CN208471234U - Doubling frame - Google Patents

Abstract

The utility model discloses a kind of doubling frames, are related to spinning machinery field, it is intended to solve easy to wear when spinning carries out plying operation and when carrying out coiling storage to plying spinning after spinning plying, the problems such as uneven, spinning transmission that there are coilings loosens.Its key points of the technical solution are that: a kind of doubling frame; including workbench, the bracket being connect with workbench, the doubling device being connect with workbench, at least two broken wire protecting equipments being connect with bracket; bracket includes the first coil holder; first coil holder sliding sleeve is equipped with the coil holder clamp system of adjustable position; coil holder clamp system is connect with broken wire protecting equipment, and doubling device includes the bottom plate for being fixedly installed on workbench and the zygonema mechanism with bottom plate rotation connection.A kind of doubling frame of the utility model makes spinning not easy to wear in carrying out spinning doubling process, and the case where spinning coiling is uneven, transmission loosens occurs in reduction, and guarantees the quality of spinning.

Description

Doubling frame

Technical field

The utility model relates to spinning machinery fields, more specifically, it relates to a kind of doubling frame.

Background technique

When carrying out the production of spinning, the difference according to product specification is needed, the spinning of different thicknesses is produced, due to Monofilaments are thinner, to obtain thicker spinning, need more spinning carrying out plying doubling.And existing method is usually people Work process to monofilaments and either be processed using simple equipment to spinning, and such equipment processing is coarse and does not have There is safeguard measure, be prone to wear spinning during processing, influence the quality of spinning, plying is spun after yarn plying When silk carries out coiling storage, there are coiling unevenness, spinning to transmit phenomena such as loosening for existing equipment, influences the processing quality of spinning.

Therefore it needs to propose the new scheme of one kind to solve this problem.

Utility model content

In view of the deficienciess of the prior art, carrying out spinning the purpose of this utility model is to provide a kind of doubling frame Spinning is made to reduce abrasion in doubling process, reduction the case where spinning coiling is uneven, transmission loosens occurs, guarantees spinning Quality.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of doubling frame, including Workbench, the bracket being connect with workbench, the doubling device being connect with workbench, at least two breaking protections being connect with bracket Device, the bracket include the first coil holder, and the first coil holder sliding sleeve is equipped with the coil holder clamp system of adjustable position, described Coil holder clamp system is connect with broken wire protecting equipment, the doubling device include be fixedly installed on workbench bottom plate and with bottom The zygonema mechanism of plate rotation connection.

By using above-mentioned technical proposal, spinning passes through broken wire protecting equipment first, carries out simultaneously subsequently into doubling device Line operation, when the transmission direction of spinning cabling and broken wire protecting equipment is inconsistent, by adjusting broken wire protecting equipment first Position on coil holder, so that spinning cabling is consistent with the transmission direction of broken wire protecting equipment；Then by rotation zygonema mechanism with Adjust zygonema mechanism angle so that spinning enter doubling device carry out doubling operation when direction of routing and zygonema mechanism biography Defeated direction is consistent, to reduce the wear rate of spinning, guarantees the quality of spinning.

The utility model is further arranged to: the broken wire protecting equipment includes fixed feet and connect with fixed feet one end Threading mechanism, the fixed feet other end connect with coil holder clamp system, the coil holder clamp system include clamp ring component with And the adjusting component being connect with clamp ring component.

By using above-mentioned technical proposal, using fixed feet as intermediate transit body so that coil holder clamp system by with it is solid The connection of foot is determined to realize the connection of coil holder clamp system and broken wire protecting equipment, is then clamped coil holder by adjusting component The elasticity of mechanism is adjusted to suitable degree, then broken wire protecting equipment is moved along the first coil holder length direction, so that spinning Direction of routing is consistent with broken wire protecting equipment transmission direction.

The utility model is further arranged to: the clamp ring component includes the first clamp ring and the second clamp ring and the first clamp ring First clamping piece and second intermediate plate that both ends are separately connected and third intermediate plate and the 4th intermediate plate that the second clamp ring both ends are separately connected, The first clamping piece and third intermediate plate are connect with broken wire protecting equipment, and the second intermediate plate and the 4th intermediate plate are connect with component is adjusted And fixation is realized by adjusting component.

