CN202744756U - Flat knitting machine baseboard driven by motor and with gear and rack - Google Patents
Flat knitting machine baseboard driven by motor and with gear and rack Download PDFInfo
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- CN202744756U CN202744756U CN 201220373775 CN201220373775U CN202744756U CN 202744756 U CN202744756 U CN 202744756U CN 201220373775 CN201220373775 CN 201220373775 CN 201220373775 U CN201220373775 U CN 201220373775U CN 202744756 U CN202744756 U CN 202744756U
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Abstract
The utility model relates to a flat knitting machine baseboard driven by a motor and with a gear and a rack. At present, no flat knitting machine baseboards driven by the motor which are simple in structure, reasonable in design or reliable in performance exist. The flat knitting machine baseboard comprises a base board body, a left homing set square and a right homing set square, and further comprises a sliding plate motor, a gear, a rack, a sliding plate and a sliding plate guide seat, wherein the left homing set square and the right homing set square are respectively in movable connection with the base board body, the sliding plate motor, the gear and the sliding plate guide seat are all installed on the back of the base board body, the gear and the sliding board motor are connected, the sliding plate is provided with a sliding plate left sliding groove and a sliding plate right sliding groove, the sliding plate is installed on the sliding plate guide seat, the rack is fixed on the sliding plate and is meshed with the gear, the left homing set square and the right homing set square are provided with a left homing cylindrical sleeve and a right homing cylindrical sleeve, the left homing cylindrical sleeve is sleeved inside the sliding plate left sliding groove, and the right homing cylindrical sleeve is sleeved inside the sliding plate right sliding groove. The flat knitting machine baseboard driven by the motor with the gear and the rack has the advantages of being simple in structural design, reliable in performance, smooth and stable in drive, and free of making noise.
Description
Technical field
The utility model relates to a kind of flat knitting machine soleplate, especially relates to a kind of flat knitting machine soleplate of the motor driven with gear and tooth bar, belongs to parts in the computer knitting machine.
Background technology
The flat knitting machine soleplate of computer knitting machine belongs to parts in the computer knitting machine, the structural design of existing flat knitting machine soleplate is reasonable not, the transmission of the set square on the flat knitting machine soleplate is by electromagnet and strike bar and finish, control by electromagnet and to strike bar, drive set square and move by striking bar again, such electromagnet is large with the noise that the structure that the control set square that strikes bar moves causes set square to produce in course of action, the impulsive force that is subject to is large, produce easily catching phenomenon, thereby reduced the overall performance of Computerized flat knitting machine base plate.
Some relatively preferably flat knitting machine soleplates are also arranged at present, as open day be on 05 30th, 2012, publication number is in the Chinese patent of CN202247204U, a kind of flat knitting machine soleplate of motor driven is disclosed, when the head in the straight-bar machines during at high-speed cruising, rise cam on the flat knitting machine soleplate of this motor driven can produce very large noise, thereby has reduced the overall performance of straight-bar machines; In addition, because the stroke of density triangular is limited, the action of lifting the pin triangle is simple not, and transmission is steady not.And for example open day is on 05 23rd, 2012, and publication number is in the Chinese patent of CN202227062U, discloses a kind of flat knitting machine soleplate of motor driven, and also there is above-mentioned same defective in the flat knitting machine soleplate of this motor driven.
In sum, also do not have at present a kind of simple in structure, reasonable in design, dependable performance, when straight-bar machines in when operation, lift simple, the stable drive of action of pin triangle, flat knitting machine soleplate can not produce the flat knitting machine soleplate of the motor driven of noise basically.
The utility model content
The purpose of this utility model is to overcome above shortcomings in the prior art, and provide a kind of reasonable in design, dependable performance, when straight-bar machines in when operation, lift simple, the stable drive of action of pin triangle, flat knitting machine soleplate can not produce the flat knitting machine soleplate with the motor driven of gear and tooth bar of noise basically.
