CN202411818U - Automatic production line for linear slide rail - Google Patents
Automatic production line for linear slide rail Download PDFInfo
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- CN202411818U CN202411818U CN2012200031951U CN201220003195U CN202411818U CN 202411818 U CN202411818 U CN 202411818U CN 2012200031951 U CN2012200031951 U CN 2012200031951U CN 201220003195 U CN201220003195 U CN 201220003195U CN 202411818 U CN202411818 U CN 202411818U
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Abstract
The utility model discloses an automatic production line for a linear slide rail, which comprises a coil unwinding mechanism, a feed guiding system, a roll forming system, a straightening system, a following stamping system, a hydraulic station and a control cabinet, wherein the coil unwinding mechanism is used for holding a coil and unwinding the coil into a liner sheet; the feed guiding system is used for guiding the linear sheet; the roll forming system is used for rolling the linear sheet into a linear guide rail; the straightening system is used for correcting the linearity of the linear guide rail obtained by roll formation; the following stamping system is used for punching and cutting off the linear guide rail; the hydraulic station is used for providing hydraulic oil for a cylinder in the production line; and the control cabinet is used for controlling the start/stop of an executing element in the production line. The following stamping system performs the punching and cutting-off during the motion of the sheet and automatically resets after the punching and cutting-off. The automatic production line for the linear slide rail has the advantages of improving the processing efficiency and quality of the linear slide rail, reducing the cost of the production system, and improving the production efficiency.
Description
Technical field
The utility model relates to a kind of line slide rail automatic production line.
Background technology
Be provided with many line slide rails in the refrigerator, so that glass plate in the refrigerator and drawer's push-and-pull.Line slide rail is to be formed through working procedure processing such as rolling, alignment, punching press and cut-outs by steel band.Include unreeling structure, charging guidance system, rolling system, alignment system and punch process system in the production line.The bar shaped steel band is launched by unreeling structure, gets into the rolling system through the charging guidance system, and the steel band after the rolling gets into the alignment system, gets into the punch process system after the alignment.
In the prior art, steel band is surrounded on the annular charging tray, and the annular charging tray is installed on the bin, by the pulling of the roll in production line steel band, and then drives annular charging tray rotation carrying out blowing.This one type of prior art syringe; During roll pulling steel band; The velocity of rotation of annular charging tray when rotating is wayward, and dispensing speed also has fluctuation, and the charging rate in the production line is fixed; So occur the inconsistent phenomenon of dispensing speed and charging rate easily, thereby influence product quality.
In existing production system, the steel band of expansion imports roll forming machine through the charging guide frame, in the process of rolling with the steel band cut-off.But roll forming machine and amateurish aligning mechanism, the steel band after the rolling does not have complete cut-off in the longitudinal direction, but has certain bending.When crooked steel band got into the punch process operation, owing to have certain bending at length direction on the steel band body, the precision of processing was wayward, and then influences product quality.And existing roll is that cantilevered is installed on the roll mandrel.In the process of rolling, rolled piece breaker roll and roll shaft have reaction force, and axial runout takes place the unsettled end of roll and roll shaft easily.Behind roll and roll shaft generation axial runout, the precision of rolling will be affected, and then influences the quality of production of product.
In existing punch process system, comprise punching mechanism and driving mechanism, driving mechanism is used to drive steel band and moves, and punching mechanism is used in punching on the steel band and with the steel strip cutting after the punching.At first drive steel band and move to Working position by driving mechanism; Shut down then, by punching mechanism steel band is carried out punch process and cut-out again, start again after the punch process; Again next section steel band is moved to Working position, carry out the punch process and the cut-out of next section steel band.Traditional method is to add limit switch to gather signal in the steel band front, or utilizes the rotary encoder acquisition pulse, controls the startup of steel band operation and stops each cut-out shutdown earlier through electrical control equipment.In this production line, could carry out punch process to steel band after needing to shut down, working (machining) efficiency is lower.
The utility model content
The utility model is the weak point that exists in the above-mentioned prior art for avoiding, and a kind of line slide rail automatic production line is provided, and to improve the working (machining) efficiency and the quality of line slide rail, the cost of reduction production system is also enhanced productivity.
The utility model is that technical solution problem rice is used following technical scheme.
The line slide rail automatic production line; Its design feature is, comprise be used for placing coiled strip and with coiled strip be launched into the linear pattern plate coiled strip unreeling structure, the charging guidance system that is used for the linear pattern plate is led, be used for linear pattern plate rolling become the linear pattern guide rail the rolling and forming system, be used for the linear pattern guide rail that rolling and forming obtains is carried out the alignment system that linearity proofreaies and correct and is used for the linear pattern guide rail is carried out punching and cuts off the trailing type punch process system of processing, the oil cylinder that is used to production line that the Hydraulic Station of hydraulic oil is provided, is used to control startup and the control cabinet that stops of the executive component of production line; Wherein, said trailing type punch process system comprises base and mould bases, is provided with line slideway on the said base; The bottom of said mould bases is set with the slide block that matches with said line slideway and can slide along line slideway, drives said mould bases and on said line slideway, slides; Said mould bases comprises many guide pillars, is provided with mould in the space that said many guide pillars surround; Said mould comprises mold and bed die, and said bed die is provided with column, is sheathed on back-moving spring on the said column; The top of mould bases is provided with and is used to drive the oil cylinder that said mold in the vertical direction moves up and down; Be provided with the fixed length guide rail that is fixed on the said mould bases in the left side of mould bases, on the said fixed length guide rail baffle plate be installed; Said baffle plate is fixed on the said fixed length guide rail through latch segment; Also be provided with limit switch on the said mould bases; Said mold is provided with sensor block; On said base one side, be provided with and be used to spur the reset cylinder that said mould bases slides on line slideway; Said mold is fixedly installed on the piston of said oil cylinder, also is provided with the cutter that is used to cut off workpiece on the said mold.
