CN204039665U - The antenna platform feed carrier structure of computer plain flat knitter - Google Patents
The antenna platform feed carrier structure of computer plain flat knitter Download PDFInfo
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- CN204039665U CN204039665U CN201420498336.0U CN201420498336U CN204039665U CN 204039665 U CN204039665 U CN 204039665U CN 201420498336 U CN201420498336 U CN 201420498336U CN 204039665 U CN204039665 U CN 204039665U
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Abstract
An antenna platform feed carrier structure for computer plain flat knitter, belongs to computer plain flat knitter technical field.Computer plain flat knitter comprises the head of a bed railway carriage or compartment of the upper rack being located at computer plain flat knitter, antenna platform feed carrier structure comprises launching cradle and one group of feed carrier body, feature: launching cradle comprises a column, wire-hanging hook crossbeam, feed carrier body fixed cross beam, the lower end of one root post and the left back in head of a bed railway carriage or compartment are fixed, upper end leans out the top in head of a bed railway carriage or compartment, the lower end of another root post and the rear portion, right side in head of a bed railway carriage or compartment are fixed, upper end leans out the top in head of a bed railway carriage or compartment, the rear end of each fixed cross beam fixed arm in upper end of this column, the front end of crossbeam fixed arm is stretched towards the direction of feed carrier body fixed cross beam, two ends and the crossbeam fixed arm of wire-hanging hook crossbeam are fixed, the front end of feed carrier body fixed cross beam and crossbeam fixed arm is fixed, one group of feed carrier body is fixed on feed carrier body fixed cross beam.Alleviate manipulation strength, ensure braid efficiency.
Description
Technical field
The utility model belongs to computer plain flat knitter technical field, is specifically related to a kind of antenna platform feed carrier structure of computer plain flat knitter.
Background technology
As is known in the industry, in order to give the knitting mechanism yarn feeding of computer plain flat knitter, thus feed carrier is set on the head of a bed railway carriage or compartment of upper rack corresponding to computer plain flat knitter, (also yarn dish will be claimed by spindle by this feed carrier, as follows) on the yarn feeding knitting mechanism that exits, because this feed carrier is with the top of airborne corresponding to head of a bed railway carriage or compartment, namely integrally corresponds to the top of the frame of computer plain flat knitter with airborne, be thus referred to as antenna platform feed carrier.
Aforesaid spindle is directly placed on head of a bed railway carriage or compartment usually, the yarn exited on spindle vertically upward before this, enter antenna platform feed carrier with level again, thus make line yarn between spindle and antenna platform feed carrier, form the path of 7 fonts, what namely form 7 fonts send yarn track.
And then as is known in the industry, pattern is knit out when the knitting mechanism of computer plain flat knitter will be made, rich color and the fabric of elegance time, the so kind of yarn and/or corresponding increase of color, be arranged on the quantity also corresponding increase of the spindle on head of a bed railway carriage or compartment, this is because spindle can only meet the conveying requirement of the yarn to a kind of specification or a kind of color, so just produce puzzlement: due to the yarn of drawing on spindle there will be before entering antenna platform feed carrier produce by relaxing twine phenomenon mutually, namely there is phenomenon wrapped around one another in adjacent yarn, make antenna platform feed carrier cannot normal guide, the final normal braiding affecting knitting mechanism.Once occur that yarn twines mutually, can only dispose with halt mode, thus not only increase online assignment personnel (custom claims spinner) working strength, and have impact on the braid efficiency of computer plain flat knitter.
Certainly, if the yarn exited on spindle can be made under the state keeping rational expanding force to arrive at antenna platform feed carrier, the so aforesaid problem that twines mutually just can be eliminated.
Chinese invention patent application publication No. CN102425030A and utility model patent Authorization Notice No. CN202610486U recommends " antenna platform device " and " the antenna platform of flat machine " respectively, due in these two patent formula the former for broken yarn and yarn joint excessive and propose, the latter proposes for solution yarn electrostatic, thus all acts on without referential enlightenment for the solution yarn problem that twines mutually.
For above-mentioned prior art, the applicant has done positive and useful design, finally defines technical scheme described below.