By using above-mentioned technical proposal, the through-hole worn for the first coil holder is collectively formed in the first clamp ring and the second clamp ring, Then second intermediate plate and the 4th intermediate plate are fixedly connected by the adjusting component being connect with second intermediate plate and the 4th intermediate plate, to make Coil holder clamp system is obtained to be fixedly connected with breaking protection mechanism.

The utility model is further arranged to: the adjusting component includes the adjustment barrel for being connected to second intermediate plate, the tune Cavity is offered in section cylinder, the adjustment barrel offers the through-hole connecting with cavity close to the end face of second intermediate plate, connects in through-hole It is connected to screw rod, the screw rod is located at the end in cavity equipped with clamping platform, and the clamping platform diameter is greater than through-hole diameter, the spiral shell Bar passes through the 4th intermediate plate far from one end of cavity and is connected with handle.

By using above-mentioned technical proposal, screw rod is located at the end in cavity equipped with clamping platform, to prevent from adjusting coil holder Screw rod is rotated out of in adjustment barrel when the elasticity of clamp system.Rotational handle, the work engaged due to screw rod with adjustment barrel screw thread With so that screw rod is moved toward the direction far from cavity, so that second intermediate plate and the 4th intermediate plate separate, so that clamping the originally There is certain gap between the clamp ring of one coil holder and the first coil holder, moves broken wire protecting equipment at this time to adjust broken wire protecting equipment Position on bracket is moved to after suitable position, in the opposite direction rotational handle, and screw rod makes towards moving in cavity It obtains second intermediate plate and the 4th intermediate plate is combined, so that the first clamp ring and the second clamp ring clamp the first coil holder, break at this time Protective device is fixed on the first coil holder.

The utility model is further arranged to: the threading mechanism includes the feed-through collar group being connected between two fixed feets Part and the lead bar assembly being rotationally connected between two fixed feets, the lead ring assemblies include being connected to two fixed feets Between feed-through collar strut and be connected to several feed-through collars of feed-through collar strut.

It crosses by adopting the above technical scheme, spinning is by entering back into lead bar assembly after feed-through collar, subsequently into next work Sequence carries out doubling operation.

The utility model is further arranged to: the lead bar assembly includes two be rotatablely connected respectively with two fixed feets A pivoted arm and the lead wire lever being connected between two pivoted arms, the lead wire lever are uniformly provided with the fairlead passed through for spinning.

By using above-mentioned technical proposal, move downward pivoted arm by turning downward pivoted arm, thus drive lead wire lever to Lower movement, so that being become smaller by angle of the spinning cabling of feed-through collar when entering lead wire lever between lead wire lever, to reduce Frictional force between spinning and feed-through collar and lead wire lever reduces the probability of broken string.

The utility model is further arranged to: the zygonema mechanism includes supporting element and the transmission group for being connected to supporting element Part, the supporting element include being bolted by the second bolt of setting and third in the pedestal of bottom plate and being consolidated with what pedestal was fixed Fixed board, the bottom plate are offered using the second bolt as the center of circle, and with the distance between the second bolt and third bolt for radius Arc groove, the third bolt are slideably positioned in arc groove, and the fixed plate and transmission component are rotatablely connected.

By using above-mentioned technical proposal, the second bolt and third bolt are unscrewed, so that zygonema mechanism is with the second bolt It for the center of circle, and is that arcuately slot rotates radius with the distance between the second bolt and third bolt, when turning to suitable position, Second bolt and third bolt are tightened, so that zygonema mechanism is fixed with bottom plate.

The utility model is further arranged to: the transmission component includes mounting plate and the master for being rotationally connected with mounting plate Driving wheel and time driving wheel are horizontally connected with first rotating shaft, the mounting plate and fixation between the fixed plate of the pedestal two sides Plate passes through the first rotating shaft rotation connection being laterally arranged, and is connected with positioning component between the fixed plate and mounting plate.

By using above-mentioned technical proposal, mounting plate is rotated upwardly and downwardly by axis of shaft, with adjust main driving wheel and The angle of secondary driving wheel in the vertical direction after regulating angle, is fixed on fixed plate to by mounting plate by positioning component, So that spinning cabling enters when driving wheel carries out doubling operation and driving wheel transmission direction is in a straight line.