The design feature of the line slide rail automatic production line of the utility model also is:
Said mould bases includes four guide pillars, and said four guide pillars are fixed with first rectangular frame, second rectangular frame and the 3rd rectangular frame from top to down successively; Said oil cylinder is fixed in the top of said first rectangular frame, and said limit switch is fixed at a side of said first rectangular frame; Said sensor block is located at a side of said mold, and said limit switch and said sensor block are positioned at the same side of said mould bases.
Said coiled strip unreeling structure comprises base plate, casing, annular charging tray and bin; Said annular charging tray is installed on through the rotating shaft that is positioned at its center on the axle bed of said casing, and said bin is to be installed on the said annular charging tray with the coaxial mode of said annular charging tray; Within said casing, also be provided with damping unit, said damping unit comprises adjusting tank, damping block, adjustment screw rod and handwheel; Said adjusting tank is located within the casing and is fixed on the said axle bed; Said damping block is located within the adjusting tank and with the lower ends of adjusting screw rod and is connect; Said adjustment screw rod is connected with adjusting tank through the screw on the adjusting tank; The upper end of said adjustment screw rod stretches out in outside the casing, and said handwheel is fixedly arranged on the top of said adjustment screw rod.
Said bin comprises a plurality of arc pieces, many harmomegathus connecting rods, is provided with the thread barrel of internal thread, is provided with externally threaded harmomegathus screw rod and rocking handle; One end of said thread barrel is to be fixed on the said annular charging tray with the coaxial mode of said annular charging tray, and first end of harmomegathus screw rod is inserted in the other end of said thread barrel through the mode of threaded engagement; Said rocking handle is fixedly connected on second end of said harmomegathus screw rod through swivel nut; Be fixedly connected with a plurality of first harmomegathus connecting rods on the outer peripheral face of said thread barrel, be fixedly connected with a plurality of second harmomegathus connecting rods on the outer peripheral face of said harmomegathus screw rod; One end of one end of the said first harmomegathus connecting rod and the second harmomegathus connecting rod is fixedly connected with said thread barrel and said harmomegathus screw rod respectively; The other end of the other end of the said first harmomegathus connecting rod and the second harmomegathus connecting rod is fixedly connected on the two ends of each arc piece respectively, and the said first harmomegathus connecting rod and the second harmomegathus connecting rod are provided with the mode that is parallel to each other.
The bottom surface of said damping block is provided with deep-slotted chip breaker, so that damping block can connect through the mode that contacts with face between said deep-slotted chip breaker and the said rotating shaft.
Said rolling and forming system comprises many roll forming machines and drive motors, and said roll forming machine comprises the roll that is used for rolling linear pattern plate and is used for fixing the roll installing mechanism that said roll is installed; Said roll installing mechanism comprises the rolling gear-box, goes up moulding roll shaft and compacted under roll shaft; Said two ends of going up the moulding roll shaft are installed on both sides, said rolling gear-box top respectively, and said middle part of going up the moulding roll shaft is coaxially installed with molding roller; The two ends of said compacted under roll shaft are installed on the two bottom sides of rolling gear-box respectively, and the middle part of said compacted under roll shaft is coaxially installed with the compacted under roll.
Said alignment system includes the alignment gear-box; The length direction that is provided with the many said alignment gear-boxes in edge in the said alignment gear-box sets gradually and the alignment roll shaft of axis horizontal; The two ends of every alignment roll shaft are equipped with a driven wheel, are meshing with each other between the driven wheel of adjacent two alignment roll shafts; Said many alignment roll shafts are divided into alignment roll shaft and following alignment roll shaft, and said alignment roll shaft and the said alignment roll shaft down gone up is provided with the mode at interval one by one; Said going up is respectively arranged with alignment roll and following alignment roll on alignment roll shaft and the following alignment roll shaft.
On said alignment gear-box, be provided with the adjusting screw(rod) of the height that is used to regulate said alignment roll shaft at the two ends of every alignment roll shaft, the axis of said adjusting screw(rod) is vertical; The end face of said alignment gear-box is stretched out in the upper end of said adjusting screw(rod), and the upper end of said adjusting screw(rod) is provided with adjusting nut.
The said alignment roll of going up is little and the cylindrical structure that the middle part diameter is big of two ends diameter; Said down alignment roll is the big and little cylindrical structure of middle part diameter of two ends diameter.
Said alignment roll shaft has seven, and wherein three is last alignment roll shaft, and four are following alignment roll shaft.