Summary of the invention
Task of the present utility model is to provide a kind of contributing to make carried to the direction of feed carrier body under the tension state that maintenance is good by the yarn that spindle is drawn and use the antenna platform feed carrier structure avoided because of the computer plain flat knitter twined mutually between lax initiation adjacent yarn.
Task of the present utility model has been come like this, a kind of antenna platform feed carrier structure of computer plain flat knitter, described computer plain flat knitter comprises a head of a bed railway carriage or compartment of the upper rack being arranged on computer plain flat knitter, described antenna platform feed carrier structure comprises a launching cradle and one group of feed carrier body, launching cradle and head of a bed railway carriage or compartment are fixed, and the top in head of a bed railway carriage or compartment is corresponded to airborne, one group of feed carrier body is fixed on launching cradle with horizontal boom state, be characterised in that: described launching cradle comprises a column, wire-hanging hook crossbeam, feed carrier body fixed cross beam, one column corresponds to each other, and the lower end of the wherein root post in this column and the left back in described head of a bed railway carriage or compartment are fixed, and upper end leans out the top in head of a bed railway carriage or compartment, the lower end of another root post in one column and the rear portion, right side in head of a bed railway carriage or compartment are fixed, and upper end leans out the top in head of a bed railway carriage or compartment equally, the rear end of a crossbeam fixed arm is respectively fixed with in the upper end of this column, and the front end of crossbeam fixed arm is stretched with the direction of horizontal boom state towards feed carrier body fixed cross beam, the two ends of wire-hanging hook crossbeam are fixed with described crossbeam fixed arm respectively, the front end of feed carrier body fixed cross beam and crossbeam fixed arm is fixed, one group of described feed carrier body is fixed on feed carrier body fixed cross beam with horizontal boom state interval, wherein: in the bottom of described wire-hanging hook crossbeam and feed carrier body built-in beam and along wire-hanging hook crossbeam and feed carrier body fixed cross beam length direction respectively with space state be provided with for directing thread and the thread-carrier that quantity is equal with the quantity of described one group of feed carrier body, and the thread-carrier be arranged on wire-hanging hook crossbeam is on different horizontal planes from the thread-carrier be arranged on feed carrier body fixed cross beam.
In a specific embodiment of the present utility model, be configured with one first thread-carrier chamber in the bottom of described wire-hanging hook crossbeam and along the length direction of wire-hanging hook crossbeam, the bottom in the first thread-carrier chamber middle position and offer a wire-hanging hook slot to make way communicated with the external world along the length direction in the first thread-carrier chamber, a yarn tensioner crossbeam is configured with back to the side of wire-hanging hook crossbeam and along the length direction of feed carrier body fixed cross beam at described feed carrier body fixed cross beam, one second thread-carrier chamber is configured with at the length direction of this yarn tensioner crossbeam, the thread-carrier accent in this second thread-carrier chamber is towards lower and communicate with the external world, yarn tensioner crossbeam length direction and be configured with one first arcuate walls in the position of side of the thread-carrier accent corresponding to described second thread-carrier chamber, and yarn tensioner crossbeam length direction and be configured with one second arcuate walls in the position of opposite side of the thread-carrier accent corresponding to the second thread-carrier chamber, first, second arcuate walls corresponds to each other, and first, space between second arcuate walls is configured to yarn tensioner chamber, one group of described feed carrier body is fixed on described yarn tensioner crossbeam, the described thread-carrier be arranged on described wire-hanging hook crossbeam is positioned at described first thread-carrier chamber, and lean out described wire-hanging hook slot to make way, the described thread-carrier be arranged on described feed carrier body fixed cross beam is positioned at the second thread-carrier chamber of described yarn tensioner crossbeam, and be insinuated into after the thread-carrier accent by way of the second thread-carrier chamber in described yarn tensioner chamber.