The technical scheme in the invention for solving the above technical problem is: this flat knitting machine soleplate with the motor driven of gear and tooth bar comprises the base plate body, be installed in the herringbone set square on base plate body top, turn over the pin set square, the knitting cam plate, left density triangular plate, right density triangular plate, homing triangle in homing triangle and the right braiding in the left braiding, be installed in homing triangle under the left braiding at base plate body middle part, homing triangle under the right braiding, homing triangle on homing triangle and the right needle selection on the left needle selection, a left side that is installed in base plate body bottom is turned over pin and is connect the pin set square, the right side is turned over pin and is connect the pin set square, middle homing triangle, homing triangle under the left needle selection, homing triangle under the right needle selection, left homing triangle, Yougui position set square, from left to right pin hang the order set square and from right to left pin hang the order set square; In the described left braiding in homing triangle, left density triangular plate, herringbone set square, right density triangular plate and the right braiding homing triangle be arranged in order from left to right, described turn over the pin set square be positioned at herringbone set square under, described knitting cam plate be positioned at turn over the pin set square under; On the described left needle selection on homing triangle and the right needle selection homing triangle be arranged in order from left to right, under the described left braiding under homing triangle and the right braiding homing triangle lay respectively on the left needle selection homing triangle on the homing triangle and right needle selection directly over; Homing triangle under the described left needle selection, homing triangle is arranged in order from left to right under middle homing triangle and the right needle selection, described left homing triangle and Yougui position set square lay respectively under the left needle selection homing triangle under the homing triangle and right needle selection under, a described left side is turned over pin and is connect the pin set square, the right side is turned over pin and is connect the pin set square, from left to right pin hang the order set square and from right to left pin hang the order set square all be arranged in homing triangle directly over, this from left to right pin hang the order set square, a left side is turned over pin and is connect the pin set square, the right side turn over pin connect the pin set square and from right to left pin hang the order set square and be arranged in order from left to right; Its design feature is: also comprise sled motor, gear, tooth bar, slide plate and slide plate guide holder; Described left homing triangle and Yougui position set square all are movably connected on the base plate body, described sled motor, gear and slide plate guide holder are installed in the back side of base plate body, described gear is connected with sled motor, be provided with the left chute of slide plate and slide plate right rail on the described slide plate, this slide plate is installed on the slide plate guide holder, described tooth bar is fixed on the slide plate, this rack and pinion engagement, be provided with left playback cylindrical sleeve on the described left homing triangle, this left playback cylindrical sleeve is arranged in the left chute of slide plate, be provided with Yougui circle of position column sleeve on the set square of described Yougui position, this Yougui circle of position column sleeve is arranged in the slide plate right rail.
As preferably, the utility model also comprises left density electrical machine, left density cam, left density lever, left density spring and Left Drive bearing, described left density triangular plate is movably connected on the base plate body, described left density electrical machine, left density lever, left density spring and Left Drive bearing are installed in the back side of base plate body, described left density cam is installed on the left density electrical machine, described Left Drive bearing and left density cam cooperate, described left density lever and Left Drive bearing fit, this left density lever is connected with left density triangular plate, described left density spring and left density lever mated.
As preferably, the utility model also comprises right density electrical machine, right density cam, right density lever, right density spring and right drive bearing, described right density triangular plate is movably connected on the base plate body, described right density electrical machine, right density lever, right density spring and right drive bearing are installed in the back side of base plate body, described right density cam is installed on the right density electrical machine, described right drive bearing and right density cam cooperate, described right density lever and right drive bearing cooperate, this right density lever is connected with right density triangular plate, described right density spring and right density lever mated.
As preferably, the utility model also comprises the braiding cam, and described knitting cam plate is movably connected on the base plate body, and described braiding cam is installed in and turns on the pin motor, and this braiding cam is connected with the knitting cam plate.
As preferably, from left to right pin described in the utility model hang the order set square and from right to left pin hang on the order set square and be provided with ramp structure.
The utility model compared with prior art, have the following advantages and effect: adopt the sled motor driven gear to drive, move by the gear driven tooth bar, horizontally slipped by the tooth bar dragging skateboard again, the left chute of slide plate on the slide plate and slide plate right rail all are designed to the height sliding groove structure, drive left homing triangle and Yougui position set square slides up and down at the base plate body, finish the course of action of left homing triangle and Yougui position set square, because the course of action of left homing triangle and Yougui position set square is to adopt sled motor to drive, guarantee left homing triangle and Yougui position set square essentially no noise when action.
