CN207494454U - A kind of guipure spiral filament forming machine of automatic blanking - Google Patents

Abstract

The utility model discloses a kind of guipure spiral filament forming machines of automatic blanking, including rack, the wrapping machine being located in rack, the molding die of rotation is driven by spiral filament forming machine, the directive wheel being oriented to the steel wire for entering molding die, the controller controlled wrapping machine, the rack is equipped with the first strainer, the discharge end that rack is located at molding die is equipped with an automatic cut-off mechanism, rack is equipped with the second strainer that a pair of steel wire for entering the first strainer is oriented to and is tensioned, the side of rack is equipped with the blanking device that a pair of of wrapping wire is collected automatically, automatic cut-off mechanism controls cut-out frequency by controller.With dual tension effects, it can solve the problems, such as that steel wire occurs being bent and needing manual blanking in feeder process, simple in structure, easy to operate, working efficiency is high, and labor intensity is low, and production cost is low, and product qualified rate is high, and it is accurate to cut length.

Description

A kind of guipure spiral filament forming machine of automatic blanking

Technical field

The utility model is related to guipure production equipment fields, and in particular to a kind of guipure spiral filament forming machine of automatic blanking.

Background technology

At present, existing spiral filament forming machine is usually and directly fixes the steel wire of whole circle by the turntable of fixation with steel wire, turntable On steel wire one end enter different molding dies on wrapping machine by directive wheel, after molding die drives rotation by wrapping machine Straight steel wire is processed into spiral wrapping wire.But there are following defects for existing spiral filament forming machine：

1st, it during steel wire enters molding die mold from turntable, is only oriented to by directive wheel, steel wire Supply is driven by the rotational power of wrapping machine, during the supply of entire steel wire, is only carried out by wrapping machine and turntable Tension adjustment, during the shearing that pauses every time, steel wire is all susceptible to supply happening more than dosage, so as to make steel wire There is bending, and during wrapping machine driving next time, the steel wire of extra supply length is not due to having the control of tension, so as to make bending It is disconnected to stretch, it is easy to cause in steel wire winding forming process and local folding line phenomenon occurs, make to pacify with wrapping wire creasy Dress is difficult even to scrap phenomenon；

2nd, it is typically by manually shearing at present after shutting down, working efficiency is low, and labor intensity is big, and long after wrapping wire molding Degree control is inaccurate；

3rd, at present for the wrapping wire shear off, by manually being taken down from machine in time, with prevent next wrapping wire to To previous steel wire so as to buckling phenomenon occur, operating personnel's heavy workload need to be located at all the time on top during preceding movement It beside machine, can not leave, working efficiency is low, and wrapping wire bending probability is high, and a people can only at most keep an eye on two equipment.

Utility model content

In order to solve certain or certain technical problems in the prior art, the utility model provides a kind of automatic blanking Guipure spiral filament forming machine, have dual tension effects, steel wire can be solved and occur being bent and needing manual blanking in feeder process The problem of, simple in structure, easy to operate, working efficiency is high, and labor intensity is low, and production cost is low, and product qualified rate is high, cuts length Degree is accurate.

To solve above-mentioned existing technical problem, the utility model uses following scheme：

A kind of guipure spiral filament forming machine of automatic blanking including rack, the wrapping machine being located in rack, is located on wrapping machine and passes through Spiral filament forming machine drives rotation to realize to steel wire winding molding molding die, be located at the steel wire progress to entering molding die in rack The directive wheel of guiding is located at the controller controlled in rack wrapping machine, and the rack is equipped with a pair of into directive wheel Steel wire carry out the first strainer of tension adjustment, the rack is equipped with a pair of steel wire for entering the first strainer and carries out The second strainer for being oriented to and being tensioned, the discharge end that the rack is located at molding die is equipped with an automatic cut-off mechanism, described The blanking device that the wrapping wire that the side of rack is equipped under a pair of of automatic cut-off mechanism shearing is collected automatically, it is described to automatically cut off Mechanism controls cut-out frequency by controller, and steel wire enters molding by directive wheel again after being tensioned by first strainer Mold wrapping wire is molded, then progress blanking receipts in blanking device are fallen to after being cut off by the automatic cut-off mechanism to wrapping wire Collection.