The utility model is further arranged to: positioning component includes the jack uniformly opened up in fixed plate, mounting plate side wall Uniformly open up it is several for groove, be successively arranged in jack and groove and mounting plate be fixedly connected on to the bolt of fixed plate.

By using above-mentioned technical proposal, be rotatablely installed after plate adjusts good position, bolt is successively arranged in jack with And groove improves the stability of mounting plate so that mounting plate is further fixed with fixed plate.

The utility model is further arranged to: the mounting plate offers sliding slot along the vertical direction, the secondary driving wheel Shaft one end passes through sliding slot and is threaded with nut, and nut is pushed against in mounting plate.

By using above-mentioned technical proposal, loosening nut moves up and down secondary driving wheel along the chute, to adjust spinning entrance Rate of tension when subsequent processing.

In conclusion the utility model has the following beneficial effects:

First, the coil holder that the first coil holder sliding sleeve is equipped with adjustable position of the broken wire protecting equipment on the first coil holder clamps Mechanism, when the transmission direction of spinning cabling and broken wire protecting equipment is inconsistent, by adjusting broken wire protecting equipment in First Line Position on frame, so that spinning cabling is consistent with the transmission direction of broken wire protecting equipment；

Second, workbench be provided with bottom plate and with bottom plate rotation connection zygonema mechanism, by rotation zygonema mechanism with Adjust zygonema mechanism angle so that spinning enter doubling device carry out doubling operation when direction of routing and zygonema mechanism biography Defeated direction is consistent, to reduce the wear rate of spinning, guarantees the quality of spinning；

Third, shaft is horizontally connected between the fixed plate of pedestal two sides, with fixed plate by laterally setting in the middle part of mounting plate The shaft set is rotatablely connected, and the circular hole for bolt insertion is uniformly provided in fixed plate, and mounting plate side wall uniformly opens up several For the groove of bolt clamping, by rotating mounting plate by axis of shaft, so that the angle between spinning cabling and driving wheel Degree is further adjusted, so that it is in a straight line between driving wheel that spinning cabling, which enters when driving wheel carries out doubling operation,；

Fourth, mounting plate offers sliding slot along the vertical direction, by the way that secondary driving wheel moves up and down along the chute, spun with adjusting Silk enters rate of tension when subsequent processing.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the present embodiment, it is shown that doubling frame overall structure；

Fig. 2 is the present embodiment partial structural diagram one, it is shown that the connection relationship of broken wire protecting equipment and the first coil holder；

Fig. 3 is the perspective view of the explosion of coil holder clamping structure, it is shown that the structure of coil holder clamp system；

Fig. 4 is the present embodiment partial structural diagram two, it is shown that adjusts component internal structure；

Fig. 5 is the perspective view of the explosion of broken wire protecting equipment, it is shown that the structure of broken wire protecting equipment；

Fig. 6 is the present embodiment partial structural diagram three, it is shown that the connection relationship between each component of doubling device；

Fig. 7 is the perspective view of the explosion of zygonema mechanism, it is shown that the connection relationship of transmission component and support component；

Fig. 8 is the present embodiment partial structural diagram four, it is shown that the structure of guide plate.

In figure: 1, workbench；2, bracket；3, doubling device；31, bottom plate；311, arc groove；4, broken wire protecting equipment；41, Fixed feet；411, groove 411；42, threading mechanism；421, lead ring assemblies；4211, feed-through collar strut；4212, feed-through collar； 422, lead bar assembly；4221, pivoted arm；4222, lead wire lever；42221, fairlead；5, coil holder clamp system；51, clamp ring component； 511, the first clamp ring 511；512, the second clamp ring；513, first clamping piece；514, second intermediate plate；515, third intermediate plate；516, the 4th Intermediate plate；52, component is adjusted；521, adjustment barrel；5211, cavity；522, screw rod；5221, clamping platform；523, handle；5231, it holds Portion；6, zygonema mechanism；61, support component；611, pedestal；612, fixed plate；6121, connecting hole；6122, jack；62, transmission group Part；621, mounting plate；6211, mounting hole；6212, groove；6213, sliding slot；622, main driving wheel；623, secondary driving wheel；7, One bolt；8, the second bolt；9, third bolt；10, first rotating shaft；11, the second shaft；12, bolt；13, guide plate；131, it leads Xiang Kong；14, the 4th bolt；141, the 4th nut；15, the 5th bolt；151, the second nut.

