200 and second baffle structure, described first baffle arrangement is arranged on workbench 300 one end, second baffle structure is arranged on the other end of workbench 300, are alignd in the two ends of multilamellar section bar by the first baffle arrangement and second baffle structure being arranged on workbench 300 two ends simultaneously, replace manually aliging section bar, and time saving and energy saving, efficiency is fast.
In order to avoid retaining device 600 hinders the processing of section bar, described first baffle arrangement and second baffle structure can be arranged to collapsible or liftable, concrete structure is as follows: (1) first baffle arrangement and second baffle structure are arranged to folding: the first baffle arrangement includes the first gear panel seat being fixed on workbench line rail 200, one end is fixed on the first folding rod on first gear panel seat, the first baffle plate being connected with the first folding rod other end, described first baffle plate is connected with folding power device, first baffle plate is also connected with one end of the first back-moving spring, the other end of the first back-moving spring is fixed on workbench line rail 200；Second baffle structure includes the second gear panel seat being fixed on workbench line rail 200, one end is fixed on the second folding rod on second gear panel seat, the second baffle being connected with the second folding rod other end, described second baffle is connected with folding power device, second baffle is also connected with one end of the second back-moving spring, the other end of the second back-moving spring is fixed on workbench line rail 200: when needs arrange section bar, first baffle plate and second baffle stretch out under the drive of folding power device, the first baffle plate and second baffle is made to be placed in the two ends of workbench 300 and higher than workbench 300 horizontal plane, so, first baffle plate and second baffle just can realize the alignment to section bar, when need not align section bar time, folding power device is closed, first baffle plate and second baffle reset under the drive of respective back-moving spring, first folding rod and the second folding rod fold, first baffle plate and second baffle reset, it is placed in the lower section of workbench 300, so, first baffle plate and second baffle will not hinder the processing of section bar.(2) first baffle arrangements and second baffle structure are arranged to liftable (as shown in Figure 7): the first baffle arrangement includes the first gear panel seat 610 being fixed on workbench line rail 200, the first directive slide track being arranged on first gear panel seat, be connected on the first directive slide track and the first lead 620 of sliding up and down along the first directive slide track and the first baffle plate 630 being arranged on the first lead top, and described first baffle plate 630 is connected with backgauge lifting power plant；Second baffle structure includes the second gear panel seat being fixed on workbench line rail 200, it is arranged on the second directive slide track on second gear panel seat, the second lead being connected on the second directive slide track and slide up and down along the second directive slide track and the second baffle being arranged on the second lead top, described second baffle is connected with backgauge lifting power plant: when needs arrange section bar, first baffle plate 630 and second baffle rise to peak and higher than workbench 300 horizontal plane under the drive of backgauge lifting power plant, so, first baffle plate 630 and second baffle just can realize the alignment to section bar, when need not align section bar time, backgauge lifting power plant drives the first baffle plate 630 and second baffle to drop to minimum point to make the first baffle plate 630 and second baffle be placed in the lower section of workbench 300, so, first baffle plate 630 and second baffle will not hinder the processing of section bar.
Because section bar has the different size (longer dimensions having, some sizes are shorter), in order to make retaining device 600 arrange suitable in the alignment of more size section bars, described first baffle arrangement or second baffle structure can be provided fixed on workbench line rail 200, second baffle structure or the first baffle arrangement move at backgauge and move forward and backward along workbench line rail 200 under the drive of power set: can move forward and backward along workbench line rail 200 by being arranged to by one of them baffle arrangement, so, when arranging various sizes of section bar, just can move moveable baffle arrangement according to actual needs to meet instructions for use.
In order to strengthen the motility of retaining device 600 further, described first baffle arrangement and second baffle structure are arranged in backgauge simultaneously and move and move forward and backward along workbench line rail 200 under the drive of power set: the first baffle arrangement and second baffle structure are arranged to movably, it is possible to regulate the distance between the first baffle arrangement and second baffle structure to meet the requirement of various sizes of section bar simultaneously.
In order to avoid because not knowing sectional bar processing equipment to be currently running and security incident that maloperation causes, described Novel profile processing unit (plant) also includes the safe grating being arranged on support 100 side, described safe grating starts when sectional bar processing equipment runs, remind personnel equipment to be around currently running, take care；When sectional bar processing equipment is stopped transport, safe grating is closed, and personnel around can near adjustment equipment.