Further, the automatic cut-off mechanism include mounting base, be located in mounting base cutter, be located at it is right in mounting base Cutter carries out the first driving means of shearing motion.

Further, the cutter includes upper knife body and lower knife body, and the lower knife body is fixed in mounting base, the upper slitter Body drives upside down realization by first driving means and wrapping wire is sheared with lower knife body cooperation.

Further, the mounting base is set in including two guide rods, both ends that one end is fixed in rack on guide rod Upper bed-plate and lower bottom base, the upper bed-plate and lower bottom base are locked by adjusting nut, and the lower knife body is fixed on lower bottom base On, the first driving means are fixed on upper bed-plate, and the first driving means are cylinder body, and the upper knife body is detachable Be fixed on the piston rod of cylinder body.

Further, first strainer includes adjustment seat, the first tensioning wheel being located in adjustment seat, the adjusting The mounting groove for installing the first tensioning wheel is equipped in seat, the adjustment seat, which is equipped with, to be coordinated with mounting groove to being located in mounting groove The first tensioning wheel carry out the regulating mechanism of up and down adjustment, first tensioning wheel is interlocked up and down using 3 or level above face Setting.

Further, the regulating mechanism include both sides be slidably installed on mounting groove for install the first tensioning wheel sliding block, Bottom passes through adjustment seat and the first adjusting screw rod fixed with sliding block, the first limited block being screwed at the top of the first adjusting screw rod, The first tension bullet of an automatic adjustment tension is arranged on first adjusting screw rod between the first limited block and adjustment seat Spring, the tensile force of first tension spring are controlled by the first limited block.

Further, the rack be equipped with that a pair of steel wire for entering the first strainer is oriented to and is tensioned second Strainer.

Further, second strainer include one end transfer L-type supporting rod on frame side wall, be located at L-type The second tensioning wheel on supporting rod is located on L-type supporting rod to install the second adjusting screw rod of the second tensioning wheel, be screwed in the The second limited block at the top of two adjusting screw rods is covered between the second limited block and L-type supporting rod on second adjusting screw rod The second tension spring equipped with an automatic adjustment tension.

Further, the blanking device includes fixed frame, the receiving hopper being located on fixed frame, is located on fixed frame and docks The switching mechanism that hopper is overturn, wrapping wire are fallen in receiving hopper, then after being cut off by the automatic cut-off mechanism by turning over Wrapping wire in receiving hopper is turned on the table top of fixed frame by rotation mechanism.

Further, the switching mechanism include both ends by the fixed turning rod of bearing block, be located at turning rod one end pair Its second driving device rotated, the receiving hopper are mounted on turning rod, and the turning rod uses rectangular rod structure, institute It states turning rod and 90 ° of rotatings is carried out by the second driving device.

Further, second driving device includes the control cylinder being located on fixed frame, one end switching in control gas The follower lever of driving lever, one end switching on driving lever on cylinder piston rod, the other end of the follower lever are fixed on turning rod On, the turning rod is by controlling cylinder to drive driving lever that follower lever is driven to realize rotating.

Further, the receiving hopper uses arc-shaped structure.

Further, a telescoping mechanism is equipped between the turning rod and receiving hopper.

Further, the telescoping mechanism includes the telescopic cylinder being fixed on rectangular turning rod, is located at telescopic cylinder The linking arm being connect on piston rod with receiving hopper bottom, the receiving hopper are controlled by telescopic cylinder and are moved forward and backward.

Further, the controller is directly provided with a L-type connecting rod with rack, and the bottom of the L-type connecting rod turns It is connected in rack.