Compared with present technology, the utility model beneficial effect is embodied in:
On unreeling structure, raw material is to be rolled into the coiled strip that encloses, becomes the linear pattern plate after unreeling; Linear pattern plate after unreeling gets into the charging guidance system, the charging guidance system is arranged to the channeling conduct of linear pattern plate, gets into the rolling and forming system; The roller mill of rolling and forming system is processed into the linear pattern guide rail with linear pattern plate rolling; The linear pattern guide rail gets into the alignment system, by the alignment system linear pattern guide rail is carried out linearity and proofreaies and correct, and makes the linear pattern guide rail keep good linearity; Linear pattern guide rail after the alignment gets into trailing type punch process system and carries out punching and cut-out, punching press through hole in the guide groove of linear pattern guide rail, and the linear pattern guide rail is cut into sectional, promptly obtain the line slide rail that uses on the refrigerator.
1) adopts trailing type punch process system, solved the problem that to shut down punching press again in the prior art earlier, improved production efficiency;
2) adopt coiled strip unreeling structure, solved that dispensing speed is subject to the influence of roll pulling force and the excessive problem that fluctuates in the prior art with damping unit.
3) adopted the roll shaft two ends to be installed in the rolling and forming system on the gear-box, thereby the problem of axial runout take place in moulding roll shaft and molding roller easily when having solved the floated roll shaft of available technology adopting, has improved the rolling quality;
4) adopt seven to take turns aligning mechanism; On difference, compress the linear pattern guide rail by alignment roll up and down; Utilize " Bauschinger effect " of sheet material, make linear pattern guide rail repeated deformation between, eliminate stress up and down than plain-barreled roll; Thereby reach the purpose that linear pattern sheet material is flat, improved the crudy of line slide rail.
The line slide rail automatic production line of the utility model has the working (machining) efficiency that can improve line slide rail and quality, reduces the cost of production system and advantage such as enhance productivity.
Description of drawings
Fig. 1 is the structural representation of the line slide rail automatic production line of the utility model.
Fig. 2 is the front view of trailing type punch process system of the line slide rail automatic production line of the utility model.
Fig. 3 is the vertical view of trailing type punch process system of the line slide rail automatic production line of the utility model.
Fig. 4 is the right view of trailing type punch process system of the line slide rail automatic production line of the utility model.
Fig. 5 is the front view of coiled strip unwinding device of the line slide rail automatic production line of the utility model.
Fig. 6 is the left view of coiled strip unwinding device of the line slide rail automatic production line of the utility model.
Fig. 7 is the vertical view of coiled strip unwinding device of the line slide rail automatic production line of the utility model.
Fig. 8 is the front view of roll installing mechanism of the line slide rail automatic production line of the utility model.
Fig. 9 is the front view of alignment system of the line slide rail automatic production line of the utility model
Figure 10 is the left view of alignment system of the line slide rail automatic production line of the utility model
Figure 11 is the vertical view of alignment system of the line slide rail automatic production line of the utility model.
Figure 12 is the cross-sectional view of line slide rail of production of the line slide rail automatic production line of the utility model.
Label in accompanying drawing 1～accompanying drawing 11:
Coiled strip unreeling structure 1,11 base plate, 12 casings, 13 charging trays, 14 bins; 141 arc pieces, 1,421 first harmomegathus connecting rods, 1,422 second harmomegathus connecting rods, 143 thread barrels, 144 harmomegathus screw rods; 145 rocking handles, 146 swivel nuts, 15 rotating shafts, 16 adjusting tanks, 17 damping blocks; 18 adjustment screw rods, 19 handwheels, 110 axle beds, 111 coiled strips;
Charging guidance system 2;
Rolling and forming system 3,31 roll forming machines, 311 rolling gear-boxes, moulding roll shaft on 312,313 compacted under roll shafts, molding roller on 314,315 compacted under rolls, drive motors 32,33 linear pattern guide rails;
Trailing type punch process system 5,51 bases, 52 mould bases, 521 guide pillars, 522 first rectangular frames; 523 second rectangular frames, 524 the 3rd rectangular frames, 53 line slideways, 54 slide blocks, 55 molds; 56 bed dies, 57 columns, 58 back-moving springs, 59 oil cylinders, 510 fixed length guide rails; 511 baffle plates, 512 latch segments, 513 limit switches, 514 sensor blocks, 515 reset cylinders;
Hydraulic Station 6, control cabinet 7.
Below pass through the specific embodiment, and combine accompanying drawing that the utility model is described further.