Left density triangular plate in the utility model and the back side of right density triangular plate are designed with respectively left density lever and right density lever, the output shaft of left density electrical machine and right density electrical machine is separately installed with left density cam and right density cam, left density cam and right density cam drive respectively Left Drive bearing and right drive bearing, drive respectively left density lever and right density lever by Left Drive bearing and right drive bearing again, thereby effective action is finished in interaction about realizing left density triangular plate and right density triangular plate.Present embodiment adopts lever principle can increase the effective travel of left density triangular plate and right density triangular plate, on left density lever and right density lever, be designed with respectively left density spring and right density spring, both can effectively avoid left density electrical machine and right density electrical machine when transmission, to produce the situation that rigid collision causes distortion, and can effectively avoid again left density electrical machine and right density electrical machine when transmission, to produce the situation that rigid collision produces noise.
Reasonable in design of the present utility model, dependable performance, flat knitting machine soleplate can not produce noise basically in running.
Description of drawings
Fig. 1 is with the main TV structure schematic diagram of the flat knitting machine soleplate of the motor driven of gear and tooth bar among the utility model embodiment.
Fig. 2 is the backsight structural representation of Fig. 1.
Fig. 3 is left needle cam of the utility model embodiment and looks up structural representation during the needle cam transmission from right to left.
Fig. 4 is the plan structure schematic diagram when turning over the needle cam transmission among the utility model embodiment.
Fig. 5 is the sectional structure schematic diagram when turning over the pin motor driven among the utility model embodiment.
Fig. 6 is the sectional structure schematic diagram of the drive mechanism of the right homing triangle of Fig. 1.
Fig. 7 be the utility model embodiment left turn over pin connect the pin set square and from left to right pin hang structure for amplifying schematic diagram between the order set square.
Fig. 8 is the sectional structure schematic diagram of A-A face among Fig. 7.
Fig. 9 be the utility model embodiment right turn over pin connect the pin set square and from right to left pin hang structure for amplifying schematic diagram between the order set square.
Figure 10 is the sectional structure schematic diagram of B-B face among Fig. 9.
Figure 11 is the structural representation of the utility model embodiment middle slide plate.
Figure 12 is the structural representation of acoustical panel among the utility model embodiment.
The specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing and by embodiment, and following examples are to explanation of the present utility model and the utility model is not limited to following examples.
Embodiment.
Referring to Fig. 1 to Figure 12, the flat knitting machine soleplate with the motor driven of gear and tooth bar in the present embodiment comprises base plate body 1, herringbone set square 2, turn over pin set square 3, left density triangular plate 4, right density triangular plate 5, homing triangle 6 in the left braiding, homing triangle 7 in the right braiding, homing triangle 8 under the left braiding, homing triangle 9 under the right braiding, homing triangle 10 on the left needle selection, homing triangle 11 on the right needle selection, knitting cam plate 12, a left side is turned over pin and is connect pin set square 13, the right side is turned over pin and is connect pin set square 14, middle homing triangle 15, homing triangle 16 under the left needle selection, homing triangle 17 under the right needle selection, left homing triangle 18, Yougui position set square 19, pin hangs order set square 20 from left to right, pin hangs order set square 21 from right to left, left density electrical machine 41, left density cam 42, left density lever 43, left density spring 44, Left Drive bearing 45, right density electrical machine 51, right density cam 52, right density lever 53, right density spring 54, right drive bearing 55, sled motor 61, gear 62, tooth bar 63, slide plate 64, slide plate guide holder 65, turn over pin motor 31, turn over needle cam 32, fixed head 34, joint pin adjustable plate 36, bearing 37, acoustical panel 39, left fixed leg 73, left joint pin 75, left stage clip 78, right fixed leg 83, right joint pin 85, right stage clip 88, left locating dowel 91, right locating dowel 92, left projection 93, right projection 94, left back-moving spring 95, right back-moving spring 96, left securing member 97 and right securing member 98.