Specific embodiment

With reference to the accompanying drawings and examples, the utility model is described in detail.

A kind of doubling frame, as depicted in figs. 1 and 2, including workbench 1, it is connected to the bracket 2 of workbench 1, workbench 1 connects It is connected to doubling device 3, bracket 2 includes the first coil holder 21, and the first coil holder 21 is connected with broken wire protecting equipment 4.Such as Fig. 1 and Fig. 2 institute Show, broken wire protecting equipment 4 includes fixed feet 41 and the threading mechanism 42 connecting with 41 one end of fixed feet, 41 other end of fixed feet It is connected with coil holder clamp system 5, coil holder clamp system 5 includes clamp ring component 51 and the adjusting component connecting with clamp ring component 51 52。

As shown in Figures 2 and 3, clamp ring component 51 includes the first clamp ring 511 and the second clamp ring of equal semicircular in shape setting 512,511 both ends of the first clamp ring are equipped with and its integrally formed first clamping piece 513 and second intermediate plate 514,512 both ends of the second clamp ring Equipped with its integrally formed third intermediate plate 515 and the 4th intermediate plate 516, fixed feet 41 offers close to the end face of the first coil holder 21 For the groove 411 that first clamping piece 513 and third intermediate plate 515 are embedded in, first clamping piece 513 and third intermediate plate 515 and fixed feet 41 are led to It crosses the 4th bolt 14 to achieve a fixed connection, 14 head of the 4th bolt is pushed against in 41 upper surface of fixed feet, and the 4th bolt 14 extends The part of 41 lower surface of fixed feet is connected with the first nut 141, by screwing the first nut 141 towards 41 lower surface of fixed feet And it pushes against in 41 lower surface of fixed feet, to realize the connection of coil holder clamp system 5 Yu fixed feet 41.

As shown in Figure 2 and Figure 4, adjusting component 52 includes being welded in the adjustment barrel 521 of second intermediate plate 514, in adjustment barrel 521 Cavity 5211 is offered, adjustment barrel 521 offers the through-hole connecting with cavity 5211, through-hole close to the end face of second intermediate plate 514 It is inside connected with screw rod 522, screw rod 522 is located at the end in cavity 5211 equipped with clamping platform 5221, to prevent from adjusting coil holder folder Screw rod 522 is rotated out of in adjustment barrel 521 when the elasticity of tight mechanism 5, and screw rod 522 passes through the 4th far from one end of cavity 5211 Intermediate plate 516 is connected with handle 523, and handle 523 is equipped with grip part 5231,5231 rotational handle 523 of grip part is held, due to screw rod 522 effects engaged with 521 screw thread of adjustment barrel are so that screw rod 522 is moved toward the direction far from cavity 5211, so that second intermediate plate 514 and the 4th intermediate plate 516 separate so that originally clamp the first coil holder 21 clamp ring and the first coil holder 21 between have it is certain Gap moves broken wire protecting equipment 4 at this time to adjust position of the broken wire protecting equipment 4 on bracket 2, is moved to suitable position Later, rotational handle 523 in the opposite direction, screw rod 522 is towards moving in cavity 5211, so that second intermediate plate 514 and the 4th folder Piece 516 is combined, so that the first clamp ring 511 and the second clamp ring 512 clamp the first coil holder 21, broken wire protecting equipment at this time 4 are fixed on the first coil holder 21.Comfort level when handle 523 is held to increase, and is covered on the grip part of handle 523 5231 Equipped with rubber sleeve.

As shown in figure 5, threading mechanism 42 includes the lead ring assemblies 421 being connected between two fixed feets 41 and connection Lead bar assembly 422 between two fixed feets 41, lead ring assemblies 421 include that feed-through collar strut 4211 and being connected to draws Several feed-through collars 4212 of wire loop strut 4211, lead bar assembly 422 include one end with fixed feet 41 far from the first coil holder 21 The pivoted arm 4221 of rotation connection and the lead wire lever 4222 being connected between pivoted arm 4221, fixed feet 41 is far from the first coil holder 21 One end is connected with the 5th bolt 15, and pivoted arm 4221 is rotationally connected with fixed feet 41,15 head of the 5th bolt by the 5th bolt 15 It is connected to 41 side wall of fixed feet, 15 thread segment of the 5th bolt is threaded with the second nut 151, by by 151 court of the second nut Screw and pushed against in 41 side wall of fixed feet to 41 side wall of fixed feet so that pivoted arm 4221 is connect with fixed feet 41, pivoted arm 4221 it Between be connected with lead wire lever 4222, the fairlead 42221 passed through for spinning is uniformly provided in lead wire lever 4222.By turning downward Pivoted arm 4221 moves downward pivoted arm 4221, so that the spinning cabling between feed-through collar 4212 and fairlead 42221 and level side To angle become smaller, to reduce the frictional force between spinning and feed-through collar 4212 and fairlead 42221, reduce the several of broken string Rate.