In another specific embodiment of the present utility model, a fixed strip is configured with at the length direction of described yarn tensioner crossbeam back to the side of described feed carrier body fixed cross beam and along yarn tensioner crossbeam, a hold-down screw groove is configured with on the top of this fixed strip and along the length direction of fixed strip, and be equally configured with a yarn tensioner flange along the length direction of fixed strip in the bottom of fixed strip, the bottom of described first arcuate walls extends to this yarn tensioner flange, and the bottom of described second arcuate walls extends to the bottom of described feed carrier body fixed cross beam, position and fixed strip that one group of described feed carrier body is corresponding to described hold-down screw groove are fixed.
In another specific embodiment of the present utility model, be configured with the yarn tensioner director strip that a pair position corresponds to each other in the bottom of described feed carrier body fixed cross beam and along the length direction of feed carrier fixed cross beam, the bottom of the second described arcuate walls extends to yarn tensioner director strip.
In another specific embodiment of the present utility model, described wire-hanging hook crossbeam towards on side and length direction along wire-hanging hook crossbeam is configured with a thread-carrier chamber for subsequent use, the top in this thread-carrier chamber for subsequent use middle position and offer a thread-carrier chamber for subsequent use wire-hanging hook slot to make way communicated with the external world, by cavity divides between the first described guide chamber and thread-carrier chamber for subsequent use along the length direction in thread-carrier chamber for subsequent use.
Also have in a specific embodiment of the present utility model, the quantity of described wire-hanging hook crossbeam is one or more.
More of the present utility model and in a specific embodiment, described thread-carrier comprises guide holder, clip tongue and twizzle, guide holder is configured with a guide holder chamber, be positioned at left end and be configured with an elasticity pole socket in this guide holder chamber, elasticity pole socket is extended with an elastic rod, this elastic rod stretches towards the right-hand member in guide holder chamber, and be configured with twizzle fixed jack in the middle position of elasticity pole socket, clip tongue matches with guide holder chamber, and the corresponding both sides pivot of the right-hand member of this clip tongue is arranged on guide holder, and the left end of clip tongue is configured to free end and offer a twizzle resigning hole, the position that one end is corresponding to twizzle resigning hole of twizzle is inserted in described twizzle fixed jack, it is outer and be configured with the guide gib head of a U-shaped that the other end is stretched over twizzle resigning hole, the guide gib head being arranged at the described U-shaped of the thread-carrier in the first thread-carrier chamber of described wire-hanging hook crossbeam leans out described wire-hanging hook slot to make way, and the guide gib head being arranged at the U-shaped of the thread-carrier in described second thread-carrier chamber is insinuated in described yarn tensioner chamber.
In an of the present utility model and then specific embodiment, described crossbeam fixed arm is provided with a broken yarn alarm, and this broken yarn alarm is connected with the electric controller electrical control of computer plain flat knitter by circuit.
Of the present utility model again more and in a specific embodiment, described broken yarn alarm is audible-visual annunciator.
In an again of the present utility model and then specific embodiment, one group of described feed carrier body is the device for adjusting tension of yarn had the yarn major tubercle on yarn and yarn lesser tubercle response function.
The technical scheme that the utility model provides is owing to have employed launching cradle rational in infrastructure, and be on different horizontal planes by being arranged at wire-hanging hook crossbeam from the thread-carrier be arranged on feed carrier body fixed cross beam, thus can make under the state keeping good tension force, to enter feed carrier body by way of thread-carrier by the yarn that spindle is drawn, knitting mechanism is introduced by feed carrier body, there will not be cause by relaxing twine yarn phenomenon, not only can alleviate the manipulation strength of online assignment personnel, and can braid efficiency be ensured.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present utility model.
Fig. 2 is the detailed structure view of the launching cradle shown in Fig. 1.
Fig. 3 is the cross sectional representation of Fig. 1.
Fig. 4 is the detailed structure view of the thread-carrier shown in Fig. 1 to Fig. 3.
Detailed description of the invention
Refer to Fig. 1, give a head of a bed railway carriage or compartment 2 of the structural system belonging to computer plain flat knitter, this head of a bed railway carriage or compartment 2 is arranged on the top of the frame 1 of computer plain flat knitter.Give a launching cradle 3 and one group of feed carrier body 4 of the structural system belonging to antenna platform feed carrier, launching cradle 3 is fixed with head of a bed railway carriage or compartment 2, and correspond to the top in head of a bed railway carriage or compartment 2 with airborne, one group of feed carrier body 4 is fixed on launching cradle 3 with horizontal boom state.