Herringbone set square 2 in the present embodiment, turn over pin set square 3, knitting cam plate 12, left density triangular plate 4, right density triangular plate 5, in the left braiding in homing triangle 6 and the right braiding homing triangle 7 be installed in the top of base plate body 1, homing triangle 8 under the left braiding, homing triangle 9 under the right braiding, on the left needle selection on homing triangle 10 and the right needle selection homing triangle 11 be installed in the middle part of base plate body 1, a left side is turned over pin and is connect pin set square 13, the right side is turned over pin and is connect pin set square 14, middle homing triangle 15, homing triangle 16 under the left needle selection, homing triangle 17 under the right needle selection, left homing triangle 18, Yougui position set square 19, from left to right pin hang order set square 20 and from right to left pin hang the bottom that order set square 21 is installed in base plate body 1.Need to prove that the particular location of the upper, middle and lower of base plate body 1 is common practise for a person skilled in the art in the utility model, no longer describe in detail herein.
In the left braiding in the present embodiment in homing triangle 6, left density triangular plate 4, herringbone set square 2, right density triangular plate 5 and the right braiding homing triangle 7 be sequentially arranged in from left to right the top of base plate body 1, and turn over pin set square 3 be positioned at herringbone set square 2 under, knitting cam plate 12 be positioned at turn over pin set square 3 under.
On the left needle selection in the present embodiment on homing triangle 10 and the right needle selection homing triangle 11 be sequentially arranged in from left to right the middle part of base plate body 1, and under the left braiding under homing triangle 8 and the right braiding homing triangle 9 lay respectively on the left needle selection homing triangle 11 on the homing triangle 10 and right needle selection directly over.
Under the left needle selection in the present embodiment under homing triangle 16, middle homing triangle 15 and the right needle selection homing triangle 17 be sequentially arranged in from left to right the bottom of base plate body 1, and left turn over pin connect pin set square 13, the right side turn over pin connect pin set square 14, from left to right pin hang order set square 20 and from right to left pin hang order set square 21 all be arranged in homing triangle 15 directly over, and this from left to right pin hang order set square 20, a left side turn over pin connect pin set square 13, the right side turn over pin connect pin set square 14 and from right to left pin hang order set square 21 and be arranged in order from left to right.Left homing triangle 18 in the present embodiment and Yougui position set square 19 lay respectively under the left needle selection homing triangle 17 under the homing triangle 16 and right needle selection under.
Be provided with the left chute 66 of slide plate and slide plate right rail 67 on the slide plate 64 in the present embodiment, this slide plate 64 is installed on the slide plate guide holder 65, so that slide plate 64 can horizontally slip along slide plate guide holder 65.Tooth bar 63 in the present embodiment is fixed on the slide plate 64, and this tooth bar 63 and gear 62 engagements when gear 62 rotates, can be with carry-over bar 63 to move, and drive slide plate 64 by tooth bar 63 again and move.
Be provided with left playback cylindrical sleeve on the left homing triangle 18 in the present embodiment, this left playback cylindrical sleeve is arranged in the left chute 66 of slide plate, the left chute 66 of slide plate in the present embodiment is height groove structure, be that groove depth in the left chute 66 of slide plate gradually changes from left to right, when slide plate 64 slides along slide plate guide holder 65, the left chute 66 of slide plate moves thereupon, left playback cylindrical sleeve changes along with the groove depth in the left chute 66 of contacted slide plate and moves up and down, thereby reaches the purpose that left homing triangle 18 moves up and down at base plate body 1.
Be provided with Yougui circle of position column sleeve on the Yougui position set square 19 in the present embodiment, this Yougui circle of position column sleeve is arranged in slide plate right rail 67, slide plate right rail 67 in the present embodiment is height groove structure, be that groove depth in the slide plate right rail 67 gradually changes from left to right, when slide plate 64 slides along slide plate guide holder 65, slide plate right rail 67 moves thereupon, Yougui circle of position column sleeve changes along with the groove depth in the contacted slide plate right rail 67 and moves up and down, thereby reaches the purpose that Yougui position set square 18 moves up and down at base plate body 1.
