CN204296027U - A kind of forming machine of lanyard fake body - Google Patents
A kind of forming machine of lanyard fake body Download PDFInfo
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- CN204296027U CN204296027U CN201420618471.4U CN201420618471U CN204296027U CN 204296027 U CN204296027 U CN 204296027U CN 201420618471 U CN201420618471 U CN 201420618471U CN 204296027 U CN204296027 U CN 204296027U
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Abstract
The utility model provides a kind of forming machine of lanyard fake body, comprise support, the front of support is provided with depression bar moving up and down, be positioned at place on the left of depression bar and be provided with left cut platform, being positioned at that place on the right side of depression bar is provided with can the right rope clamping block of left and right translation, in the opposite of left cut platform and right rope clamping block, corresponding female is provided with and holds groove of restricting, the outer movable sleeve of right rope clamping block is provided with stay cord seat, the end face of stay cord seat is lower than lacing hole, the end face of stay cord seat is provided with its first end and can rises or press down, and first end compresses the chuck of body of restricting when pressing down, the front of support is provided with can the hot-cutting machine of oscilaltion, hot-cutting machine has the fervent blade that its blade is arranged down, fervent blade is in the left scope held between rope groove and lacing hole.Compared with prior art, adopt mechanical automation to carry out making operation to fake body, instead of manual operations, substantially increase whole work efficiency, workman's participation amount is little, and safety of workers coefficient is higher, and has simple structure, advantage easy and simple to handle.
Description
Technical field
The utility model relates to mechanical field, particularly a kind of forming machine of lanyard fake body.
Background technology
The lanyards such as existing Mobile phone sling, chest card lanyard, slide fastener lanyard, its structure generally comprises fake body and button, and this fake body is nylon rope circle body or kernmantle circle body, and this circle body is closed structure, one end secure fit of one end of this circle body and this button.The making step of this kind of lanyard is first pulled out by the head end of package rope body (as nylon rope rope body or kernmantle rope body), when the length of pull-out is identical with Len req, again the rope body of pull-out is cut off, rope body doubling after cutting off, after doubling, the end, two ends of rope body is placed in hot press and carry out heat pressure adhesive, complete the making of fake body, finally the hot pressing end of fake body is inserted in one end of button, and be fixed the making namely completing lanyard by compression apparatus.In this whole step, the making step of fake body is by handwork completely, and this has inefficiency undoubtedly, the shortcoming that safety of workers coefficient is low.
In view of this, the present inventor furthers investigate for above-mentioned defect, then has this case to produce.
Utility model content
The purpose of this utility model is the forming machine providing a kind of lanyard fake body, and it adopts mechanical automation to make fake body, instead of manual operations, has the advantages that operating efficiency is high and safety of workers coefficient is high.
The technical scheme that the utility model adopts is such: a kind of forming machine of lanyard fake body, comprise support, the front of above-mentioned support is provided with depression bar moving up and down, and above-mentioned depression bar is extended along the fore-and-aft direction of support, above-mentioned support is provided with the first elevating mechanism controlling this depression bar oscilaltion, the front of above-mentioned support is positioned at place on the left of above-mentioned depression bar and is provided with left cut platform, the upper surface of above-mentioned left cut platform is installed with wire rope handling seat, above-mentioned wire rope handling seat offer for the rope body movable lacing hole passed from left to right, the front of above-mentioned support is positioned at that place on the right side of above-mentioned depression bar is provided with can left and right translation, and the right rope clamping block that can be close to mutually with left cut platform, above-mentioned support is provided with the first translation driving device controlling right rope clamping block left and right translation, the partial portion tight fit right flank of above-mentioned left cut platform is arranged with for rope body is dissolved in interior, and the left appearance rope groove at the through upper and lower two ends of left cut platform, the remaining position tight fit left surface of above-mentioned right rope clamping block is arranged with for rope body is placed in interior, and the right appearance rope groove at the through upper and lower two ends of right rope clamping block, the outer movable sleeve of above-mentioned right rope clamping block is provided with the stay cord seat that can horizontally slip along right rope clamping block, and above-mentioned stay cord seat can be movably set in outside the position that left cut platform is positioned on the right side of wire rope handling seat, the front of above-mentioned support is provided with the second translation driving device controlling stay cord seat and horizontally slip, the end face of above-mentioned stay cord seat is lower than above-mentioned lacing hole, the end face of above-mentioned stay cord seat is provided with its first end and can rises or press down, and first end can compress the chuck of the rope body on the right side of lacing hole when pressing down, above-mentioned stay cord seat is provided with the second elevating mechanism controlling chuck first end and rise or press down, the front of above-mentioned support is provided with can the hot-cutting machine of oscilaltion, above-mentioned hot-cutting machine has the fervent blade that its blade is arranged down, above-mentioned fervent blade is in the above-mentioned left scope held between rope groove and above-mentioned lacing hole, above-mentioned support is provided with the 3rd elevating mechanism controlling hot-cutting machine oscilaltion.