The specific embodiment
Referring to Fig. 1～Figure 11; The line slide rail automatic production line, comprise be used for placing coiled strip 111 and with coiled strip be launched into the linear pattern plate coiled strip unreeling structure 1, the charging guidance system 2 that is used for the linear pattern plate is led, be used for linear pattern plate rolling become linear pattern guide rail 33 rolling and forming system 3, be used for the linear pattern guide rail that rolling and forming obtains is carried out the alignment system 4 that linearity proofreaies and correct and is used for the linear pattern guide rail is carried out punching and cuts off the trailing type punch process system 5 of processing, the oil cylinder that is used to production line that the Hydraulic Station 6 of hydraulic oil is provided, is used to control startup and the control cabinet 7 that stops of the executive component of production line;
Wherein, said trailing type punch process system comprises base 51 and mould bases 52, is provided with line slideway 53 on the said base 51; The bottom of said mould bases 52 is set with the slide block 54 that matches with said line slideway 53 and can slide along line slideway 53, drives said mould bases 52 and on said line slideway 53, slides; Said mould bases 52 comprises many guide pillars 521, is provided with mould in the space that said many guide pillars 521 surround; Said mould comprises mold 55 and bed die 56, and said bed die 56 is provided with column 57, is sheathed on back-moving spring 58 on the said column 57; The top of mould bases 52 is provided with and is used to drive the oil cylinder 59 that said mold 55 in the vertical directions move up and down; Be provided with the fixed length guide rail 510 that is fixed on the said mould bases 52 in the left side of mould bases 52, on the said fixed length guide rail 510 baffle plate 511 be installed; Said baffle plate 511 is fixed on the said fixed length guide rail 510 through latch segment 512; Also be provided with limit switch 513 on the said mould bases 52; Said mold 55 is provided with sensor block 514; On said base 51 1 sides, be provided with and be used to spur the reset cylinder 515 that said mould bases 2 slides on line slideway 3; Said mold 55 is fixedly installed on the piston of said oil cylinder 59, also is provided with the cutter that is used to cut off workpiece on the said mold 55.On unreeling structure, raw material is to be rolled into the coiled strip 111 that encloses, becomes the linear pattern plate after unreeling; Linear pattern plate after unreeling gets into the charging guidance system, the charging guidance system is arranged to the channeling conduct of linear pattern plate, gets into the rolling and forming system; The roller mill of rolling and forming system is processed into linear pattern guide rail 33 with linear pattern plate rolling; Linear pattern guide rail 33 gets into the alignment system, by the alignment system linear pattern guide rail is carried out linearity and proofreaies and correct, and makes the linear pattern guide rail keep good linearity; Linear pattern guide rail after the alignment gets into trailing type punch process system and carries out punching and cut-out, punching press through hole in the guide groove of linear pattern guide rail, and the linear pattern guide rail is cut into sectional, promptly obtain the line slide rail that uses on the refrigerator.The executive component of the utility model includes drive units such as motor and oil cylinder.By Hydraulic Station is that oil cylinder provides hydraulic oil.Control cabinet is used to control the unlatching of executive component and stop.
Like Fig. 2～Fig. 4, be the trailing type punch process system of the production line of the utility model.Said column passes mould up and down, and back-moving spring is arranged at up and down between the mould.After the linear pattern plate is through the roll moulding of rolling and forming system; The linear pattern guide rail 33 that obtains gets into the trailing type system of processing, behind the space about linear pattern guide rail 33 passes between the mould, continues to the right to move to be connected on the baffle plate; And baffle plate is fixed on the fixed length guide rail; The fixed length guide rail is fixed on the said mould bases, thereby under the promotion of linear pattern guide rail 33, mould bases slides along line slideway from right to left; In the moving process of mould bases; The hydraulic oil cylinder driving mold moves down; Back-moving spring is compressed; Linear pattern guide rail 33 between the mould carries out punching processing to being clipped in up and down, and when the punching action is accomplished, cuts off by one section linear pattern guide rail 33 of punching, the cut linear pattern guide rail 33 entering magazine that drops.At this moment, the sensor block on the mold touches limit switch, stops to the oil cylinder fuel feeding, and mold resets under the effect of back-moving spring, and mold is back into original position, prepares die-cut next time.Simultaneously, reset cylinder starts, and the pulling mould bases moves along line slideway from right to left, is returned to original position.By next section linear pattern guide rail 33 butt baffle plates, carry out the punching of next section linear pattern guide rail 33 and handle then with cutting off.The production system of the utility model through each subsystem, is processed into line slide rail with coiled strip.
When linear pattern guide rail 33 gets into the trailing type system of processing; Linear pattern guide rail 33 by motion promotes system of processing; In 33 motions of linear pattern guide rail, carrying out punching press handles with cutting off; And punching press automatically resets under the effect of reset cylinder with the cut-out back, has solved the problem that need shut down punching press again in the prior art earlier, has improved working (machining) efficiency.Wherein the effect of fixed length guide rail and baffle plate is the adjustment product size.When producing the linear pattern guide rail 33 of different length, unclamp latch segment, lock latch segment the position of adjustment baffle plate on the fixed length guide rail again, just can produce the length dimension Different products, makes native system have good versatility.
Said mould bases 52 includes four guide pillars 521, and said four guide pillars 521 are fixed with first rectangular frame 522, second rectangular frame 523 and the 3rd rectangular frame 524 from top to down successively; Said oil cylinder 59 is fixed in the top of said first rectangular frame 522, and said limit switch 513 is fixed at a side of said first rectangular frame 522; Said sensor block 514 is located at a side of said mold 55, and said limit switch 513 and said sensor block 514 are positioned at the same side of said mould bases 52.In the space that four guide pillars surround mould is set, parts such as oil cylinder are set on rectangular frame, make that the trailing type punch process system architecture of the utility model is compact, it is less to take up room.