Adopt sled motor 61 driven gears 62 to drive in the present embodiment, move by gear 62 band carry-over bars 63, horizontally slipped by tooth bar 63 dragging skateboards 64 again, the left chute 66 of slide plate on the slide plate 64 and slide plate right rail 67 all are designed to the height sliding groove structure, driving left homing triangle 18 and Yougui position set square 19 slides up and down at base plate body 1, finish the course of action of left homing triangle 18 and Yougui position set square 19, because the course of action of left homing triangle 18 and Yougui position set square 19 is to adopt sled motor 61 to drive, guarantee left homing triangle 18 and Yougui position set square 19 essentially no noise when action.
Be provided with left joint pin hole, right joint pin hole, left locating dowel hole and right locating dowel hole in the fixed head 34 of present embodiment, be provided with left fastener hole and right fastener hole in the acoustical panel 39, when the left fastener hole in the acoustical panel 39 alignd with the left joint pin hole in the fixed head 34, the right fastener hole in the acoustical panel 39 can align with the right joint pin hole in the fixed head 34.
Left side in the present embodiment turn over pin connect pin set square 13, the right side turn over pin connect pin set square 14, from left to right pin hang order set square 20 and from right to left pin hang order set square 21 and all be movably connected on the base plate body 1, turn over pin motor 31 and be installed in the back side of base plate body 1, turn over needle cam 32 and turn over pin motor 31 and be connected.
Fixed head 34 in the present embodiment is fixed on the back side of base plate body 1 by left fixed leg 73 and right fixed leg 83, has spacing j between this fixed head 34 and the base plate body 1.
One end of the left joint pin 75 in the present embodiment is fixed on from left to right, and pin hangs on the order set square 20, the other end of this left joint pin 75 is sleeved in the left joint pin hole of fixed head 34, left projection 93 is fixed on the left joint pin 75, left back-moving spring 95 is sleeved on the left joint pin 75, one end of left back-moving spring 95 withstands on the left projection 93, and the other end of this left back-moving spring 95 withstands on the fixed head 34.
One end of the right joint pin 85 in the present embodiment is fixed on from right to left, and pin hangs on the order set square 21, the other end of this right joint pin 85 is sleeved in the right joint pin hole of fixed head 34, right projection 94 is fixed on the right joint pin 85, right back-moving spring 96 is sleeved on the right joint pin 85, one end of right back-moving spring 96 withstands on the right projection 94, and the other end of this right back-moving spring 96 withstands on the fixed head 34.
Left securing member 97 in the present embodiment and the 98 difference cross-under of right securing member are in the left fastener hole and right fastener hole of acoustical panel 39, this left securing member 97 and right securing member 98 are separately fixed at the other end of left joint pin 75 and the other end of right joint pin 85, thereby reach acoustical panel 39 are fixed to purpose on the other end of the other end of left joint pin 75 and right joint pin 85.When acoustical panel 39 is subject to external force and moves, acoustical panel 39 can drive left joint pin 75 and right joint pin 85 moves, again by left joint pin 75 and right joint pin 85 drive respectively from left to right pin hang order set square 20 and from right to left pin hang order set square 21 and move, thereby reach from left to right pin hang order set square 20 and from right to left pin hang the purpose that order set square 21 moves up and down at base plate body 1.
One end of the left locating dowel 91 in the present embodiment is fixed on a left side and turns over pin and connect on the pin set square 13, and the other end of left locating dowel 91 is sleeved in the left locating dowel hole of fixed head 34, and the other end of this left locating dowel 91 withstands on the acoustical panel 39.One end of the right locating dowel 92 in the present embodiment is fixed on the right side and turns over pin and connect on the pin set square 14, and the other end of right locating dowel 92 is sleeved on the right locating dowel hole of fixed head 34, and the other end of this right locating dowel 92 withstands on the acoustical panel 39.
Joint pin adjustable plate 36 in the present embodiment is fixed on left locating dowel 91 and the right locating dowel 92, and left stage clip 78 is sleeved on the left locating dowel 91, and an end of left stage clip 78 withstands on the joint pin adjustable plate 36, and the other end of this left stage clip 78 withstands on the fixed head 34.Right stage clip 88 is sleeved on the right locating dowel 92, and an end of right stage clip 88 withstands on the joint pin adjustable plate 36, and the other end of this right stage clip 88 withstands on the fixed head 34.