Compared with prior art, the beneficial effects of the utility model are：

Steel wire enter spiral filament forming machine carry out wrapping wire molding when, after being tensioned by the first strainer, can make enter around Steel wire in silk machine is more smooth, can realize and steel wire is corrected, and it is not in folding line in production to make steel wire, simultaneously also Limition orientation effect is carried out when can be to entering directive wheel, makes steel wire is more difficult to be slid from directive wheel, also has in rack side One the second strainer, steel wire are entered back into after being oriented to by the tensioning wheel on the second strainer in the first strainer, and Second strainer is fixed by L-type they sup-port, can either make steel wire from turntable enter spiral filament forming machine when far from spiral filament forming machine sheet Body, moreover it is possible to secondary tensioning is carried out to steel wire and is corrected, after making steel wire by dual tension force, the steel wire of bending can be carried out more Good is relatively straight, after steel wire machine-shaping, can directly be cut off by automatic shearing mechanism, it is no longer necessary to shut down and manually cut out It cuts, working efficiency higher, labor intensity is lower, and the wrapping wire under shearing also is able to, by the timely blanking of blanking device, make next Wrapping wire under shearing will not push up previous steel wire, and operating personnel's workload is small, it is no longer necessary to be located at beside machine without carving, work It is efficient, and a people can carry out the control of multiple devices, production cost is low, effectively solves steel wire and goes out in feeder process The problem of now bending, wrapping wire need manual stoppage to shear and take in time, simple in structure, easy to operate, working efficiency is high, and labour is strong Spend low, production cost is low, and product qualified rate is high, and it is accurate to cut length.

Description of the drawings

Fig. 1 is the structure diagram of the utility model spiral filament forming machine；

Fig. 2 is the overall structure diagram of the utility model spiral filament forming machine combination blanking device；

Fig. 3 is the structure diagram of the first strainer of the utility model.

In figure：Rack 1, the first strainer 2, adjustment seat 3, the first tensioning wheel 4, regulating mechanism 5, sliding block 6, first are adjusted Screw rod 7, the first tension spring 8, the first limited block 9, mounting groove 10, wrapping machine 11, directive wheel 12, controller 13, second are tensioned Take turns the 14, second strainer 15, the second tension spring 16, two limited blocks 17, the second adjusting screw rod 18, L-type supporting rod 19, L-type Connecting rod 20, first driving means 21, automatic cut-off mechanism 22, mounting base 23, upper bed-plate 24, cutter 25, upper knife body 26, into Pattern tool 27, guide rod 28, lower knife body 29, tool apron 30, lower bottom base 31, linking arm 32, telescopic cylinder 33, receiving hopper 34, telescopic machine Structure 35, blanking device 36, switching mechanism 37, turning rod 38, follower lever 39, driving lever 40, the second driving device 41, control cylinder 42nd, fixed frame 43.

Specific embodiment

In the following, with reference to attached drawing and specific embodiment, the utility model is described further, it should be noted that Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