The front of above-mentioned support offers bar hole from top to bottom, above-mentioned first elevating mechanism is in above-mentioned support, and above-mentioned depression bar passes above-mentioned bar hole, the rear end control connection of above-mentioned first elevating mechanism and above-mentioned depression bar.
Above-mentioned first elevating mechanism comprises the first motor, first driving gear, first driven tooth bar and slide block, above-mentioned first motor accumbency is fixed on above-mentioned support, and be in above-mentioned bar hole side, above-mentioned first driving gear is fixed on the output shaft of above-mentioned first motor, the raised line extended along support above-below direction is convexly equipped with in above-mentioned support, above-mentioned raised line is between above-mentioned first motor and above-mentioned bar hole, above-mentioned skid is set in outside above-mentioned raised line, above-mentioned first driven tooth bar is erect and is arranged, and be between slide block and the first motor, and the first driven tooth bar is meshed with the first driving gear, first driven tooth bar is installed with contiguous block, above-mentioned contiguous block locking is on above-mentioned slide block, and the partial portion of above-mentioned contiguous block extends to the rear end of above-mentioned depression bar, the end, rear end of above-mentioned depression bar is fixedly connected with above-mentioned contiguous block.
Above-mentioned first translation driving device is straight line cylinder, and the cylinder body of above-mentioned straight line cylinder is fixed on the front of above-mentioned support, and the piston rod of above-mentioned straight line cylinder is fixedly connected with the right-hand member of above-mentioned right rope clamping block.
Above-mentioned stay cord seat is that it is left, right two ends are the bar shaped body of open state, above-mentioned second translation driving device comprises the second motor, second driving gear and the second driven tooth bar, above-mentioned second motor is arranged in above-mentioned support, and the output shaft of above-mentioned second motor stretches out forward outside the front of above-mentioned support, and be in below above-mentioned right rope clamping block and stay cord seat, above-mentioned second driving gear is fixed in outside the output shaft of above-mentioned second motor, above-mentioned second driven tooth bar is fixed on the bottom surface of above-mentioned stay cord seat, and be meshed with above-mentioned second driving gear, the back side of above-mentioned stay cord seat is arranged with the guide chute at two ends, through stay cord seat left and right, the front of above-mentioned support is convexly equipped with the movable directive slide track slipped in guide chute.
Above-mentioned chuck is bar shaped platy structure, above-mentioned chuck is arranged along the left and right directions of support, the bottom surface of above-mentioned chuck is convexly equipped with the first hinged block, the end face of above-mentioned stay cord seat is convexly equipped with the first hinged block is the second hinged block that front and back are arranged side by side, above-mentioned first hinged block and above-mentioned second hinged block are movably hinged by bearing pin, the left end end extension of above-mentioned chuck is provided with tilted block downward-sloping from the inside to the outside, the cutting inclined plane having the angle of inclination of tilted block therewith to match is cut on the left of above-mentioned stay cord seat end face, above-mentioned second elevating mechanism is lift cylinder, above-mentioned lift cylinder is erect and is arranged, the cylinder body of above-mentioned lift cylinder is fixed on the right side upper surface of above-mentioned chuck, the free end end of the piston rod of above-mentioned lift cylinder is fixedly connected with the end face of above-mentioned stay cord seat through above-mentioned chuck.
Above-mentioned 3rd elevating mechanism comprises lift cylinder, guide rail and slide block, above-mentioned guide rail locking is on the front of above-mentioned support, and it is extended along the above-below direction of support, the back side of above-mentioned slide block is provided with the chute matched with above-mentioned guide rail, above-mentioned lift cylinder is erect and is arranged, and be arranged side by side with above-mentioned guide rail, the cylinder body locking of above-mentioned lift cylinder is on the front of above-mentioned support, the free end of the piston rod of above-mentioned lift cylinder is locked intrinsic contiguous block, above-mentioned contiguous block and above-mentioned slide block lock and connect, and above-mentioned hot-cutting machine locking is on the front of above-mentioned slide block.
The left side of above-mentioned left cut platform is provided with conductor rope seat, the first end locking of above-mentioned conductor rope seat is on the front of above-mentioned support, second end of above-mentioned conductor rope seat extends forward, second end of above-mentioned conductor rope seat offers the perforation of passing from left to right for rope body, above-mentioned perforation and above-mentioned lacing hole are on same straight line, the front of above-mentioned support is positioned at place on the right side of above-mentioned conductor rope seat and is provided with pressure rope seat, above-mentioned pressure rope seat is movably hinged with can swing up and down, and is pressed in the pressure rope sheet on rope body.