Bearing 37 in the present embodiment is installed on the joint pin adjustable plate 36, this bearing 37 and joint pin adjustable plate 36 all with turn over needle cam 32 and match, when turning over needle cam 32 when rotating, can drive joint pin adjustable plate 36 moves up and down, drive left locating dowels 91 and right locating dowel 92 moves up and down by joint pin adjustable plate 36, drive respectively a left side by left locating dowel 91 and right locating dowel 92 again and turn over pin and connect pin set square 13 and the right side and turn over pin and connect pin set square 14 and move up and down at base plate body 1; Meanwhile, when left locating dowel 91 and right locating dowel 92 are withstood acoustical panel 39 and are moved, by acoustical panel 39 can drive from left to right pin hang order set square 20 and from right to left pin hang order set square 21 and move up and down at base plate body 1, thereby reach a left side turn over pin connect pin set square 13, the right side turn over pin connect pin set square 14, from left to right pin hang order set square 20 and from right to left pin hang the purpose of order set square 21 interlocks.
Acoustical panel 39 in the present embodiment can effectively eliminate from left to right pin hang order set square 20 and from right to left pin hang the noise that order set square 21 produces in moving up and down process.Left side in the present embodiment is turned over pin and is connect pin set square 13 and the right side and turn over pin and connect pin set square 14 and whichsoever lift and allow stitch, the drive of capital interlock from left to right pin hang order set square 20 and from right to left pin hang order set square 21 and lift simultaneously the stitch of stepping down, thereby reduced stitch pin is from left to right hung order set square 20 and the from right to left pin wearing and tearing of hanging order set square 21, eliminated pin from left to right hang order set square 20 and from right to left pin hang the noise that produces when order set square 21 is depressed by stitch.
Left density triangular plate 4 in the present embodiment is movably connected on the base plate body 1, left density electrical machine 41, left density lever 43, left density spring 44 and Left Drive bearing 45 are installed in the back side of base plate body 1, left density cam 42 is installed on the left density electrical machine 41, and left density electrical machine 41 can be controlled left density cam 42 and rotate.Left Drive bearing 45 in the present embodiment and left density cam 42 cooperate, and left density lever 43 and Left Drive bearing 45 cooperate, and this left density lever 43 is connected with left density triangular plate 4, and left density spring 44 and left density lever 43 cooperate.Left density electrical machine 41 can be controlled the course of action of left density cam 42, controlled again the course of action of Left Drive bearings 45 by left density cam 42, drive again the course of action of left density lever 43 by Left Drive bearing 45, move up and down at base plate body 1 by the left density triangular plate 4 of left density lever 43 controls at last, thereby realize the course of action of left density triangular plate 4.
Right density triangular plate 5 in the present embodiment is movably connected on the base plate body 1, right density electrical machine 51, right density lever 53, right density spring 54 and right drive bearing 55 are installed in the back side of base plate body 1, right density cam 52 is installed on the right density electrical machine 51, and right density electrical machine 51 can be controlled right density cam 52 and rotate.Right drive bearing 55 in the present embodiment and right density cam 52 cooperate, and right density lever 53 and right drive bearing 55 cooperate, and this right density lever 53 is connected with right density triangular plate 5, and right density spring 54 and right density lever 53 cooperate.Right density electrical machine 51 can be controlled the course of action of right density cam 52, controlled again the course of action of right drive bearing 55 by right density cam 52, drive again the course of action of right density lever 53 by right drive bearing 55, move up and down at base plate body 1 by the right density triangular plate 5 of right density lever 53 controls at last, thereby realize the course of action of right density triangular plate 5.