This cantilevered shape extrusion device is by arranging machine head base and cantilever feature integral, machine head base and cantilever are arranged to the enhancing muscle structure of hollow out, both the needs of support degree had been met, the weight of whole machine head base and cantilever can be substantially reduced again, lower and run required power, improve the speed of service of head；Headstock is arranged to the enhancing muscle structure of hollow out simultaneously, reduces the weight of total further；The power-equipment driving machine head base and head to move is arranged in the engraved structure of machine head base, reduces the volume of total, make total compacter；By arranging Double line rail structure, make workbench move forward and backward smoothly on Double line rail under the drive of motor and rack-and-pinion, be greatly improved the mobile efficiency of workbench；Head adopts the linear roller line rail of efficient stable, low noise, low-friction coefficient, is greatly improved the stability that head moves, and adopts the ball screw of precise rotation to drive head to move, improves mobile efficiency；By arranging the material folding structure of dovetail type on the table, the two ends of section bar are clamped, by material folding structure along movable workbench to regulate the distance at material folding structure two ends so that material folding structure goes for the clamping of the section bar of different in width；Material folding structure can also rise or fall to meet the requirement of the section bar of differing heights by the grip block in mobile material folding structure；Whole adjustment process is automatically performed, it is not necessary to manual adjustment, and time saving and energy saving, efficiency is fast；Material folding structure is applied widely, is suitable for the clamping of more various sizes of section bar；Being alignd by the multilamellar section bar being placed on workbench by being arranged on the baffle plate at workbench two ends, replace manual sorting section bar, time saving and energy saving, efficiency is fast；Baffle arrangement is arranged to liftable, when needs arrange section bar, baffle plate is risen and realizes section bar is alignd, it is not necessary to when arranging section bar, baffle plate is dropped to below workbench hidden, so, does not interfere with the processing of section bar；The baffle plate at two ends can also be arranged to move by rail along the line, so, baffle plate just can be made to be suitable for the arrangement of section bar of more size, it is necessary to when arranging various sizes of section bar, as long as rising again after rail along the line for the baffle plate at two ends is moved to suitable position, section bar is arranged；Whole cantilevered shape extrusion device is arranged rationally, meets instructions for use.
Should be understood that; application of the present utility model is not limited to above-mentioned citing; for those of ordinary skills, it is possible to improved according to the above description or convert, all these improve and convert the protection domain that all should belong to this utility model claims.
Claims (10)
1. a cantilevered shape extrusion device, it is characterized in that, including support, parallel to each other be arranged on support two workbench line rails, parallel to each other be arranged on support two head line rails, the workbench being arranged on two workbench line rails, drive workbench along the movable movable workbench motor of workbench line rail and the frame head apparatus that is arranged on two head line rails；Machine head base cantilever design that described frame head apparatus includes being arranged on head line rail, driving machine head base cantilever design along the movable motor of head line rail and the handpiece structure that is arranged in machine head base cantilever design, described machine head base cantilever design and handpiece structure all adopt the enhancing muscle structure of hollow out.
2. cantilevered shape extrusion device according to claim 1, it is characterised in that described workbench line rail and head line rail are parallel to each other, the horizontal plane at head line rail place is higher than the level at workbench line rail place；Described workbench includes multiple guide rail being arranged on workbench line rail and move forward and backward along workbench line rail, and described guide rail is orthogonal with workbench line rail, and described guide rail is connected by rack pinion with movable workbench motor.
3. cantilevered shape extrusion device according to claim 2, it is characterized in that, described machine head base cantilever design include being arranged on head line rail and along the movable bedplate of head line rail, be arranged on the first cantilever shalving of bedplate side, be arranged on first cantilever at the first cantilever shalving top, be arranged on the second cantilever shalving of bedplate opposite side and be arranged on second cantilever at the second cantilever shalving top, described first cantilever shalving and the second cantilever shalving are parallel to each other, and the first cantilever shalving and the second cantilever shalving are perpendicular to head line rail；First cantilever shalving and the first cantilever feature integral are arranged to engraved structure, second cantilever shalving and the second cantilever feature integral are arranged to engraved structure, handpiece structure is erected between the first cantilever and the second cantilever, and motor is connected with bedplate, drives whole machine head base cantilever design to move forward and backward along head line rail.
4. cantilevered shape extrusion device according to claim 3, it is characterized in that, described first cantilever erection is set to square hollow out shelf structure, the first circular enhancing muscle and the second circular enhancing muscle it is provided with in square hollow out frame, described first circular enhancing muscle and the second circular muscle that strengthens form donut structure, the second circular muscle that strengthens is inscribed within the left and right sides of square hollow out frame, is provided with the radial enhancing muscle being the center of circle with the first circular enhancing muscle in square hollow out frame；It is provided with hierarchic structure in described first cantilever and strengthens muscle；Described second cantilever shalving structure is consistent with the first cantilever shalving structure, and the second cantilever design is consistent with the first cantilever design.