Like Fig. 5～Fig. 7; Said coiled strip unreeling structure 1 comprises base plate 11, casing 12, annular charging tray 13 and bin 14; Said annular charging tray 13 is installed on through the rotating shaft 15 that is positioned at its center on the axle bed 110 of said casing 12, and said bin 14 is to be installed on the said annular charging tray 13 with said annular charging tray 13 coaxial modes; Within said casing 12, also be provided with damping unit, said damping unit comprises adjusting tank 16, damping block 17, adjustment screw rod 18 and handwheel 19; Said adjusting tank 16 is located within the casing 12 and is fixed on the said axle bed 110; Said damping block 17 is located within the adjusting tank 16 and with the lower ends of adjusting screw rod 18 and is connect; Said adjustment screw rod 18 is connected with adjusting tank 16 through the screw on the adjusting tank 16; The upper end of said adjustment screw rod 18 stretches out in outside the casing 12, and said handwheel 19 is fixedly arranged on the top of said adjustment screw rod 18.When the band shape coiled strip 111 on the bin launched under the pulling of the roll of roller mill gradually, bin and annular charging tray began to rotate in axle bed together with rotating shaft, and said annular charging tray is used for fixing coiled strip 111 and avoids coiled strip to move axially.Can drive the adjustment screw rod through handwheel moves up and down; And then drive damping block and move up and down, damping block moves down and can connect with the outer peripheral face of rotating shaft, and damping block will countershaft generation resistance thus; Influence the velocity of rotation of rotating shaft; And then have influence on the velocity of rotation of annular charging tray and bin, and the speed of unreeling of coiled strip is by the velocity of rotation decision of charging tray, thereby realized the purpose of the speed that unreels of adjustment coiled strip.Owing to there is the resistance of damping block, even the pulling force size of roll has fluctuation, can too much influence not arranged to dispensing speed yet, solved that dispensing speed is subject to the influence of roll pulling force and the excessive problem that fluctuates in the prior art.And can be according to the pulling force adjustment damping block of roll, discharging device can adapt to the operating mode of different roll pulling force, has improved the versatility of unwinding device.
Said bin 14 comprises a plurality of arc piece 141, many harmomegathus connecting rods, is provided with the thread barrel 143 of internal thread, is provided with externally threaded harmomegathus screw rod 144 and rocking handle 145; One end of said thread barrel 143 is to be fixed on the said annular charging tray 13 with said annular charging tray 13 coaxial modes, and first end of harmomegathus screw rod 144 is inserted in the other end of said thread barrel 143 through the mode of threaded engagement; Said rocking handle 145 is fixedly connected on second end of said harmomegathus screw rod 144 through swivel nut 146; Be fixedly connected with a plurality of first harmomegathus connecting rods 1421 on the outer peripheral face of said thread barrel 143, be fixedly connected with a plurality of second harmomegathus connecting rods 1422 on the outer peripheral face of said harmomegathus screw rod 144; One end of one end of the said first harmomegathus connecting rod 1421 and the second harmomegathus connecting rod 1422 is fixedly connected with said harmomegathus screw rod 144 with said thread barrel 143 respectively; The other end of the other end of the said first harmomegathus connecting rod 1421 and the second harmomegathus connecting rod 1422 is fixedly connected on the two ends of each arc piece 141 respectively, and the said first harmomegathus connecting rod 1421 and the second harmomegathus connecting rod 1422 are provided with the mode that is parallel to each other.Said arc piece is the curved bar blocks in cross section, can be provided with 3～6, is provided with 4 arc pieces among the figure as shown in Figure 5.Said a plurality of arc piece is to be provided with one heart, thereby the concentric harmomegathus of a plurality of arc pieces.Said two harmomegathus connecting rods constitute parallelogram lindage with said arc piece.Connect two harmomegathus connecting rods on each arc piece, be respectively the first harmomegathus connecting rod 1421 and the second harmomegathus connecting rod 1422.One end of the said first harmomegathus connecting rod 1421 and the second harmomegathus connecting rod 1422 is fixed on the arc piece, and the other end is separately fixed on the periphery of thread barrel 143 and harmomegathus screw rod 144.The second harmomegathus connecting rod 1422 is swung along with moving of harmomegathus screw rod 144, and then drives said parallelogram lindage swing.When shaking rocking handle, make the harmomegathus screw rod in thread barrel, screw out, thereby spur the second harmomegathus connecting rod, drive the arc piece by the second harmomegathus connecting rod and move to the axle center of said harmomegathus screw rod.When shaking rocking handle back-out harmomegathus screw rod, a plurality of arc pieces withdrawals.Be placed on coiled strip on the bin this moment, shake rocking handle then and make the harmomegathus screw rod screw in thread barrel, by the second harmomegathus connecting rod drive the arc piece to around open, the arcwall face of arc piece and the inner peripheral surface of coiled strip connect, thus the fixing purpose of coiled strip of realization.Realize the fixing of coiled strip through arc piece, harmomegathus connecting rod, thread barrel, harmomegathus screw rod and rocking handle etc., adjust and simple to operately be convenient to the installation of coiled strip and unload easily, improved operating efficiency.
The bottom surface of said damping block 17 is provided with deep-slotted chip breaker, so that damping block 17 can connect through the mode that contacts with face between said deep-slotted chip breaker and the said rotating shaft 15.Deep-slotted chip breaker on the damping block makes damping block to connect with the mode and the rotating shaft of face contact, can increase the frictional force between the two, improves the resistance of damping unit.