Left density triangular plate 4 in the present embodiment and the back side of right density triangular plate 5 are designed with respectively left density lever 43 and right density lever 53, the output shaft of left density electrical machine 41 and right density electrical machine 51 is separately installed with left density cam 42 and right density cam 52, left density cam 42 and right density cam 52 drive respectively Left Drive bearing 45 and right drive bearing 55, drive respectively left density lever 43 and right density lever 53 by Left Drive bearing 45 and right drive bearing 55 again, thus realize left density triangular plate 4 and right density triangular plate about in the of 5 interaction finish effective action.Present embodiment adopts lever principle can increase the effective travel of left density triangular plate 4 and right density triangular plate 5, on left density lever 43 and right density lever 53, be designed with respectively left density spring 44 and right density spring 54, both can effectively avoid left density electrical machine 41 and right density electrical machine 51 when transmission, to produce the situation that rigid collision causes distortion, and can effectively avoid again left density electrical machine 41 and right density electrical machine 51 when transmission, to produce the situation that rigid collision produces noise.
From left to right pin in the present embodiment hang order set square 20 and from right to left pin hang and be provided with ramp structure 22 on the order set square 21.The left withdrawal of needle of the utility model hang order set square 20 and left turn over pin connect between the pin set square 13 spacing and from left to right the pin size of hanging order set square 20 ramp structures 22 all can arrange according to actual needs, from right to left pin hang order set square 21 and right turn over pin connect between the pin set square 14 spacing and from right to left the pin size of hanging order set square 21 ramp structures 22 also all can arrange according to actual needs.The utility model is left turn over pin connect pin set square 13, the right side turn over pin connect pin set square 14, from left to right pin hang order set square 20 and from right to left the locating surface that hangs in the order set square 21 of pin can arrange according to actual needs, this knows to one skilled in the art.
In addition, need to prove, the specific embodiment described in this specification, the shape of its parts and components, institute's title of being named etc. can be different, and the above content described in this specification only is to the explanation of the utility model structure example.Allly conceive equivalence variation or the simple change that described structure, feature and principle are done according to the utility model patent, be included in the protection domain of the utility model patent.The utility model person of ordinary skill in the field can make various modifications or replenishes or adopt similar mode to substitute described specific embodiment; only otherwise depart from structure of the present utility model or surmount this scope as defined in the claims, all should belong to protection domain of the present utility model.
Claims (5)
1. flat knitting machine soleplate with the motor driven of gear and tooth bar, comprise the base plate body, be installed in the herringbone set square on base plate body top, turn over the pin set square, the knitting cam plate, left density triangular plate, right density triangular plate, homing triangle in homing triangle and the right braiding in the left braiding, be installed in homing triangle under the left braiding at base plate body middle part, homing triangle under the right braiding, homing triangle on homing triangle and the right needle selection on the left needle selection, a left side that is installed in base plate body bottom is turned over pin and is connect the pin set square, the right side is turned over pin and is connect the pin set square, middle homing triangle, homing triangle under the left needle selection, homing triangle under the right needle selection, left homing triangle, Yougui position set square, from left to right pin hang the order set square and from right to left pin hang the order set square; In the described left braiding in homing triangle, left density triangular plate, herringbone set square, right density triangular plate and the right braiding homing triangle be arranged in order from left to right, described turn over the pin set square be positioned at herringbone set square under, described knitting cam plate be positioned at turn over the pin set square under; On the described left needle selection on homing triangle and the right needle selection homing triangle be arranged in order from left to right, under the described left braiding under homing triangle and the right braiding homing triangle lay respectively on the left needle selection homing triangle on the homing triangle and right needle selection directly over; Homing triangle under the described left needle selection, homing triangle is arranged in order from left to right under middle homing triangle and the right needle selection, described left homing triangle and Yougui position set square lay respectively under the left needle selection homing triangle under the homing triangle and right needle selection under, a described left side is turned over pin and is connect the pin set square, the right side is turned over pin and is connect the pin set square, from left to right pin hang the order set square and from right to left pin hang the order set square all be arranged in homing triangle directly over, this from left to right pin hang the order set square, a left side is turned over pin and is connect the pin set square, the right side turn over pin connect the pin set square and from right to left pin hang the order set square and be arranged in order from left to right; It is characterized in that: also comprise sled motor, gear, tooth bar, slide plate and slide plate guide holder; Described left homing triangle and Yougui position set square all are movably connected on the base plate body, described sled motor, gear and slide plate guide holder are installed in the back side of base plate body, described gear is connected with sled motor, be provided with the left chute of slide plate and slide plate right rail on the described slide plate, this slide plate is installed on the slide plate guide holder, described tooth bar is fixed on the slide plate, this rack and pinion engagement, be provided with left playback cylindrical sleeve on the described left homing triangle, this left playback cylindrical sleeve is arranged in the left chute of slide plate, be provided with Yougui circle of position column sleeve on the set square of described Yougui position, this Yougui circle of position column sleeve is arranged in the slide plate right rail.
