CN204661973U - With the dual system straight-bar machines electric baseboard of motor playback - Google Patents
With the dual system straight-bar machines electric baseboard of motor playback Download PDFInfo
- Publication number
- CN204661973U CN204661973U CN201520319210.7U CN201520319210U CN204661973U CN 204661973 U CN204661973 U CN 204661973U CN 201520319210 U CN201520319210 U CN 201520319210U CN 204661973 U CN204661973 U CN 204661973U
- Authority
- CN
- China
- Prior art keywords
- triangle
- pin
- pushing pin
- guide
- cam
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Sewing Machines And Sewing (AREA)
Abstract
The utility model relates to a kind of dual system straight-bar machines electric baseboard with motor playback.Also do not have one to be conducive to reducing energy consumption at present, improve the dual system straight-bar machines electric baseboard with motor playback of braiding accuracy.The utility model comprises upper plate, be arranged on a triangle of pushing pin on upper plate, No. two triangles of pushing pin, No. three trigonometric sum No. four triangles of pushing pin of pushing pin, draw runner, to push pin triangle knee-action control structure, its feature is: triangle knee-action control structure of pushing pin comprises triangle motor of pushing pin, cam, a guide pillar and No. two guide pillars, triangle motor of pushing pin is fixed on the back side of upper plate, described cam is connected to pushes pin on triangle motor, a described guide pillar and No. two guide pillars are all fixed on draw runner, this guide pillar and No. two guide pillars lay respectively at the both sides of cam, a described guide pillar and No. two guide pillars are all and cam engagement.Of the present utility model being conducive to reduces energy consumption, improves braiding accuracy.
Description
Technical field
The utility model relates to a kind of dual system straight-bar machines electric baseboard, especially relates to a kind of dual system straight-bar machines electric baseboard with motor playback.
Background technology
In Computerized flat knitting machine, magnet steel is generally adopted to be adsorbed in the knee-action that the mode that large thick stick plane drags completes triangle of pushing pin at present, which relies on the absorption affinity of magnet steel and great Gang (iron piece) to rub completely and drives the guide pillar execution of triangle of pushing pin, frictional force is very large, easily cause the wearing and tearing of large thick stick, cause head overall operation resistance very large, complete machine easily produces and rocks, the accuracy of impact braiding; Also very high to the power requirement of mair motor, waste electricity, not energy-conserving and environment-protective; Because resistance is very large, the wearing and tearing of synchronizing wheel and Timing Belt are also very large, and the profile of tooth of synchronizing wheel is is easily worn and torn, and time serious, profile of tooth can come off, and causing changing synchronizing wheel could normally use, and greatly reduces the service life of complete machine.Also do not have a kind of structure simple, reasonable in design at present, be conducive to reducing energy consumption, improve braiding accuracy, extend the dual system straight-bar machines electric baseboard with motor playback in complete machine service life.
Utility model content
The purpose of this utility model is to overcome above shortcomings in prior art, and provides a kind of structure simple, reasonable in design, is conducive to reducing energy consumption, improves braiding accuracy, extend the dual system straight-bar machines electric baseboard with motor playback in complete machine service life.
The technical scheme in the invention for solving the above technical problem is: should comprise upper plate with the dual system straight-bar machines electric baseboard of motor playback, triangle is protected in the upper left be arranged on upper plate, pin withdrawal of needle depressing cam is turned on a left side, triangle is protected in centre, pin withdrawal of needle depressing cam is turned on the right side, upper right protects triangle, pin depressing cam is turned on a left side, pin depressing cam is turned on the right side, left back-stitching cam, a degree order triangle, No. two degree order triangles, No. three degree order triangles, No. four degree order triangles, right back-stitching cam, left braiding depressing cam, a left side connects pin rise cam, left braiding withdrawal of needle connects pin depressing cam, right braiding depressing cam, the right side connects pin rise cam, right braiding withdrawal of needle depressing cam, left reservation triangle, middle reservation triangle, right reservation triangle, left side is long protects triangle, middle length protects triangle, right side is long protects triangle, a triangle of pushing pin, No. two triangles of pushing pin, No. three triangles of pushing pin, No. four triangles of pushing pin, triangle is protected in lower-left, triangle is protected under centre, bottom right is protected a trigonometric sum left side and is lifted pin triangle, draw runner, triangle knee-action control structure of pushing pin, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, and No. four guide pin bushings, triangle is protected in described upper left, pin withdrawal of needle depressing cam is turned on a left side, triangle is protected in centre, the right side is turned over pin withdrawal of needle depressing cam and upper right and is protected triangle and be arranged in order from left to right, triangle is protected in described upper left, left back-stitching cam, left reservation triangle, left side is long to be protected trigonometric sum lower-left and protects triangle and be arranged in order from top to bottom, pin depressing cam is turned on a described left side, pin withdrawal of needle depressing cam is turned on a left side, left braiding depressing cam and left braiding withdrawal of needle connect pin depressing cam and are arranged in order from top to bottom, a described left side connects pin rise cam and is arranged in the groove that left braiding withdrawal of needle connects pin depressing cam, a described degree order triangle is positioned at the left side that left braiding depressing cam and/or left braiding withdrawal of needle connect pin depressing cam, described No. two degree order triangles are