Said rolling and forming system 3 comprises many roll forming machines 31 and drive motors 32, and said roll forming machine comprises the roll that is used for rolling linear pattern plate and is used for fixing the roll installing mechanism that said roll is installed; Said roll installing mechanism (as shown in Figure 8) comprises rolling gear-box 311, goes up moulding roll shaft 312 and compacted under roll shaft 313; Said two ends of going up moulding roll shaft 312 are installed on both sides, said rolling gear-box 311 top respectively, and said middle part of going up moulding roll shaft 312 is coaxially installed with molding roller 314; The two ends of said compacted under roll shaft 313 are installed on the two bottom sides of rolling gear-box 311 respectively, and the middle part of said compacted under roll shaft 313 is coaxially installed with compacted under roll 315.The two ends of last moulding roll shaft 312 and compacted under roll shaft 313 are installed on the both sides of rolling gear-box 311 respectively, and last lower forming roller axle does not all adopt floated installation.In the process of rolling; Even 33 pairs of molding rollers of linear pattern guide rail have reaction force; Because the two ends of moulding roll shaft all are installed on the rolling gear-box; The phenomenon of axial runout can not take place in the moulding roll shaft yet, thereby the problem of axial runout takes place easily for moulding roll shaft and molding roller when having solved the floated roll shaft of available technology adopting, has improved the rolling quality.This rolling installing mechanism, less to the improvement of existing structure, only need the two ends of moulding roll shaft be located at respectively on the rolling gear-box and can realize, transform than be easier to and cost low.
Like Fig. 9～Figure 11; Said alignment system 4 includes alignment gear-box 41; The length direction that is provided with the many said alignment gear-boxes 41 in edge in the said alignment gear-box 41 sets gradually and the alignment roll shaft of axis horizontal; The two ends of every alignment roll shaft are equipped with a driven wheel 42, are meshing with each other between the driven wheel 42 of adjacent two alignment roll shafts; Said many alignment roll shafts are divided into alignment roll shaft 43 and following alignment roll shaft 44, and said alignment roll shaft 43 and the said alignment roll shaft 44 down gone up is provided with the mode at interval one by one; Every two adjacent alignment roll shafts of last alignment roll shaft are following alignment roll shaft, and every two adjacent alignment roll shafts of following alignment roll shaft are last alignment roll shaft, and the axis direction of all alignment roll shafts all is arranged in parallel; Said going up is respectively arranged with alignment roll 45 and following alignment roll 46 on alignment roll shaft 43 and the following alignment roll shaft 44.Adopt seven to take turns aligning mechanism; Through the driven by motor driven wheel, drive the running of alignment roll shaft and alignment roll successively by driven wheel, on difference, compress linear pattern guide rail 33 by alignment roll up and down; Utilize " Bauschinger effect " of sheet material; Make linear pattern guide rail 33 repeated deformation between, eliminate stress, thereby reach the purpose that linear pattern sheet material is flat up and down than plain-barreled roll.
On said alignment gear-box 41, be provided with the adjusting screw(rod) 47 of the height that is used to regulate said alignment roll shaft at the two ends of every alignment roll shaft, the axis of said adjusting screw(rod) 47 is vertical; The end face of said alignment gear-box 41 is stretched out in the upper end of said adjusting screw(rod) 47, and the upper end of said adjusting screw(rod) 47 is provided with adjusting nut 48.Through adjusting screw(rod) and adjusting nut are set, adjust the height of alignment roll shaft, thereby make aligning mechanism applicable to the linear pattern guide rail 33 of different-thickness, improved the versatility of aligning mechanism.
The said alignment roll 45 of going up is the big cylindrical structure of the little middle part of two ends diameter diameter, and promptly going up the alignment roll is the structure of three sections cylinders formations, and the cylindrical diameter at two ends is identical and less than the cylindrical diameter of interlude; Said down alignment roll 46 is the big little cylindrical structure of middle part diameter of two ends diameter, and promptly descend the alignment roll is the structure of three sections cylinders formations, and the cylindrical diameter at two ends is identical and greater than the cylindrical diameter of interlude.Last alignment roll is the structure of middle evagination, and following alignment roll is the structure of sinking in the middle part, and the profile of the two is complementary each other, can eliminate the internal stress of linear pattern guide rail 33 better, realizes the purpose of the length direction alignment of linear pattern guide rail 33.
Said alignment roll shaft has seven, and wherein three is alignment roll shaft 44 under 43, four on last alignment roll shaft is.Adopt the structure of the alignment roll shaft of four following formulas on three, can realize the alignment of linear pattern guide rail 33 well, and be unlikely to make that the manufacturing cost of aligning mechanism is too high.Roll shaft quantity is then alignment poor effect very little, and it is too complicated that roll shaft quantity is crossed at most equipment, makes equipment cost too high.
Like Figure 12, the line slide rail of the production of the line slide rail automatic production line of the utility model is a grooved, and the side plate of cell body two sides is an arcuate structure, and this arcuate structure is formed through many groups roll is progressively rolling by said rolling and forming system 3.
The foregoing description only is the technical conceive and the characteristics of explanation the utility model, and its purpose is to let the personage that is familiar with this art can understand the utility model content and also implements, and can not limit the protection domain of the utility model with this.All equivalences of being done according to the utility model spirit change or modify, and all should be encompassed in the protection domain of the utility model.