Cabling is in one when in order to guarantee that spinning carries out doubling operation by entering doubling device 3 after broken wire protecting equipment 4 Straight line reduces the frictional force of spinning and 3 internal component of doubling device, and reaching prevents from breaking, avoids damage 3 inside group of doubling device The purpose of part sets the doubling device 3 of adjustable-angle for doubling device 3 to cooperate broken wire protecting equipment 4 to carry out spinning simultaneously Line operation, specifically, as shown in fig. 6, doubling device 3 includes the bottom plate 31 being set on workbench 1 and rotates with bottom plate 31 The zygonema mechanism 6 of connection, bottom plate 31 is in rectangle, and is respectively equipped with the first bolt 7 on 31 4 angles of bottom plate, passes through the first bolt 7 Workbench 1 is connect with bottom plate 31.

As shown in fig. 6, zygonema mechanism 6 includes supporting element 61 and the transmission component 62 for being connected to supporting element 61, supporting element 61 include the pedestal 611 for being rotationally connected with bottom plate 31 and the fixed plate 612 integrally formed with pedestal 611, and pedestal 611 is in square Shape, fixed plate 612 are located at 611 two sides of pedestal, and pedestal 611 is equipped with the second bolt 8 and third bolt 9 along its diagonal line, Pedestal 611 is connect with bottom plate 31 by the second bolt 8 and third bolt 9.In order to enable spinning direction of routing and doubling device 3 Transmission direction be in a straight line, offered on bottom plate 31 using the distance between the second bolt 8 and third bolt 9 as radius, and It is the arc groove 311 in the center of circle with the second bolt 8, third bolt 9 can arcuately slot 311 slide, by by the second bolt 8 and third Bolt 9 is unscrewed, so that pedestal 611 is the center of circle with the second bolt 8, and is half with the distance between the second bolt 8 and third bolt 9 Arcuately slot 311 rotates diameter, until spinning cabling is in a straight line, then screws the second bolt 8 and third bolt 9 makes pedestal 611 are fixed on bottom plate 31.

As shown in Figure 6 and Figure 7, transmission component 62 includes mounting plate 621, and mounting plate 621 offers mounting hole along its transverse direction 6211, fixed plate 612 and 6211 corresponding position of mounting hole offer connecting hole 6121, connecting hole 6121 and mounting hole 6211 It is inside equipped with first rotating shaft 10, mounting plate 621 is rotated around first rotating shaft 10, and 10 both ends of first rotating shaft are connected separately with nut, is led to It crosses to screw nut towards fixed plate 612 and push against and is so that mounting plate 621 is connect with supporting element 61 in 612 side wall of fixed plate Mounting plate 621 is further fixed, jack 6122 is uniformly provided in fixed plate 612,621 side wall of mounting plate opens up fluted 6212, bolt 1212 passes through jack 6122 and is connected in groove 6212, to improve the stability of mounting plate 621.It needs into one Step becomes smaller the angle between spinning and secondary driving wheel 623, to reduce the friction between spinning and secondary driving wheel 623, prevents Broken string, and when the service life of extension time driving wheel 623, by loosening nut, bolt 12 is taken out, is then rotatablely installed plate 621, Mounting plate 621 is turned an angle, so that the angle between spinning and secondary driving wheel 623 becomes smaller, then by nut towards admittedly Fixed board 612 is screwed and is pushed against in 612 side wall of fixed plate, bolt 12 is connected in groove 6212 by jack 6122, so that peace Loading board 621 is fixedly connected with fixed plate 612.