Above-mentioned perforation is provided with two, two perforation are arranged in forward direction spacing side by side, above-mentioned pressure rope sheet is corresponding with above-mentioned perforation is provided with two, and above-mentioned lacing hole is corresponding with above-mentioned perforation is provided with two, and above-mentioned left and right appearance is restricted, and groove is corresponding with above-mentioned lacing hole is provided with two.
By adopting preceding solution, the forming machine of a kind of lanyard fake body of the present utility model, with the first end of chuck upwards lifting for original state, during use, the head end of rope body is passed lacing hole from left to right, start the second translation driving device, stay cord seat is moved to the left, along with being moved to the left of stay cord seat, the left end of stay cord seat is slidably set in outside the right side of left cut seat, stop sliding left when the left end end of stay cord seat is close to mutually arranges with the right side of wire rope handling seat, the first end of pressure head is to pressing down, the rope body be positioned on the right side of wire rope handling seat can be pressed on stay cord seat by pressing down of pressure head first end, rope body is made to be clamped between stay cord seat and pressure head first end, restart the second translation driving device, stay cord seat moves right, the rope body of wire rope handling seat is drawn out, stop sliding to the right when the length pulling out rope body is consistent with Len req, start the first lifting drive, first, two translation driving devices, depression bar moves down, moving down of depression bar can by the drop-down doubling of rope body of pull-out, along with the doubling of rope body is drop-down, stay cord seat adapts to be moved to the left enable the rope body of pull-out complete drop-down doubling, right rope clamping block is moved to the left simultaneously, the right flank of the left surface of right rope clamping block and left cut platform is fitted, a drop-down rope body part is placed in left appearance rope groove, another part is placed in right appearance rope groove, start the 3rd elevating mechanism, hot-cutting machine declines, it is fervent that high temperature can be carried out in the rope body position be positioned between lacing hole and left appearance rope groove by the fervent blade on hot-cutting machine, now chuck rises, the head end of rope body is released, depression bar moves down again, head end and the fervent end of rope body are pulled down to a left side, in right appearance rope groove, finally control that right rope base is micro-to be moved left, head end and the fervent end of rope body are clamped by right rope base and left cut platform, rope body heat is utilized to cut the head end heat pressure adhesive of the remaining Wen Keyu rope body of end together, form a fake body closed, most rear right rope clamping block moves right, fake body can be made to fall out, so repeatedly capable of circulationly produce numerous fake body.Compared with prior art, adopt mechanical automation to carry out making operation to fake body, instead of manual operations, substantially increase whole work efficiency, workman's participation amount is little, and safety of workers coefficient is higher, and has simple structure, advantage easy and simple to handle.
Accompanying drawing explanation
Fig. 1 is Facad structure schematic diagram of the present utility model;
Fig. 2 is structure schematic diagram of the present utility model.
Detailed description of the invention
The forming machine of a kind of lanyard fake body of the present utility model, as Fig. 1, shown in 2, comprise support 1, the front side board (i.e. front) of support 1 is provided with depression bar 2 moving up and down, the front side board of this support 1 offers bar hole 11 from top to bottom, depression bar 2 accumbency is arranged and fore-and-aft direction along support 1 extends, and depression bar 2 is through bar hole 11, the front end of depression bar 2 is in support 1 front, the rear end of depression bar 2 is in support 1, the first elevating mechanism controlling depression bar 2 oscilaltion is provided with in this support 1, first elevating mechanism comprises the first motor 31, first driving gear 32, first driven tooth bar 33 and slide block 34, first motor 31 accumbency is fixed on the back side of support 1 front side board, and be in the left side of bar hole 11, the output shaft of the first motor 31 is that left and right is extended, first driving gear 32 is fixed in outside the output shaft of the first motor 31, the back side of support 1 front side board is convexly equipped with the raised line 12 extended along support 1 above-below direction, raised line 12 is also between the first motor 31 and bar hole 11, slide block 34 is arranged with the chute (not shown) slipping into setting-in for this raised line 12, slide block 34 can be realized slide along raised line 12 by coordinating of raised line 12 and chute, first driven tooth bar 33 is erect and is arranged on the back side of support 1 front side board, and be between slide block 34 and the first motor 31, and the first driven tooth bar 33 is meshed with the first driving gear 32, first driven tooth bar 33 is installed with contiguous block 35, contiguous block 35 locks on slide block 34, and the partial portion of contiguous block 35 extends to the rear end of depression bar 2, the end, rear end of depression bar 2 is fixedly connected with contiguous block 35.When first motor 31 starts, the first driving gear 32 rotates, and the first driving gear 32 installation site is motionless, then the rotation of the first driving gear 32 can make the first driven tooth bar 33 move up and down, and moving up and down of the first driven tooth bar 33 can drive depression bar 2 to move up and down.