Claims (10)
1. line slide rail automatic production line; It is characterized in that, comprise be used for placing coiled strip (111) and with coiled strip be launched into the linear pattern plate coiled strip unreeling structure (1), the charging guidance system (2) that is used for the linear pattern plate is led, be used for linear pattern plate rolling become linear pattern guide rail (33) rolling and forming system (3), be used for to the linear pattern guide rail that rolling and forming obtains carry out alignment system (4) that linearity proofreaies and correct be used for to the linear pattern guide rail carry out punching and the oil cylinder that cuts off the trailing type punch process system (5) that processes, be used to production line provide hydraulic oil Hydraulic Station (6), be used to control startup and the control cabinet (7) that stops of the executive component of production line;
Wherein, said trailing type punch process system comprises base (51) and mould bases (52), is provided with line slideway (53) on the said base (51); The bottom of said mould bases (52) is set with the slide block (54) that matches with said line slideway (53) and can slide along line slideway (53), drive said mould bases (52) and go up at said line slideway (53) and slide; Said mould bases (52) comprises many guide pillars (521), is provided with mould in the space that said many guide pillars (521) surround; Said mould comprises mold (55) and bed die (56), and said bed die (56) is provided with column (57), is sheathed on back-moving spring (58) on the said column (57); The top of mould bases (52) is provided with and is used to drive the oil cylinder (59) that said mold (55) in the vertical direction moves up and down; Be provided with the fixed length guide rail (510) that is fixed on the said mould bases (52) in the left side of mould bases (52), baffle plate (511) is installed on the said fixed length guide rail (510); Said baffle plate (511) is fixed on the said fixed length guide rail (510) through latch segment (512); Also be provided with limit switch (513) on the said mould bases (52); Said mold (55) is provided with sensor block (514); On said base (51) one sides, be provided with and be used to spur said mould bases (2) is gone up slip at line slideway (3) reset cylinder (515); Said mold (55) is fixedly installed on the piston of said oil cylinder (59), and said mold also is provided with the cutter that is used to cut off workpiece on (55).
2. line slide rail automatic production line according to claim 1; It is characterized in that; Said mould bases (52) includes four guide pillars (521), and said four guide pillars (521) are fixed with first rectangular frame (522), second rectangular frame (523) and the 3rd rectangular frame (524) from top to down successively; Said oil cylinder (59) is fixed in the top of said first rectangular frame (522), and said limit switch (513) is fixed at a side of said first rectangular frame (522); Said sensor block (514) is located at a side of said mold (55), and said limit switch (513) and said sensor block (514) are positioned at the same side of said mould bases (52).
3. line slide rail automatic production line according to claim 1; It is characterized in that; Said coiled strip unreeling structure (1) comprises base plate (11), casing (12), annular charging tray (13) and bin (14); Said annular charging tray (13) is installed on through the rotating shaft (15) that is positioned at its center on the axle bed (110) of said casing (12), and said bin (14) is to be installed on the said annular charging tray (13) with the coaxial mode of said annular charging tray (13); Within said casing (12), also be provided with damping unit, said damping unit comprises adjusting tank (16), damping block (17), adjustment screw rod (18) and handwheel (19); Said adjusting tank (16) is located within the casing (12) and is fixed on the said axle bed (110); Said damping block (17) is located within the adjusting tank (16) and with the lower ends of adjusting screw rod (18) and is connect; Said adjustment screw rod (18) is connected with adjusting tank (16) through the screw on the adjusting tank (16); The upper end of said adjustment screw rod (18) stretches out in outside the casing (12), and said handwheel (19) is fixedly arranged on the top of said adjustment screw rod (18).
4. line slide rail automatic production line according to claim 3; It is characterized in that said bin (14) comprises a plurality of arc pieces (141), many harmomegathus connecting rods, is provided with the thread barrel (143) of internal thread, is provided with externally threaded harmomegathus screw rod (144) and rocking handle (145); One end of said thread barrel (143) is to be fixed on the said annular charging tray (13) with the coaxial mode of said annular charging tray (13), and first end of harmomegathus screw rod (144) is inserted in the other end of said thread barrel (143) through the mode of threaded engagement; Said rocking handle (145) is fixedly connected on second end of said harmomegathus screw rod (144) through swivel nut (146); Be fixedly connected with a plurality of first harmomegathus connecting rods (1421) on the outer peripheral face of said thread barrel (143), be fixedly connected with a plurality of second harmomegathus connecting rods (1422) on the outer peripheral face of said harmomegathus screw rod (144); One end of one end of the said first harmomegathus connecting rod (1421) and the second harmomegathus connecting rod (1422) is fixedly connected with said thread barrel (143) and said harmomegathus screw rod (144) respectively; The other end of the other end of the said first harmomegathus connecting rod (1421) and the second harmomegathus connecting rod (1422) is fixedly connected on the two ends of each arc piece (141) respectively, and the said first harmomegathus connecting rod (1421) and the second harmomegathus connecting rod (1422) are provided with the mode that is parallel to each other.
5. line slide rail automatic production line according to claim 3; It is characterized in that; The bottom surface of said damping block (17) is provided with deep-slotted chip breaker (171), so that damping block (17) can connect through the mode that contacts with face between said deep-slotted chip breaker (171) and the said rotating shaft (15).