As shown in fig. 7, being connected with main driving wheel 622 and the secondary transmission positioned at 622 lower section of main driving wheel on mounting plate 621 Wheel 623, main driving wheel 622 is connected with the second shaft 11, and 11 one end of the second shaft is arranged in mounting plate 621 and is threaded with spiral shell Mother realizes main driving wheel 622 and mounting plate 621 by screwing and pushing against towards mounting plate 621 by nut in mounting plate 621 It is fixedly connected.

As shown in figs. 1,7 and 8, spinning carries out zygonema later by broken wire protecting equipment 4 on main driving wheel 622, Then guide plate 13 is sent to by time driving wheel 623, pilot hole 131 is offered on guide plate 13, spinning passes through pilot hole 131 Into subsequent processing.Sliding slot 6213 is offered on mounting plate 621, secondary driving wheel 623 is connected with shaft, and shaft one end is arranged in cunning Slot 6213 and it is threaded with nut, by screwing and pushing against in mounting plate 621 towards mounting plate 621 by nut, so that secondary biography Driving wheel 623 and mounting plate 621 are fixed, when needing to adjust the vertical position of time driving wheel 623, loosening nut, by secondary driving wheel 623 6213 move up and down along the chute to adjust spinning cabling, so that spinning direction of routing is consistent with 131 transmission direction of pilot hole, So that spinning direction of routing is consistent with 131 transmission direction of pilot hole, to adjust rate of tension when spinning enters subsequent processing.

When normal work, spinning threadling is by feed-through collar 4212, then enters doubling device 3 by fairlead 42221 and carry out simultaneously Line operation, moves downward pivoted arm 4221 by turning downward pivoted arm 4221, so that between feed-through collar 4212 and fairlead 42221 Spinning cabling and the angle of horizontal direction become smaller, to reduce between spinning and feed-through collar 4212 and fairlead 42221 Frictional force reduces the probability of broken string.

When the number of broken wire protecting equipment 4 increases, cause spinning direction of routing and 3 transmission direction of doubling device different Cause, at this time by rotational handle 5231, the effect engaged due to screw rod 522 with 521 screw thread of adjustment barrel so that screw rod 522 toward separate The direction of cavity 5211 moves, so that second intermediate plate 514 and the 4th intermediate plate 516 separate, so that clamping the first coil holder originally There is certain gap between 21 clamp ring and the first coil holder 21, moves broken wire protecting equipment 4 at this time to adjust broken wire protecting equipment 4 Position on bracket 2 is moved to after suitable position, in the opposite direction rotational handle 523, and screw rod 522 is towards cavity Movement in 5211, so that second intermediate plate 514 and the 4th intermediate plate 516 are combined, so that the first clamp ring 511 and the second clamp ring 512 clamp the first coil holder 21, and broken wire protecting equipment 4 is fixed on the first coil holder 21 at this time.Then by the second bolt 8 and third Bolt 9 is unscrewed, so that pedestal 611 is the center of circle with the second bolt 8, and is half with the distance between the second bolt 8 and third bolt 9 Arcuately slot 311 rotates diameter, until spinning direction of routing and 3 transmission direction of doubling device are in a straight line, then screws the second spiral shell Bolt 8 and third bolt 9 are fixed on pedestal 611 on bottom plate 31.

Then the nut for unscrewing 10 both ends of first rotating shaft takes out bolt 12, plate 621 is then rotatablely installed, by mounting plate 621 Turn an angle so that the angle between spinning and secondary driving wheel 623 becomes smaller, thus reduce spinning and time driving wheel 623 it Between friction, prevent from breaking, and extend the service life of time driving wheel 623.When spinning direction of routing and 131 side of transmission of pilot hole To it is inconsistent when, unscrew the nut of the second roller end, secondary driving wheel 623 6213 moved up and down to walk to adjust spinning along the chute Line, so that spinning direction of routing is consistent with 131 transmission direction of pilot hole, to adjust rate of tension when spinning enters subsequent processing.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (10)

1. a kind of doubling frame, it is characterised in that: including workbench (1), the bracket (2) and workbench that are connect with workbench (1) (1) doubling device (3) connected, at least two broken wire protecting equipments (4) that connect with bracket (2), the bracket (2) include the One coil holder (21), the first coil holder (21) sliding sleeve are equipped with the coil holder clamp system (5) of adjustable position, and the coil holder clamps Mechanism (5) is connect with broken wire protecting equipment (4), and the doubling device (3) includes the bottom plate (31) for being fixedly installed on workbench (1) And the zygonema mechanism (6) with bottom plate (31) rotation connection.