Still see Fig. 1, technical essential as the technical scheme that the utility model provides: aforesaid launching cradle 3 comprises a column 31, wire-hanging hook crossbeam 32, feed carrier body fixed cross beam 33, one column 31 corresponds to each other, and the lower end of the wherein root post in this column 31 and the left back in aforementioned head of a bed railway carriage or compartment 2 are fixed, and upper end leans out the top in head of a bed railway carriage or compartment 2, the lower end of another root post in one column 31 and the rear portion, right side in head of a bed railway carriage or compartment 2 are fixed, and upper end leans out the top in head of a bed railway carriage or compartment 2 equally, the rear end of a crossbeam fixed arm 311 is respectively fixed with in the upper end of this column 31, and the front end of crossbeam fixed arm 311 is stretched with the direction of horizontal boom state towards feed carrier body fixed cross beam 33, the two ends of wire-hanging hook crossbeam 32 are respectively fixed with crossbeam fixed arm 311 respectively with hold-down screw 34, feed carrier body fixed cross beam 33 is fixed with the front end of crossbeam fixed arm 311, aforesaid one group of feed carrier body 4 is fixed on feed carrier body fixed cross beam 33 with horizontal boom state interval, wherein: in the bottom of aforementioned wire-hanging hook crossbeam 32 and feed carrier body built-in beam 33 and along wire-hanging hook crossbeam 32 and feed carrier body fixed cross beam 33 length direction respectively with space state be provided with for directing thread and the thread-carrier 5 that quantity is equal with the quantity of aforesaid one group of feed carrier body 4, and the thread-carrier 5 be arranged on wire-hanging hook crossbeam 32 is on different horizontal planes from the thread-carrier 5 be arranged on feed carrier body fixed cross beam 33.Due to mention in this section of content left back, rear portion, right side, rear end, front end directionality concept be for the location status residing for Fig. 1, thus can not be interpreted as particular determination of the present utility model whereby.
Refer to Fig. 2 and Fig. 3 and still composition graphs 1, be configured with one first thread-carrier chamber 321 in the bottom of aforementioned wire-hanging hook crossbeam 32 and along the length direction of wire-hanging hook crossbeam 32, the bottom in the first thread-carrier chamber 321 middle position and offer a wire-hanging hook slot to make way 3211 communicated with the external world along the length direction in the first thread-carrier chamber 321, a yarn tensioner crossbeam 331 is configured with back to the side of wire-hanging hook crossbeam 32 and along the length direction of feed carrier body fixed cross beam 33 at aforementioned feed carrier body fixed cross beam 33, one second thread-carrier chamber 3311 is configured with at the length direction of this yarn tensioner crossbeam 331, the thread-carrier accent in this second thread-carrier chamber 3311 is towards lower and communicate with the external world, yarn tensioner crossbeam 331 length direction and be configured with one first arcuate walls 3312 in the position of side of the thread-carrier accent corresponding to the second thread-carrier chamber 3311, and yarn tensioner crossbeam 331 length direction and be configured with one second arcuate walls 3313 in the position of opposite side of the thread-carrier accent corresponding to the second thread-carrier chamber 3311, first, second arcuate walls 3312, 3313 correspond to each other, and first, second arcuate walls 3312, space between 3313 is configured to yarn tensioner chamber 3314, aforesaid one group of feed carrier body 4 is fixed on yarn tensioner crossbeam 331, the thread-carrier 5 be arranged on aforementioned wire-hanging hook crossbeam 32 is positioned at aforementioned first thread-carrier chamber 321, and lean out aforementioned wire-hanging hook slot to make way 3211, the thread-carrier 5 be arranged on aforementioned feed carrier body fixed cross beam 33 is positioned at the second thread-carrier chamber 3311 of aforementioned yarn tensioner crossbeam 331, and be insinuated into after the thread-carrier accent by way of the second thread-carrier chamber 3311 in yarn tensioner chamber 3314.