2. the flat knitting machine soleplate of the motor driven with gear and tooth bar according to claim 1, it is characterized in that: also comprise left density electrical machine, left density cam, left density lever, left density spring and Left Drive bearing, described left density triangular plate is movably connected on the base plate body, described left density electrical machine, left density lever, left density spring and Left Drive bearing are installed in the back side of base plate body, described left density cam is installed on the left density electrical machine, described Left Drive bearing and left density cam cooperate, described left density lever and Left Drive bearing fit, this left density lever is connected with left density triangular plate, described left density spring and left density lever mated.
3. the flat knitting machine soleplate of the motor driven with gear and tooth bar according to claim 1, it is characterized in that: also comprise right density electrical machine, right density cam, right density lever, right density spring and right drive bearing, described right density triangular plate is movably connected on the base plate body, described right density electrical machine, right density lever, right density spring and right drive bearing are installed in the back side of base plate body, described right density cam is installed on the right density electrical machine, described right drive bearing and right density cam cooperate, described right density lever and right drive bearing cooperate, this right density lever is connected with right density triangular plate, described right density spring and right density lever mated.
4. the flat knitting machine soleplate of the motor driven with gear and tooth bar according to claim 1, it is characterized in that: also comprise the braiding cam, described knitting cam plate is movably connected on the base plate body, and described braiding cam is installed in and turns on the pin motor, and this braiding cam is connected with the knitting cam plate.
5. the flat knitting machine soleplate of the motor driven with gear and tooth bar according to claim 1 is characterized in that: described from left to right pin hang the order set square and from right to left pin hang on the order set square and be provided with ramp structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220373775 CN202744756U (en) | 2012-07-30 | 2012-07-30 | Flat knitting machine baseboard driven by motor and with gear and rack |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220373775 CN202744756U (en) | 2012-07-30 | 2012-07-30 | Flat knitting machine baseboard driven by motor and with gear and rack |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202744756U true CN202744756U (en) | 2013-02-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220373775 Expired - Lifetime CN202744756U (en) | 2012-07-30 | 2012-07-30 | Flat knitting machine baseboard driven by motor and with gear and rack |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202744756U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104846529A (en) * | 2015-05-18 | 2015-08-19 | 桐乡市强隆机械有限公司 | Dual-system flat knitting machine motor bottom plate with motor restoring function |
| CN104894741A (en) * | 2015-07-03 | 2015-09-09 | 宁波慈星股份有限公司 | Dynamic thread count device in computerized flat knitting machine |
| CN106149186A (en) * | 2016-09-20 | 2016-11-23 | 江苏金龙科技股份有限公司 | The density triangular control set for adjusting of computer plain flat knitter |
-
2012
- 2012-07-30 CN CN 201220373775 patent/CN202744756U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104846529A (en) * | 2015-05-18 | 2015-08-19 | 桐乡市强隆机械有限公司 | Dual-system flat knitting machine motor bottom plate with motor restoring function |
| CN104846529B (en) * | 2015-05-18 | 2017-07-21 | 桐乡市强隆机械有限公司 | The dual system straight-bar machines electric baseboard of translator playback |
| CN104894741A (en) * | 2015-07-03 | 2015-09-09 | 宁波慈星股份有限公司 | Dynamic thread count device in computerized flat knitting machine |
| CN106149186A (en) * | 2016-09-20 | 2016-11-23 | 江苏金龙科技股份有限公司 | The density triangular control set for adjusting of computer plain flat knitter |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130220 |