As shown in Figures 1 to 3, the guipure spiral filament forming machine of a kind of automatic blanking, including rack 1, the wrapping machine being located in rack 1 11st, it is located on wrapping machine 11 and rotation is driven to realize to steel wire winding molding molding die 27 by spiral filament forming machine, is located in rack 1 To enter molding die 27 steel wire be oriented to directive wheel 12, be located at the control controlled in rack 1 wrapping machine 11 Device 13, the rack 1 are equipped with the first strainer 2 that a pair of steel wire for entering directive wheel 12 carries out tension adjustment, the machine Frame 1 is equipped with the second strainer 15 that a pair of steel wire for entering the first strainer 2 is oriented to and is tensioned, the rack 1 An automatic cut-off mechanism 22 is equipped with positioned at the discharge end of molding die 27, the side of the rack 1 is equipped with a pair of of automatic cutting off table The blanking device 36 that wrapping wire under the shearing of structure 22 is collected automatically, the automatic cut-off mechanism 22 are controlled by controller 13 Frequency is cut off, steel wire enters 27 wrapping wire of molding die by directive wheel 12 again after being tensioned by first strainer 2 and is molded, It is fallen to after being cut off again by the automatic cut-off mechanism 22 to wrapping wire and blanking collection is carried out in blanking device 36；It is described from Dynamic cutting mechanism 22 includes mounting base 23, the cutter 25 being located in mounting base 23, is located in mounting base 23 and cutter 25 is cut Cut the first driving means 21 of movement；The cutter 25 includes upper knife body 26 and lower knife body 29, and the lower knife body 29 is fixed on peace It fills on seat 23, the upper knife body 26 drives upside down realization by first driving means 21 and coordinates with lower knife body 29 to wrapping wire progress Shearing；The mounting base 23 includes two guide rods 28 being fixed in rack 1 of one end, both ends are set in upper bed-plate on guide rod 28 24 and lower bottom base 31, the upper bed-plate 24 and lower bottom base 31 be locked by adjusting nut, the lower knife body 29 is fixed on down On pedestal 31, the first driving means 21 are fixed on upper bed-plate 24, and the first driving means 21 are cylinder body, described Upper knife body 26 is detachably mounted on the piston rod of cylinder body, and a tool apron 30, institute are slidably equipped between two guide rods 28 Upper knife body 26 is stated on tool apron 30；First strainer 2 includes adjustment seat 3, first be located in adjustment seat 3 Bearing up pulley 4, the interior mounting groove 10 being equipped with for installing the first tensioning wheel 4 of the adjustment seat 3, the adjustment seat 3 is equipped with and installation Slot 10 coordinates the regulating mechanism 5 that up and down adjustment is carried out to the first tensioning wheel 4 being located in mounting groove 10, first tensioning wheel 4 It is staggered up and down using 3 or level above face；The regulating mechanism 5 is slidably installed on mounting groove 10 to install including both sides The sliding block 6 of first tensioning wheel 4, bottom pass through adjustment seat 3 and with 6 fixed first adjusting screw rod 7 of sliding block, be screwed in the first adjusting First limited block 9 at the top of screw rod 7 is arranged between the first limited block 9 and adjustment seat 3 on first adjusting screw rod 7 First tension spring 8 of one automatic adjustment tension, the tensile force of first tension spring 8 are controlled by the first limited block 9；Institute It states the second strainer 15 and includes L-type supporting rod 19 of one end switching on 1 side wall of rack, be located on L-type supporting rod 19 the Two tensioning wheels 14 are located on L-type supporting rod 19 to install the second adjusting screw rod 18 of the second tensioning wheel 14, be screwed in the second tune Second limited block 17 at 18 top of screw rod is saved, the second limited block 17 and L-type supporting rod 19 are located on second adjusting screw rod 18 Between be arranged with the second tension spring 16 of an automatic adjustment tension；The controller 13 is directly provided with a L-type with rack 1 and connects Extension bar 20, the bottom patch of the L-type connecting rod 20 are connected in rack 1；The blanking device 36 includes fixed frame 43, is located at admittedly Determine the receiving hopper 34 on frame 43, be located at the switching mechanism 37 overturn on fixed frame 43 to receiving hopper 34, wrapping wire passes through described Automatic cut-off mechanism 22 is fallen in receiving hopper 34, then be turned to the wrapping wire in receiving hopper 34 by switching mechanism 37 after cutting off On the table top of fixed frame 43；The switching mechanism 37 include both ends by the fixed turning rod 38 of bearing block, be located at turning rod 38 The second driving device 41 that one end rotates it, the receiving hopper 34 are mounted on turning rod 38, and the turning rod 38 is adopted With rectangular rod structure, the turning rod 38 carries out 90 ° of rotatings by the second driving device 41；Second driving device 41 is wrapped Include the driving lever 40 for controlling cylinder 42, one end switching on control 42 piston rod of cylinder being located on fixed frame 43, one end switching Follower lever 39 on driving lever 40, the other end of the follower lever 39 are fixed on turning rod 38, and the turning rod 38 passes through Cylinder 42 is controlled to drive driving lever 40 that follower lever 39 is driven to realize rotating；The receiving hopper 34 uses arc-shaped structure；It is described A telescoping mechanism 35 is equipped between turning rod 38 and receiving hopper 34；The telescoping mechanism 35 includes being fixed on rectangular turning rod 38 On telescopic cylinder 33, be located at the linking arm 32 being connect on 33 piston rod of telescopic cylinder with 34 bottom of receiving hopper, the receiving hopper 34 control back-and-forth motion by telescopic cylinder 33.