From the signal of Fig. 2 and Fig. 3, shape and the size of first, second arcuate walls 3312,3313 aforesaid are identical, and are jointly coordinated by it and make yarn tensioner chamber 3314 be configured to semicircular cavity.
Emphasis is shown in Fig. 1 and Fig. 2, a fixed strip 3315 is configured with back to the side of feed carrier body fixed cross beam 33 and along the length direction of yarn tensioner crossbeam 331 at aforementioned yarn tensioner crossbeam 331, a hold-down screw groove 33151 is configured with on the top of this fixed strip 3315 and along the length direction of fixed strip 3315, and be equally configured with a yarn tensioner flange 33152 along the length direction of fixed strip 3315 in the bottom of fixed strip 3315, the bottom of aforesaid first arcuate walls 3312 extends to this yarn tensioner flange 33152, namely border on yarn tensioner flange 33152, and the bottom of described second arcuate walls 3313 extends to the bottom of described feed carrier body fixed cross beam 33, namely border on the bottom of feed carrier body fixed cross beam 33.The position screw 41 that aforesaid one group of feed carrier body 4 is corresponding to aforementioned hold-down screw groove 33151 is fixed with fixed strip 3315.
The yarn tensioner director strip 3316 that a pair position corresponds to each other is configured with in the bottom of aforementioned feed carrier body fixed cross beam 33 and along the corresponding both sides of the length direction of feed carrier fixed cross beam 33, the bottom of aforesaid second arcuate walls 3313 extends to yarn tensioner director strip 3316, namely borders on this yarn tensioner director strip 3316.
Aforesaid wire-hanging hook crossbeam 32 towards on side and length direction along wire-hanging hook crossbeam 32 is configured with a thread-carrier chamber 322 for subsequent use, the top in this thread-carrier chamber 322 for subsequent use middle position and offer a thread-carrier chamber for subsequent use wire-hanging hook slot to make way 3221 communicated with the external world along the length direction in thread-carrier chamber 322 for subsequent use, separated by cavity demarcation strip 323 between aforesaid first guide chamber 321 and thread-carrier chamber 322 for subsequent use.
The quantity of above mentioned wire-hanging hook crossbeam 32 both can be one, also can be two (as shown in Figure 2), can also be many (having three as shown in Figure 3).
Preferably, aforesaid crossbeam fixed arm 311 is provided with a broken yarn alarm 3111, this broken yarn alarm 3111 is connected with the electric controller electrical control of computer plain flat knitter by circuit.And then preferably, broken yarn alarm 3111 adopts audible-visual annunciator.
Preferably, aforesaid one group of feed carrier body 4 is for having the device for adjusting tension of yarn to the yarn major tubercle on yarn and yarn lesser tubercle response function, because the invention patent mandate notification number of typical example as proposed by the applicant of this device for adjusting tension of yarn is CN102888706B and CN102888707B, etc., thus applicant repeats no more.
Refer to Fig. 4, the thread-carrier 5 repeatedly mentioned above preferably but not the structure be definitely limited to is as follows: comprise guide holder 51, clip tongue 52 and twizzle 53, guide holder 51 is configured with a guide holder chamber 511, be positioned at left end and be configured with an elasticity pole socket 5111 in this guide holder chamber 511, elasticity pole socket 5111 is extended with an elastic rod 51111, this elastic rod 51111 stretches towards the right-hand member in guide holder chamber 511, and be configured with twizzle fixed jack 51112 in the middle position of elasticity pole socket 5111, clip tongue 52 matches with guide holder chamber 511, and the corresponding both sides pivot of the right-hand member of this clip tongue 52 is arranged on guide holder 51, and the left end of clip tongue 52 is configured to free end and offer a twizzle resigning hole 521, one end of twizzle 53 is in the twizzle fixed jack 51112 that the position corresponding to twizzle resigning hole 521 is inserted in, it is outer and be configured with the guide gib head 531 of a U-shaped that the other end is stretched over twizzle resigning hole 521.