The front side board of this support 1 be positioned at depression bar 2 front end on the left of place be provided with left cut platform 4, left cut platform 4 is a strip square block, the upper surface of left cut platform 4 is convexly equipped with wire rope handling seat 41, wire rope handling seat 41 offer for the rope body 100 movable lacing hole 411 passed from left to right, namely the upper surface of wire rope handling seat 41 is arranged with cavity downwards, the upper surface of this wire rope handling seat 41 intrinsic lid of locking is located at cover plate on cavity, this cover plate and cavity can form this lacing hole 411, and the setting of cover plate and cavity can facilitate when using for the first time will restrict body 100 through wire rope handling seat 41.
The front side board of this support 1 is positioned at that place on the right side of depression bar 2 front end is provided with can left and right translation, and its left surface can be affixed with the right-hand member end face of left cut platform 4 the right rope clamping block 5 coordinated, right rope clamping block 5 is in the front of support 1, this right rope clamping block 5 is a bar shaped square, the size of right rope clamping block 5 and the right-hand member of left cut platform 4 are positioned at the measure-alike of position on the right side of wire rope handling seat 41, and the partial portion tight fit right-hand member end face of left cut platform 4 is arranged with for rope body 100 is dissolved in interior, and the left appearance rope groove 42 at through left cut platform about 4 two ends, the left end end fovea superior of right rope clamping block 5 supplies the remaining position tight fit of rope body 100 to be placed in interior, and the right appearance rope groove 51 at through right rope clamping block about 5 two ends, utilize left, when right appearance rope groove can make left cut platform 4 be adjacent to mutually with right rope clamping block 5, rope body 100 can tightly through the laminating position of left cut platform 4 with right rope clamping block 5, this support 1 is provided with the first translation driving device controlling the translation of right rope clamping block about 5, first translation driving device is straight line cylinder 52, the cylinder body of straight line cylinder 51 is fixed on the leading flank of support 1, the piston rod of straight line cylinder 52 is fixedly connected with the right-hand member of right rope clamping block 5, the fixed installation of right rope clamping block 5 can be realized by this straight line cylinder 52, and the stretching out of the piston rod of straight line cylinder 52, right rope clamping block 5 can be made to be close to mutually with left cut platform 4, being close to of right rope clamping block 5 and left cut platform 4 can the rope body 100 of subtend downward-extension clamp.
The outer movable sleeve of this right rope clamping block 5 is provided with the stay cord seat 6 that can horizontally slip, stay cord seat 6 is that it is left, right two ends are the bar shaped body of open state, and the left end of this stay cord seat 6 can be movably set in outside the position that left cut platform 4 is positioned on the right side of wire rope handling seat 41, namely between the position of this left cut platform 4 on the right side of wire rope handling seat 41 and the front side board of support 1, there is spacing, the right-hand member of left cut platform 4 is positioned at the size at position on the right side of wire rope handling seat 41 and the measure-alike of right rope clamping block 5, then, also movablely when the left end end of stay cord seat 6 skids off the right-hand member end of right rope clamping block 5 to left cut platform 4 be set in outside the right-hand member end of left cut platform 4, the front side board of this support 1 is provided with the second translation driving device controlling stay cord seat 6 and horizontally slip, this second translation driving device comprises the second motor 71, second driving gear 72 and the second driven tooth bar 73, second motor 71 is arranged in support 1, and the output shaft of the second motor 71 passes forward outside the front side board of support 1, and be in below right rope clamping block 5 and stay cord seat 6, second driving gear 72 is fixed in outside the output shaft of the second motor 71, second driven tooth bar 73 is fixed on the bottom surface of stay cord seat 6, and be meshed with the second driving gear 72, and the back side of stay cord seat 6 is arranged with guide chute, the front side board of support 1 is convexly equipped with and can snaps in guide chute, and along the directive slide track that the left and right directions of support 1 extends, guide chute can play guide effect to moving left and right of stay cord seat 6 with coordinating of directive slide track.During use, the stretching out of piston rod of straight line cylinder 52 can make right rope base 5 together be moved to the left with stay cord seat 6, when right rope base 5 is close to mutually with left cut platform 4, start the second motor 71, second motor 71 can drive the second driving gear 72 to rotate, the rotation of the second driving gear 72 can make the second driven tooth bar 73 linear slide, the movement of the second driven tooth bar 73 can make stay cord seat 6 slide out outside right rope base 5, and slides into outside left cut platform 4, is close to mutually with the right side of wire rope handling seat 41.