In actual use, it when steel wire enters spiral filament forming machine progress wrapping wire molding, is carried out by the first strainer 2 After tensioning, the steel wire entered in spiral filament forming machine can be made more smooth, can realize and steel wire is corrected, make steel wire in production Be not in folding line, while steel wire by directive wheel 12 by entering molding die 27 again after the tensioning of the first strainer 2, moreover it is possible to Playing the role of limition orientation during to entering directive wheel 12, making steel wire more difficult and being slid from directive wheel 12, passing through wrapping machine 11 Drive molding die 27 rotate, make on steel wire winding to molding die 27 carry out wrapping wire molding, Wrapping formed wrapping wire along into Pattern tool 27 moves forward, and molding wrapping wire is made to be cut off when passing through automatic cut-off mechanism 22 to wrapping wire, molding so as to make Wrapping wire can realize the purpose automatically cut off, it is no longer necessary to manually carry out shutdown cut-out, working efficiency higher, labor intensity is more It is low, and break time and 11 rotary rpm of spiral filament forming machine can be adjusted by controller 13, for example, when spiral filament forming machine 11 is just It is wound in the normal course of work after how long or how much enclosing, the directly quick cut-out of automatic cut-off mechanism 22, and general in wrapping wire Rotating speed is slower, and subsequent wrapping wire withstands happening for automatic cut-off mechanism 22 when will not be directly, allows the continuous work of equipment Make, especially the wrapping wire under a pair of of automatic cut-off mechanism 22 is equipped in the side of the rack 1 and is sheared is collected automatically During blanking device 36, the wrapping wire fallen after cut-out is directly fallen in blanking device 36, and wrapping wire is carried out by blanking device 36 Blanking is moved to other positions, and subsequent wrapping wire is made not make in movement forward again with the wrapping wire that has been turned off to top Wrapping wire is more convenient quick during continuous firing, and operating personnel's workload is small, it is no longer necessary to it is located at beside machine without carving, Working efficiency is high, and a people can carry out the control of multiple devices, and production cost is low, effectively solves steel wire in feeder process Middle the problem of being bent, wrapping wire needs manual stoppage to shear and takes in time occur, simple in structure, easy to operate, working efficiency is high, labor Fatigue resistance is low, and production cost is low, and product qualified rate is high, and it is accurate to cut length.

Preferably, automatic cut-off mechanism 22 includes mounting base 23, the cutter 25 being located in mounting base 23, is located at mounting base The first driving means 21 of shearing motion are carried out on 23 to cutter 25, structure is simpler, and the operation is more convenient, and working efficiency is more Height when being sheared by automatic cut-off mechanism 22 to steel wire, only need to drive cutter 25 to open by first driving means 21 Resultant motion can be achieved with carrying out shear treatment to wrapping wire.And the lower knife body 29 of cutter 25 is fixed in mounting base 23, upper knife body 26 Realization is driven upside down by first driving means 21 coordinating with lower knife body 29 and wrapping wire is sheared, wrapping wire is directly over cutting Body 29 in shearing, can also play wrapping wire by lower knife body the effect of positioning support, to being carried out by the wrapping wire of cutter 25 During shearing, 25 stability of cutter is more preferable, and clipped position is more accurate.

Further, during shearing, two guide rods 28 being fixed on due to mounting base 23 by one end in rack 1, The upper bed-plate 24 and lower bottom base 31 being set on guide rod 28 with both ends form, and the upper bed-plate 24 and lower bottom base 31 pass through adjusting Nut check is fixed, and also is able to be adjusted the position of upper bed-plate 24 and lower bottom base 31 on guide rod 28 by adjusting nut, The adjusting for making cutter 25 is more convenient laborsaving, precision higher during adjusting, and first driving means 21 use air cylinder structure, right When upper knife body 26 is driven upside down, more quickly and easily, shear efficiency higher, when cut-out, is rapider, when upper knife body 26 needs When repairing or replacing, dismounting is more convenient, in order to improve stability of the upper knife body 26 in shear history, prevents cutter 25 It is deviated during shearing, it is sliding between two guide rods 28 to have set one for installing the tool apron 30 of upper knife body 26, it is shearing When, only tool apron 30 need to be driven to be moved along guide rod 28 by first driving means 21, upper knife body 26, just can be effective in shearing Ensure shear stability and clipped position.

Preferably, when carrying out tension adjustment to steel wire by the first strainer 2, steel wire is along the first tensioning wheel 4 It moves forward, conveys more flexible, the relative position that the first tensioning wheel 4 can be by 5 adjuster of regulating mechanism in adjustment seat 3, The effective running length adjusting for making steel wire is more convenient, and the adjustment of tension is easier, and regulating mechanism 5 is slidably installed in including both sides Adjustment seat 3 is passed through for the sliding block 6 of the first tensioning wheel 4 of installation, bottom and adjust spiral shell with sliding block 6 fixed first on mounting groove 10 Bar 7, the first limited block 9 for being screwed in the top of the first adjusting screw rod 7, be located on first adjusting screw rod 7 first limited block 9 with The first tension spring 8 of an automatic adjustment tension is arranged between adjustment seat 3, the tensile force of first tension spring 8 passes through First limited block 9 controls, and when steel wire passes through the first tensioning wheel 4, is capable of the big of adjust automatically tension by the first tension spring 8 It is small, it is taken when feed is more than, makes effective running length of the steel wire on the first tensioning wheel 4 elongated by the first tension spring 8, It is taken when feed is less than, effective running length of the steel wire on the first tensioning wheel 4 can be made to shorten by the first tension spring 8, The adjustment process for making entire tension is more convenient laborsaving, it is no longer necessary to artificial to carry out moment nurse.