From the signal of Fig. 2, the guide gib head 531 being arranged at the U-shaped of the thread-carrier 5 in the first thread-carrier chamber 32 of aforementioned wire-hanging hook crossbeam 32 leans out aforementioned wire-hanging hook slot to make way 3211, and the guide gib head 531 being arranged at the U-shaped of the thread-carrier 5 in described second thread-carrier chamber 3311 is insinuated in yarn tensioner chamber 3314.
Preferably, be respectively extended with an elasticity at the two ends at the top of guide holder 51 and compel to hold ear 512, compel to hold ear 512 by this elasticity and play good location to guide holder 51.Preferably, be configured with a pivot flange hole 513 in the corresponding both sides of the right-hand member of guide holder 51, and be respectively configured with a clip tongue pivot flange 522 in the corresponding both sides of the right-hand member of aforesaid clip tongue 52, this clip tongue pivot flange 522 coordinates with pivot flange hole 513 pivotable.A guide gib head cooperation pit 523 is configured with on the basal surface of clip tongue 52 and in the position corresponding to aforementioned guide gib head 531.When press with finger clip tongue 52 left end and make clip tongue 52 under the counter-force effect overcoming elastic rod 51111 towards guide holder chamber 511 direction motion time, guide gib head coordinates pit 523 to leave the end of guide gib head 531, during wiring, yarn 61 can enter in guide gib head 531, and vice versa.
Because set-up mode thread-carrier 5 being arranged at the first thread-carrier chamber 321 and the second thread-carrier chamber 3311 can be understood completely according to the signal of Fig. 2, thus applicant repeats no more.From the signal of Fig. 2, because the height of yarn tensioner crossbeam 331 is higher than wire-hanging hook crossbeam 32, thus the height of height a little more than the thread-carrier 5 be installed in the first thread-carrier chamber 321 of the thread-carrier 5 in the second thread-carrier chamber 3311 is installed on, thus made yarn 61 form rational tensioned state, namely form tensioner state (specifically can see the signal of Fig. 3).
When computer plain flat knitter is in running order, by the guide gib head 531 of the twizzle 53 of the thread-carrier 5 of yarn 61 successively in the first thread-carrier chamber 321 being arranged at wire-hanging hook crossbeam 32 that the spindle 6 be placed on head of a bed railway carriage or compartment 2 is drawn, yarn tensioner director strip 3316 bottom feed carrier body fixed cross beam 33, be arranged at the guide gib head 531 of the twizzle 53 of the thread-carrier in the second thread-carrier chamber 3311 of yarn tensioner crossbeam 331 and yarn tensioner flange 33152 and enter feed carrier body 4, the knitting mechanism of computer plain flat knitter is led to from the rule hook 42 of feed carrier body 4 end.The tensioner degree of yarn 61 realizes by the adjustment of the yarn clipping dish 43 to feed carrier body 4 in this process.
From the above, because yarn 61 is defining an active force upwards carried in time being arranged at the thread-carrier 5 in the second thread-carrier chamber 3311, again because yarn 61 contacts with yarn tensioner director strip 3316 and yarn tensioner flange 33152 simultaneously, be the travel track of ∧ font during the region in thus yarn 61 warp yarn tensioner in transit chamber 3314, thus the lax surplus of yarn 61 is eliminated.Embody the technique effect referred in the superincumbent technique effect hurdle of applicant.
Claims (10)
1.