6. line slide rail automatic production line according to claim 1; It is characterized in that; Said rolling and forming system (3) comprises many roll forming machines (31) and drive motors (32), and said roll forming machine comprises the roll that is used for rolling linear pattern plate and is used for fixing the roll installing mechanism that said roll is installed; Said roll installing mechanism comprises rolling gear-box (311), goes up moulding roll shaft (312) and compacted under roll shaft (313); Said two ends of going up moulding roll shaft (312) are installed on said rolling gear-box (311) both sides, top respectively, and said middle part of going up moulding roll shaft (312) is coaxially installed with molding roller (314); The two ends of said compacted under roll shaft (313) are installed on the two bottom sides of rolling gear-box (311) respectively, and the middle part of said compacted under roll shaft (313) is coaxially installed with compacted under roll (315).
7. line slide rail automatic production line according to claim 1; It is characterized in that; Said alignment system (4) includes alignment gear-box (41); The length direction that is provided with the many said alignment gear-boxes in edge (41) in the said alignment gear-box (41) sets gradually and the alignment roll shaft of axis horizontal, and the two ends of every alignment roll shaft are equipped with a driven wheel (42), and the driven wheel of adjacent two alignment roll shafts is meshing with each other between (42); Said many alignment roll shafts are divided into alignment roll shaft (43) and following alignment roll shaft (44), and said alignment roll shaft (43) and the said alignment roll shaft (44) down gone up is provided with at interval mode one by one; Said going up on alignment roll shaft (43) and the following alignment roll shaft (44) is respectively arranged with alignment roll (45) and following alignment roll (46).
8. line slide rail automatic production line according to claim 7; It is characterized in that; On said alignment gear-box (41), be provided with the adjusting screw(rod) (47) of the height that is used to regulate said alignment roll shaft at the two ends of every alignment roll shaft, the axis of said adjusting screw(rod) (47) is vertical; The end face of said alignment gear-box (41) is stretched out in the upper end of said adjusting screw(rod) (47), and the upper end of said adjusting screw(rod) (47) is provided with adjusting nut (48).
9. line slide rail automatic production line according to claim 7 is characterized in that, the said alignment roll (45) of going up is the big cylindrical structure of the little middle part of two ends diameter diameter; Said alignment roll (46) down is the big little cylindrical structure of middle part diameter of two ends diameter.
10. line slide rail automatic production line according to claim 7 is characterized in that, said alignment roll shaft has seven, and wherein three is last alignment roll shaft (43), and four are following alignment roll shaft (44).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200031951U CN202411818U (en) | 2012-01-04 | 2012-01-04 | Automatic production line for linear slide rail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200031951U CN202411818U (en) | 2012-01-04 | 2012-01-04 | Automatic production line for linear slide rail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202411818U true CN202411818U (en) | 2012-09-05 |
Family
ID=46736612
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200031951U Withdrawn - After Issue CN202411818U (en) | 2012-01-04 | 2012-01-04 | Automatic production line for linear slide rail |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202411818U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102513827A (en) * | 2012-01-04 | 2012-06-27 | 安徽省爱力特家电成套装备有限公司 | Automatic production line of linear slide rail |
| CN106734573A (en) * | 2017-01-14 | 2017-05-31 | 上海西屋开关有限公司 | A kind of new automatic roll-forming equipment |
| CN109807636A (en) * | 2019-01-16 | 2019-05-28 | 佛山市南海环通机械有限公司 | Fire resisting damper ectosome template process line |
| CN110076214A (en) * | 2019-05-28 | 2019-08-02 | 嘉兴远信五金科技股份有限公司 | A kind of novel circular biscuit machine |
| CN118595300A (en) * | 2024-08-08 | 2024-09-06 | 厦门鹏远仓储设备制造有限公司 | A punching and rolling integrated production device for shelf columns |
-
2012
- 2012-01-04 CN CN2012200031951U patent/CN202411818U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102513827A (en) * | 2012-01-04 | 2012-06-27 | 安徽省爱力特家电成套装备有限公司 | Automatic production line of linear slide rail |
| CN102513827B (en) * | 2012-01-04 | 2013-11-27 | 安徽省爱力特家电成套装备有限公司 | Linear slide automatic production line |
| CN106734573A (en) * | 2017-01-14 | 2017-05-31 | 上海西屋开关有限公司 | A kind of new automatic roll-forming equipment |
| CN109807636A (en) * | 2019-01-16 | 2019-05-28 | 佛山市南海环通机械有限公司 | Fire resisting damper ectosome template process line |
| CN110076214A (en) * | 2019-05-28 | 2019-08-02 | 嘉兴远信五金科技股份有限公司 | A kind of novel circular biscuit machine |
| CN110076214B (en) * | 2019-05-28 | 2024-03-26 | 嘉兴远信五金科技股份有限公司 | Disc material machine |
| CN118595300A (en) * | 2024-08-08 | 2024-09-06 | 厦门鹏远仓储设备制造有限公司 | A punching and rolling integrated production device for shelf columns |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120905 Effective date of abandoning: 20131127 |
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| RGAV | Abandon patent right to avoid regrant |