Preferably, steel wire enters back into the first tensioning device after being oriented to by the second tensioning wheel 14 on the second strainer 15 In structure 2, it is not in happening, and second for the extra steel wire of long range when entering the first strainer 2 that can make steel wire Tight mechanism 15 is supported by L-type supporting rod 19 and fixed, can either make steel wire from turntable enter spiral filament forming machine when far from spiral filament forming machine in itself, The bottom of L-type supporting rod 19 is rotatable, can be adjusted control into seat to steel wire, make the in-position of steel wire more Accurately, make steel wire more smooth stabilization in the process of running, moreover it is possible to secondary tensioning is carried out to steel wire and is corrected, passes through steel wire dual After tension force, the steel wire of bending can be carried out preferably relatively directly, steel wire is by second on the second strainer 15 During bearing up pulley 14, the second tensioning wheel 14 realizes the second tension spring 16 by the second limited block 17 in the position of the second adjusting screw rod 18 Elasticity adjustment, controlled so as to fulfill the automatic tension of steel wire, control structure more adds folk prescription just.

Meanwhile the controller 13 is directly connect with rack 1 also by a L-type connecting rod 20, the bottom of L-type connecting rod 20 Portion is connected in rack 1, and the position of controller 13 can be adjusted by L-type connecting rod 20, make staff more A position can realize control.

Preferably, when carrying out splicing and blanking to wrapping wire by blanking device 36, the steel wire shear off is fallen to On receiving hopper 34, then receiving hopper 34 is overturn by switching mechanism 37, is automatically cut off so as to fulfill wrapping wire by described Mechanism 22 is fallen in receiving hopper 34, then the wrapping wire in receiving hopper 34 is turned to fixed frame 43 by switching mechanism 37 after cutting off Table top on purpose, make wrapping wire during wrapping wire being made to move again to table top from 34 splicing of receiving hopper and switching mechanism 37 more Add simple, the operation is more convenient, effectively avoids artificial feeding, make subsequent wrapping wire will not again with shear off around Silk is contacted.

Further, when being overturn by switching mechanism 37, since receiving hopper 34 uses arc-shaped structure, radian is small In 90 °, only turning rod 38 need to be driven to overturn 90 ° by the second driving device 41, with regard to the steel wire in receiving hopper 34 can be made fast Speed drops out, and turning rod 38 uses rectangular rod structure, more convenient in overturning, overturns precision higher.

Further, the second driving device 41 packet is driven using control cylinder 42, and more convenient laborsaving, structure more adds It is single, in overturning, only it need to can just control and turn over by the way that cylinder 42 is controlled to drive driving lever 40 that follower lever 39 is driven to realize rotating Bull stick 38 carries out positive and negative 90 ° of rotations, can also be by telescoping mechanism 35 to turning over during wrapping wire shear offs and overturn Receiving hopper 34 on bull stick 38 is moved forward and backward, and after shearing wrapping wire, receiving hopper 34 pulls open centainly with automatic cut-off mechanism 22 Distance after overturn again, receiving hopper 34 can effectively be avoided to be contacted with subsequent wrapping wire, effectively avoid subsequently around The flexural deformation of silk.And telescoping mechanism 35 by the telescopic cylinder 33 that is fixed on rectangular turning rod 38 and is fixed on flexible gas The linking arm 32 being connect on 33 piston rod of cylinder with 34 bottom of receiving hopper forms, only need to be by the extension and contraction control of telescopic cylinder 33, just It can realize that receiving hopper 34 is moved forward and backward, structure is simpler, and cost is lower, and control is more convenient.

The above embodiment is only the preferred embodiment of the utility model, it is impossible to be protected with this to limit the utility model Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to In the utility model range claimed.