a kind of antenna platform feed carrier structure of computer plain flat knitter, described computer plain flat knitter comprises a head of a bed railway carriage or compartment (2) on frame (1) top being arranged on computer plain flat knitter, described antenna platform feed carrier structure comprises a launching cradle (3) and one group of feed carrier body (4), launching cradle (3) is fixed with head of a bed railway carriage or compartment (2), and the top in head of a bed railway carriage or compartment (2) is corresponded to airborne, one group of feed carrier body (4) is fixed on launching cradle (3) with horizontal boom state, it is characterized in that: described launching cradle (3) comprises a column (31), wire-hanging hook crossbeam (32), feed carrier body fixed cross beam (33), one column (31) corresponds to each other, and the lower end of the wherein root post in this column (31) and the left back in described head of a bed railway carriage or compartment (2) are fixed, and upper end leans out the top of head of a bed railway carriage or compartment (2), the lower end of another root post in one column (31) and the rear portion, right side of head of a bed railway carriage or compartment (2) are fixed, and upper end leans out the top of head of a bed railway carriage or compartment (2) equally, the rear end of a crossbeam fixed arm (311) is respectively fixed with in the upper end of this column (31), and the front end of crossbeam fixed arm (311) is stretched with the direction of horizontal boom state towards feed carrier body fixed cross beam (33), the two ends of wire-hanging hook crossbeam (32) are fixed with described crossbeam fixed arm (311) respectively, feed carrier body fixed cross beam (33) is fixed with the front end of crossbeam fixed arm (311), one group of described feed carrier body (4) is fixed on feed carrier body fixed cross beam (33) with horizontal boom state interval, wherein: in the bottom of described wire-hanging hook crossbeam (32) and feed carrier body built-in beam (33) and along wire-hanging hook crossbeam (32) and feed carrier body fixed cross beam (33) length direction respectively with space state be provided with for directing thread and the thread-carrier (5) that quantity is equal with the quantity of described one group of feed carrier body (4), and the thread-carrier (5) be arranged on wire-hanging hook crossbeam (32) is on different horizontal planes from the thread-carrier (5) be arranged on feed carrier body fixed cross beam (33).
2.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 1, it is characterized in that being configured with one first thread-carrier chamber (321) in the bottom of described wire-hanging hook crossbeam (32) and along the length direction of wire-hanging hook crossbeam (32), the bottom in the first thread-carrier chamber (321) middle position and offer a wire-hanging hook slot to make way (3211) communicated with the external world along the length direction in the first thread-carrier chamber (321); a yarn tensioner crossbeam (331) is configured with back to the side of wire-hanging hook crossbeam (32) and along the length direction of feed carrier body fixed cross beam (33) described feed carrier body fixed cross beam (33), one second thread-carrier chamber (3311) is configured with at the length direction of this yarn tensioner crossbeam (331), the thread-carrier accent in this second thread-carrier chamber (3311) is towards lower and communicate with the external world, yarn tensioner crossbeam (331) length direction and be configured with one first arcuate walls (3312) in the position of side of the thread-carrier accent corresponding to described second thread-carrier chamber (3311), and yarn tensioner crossbeam (331) length direction and be configured with one second arcuate walls (3313) in the position of opposite side of the thread-carrier accent corresponding to the second thread-carrier chamber (3311), first, second arcuate walls (3312,3313) correspond to each other, and first, second arcuate walls (3312,3313) space between is configured to yarn tensioner chamber (3314), one group of described feed carrier body (4) is fixed on described yarn tensioner crossbeam (331), the described thread-carrier (5) be arranged on described wire-hanging hook crossbeam (32) is positioned at described first thread-carrier chamber (321), and lean out described wire-hanging hook slot to make way (3211), the described thread-carrier (5) be arranged on described feed carrier body fixed cross beam (33) is positioned at the second thread-carrier chamber (3311) of described yarn tensioner crossbeam (331), and be insinuated in described yarn tensioner chamber (3314) after the thread-carrier accent by way of the second thread-carrier chamber (3311).
3.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 2, it is characterized in that being configured with a fixed strip (3315) described yarn tensioner crossbeam (331) back to the side of described feed carrier body fixed cross beam (33) and along the length direction of yarn tensioner crossbeam (331), a hold-down screw groove (33151) is configured with on the top of this fixed strip (3315) and along the length direction of fixed strip (3315), and be equally configured with a yarn tensioner flange (33152) along the length direction of fixed strip (3315) in the bottom of fixed strip (3315), the bottom of described first arcuate walls (3312) extends to this yarn tensioner flange (33152), and the bottom of described second arcuate walls (3313) extends to the bottom of described feed carrier body fixed cross beam (33), position and fixed strip (3315) that one group of described feed carrier body (4) is corresponding to described hold-down screw groove (33151) are fixed.