The end face of this stay cord seat 6 is provided with chuck 8, this chuck 8 is in bar shaped platy structure, chuck 8 is extended along the left and right directions of support 1, the bottom surface of chuck 8 is convexly equipped with the first hinged block (not shown), the end face of stay cord seat 6 is convexly equipped with the first hinged block is the second hinged block that front and back are arranged side by side, first hinged block and the second hinged block are movably hinged by bearing pin, this chuck 8, first, two hinged blocks, a lever construction can be formed with bearing pin, the left end of chuck 8 can rise, press down swing, the left end end extension of this chuck 8 is provided with tilted block 81 downward-sloping from the inside to the outside, the cutting inclined plane 61 having the angle of inclination of tilted block therewith to match is cut on the left of stay cord seat 6 end face, the right-hand member of this chuck 8 is provided with the second elevating mechanism controlling chuck 8 left end and rise or press down, this second elevating mechanism is lift cylinder 82, lift cylinder 82 is erect and is arranged, the cylinder body of lift cylinder 82 is fixed on the right-hand member upper surface of chuck 8, the free end end of the piston rod of lift cylinder 82 is fixedly connected with the end face of stay cord seat 6 through chuck 8, when the piston rod of lift cylinder 82 stretches out, because stay cord seat 6 maintains static, then the right-hand member of chuck 8 can corresponding upwards jack-up, moving upward of chuck 8 right-hand member, utilize lever principle, make the left end of chuck 8 corresponding to pressing down, the moving down of the left end of chuck 8 can make tilted block 81 be affixed with inclined plane 61 to coordinate, otherwise when the piston rod of lift cylinder 82 shrinks, the right-hand member of chuck 8 is corresponding to be moved downward, the rising of the left end of chuck 8 can make tilted block 81 and inclined plane 61 be separated.
The front side board of this support 1 is provided with can the hot-cutting machine 9 of oscilaltion, this hot-cutting machine 9 has the fervent blade 91 that its blade is arranged down, this hot-cutting machine 9 can carry out high-temperature heating to fervent blade 91, fervent blade 91 is made to carry out high temperature cut-out, this hot-cutting machine 9 is known fervent equipment, the applicant is not repeated at this, this fervent blade 91 is in the left scope held between rope groove 42 and lacing hole 411, support 1 is provided with the 3rd elevating mechanism controlling hot-cutting machine 9 oscilaltion, 3rd elevating mechanism comprises lift cylinder 92, guide rail 93 and slide block 94, guide rail 93 locks on the front side board of support 1, and it is extended along the above-below direction of support 1, the back side of slide block 94 is provided with the chute matched with guide rail 93, slide block 94 can realize sliding up and down of slide block 94 through this chute with coordinating of guide rail 93, this lift cylinder 92 is erect and is arranged, and be arranged side by side with guide rail 93, the cylinder body locking of lift cylinder 92 is on the front side board of support 1, the free end of the piston rod of lift cylinder 92 is locked intrinsic contiguous block 921, contiguous block 921 and slide block 94 lock and connect, hot-cutting machine 9 locks on the front of slide block 94.During use, the stretching out of piston rod of lift cylinder 92 can make slide block 94 along guide rail 92 slide downward, and the downslide of slide block 94 can make fervent blade move on the upper surface of left cut platform 4 for 91 times.
The forming machine of a kind of lanyard fake body of the present utility model, with the upwards lifting of chuck 8 left end, right rope clamping block 5 and stay cord seat 6 are away from left cut platform 4, the left end end of stay cord seat 6 and the left end end of right rope clamping block 5 do not coincide, and the right side being in right rope clamping block 5 is original state, during use, by the head end of rope body 100 from left to right through lacing hole 411, after passing, start straight line cylinder 52, straight line cylinder 52 controls right rope clamping block 5 and is moved to the left, corresponding and the right rope clamping block 5 of stay cord seat 6 is together moved to the left, when right rope clamping block 5 is close to mutually with left cut platform 4, second motor 71 controls stay cord seat 6 and is moved to the left separately, the left end end of stay cord seat 6 is movable to the right side place of wire rope handling seat 41, lean on mutually with the right side of wire rope handling seat 41, the left end that now lift cylinder 82 controls pressure head 8 presses down, the head end being in rope body 100 can be clamped between the inclined plane 61 of tilted block 81 and stay cord seat 6 by the tilted block 81 of pressure head 8, this tilted block 81 can make pressure head 8 comparatively accurate to pressing