2. doubling frame according to claim 1, it is characterised in that: the broken wire protecting equipment (4) includes fixed feet (41) And the threading mechanism (42) being connect with fixed feet (41) one end, fixed feet (41) other end and coil holder clamp system (5) Connection, the coil holder clamp system (5) includes clamp ring component (51) and the adjusting component (52) connecting with clamp ring component (51).

3. doubling frame according to claim 2, it is characterised in that: the clamp ring component (51) includes the first clamp ring (511) The first clamping piece (513) and second intermediate plate (514) that are separately connected with the second clamp ring (512), with the first clamp ring (511) both ends and The third intermediate plate (515) and the 4th intermediate plate (516) that second clamp ring (512) both ends are separately connected, the first clamping piece (513) and Three intermediate plates (515) are connect with broken wire protecting equipment (4), the second intermediate plate (514) and the 4th intermediate plate (516) and adjust component (52) it connects and realizes fixation by adjusting component (52).

4. the wire passing device of doubling frame according to claim 3, it is characterised in that: the adjusting component (52) includes connection Adjustment barrel (521) in second intermediate plate (514), the adjustment barrel (521) is interior to offer cavity (5211), the adjustment barrel (521) end face close to second intermediate plate (514) offers the through-hole connecting with cavity (5211), is connected with screw rod in through-hole (522), the screw rod (522) is located at the end in cavity (5211) equipped with clamping platform (5221), and the clamping platform (5221) is straight Diameter is greater than through-hole diameter, and the screw rod (522) passes through the 4th intermediate plate (516) far from the one end of cavity (5211) and is connected with handle (523).

5. doubling frame according to claim 2, it is characterised in that: the threading mechanism (42) includes being connected to two fixations Lead ring assemblies (421) between foot (41) and the lead bar assembly (422) being rotationally connected between two fixed feets (41), The lead ring assemblies (421) include being connected to the feed-through collar strut (4211) between two fixed feets (41) and being connected to draw Several feed-through collars (4212) of wire loop strut (4211).

6. doubling frame according to claim 5, it is characterised in that: the lead bar assembly (422) include respectively with two Two pivoted arms (4221) of fixed feet (41) rotation connection and the lead wire lever (4222) being connected between two pivoted arms (4221), The lead wire lever (4222) is uniformly provided with the fairlead (42221) passed through for spinning.

7. doubling frame according to claim 1, it is characterised in that: the zygonema mechanism (6) include supporting element (61) and It is connected to the transmission component (62) of supporting element (61), the supporting element (61) includes by setting the second bolt (8) and third spiral shell Bolt (9) is connected to the pedestal (611) of bottom plate (31) and the fixed plate (612) fixed with pedestal (611), the bottom plate (31) are opened Equipped with the second bolt (8) be the center of circle, and with the distance between the second bolt (8) and third bolt (9) be radius arc groove (311), the third bolt (9) is slideably positioned in arc groove (311), and the fixed plate (612) and transmission component (62) turn Dynamic connection.

8. doubling frame according to claim 7, it is characterised in that: the transmission component (62) include mounting plate (621) with And it is rotationally connected with the main driving wheel (622) and time driving wheel (623) of mounting plate (621), the fixation of pedestal (611) two sides It is horizontally connected between plate (612) first rotating shaft (10), the mounting plate (621) and fixed plate (612), which pass through, to be laterally arranged First rotating shaft (10) rotation connection, is connected with positioning component between the fixed plate (612) and mounting plate (621).

9. doubling frame according to claim 8, it is characterised in that: positioning component includes uniformly opening up on fixed plate (612) Jack (6122), mounting plate (621) side wall uniformly open up it is several for groove (6212), successively be arranged in jack (6122) with And groove (6212) and the bolt (12) that mounting plate (621) is fixedly connected on to fixed plate (612).

10. doubling frame according to claim 8, it is characterised in that: the mounting plate (621) offers cunning along the vertical direction Slot (6213), shaft one end of the secondary driving wheel (623) pass through sliding slot (6213) and are threaded with nut, nut push against in Mounting plate (621).