4.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 3, it is characterized in that being configured with in the bottom of described feed carrier body fixed cross beam (33) and along the length direction of feed carrier fixed cross beam (33) the yarn tensioner director strip (3316) that a pair position corresponds to each other, the bottom of described the second arcuate walls (3313) extends to yarn tensioner director strip (3316).
5.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 2, it is characterized in that being configured with a thread-carrier chamber (322) for subsequent use at described wire-hanging hook crossbeam (32) towards upper side and along the length direction of wire-hanging hook crossbeam (32), the top of this thread-carrier chamber (322) for subsequent use middle position and offer thread-carrier chamber wire-hanging hook slot to make way (3221) for subsequent use communicated with the external world along the length direction of thread-carrier chamber (322) for subsequent use, separated by cavity demarcation strip (323) between the first described guide chamber (321) and thread-carrier chamber for subsequent use (322).
6.
the antenna platform feed carrier structure of the computer plain flat knitter according to claim 1 or 2 or 5, is characterized in that the quantity of described wire-hanging hook crossbeam (32) is one or more.
7.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 2, it is characterized in that described thread-carrier (5) comprises guide holder (51), clip tongue (52) and twizzle (53), guide holder (51) is configured with a guide holder chamber (511), be positioned at left end and be configured with an elasticity pole socket (5111) in this guide holder chamber (511), elasticity pole socket (5111) is extended with an elastic rod (51111), this elastic rod (51111) stretches towards the right-hand member in guide holder chamber (511), and be configured with twizzle fixed jack (51112) in the middle position of elasticity pole socket (5111), clip tongue (52) matches with guide holder chamber (511), and the corresponding both sides pivot of the right-hand member of this clip tongue (52) is arranged on guide holder (51), and the left end of clip tongue (52) is configured to free end and offer a twizzle resigning hole (521), the position that one end is corresponding to twizzle resigning hole (521) of twizzle (53) is inserted in described twizzle fixed jack (51112), the other end is stretched over twizzle resigning hole (521) and be configured with the guide gib head (531) of a U-shaped outward, the guide gib head (531) being arranged at the described U-shaped of the thread-carrier (5) in the first thread-carrier chamber (32) of described wire-hanging hook crossbeam (32) leans out described wire-hanging hook slot to make way (3211), and the guide gib head (531) being arranged at the U-shaped of the thread-carrier (5) in described second thread-carrier chamber (3311) is insinuated in described yarn tensioner chamber (3314).
8.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 6, it is characterized in that being provided with a broken yarn alarm (3111) on described crossbeam fixed arm (311), this broken yarn alarm (3111) is connected with the electric controller electrical control of computer plain flat knitter by circuit.
9.
the antenna platform feed carrier structure of computer plain flat knitter according to claim 8, is characterized in that described broken yarn alarm (3111) is audible-visual annunciator.
10.
the antenna platform feed carrier structure of the computer plain flat knitter according to claim 1 or 2 or 3, is characterized in that one group of described feed carrier body (4) is for having the device for adjusting tension of yarn to the yarn major tubercle on yarn and yarn lesser tubercle response function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420498336.0U CN204039665U (en) | 2014-09-01 | 2014-09-01 | The antenna platform feed carrier structure of computer plain flat knitter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420498336.0U CN204039665U (en) | 2014-09-01 | 2014-09-01 | The antenna platform feed carrier structure of computer plain flat knitter |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104233610A (en) * | 2014-09-01 | 2014-12-24 | 江苏金龙科技股份有限公司 | Overhead yarn guiding device structure of computerized flat knitting machine |
| CN105780281A (en) * | 2016-04-22 | 2016-07-20 | 海宁市万路针织有限公司 | High-reliability bobbin stand |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104233610A (en) * | 2014-09-01 | 2014-12-24 | 江苏金龙科技股份有限公司 | Overhead yarn guiding device structure of computerized flat knitting machine |
| CN105780281A (en) * | 2016-04-22 | 2016-07-20 | 海宁市万路针织有限公司 | High-reliability bobbin stand |
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Granted publication date: 20141224 Termination date: 20160901 |