down of body 100 of restricting with the setting of inclined plane 61, start straight line cylinder 52, stay cord seat 6 and right rope clamping block 5 move right, rope body 100 is drawn out, when the length pulling out rope body 100 is consistent with Len req, straight line cylinder 52 quits work, start the first motor 31, first motor 31 can drive depression bar 2 to move down, moving down of depression bar 2 can by drop-down for the rope body 100 of pull-out, straight line cylinder 52 starts thereupon, right rope clamping block 5 is moved to the left with stay cord seat 6, make rope body 100 can by drop-down doubling, when right rope clamping block 5 is close to mutually with left cut platform 4, rope body 100 part for drop-down doubling is placed in left appearance rope groove 42, another part is placed in right appearance rope groove 51, start lift cylinder 92, hot-cutting machine 9 declines, rope body 100 can be carried out high temperature cut-out at lacing hole 411 and the left position of restricting between groove 42 that holds by the fervent blade 91 on hot-cutting machine 9, rope body in the rope body of pull-out and wire rope handling seat is separated, lift cylinder 82 starts the left end controlling chuck 8 and rises, the head end of rope body 100 is released, first motor 31 drives depression bar 2 again to move down, the head end of rope body and earnestly end (namely by one end that fervent blade 91 cuts off) are pulled down to a left side, in right appearance rope groove, again making straight line cylinder 52 control, right rope base 5 is micro-left moves, head end and the fervent end of the rope body cut off are clamped again by right rope base 5 and left cut pedestal 4, cut-out rope body heat is now utilized to cut the head end heat pressure adhesive of the remaining Wen Keyu rope body of end together, form a fake body closed, last straight line cylinder 52 controls right rope clamping block 5 and moves right, the fake body completed can be made to fall out, so repeatedly capable of circulationly produce numerous fake body.Compared with prior art, adopt mechanical automation to carry out making operation to fake body, instead of manual operations, substantially increase whole work efficiency, workman's participation amount is little, and safety of workers coefficient is higher, and has simple structure, advantage easy and simple to handle.
In the utility model, the left side that the front side board of this support 1 is positioned at left cut platform 4 is provided with conductor rope seat 13, the first end locking of conductor rope seat 13 is on the front side board of support 1, second end of conductor rope seat 13 extends forward, second end of conductor rope seat 13 offers the perforation 131 of passing from left to right for rope body 100, perforation 131 and lacing hole 411 are on same straight line, the front side board of support 1 is positioned at place on the right side of conductor rope seat 13 and is provided with pressure rope seat 14, pressure rope seat 14 is movably hinged with and can swings up and down, and is pressed in the pressure rope sheet 141 on rope body 100; Like this, 131 the conveying to the right of rope body 100 can be made comparatively exceptionally straight with pressure sheet 141 of restricting by boring a hole, can not shake.
In the utility model, this perforation 131 is provided with two, and two perforation 131 are arranged in forward direction spacing side by side, and pressure rope sheet 141 is corresponding with perforation 131 is provided with two, lacing hole 411 is corresponding with perforation 131 is provided with two, and left and right accommodating grooving is corresponding is also provided with two; Like this, forming machine of the present utility model one-shot forming can go out two fake bodies, and operating efficiency is higher.Forming machine of the present utility model bores a hole 131 in actual use, pressure rope sheet 141, lacing hole 411 can change according to the demand of reality with the number of the accommodating grooving in left and right, is not confined to one or two of the present utility model.
In the utility model, tensioning spring 200 is provided with between the right-hand member of this pressure head 3 and stay cord seat 6, tensioning spring 200 is erect and is arranged, the upper end of tensioning spring 200 and the leading flank right-hand member secure fit of pressure head 3, the lower end of tensioning spring 200 and the leading flank right-hand member secure fit of stay cord seat 6, like this, when the left end of pressure head 3 presses down, tensioning spring 200 is stretched, and utilizes the restoring force of this tensioning spring 200 that the lifting action of pressure head left end can be made comparatively smooth and easy during the left end lifting of pressure head 3.
Above-described embodiment and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field, to its suitable change done or modification, all should be considered as not departing from patent category of the present utility model.