5. cantilevered shape extrusion device according to claim 4, it is characterised in that be provided with first longitudinal slide rail on described first cantilever, the second cantilever is provided with second longitudinal slide rail；Described handpiece structure include being arranged on the longitudinal seat on first longitudinal slide rail and second longitudinal slide rail, the vertical slide rail being arranged on longitudinal seat, the vertical seat being arranged on vertical slide rail, drive longitudinal direction seat along the movable longitudinal motor of first longitudinal slide rail and second longitudinal slide rail, drive the vertical motor of vertical seat vertically slide rail oscilaltion and be arranged on the head in vertical seat bottom portion；Described longitudinal seat and vertical seat are all provided with being set to the enhancing muscle structure of hollow out.
6. cantilevered shape extrusion device according to claim 5, it is characterized in that, described longitudinal seat includes the 3rd connecting plate that the first connecting plate, " L " shape link and one end that one end is connected is connected with vertical seat with vertical seat, the vertical end of described " L " shape link is connected with vertical seat, described first connecting plate and the 3rd connecting plate are respectively placed in the both sides of " L " shape link, it is evenly arranged with multiple enhancing muscle between first connecting plate and " L " shape link, between the 3rd connecting plate and " L " shape link, is evenly arranged with multiple enhancing muscle；It is arranged to hollow out shelf structure in " L " shape link, is evenly arranged with multiple transverse direction in hollow out shelf structure and strengthens muscle；It is evenly arranged with multiple muscle longitudinal direction of strengthening muscle horizontal with connection that laterally strengthen in described vertical seat and strengthens muscle, be additionally provided with X-shaped enhancing muscle in one end that vertical seat is connected with head.
7. cantilevered shape extrusion device according to claim 2, it is characterized in that, also including arranging on the table and on the table along the clamping device that the direction being perpendicular to workbench line rail is movable, described clamping device includes the fixing material clamping part being fixedly installed on guide rail one end and the mobile material clamping part being arranged on guide rail and moving forward and backward along guide rail；Described fixing material clamping part includes being fixedly installed on the fixing plate of material folding of guide rail one end, the material folding fixed rack being arranged on the fixing plate of material folding, be fastened on material folding fixed rack and along the fixing material folding block of material folding fixed rack oscilaltion, described fixing material folding block is connected with material folding lifting power plant；Described mobile material clamping part includes merging with guide rail card and moves slide block along the material folding that guide rail is movable, the material folding Mobile base moving on slide block that is arranged on material folding, the material folding shifting sledge being arranged on material folding Mobile base, is fastened on material folding shifting sledge and along the mobile material folding block of material folding shifting sledge oscilaltion, described material folding is moved slide block and is moved power set with material folding and be connected, and mobile material folding block is connected with material folding lifting power plant.
8. cantilevered shape extrusion device according to claim 2, it is characterised in that also including the retaining device for arranging the alignment of multilamellar section bar, described retaining device is arranged on workbench line rail, is placed in workbench two ends；Described retaining device includes being arranged on the first baffle arrangement on workbench line rail and second baffle structure, and described first baffle arrangement is arranged on workbench one end, and second baffle structure is arranged on the other end of workbench；Described first baffle arrangement includes the first gear panel seat being fixed on workbench line rail, the first directive slide track being arranged on first gear panel seat, be connected on the first directive slide track and the first lead of sliding up and down along the first directive slide track and the first baffle plate being arranged on the first lead top, and described first baffle plate is connected with backgauge lifting power plant；Second baffle structure includes the second gear panel seat being fixed on workbench line rail, the second directive slide track being arranged on second gear panel seat, be connected on the second directive slide track and the second lead of sliding up and down along the second directive slide track and the second baffle being arranged on the second lead top, and described second baffle is connected with backgauge lifting power plant.
9. cantilevered shape extrusion device according to claim 2, it is characterised in that also include being arranged on outside head, for protecting the safety guard plate of head.
10. cantilevered shape extrusion device according to claim 2, it is characterised in that also include being arranged on support side, running safety-conscious safe grating for alert device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521031270.5U CN205342470U (en) | 2015-12-10 | 2015-12-10 | Cantilever type section bar processingequipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521031270.5U CN205342470U (en) | 2015-12-10 | 2015-12-10 | Cantilever type section bar processingequipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205342470U true CN205342470U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521031270.5U Expired - Fee Related CN205342470U (en) | 2015-12-10 | 2015-12-10 | Cantilever type section bar processingequipment |
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| Country | Link |
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| CN (1) | CN205342470U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105397503A (en) * | 2015-12-10 | 2016-03-16 | 佛山欧亚特机械设备有限公司 | Cantilever type section bar machining device |
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2015
- 2015-12-10 CN CN201521031270.5U patent/CN205342470U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105397503A (en) * | 2015-12-10 | 2016-03-16 | 佛山欧亚特机械设备有限公司 | Cantilever type section bar machining device |
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