Claims (8)

1. a kind of guipure spiral filament forming machine of automatic blanking, including rack, the wrapping machine being located in rack, be located on wrapping machine by around Silk machine drives rotation to realize to steel wire winding molding molding die, is located in rack and the steel wire for entering molding die is led To directive wheel, be located at the controller that is controlled in rack wrapping machine, it is characterised in that：The rack be equipped with it is a pair of into The steel wire for entering directive wheel carries out the first strainer of tension adjustment, and the rack is equipped with a pair and enters the first strainer The second strainer that steel wire is oriented to and is tensioned, the discharge end that the rack is located at molding die are equipped with an automatic cutting off table Structure, the blanking device that the wrapping wire that the side of the rack is equipped under a pair of of automatic cut-off mechanism shearing is collected automatically are described Automatic cut-off mechanism controls cut-out frequency by controller, and steel wire passes through directive wheel again after being tensioned by first strainer Into molding die wrapping wire be molded, then fallen to after being cut off by the automatic cut-off mechanism to wrapping wire in blanking device into Row blanking is collected.

2. a kind of guipure spiral filament forming machine of automatic blanking according to claim 1, it is characterised in that：First strainer Including adjustment seat, the first tensioning wheel being located in adjustment seat, the installation for installing the first tensioning wheel is equipped in the adjustment seat Slot, the adjustment seat are equipped with the adjusting machine for carrying out up and down adjustment to the first tensioning wheel being located in mounting groove with mounting groove cooperation Structure, first tensioning wheel are staggered up and down using 3 or level above face.

3. a kind of guipure spiral filament forming machine of automatic blanking according to claim 2, it is characterised in that：The regulating mechanism includes Both sides are slidably installed on mounting groove for installing the sliding block of the first tensioning wheel, bottom passes through adjustment seat and fixed with sliding block first adjusts Section screw rod, the first limited block for being screwed at the top of the first adjusting screw rod, be located on first adjusting screw rod the first limited block with The first tension spring of an automatic adjustment tension is arranged between adjustment seat, the tensile force of first tension spring passes through first Limited block controls.

4. a kind of guipure spiral filament forming machine of automatic blanking according to claim 1, it is characterised in that：Second strainer Including L-type supporting rod of one end switching on frame side wall, the second tensioning wheel being located on L-type supporting rod, it is located at L-type supporting rod It is upper for installing the second adjusting screw rod of the second tensioning wheel, the second limited block being screwed at the top of the second adjusting screw rod, described the The second tension spring of an automatic adjustment tension is arranged on two adjusting screw rods between the second limited block and L-type supporting rod.

5. a kind of guipure spiral filament forming machine of automatic blanking according to claim 1, it is characterised in that：The blanking device includes Fixed frame, the receiving hopper being located on fixed frame are located at the switching mechanism overturn on fixed frame to receiving hopper, and wrapping wire passes through institute It is fallen in receiving hopper, then the wrapping wire in receiving hopper is turned to by fixed frame by switching mechanism after stating automatic cut-off mechanism cut-out Table top on.

6. a kind of guipure spiral filament forming machine of automatic blanking according to claim 5, it is characterised in that：The switching mechanism includes Both ends by the fixed turning rod of bearing block, be located at the second driving device that turning rod one end rotates it, the splicing Bucket is mounted on turning rod, and the turning rod uses rectangular rod structure, and the turning rod is carrying out 90 ° just by the second driving device Reversion.

7. a kind of guipure spiral filament forming machine of automatic blanking according to claim 6, it is characterised in that：Second driving device Including be located on fixed frame control cylinder, one end switching control cylinder piston rod on driving lever, one end switching actively Follower lever on bar, the other end of the follower lever are fixed on turning rod, and the turning rod is by controlling cylinder to drive actively Bar driving follower lever realizes rotating.

8. a kind of guipure spiral filament forming machine of automatic blanking according to claim 7, it is characterised in that：The turning rod and splicing Between bucket be equipped with a telescoping mechanism, the telescoping mechanism include be fixed on rectangular turning rod telescopic cylinder, be located at it is flexible The linking arm being connect on cylinder piston rod with receiving hopper bottom, the receiving hopper are controlled by telescopic cylinder and are moved forward and backward.