Claims (9)
1. the forming machine of a lanyard fake body, it is characterized in that: comprise support, the front of above-mentioned support is provided with depression bar moving up and down, and above-mentioned depression bar is extended along the fore-and-aft direction of support, above-mentioned support is provided with the first elevating mechanism controlling this depression bar oscilaltion, the front of above-mentioned support is positioned at place on the left of above-mentioned depression bar and is provided with left cut platform, the upper surface of above-mentioned left cut platform is installed with wire rope handling seat, above-mentioned wire rope handling seat offer for the rope body movable lacing hole passed from left to right, the front of above-mentioned support is positioned at that place on the right side of above-mentioned depression bar is provided with can left and right translation, and the right rope clamping block that can be close to mutually with left cut platform, above-mentioned support is provided with the first translation driving device controlling right rope clamping block left and right translation, the partial portion tight fit right flank of above-mentioned left cut platform is arranged with for rope body is dissolved in interior, and the left appearance rope groove at the through upper and lower two ends of left cut platform, the remaining position tight fit left surface of above-mentioned right rope clamping block is arranged with for rope body is placed in interior, and the right appearance rope groove at the through upper and lower two ends of right rope clamping block, the outer movable sleeve of above-mentioned right rope clamping block is provided with the stay cord seat that can horizontally slip along right rope clamping block, and above-mentioned stay cord seat can be movably set in outside the position that left cut platform is positioned on the right side of wire rope handling seat, the front of above-mentioned support is provided with the second translation driving device controlling stay cord seat and horizontally slip, the end face of above-mentioned stay cord seat is lower than above-mentioned lacing hole, the end face of above-mentioned stay cord seat is provided with its first end and can rises or press down, and first end can compress the chuck of the rope body on the right side of lacing hole when pressing down, above-mentioned stay cord seat is provided with the second elevating mechanism controlling chuck first end and rise or press down, the front of above-mentioned support is provided with can the hot-cutting machine of oscilaltion, above-mentioned hot-cutting machine has the fervent blade that its blade is arranged down, above-mentioned fervent blade is in the above-mentioned left scope held between rope groove and above-mentioned lacing hole, above-mentioned support is provided with the 3rd elevating mechanism controlling hot-cutting machine oscilaltion.
2. the forming machine of a kind of lanyard fake body according to claim 1, it is characterized in that: the front of above-mentioned support offers bar hole from top to bottom, above-mentioned first elevating mechanism is in above-mentioned support, above-mentioned depression bar passes above-mentioned bar hole, the rear end control connection of above-mentioned first elevating mechanism and above-mentioned depression bar.
3. the forming machine of a kind of lanyard fake body according to claim 2, it is characterized in that: above-mentioned first elevating mechanism comprises the first motor, first driving gear, first driven tooth bar and slide block, above-mentioned first motor accumbency is fixed on above-mentioned support, and be in above-mentioned bar hole side, above-mentioned first driving gear is fixed on the output shaft of above-mentioned first motor, the raised line extended along support above-below direction is convexly equipped with in above-mentioned support, above-mentioned raised line is between above-mentioned first motor and above-mentioned bar hole, above-mentioned skid is set in outside above-mentioned raised line, above-mentioned first driven tooth bar is erect and is arranged, and be between slide block and the first motor, and the first driven tooth bar is meshed with the first driving gear, first driven tooth bar is installed with contiguous block, above-mentioned contiguous block locking is on above-mentioned slide block, and the partial portion of above-mentioned contiguous block extends to the rear end of above-mentioned depression bar, the end, rear end of above-mentioned depression bar is fixedly connected with above-mentioned contiguous block.
4. the forming machine of a kind of lanyard fake body according to claim 1, it is characterized in that: above-mentioned first translation driving device is straight line cylinder, the cylinder body of above-mentioned straight line cylinder is fixed on the front of above-mentioned support, and the piston rod of above-mentioned straight line cylinder is fixedly connected with the right-hand member of above-mentioned right rope clamping block.
5. the forming machine of a kind of lanyard fake body according to claim 1, it is characterized in that: above-mentioned stay cord seat is left for it, right two ends are the bar shaped body of open state, above-mentioned second translation driving device comprises the second motor, second driving gear and the second driven tooth bar, above-mentioned second motor is arranged in above-mentioned support, and the output shaft of above-mentioned second motor stretches out forward outside the front of above-mentioned support, and be in below above-mentioned right rope clamping block and stay cord seat, above-mentioned second driving gear is fixed in outside the output shaft of above-mentioned second motor, above-mentioned second driven tooth bar is fixed on the bottom surface of above-mentioned stay cord seat, and be meshed with above-mentioned second driving gear, the back side of above-mentioned stay cord seat is arranged with the guide chute at two ends, through stay cord seat left and right, the front of above-mentioned support is convexly equipped with the movable directive slide track slipped in guide chute.
6. the forming machine of a kind of lanyard fake body according to claim 1, it is characterized in that: above-mentioned chuck is bar shaped platy structure, above-mentioned chuck is arranged along the left and right directions of support, the bottom surface of above-mentioned chuck is convexly equipped with the first hinged block, the end face of above-mentioned stay cord seat is convexly equipped with the first hinged block is the second hinged block that front and back are arranged side by side, above-mentioned first hinged block and above-mentioned second hinged block are movably hinged by bearing pin, the left end end extension of above-mentioned chuck is provided with tilted block downward-sloping from the inside to the outside, the cutting inclined plane having the angle of inclination of tilted block therewith to match is cut on the left of above-mentioned stay cord seat end face, above-mentioned second elevating mechanism is lift cylinder, above-mentioned lift cylinder is erect and is arranged, the cylinder body of above-mentioned lift cylinder is fixed on the right side upper surface of above-mentioned chuck, the free end end of the piston rod of above-mentioned lift cylinder is fixedly connected with the end face of above-mentioned stay cord seat through above-mentioned chuck.
7. the forming machine of a kind of lanyard fake body according to claim 1, it is characterized in that: above-mentioned 3rd elevating mechanism comprises lift cylinder, guide rail and slide block, above-mentioned guide rail locking is on the front of above-mentioned support, and it is extended along the above-below direction of support, the back side of above-mentioned slide block is provided with the chute matched with above-mentioned guide rail, above-mentioned lift cylinder is erect and is arranged, and be arranged side by side with above-mentioned guide rail, the cylinder body locking of above-mentioned lift cylinder is on the front of above-mentioned support, the free end of the piston rod of above-mentioned lift cylinder is locked intrinsic contiguous block, above-mentioned contiguous block and above-mentioned slide block lock and connect, above-mentioned hot-cutting machine locking is on the front of above-mentioned slide block.
8. the forming machine of a kind of lanyard fake body according to claim 1, it is characterized in that: the left side of above-mentioned left cut platform is provided with conductor rope seat, the first end locking of above-mentioned conductor rope seat is on the front of above-mentioned support, second end of above-mentioned conductor rope seat extends forward, second end of above-mentioned conductor rope seat offers the perforation of passing from left to right for rope body, above-mentioned perforation and above-mentioned lacing hole are on same straight line, the front of above-mentioned support is positioned at place on the right side of above-mentioned conductor rope seat and is provided with pressure rope seat, above-mentioned pressure rope seat is movably hinged with and can swings up and down, and be pressed in the pressure rope sheet on rope body.
9. the forming machine of a kind of lanyard fake body according to claim 8, it is characterized in that: above-mentioned perforation is provided with two, two perforation are arranged in forward direction spacing side by side, above-mentioned pressure rope sheet is corresponding with above-mentioned perforation is provided with two, above-mentioned lacing hole is corresponding with above-mentioned perforation is provided with two, and above-mentioned left and right appearance is restricted, and groove is corresponding with above-mentioned lacing hole is provided with two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420618471.4U CN204296027U (en) | 2014-10-23 | 2014-10-23 | A kind of forming machine of lanyard fake body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420618471.4U CN204296027U (en) | 2014-10-23 | 2014-10-23 | A kind of forming machine of lanyard fake body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204296027U true CN204296027U (en) | 2015-04-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420618471.4U Withdrawn - After Issue CN204296027U (en) | 2014-10-23 | 2014-10-23 | A kind of forming machine of lanyard fake body |
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| Country | Link |
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| CN (1) | CN204296027U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325637A (en) * | 2014-10-23 | 2015-02-04 | 陈学敏 | Molding machine for rope loop body of hanging rope |
| CN108688887A (en) * | 2018-02-17 | 2018-10-23 | 中国科学院自动化研究所（洛阳）机器人与智能装备创新研究院 | The intelligent folder bag manipulator of flexible circulation conveying track |
| CN109016477A (en) * | 2018-08-15 | 2018-12-18 | 浙江启程汽车部件有限公司 | Automatic flaring and connector press-loading device |
| CN109230484A (en) * | 2018-08-21 | 2019-01-18 | 兰明吾 | It is a kind of to wear deduction automatically suitable for D-shaped fastener |
-
2014
- 2014-10-23 CN CN201420618471.4U patent/CN204296027U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325637A (en) * | 2014-10-23 | 2015-02-04 | 陈学敏 | Molding machine for rope loop body of hanging rope |
| CN108688887A (en) * | 2018-02-17 | 2018-10-23 | 中国科学院自动化研究所（洛阳）机器人与智能装备创新研究院 | The intelligent folder bag manipulator of flexible circulation conveying track |
| CN108688887B (en) * | 2018-02-17 | 2023-12-05 | 中科(洛阳)机器人与智能装备研究院 | Intelligent bag clamping manipulator for flexible circulating conveying rail |
| CN109016477A (en) * | 2018-08-15 | 2018-12-18 | 浙江启程汽车部件有限公司 | Automatic flaring and connector press-loading device |
| CN109016477B (en) * | 2018-08-15 | 2024-02-09 | 浙江启程汽车部件有限公司 | Automatic flaring and joint press fitting equipment |
| CN109230484A (en) * | 2018-08-21 | 2019-01-18 | 兰明吾 | It is a kind of to wear deduction automatically suitable for D-shaped fastener |
| CN109230484B (en) * | 2018-08-21 | 2020-05-22 | 兰明吾 | Automatic button penetrating machine suitable for D-shaped button |
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Granted publication date: 20150429 Effective date of abandoning: 20160824 |
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