positioned at the right side that left braiding depressing cam and/or left braiding withdrawal of needle connect pin depressing cam, triangle is protected in described centre, middle reservation triangle, protect triangle under middle length protects trigonometric sum centre to be arranged in order from top to bottom, pin depressing cam is turned on the described right side, pin withdrawal of needle depressing cam is turned on the right side, right braiding depressing cam and right braiding withdrawal of needle depressing cam are arranged in order from top to bottom, the described right side connects the groove that pin rise cam is arranged in right braiding withdrawal of needle depressing cam, described No. three degree order triangles are positioned at the left side of right braiding depressing cam and/or right braiding withdrawal of needle depressing cam, described No. four degree order triangles are positioned at the right side of right braiding depressing cam and/or right braiding withdrawal of needle depressing cam, described upper right protects triangle, right back-stitching cam, right reservation triangle, right side is long to be protected trigonometric sum bottom right and protects triangle and be arranged in order from top to bottom, a described triangle of pushing pin is positioned at the top that triangle is protected in lower-left, the top of triangle is protected under described No. two trigonometric sum No. three triangles of pushing pin of pushing pin are positioned at centre, described No. four triangles of pushing pin are positioned at the top that triangle is protected in bottom right, a described triangle of pushing pin, No. two triangles of pushing pin, No. three trigonometric sum No. four triangles of pushing pin of pushing pin are arranged in order from left to right, a described left side is lifted pin triangle and is positioned at the below protecting triangle under triangle and/or centre are protected in lower-left, the described right side is lifted and to be protected the below that triangle is protected in triangle and/or bottom right under pin triangle is positioned at centre, one end of a described triangle guide pillar of pushing pin is fixed on the back side of a triangle of pushing pin, one end of a described guide pin bushing is fixed on No. one and pushes pin on triangle guide pillar, one end of described No. two triangle guide pillars of pushing pin is fixed on the back side of No. two triangles of pushing pin, one end of described No. two guide pin bushings is fixed on No. two and pushes pin on triangle guide pillar, one end of described No. three triangle guide pillars of pushing pin is fixed on the back side of No. three triangles of pushing pin, one end of described No. three guide pin bushings is fixed on No. three and pushes pin on triangle guide pillar, one end of described No. four triangle guide pillars of pushing pin is fixed on the back side of No. four triangles of pushing pin, one end of described No. four guide pin bushings is fixed on No. four and pushes pin on triangle guide pillar, described draw runner is provided with and is respectively used to a triangle of pushing pin, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin are pushed pin the chute that triangle knee-action carries out leading, No. two chutes, No. three chutes and No. four chutes, a described guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and the cross-under of No. four guide pin bushing difference are at a chute, No. two chutes, in No. three chutes and No. four chutes, its design feature is: described in triangle knee-action control structure of pushing pin comprise triangle motor of pushing pin, cam, a guide pillar and No. two guide pillars, described triangle motor of pushing pin is fixed on the back side of upper plate, described cam is connected to pushes pin on triangle motor, a described guide pillar and No. two guide pillars are all fixed on draw runner, this guide pillar and No. two guide pillars lay respectively at the both sides of cam, a described guide pillar and No. two guide pillars are all and cam engagement.
As preferably, dual system straight-bar machines electric baseboard described in the utility model also comprises left needle selecting foot briquetting and right needle selecting foot briquetting, and described left needle selecting foot briquetting is positioned at the long below protecting triangle, left side, and described right needle selecting foot briquetting is positioned at the long below protecting triangle, right side.
As preferably, a chute described in the utility model, No. two chutes, No. three chutes and No. four chutes include upper crosspiece, in tiltedly section and lower crosspiece, in described, the oblique upper end of section is connected with one end of upper crosspiece, in this, the lower end of oblique section is connected with one end of lower crosspiece, in described oblique section to upper plate distance therefrom tiltedly section upper end in the lower end of oblique section increase gradually.
As preferably, one end of a triangle guide pillar of pushing pin described in the utility model is vertically fixed on the back side of a triangle of pushing pin, one end of described No. two triangle guide pillars of pushing pin is vertically fixed on the back side of No. two triangles of pushing pin, one end of described No. three triangle guide pillars of pushing pin is vertically fixed on the back side of No. three triangles of pushing pin, and one end of described No. four triangle guide pillars of pushing pin is vertically fixed on the back side of No. four triangles of pushing pin.
As preferably, the axis of a triangle guide pillar of pushing pin described in the utility model and the axes normal of a guide pin bushing, the described axis of No. two triangle guide pillars of pushing pin and the axes normal of No. two guide pin bushings, the described axis of No. three triangle guide pillars of pushing pin and the axes normal of No. three guide pin bushings, the described axis of No. four triangle guide pillars of pushing pin and the axes normal of No. four guide pin bushings.
As preferably, a guide pillar described in the utility model and No. two guide pillars are all perpendicular to draw runner.
As preferably, a triangle of pushing pin described in the utility model, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin triangle of pushing pin all is movably arranged on upper plate by triangle guide holder of pushing pin.
As preferably, upper crosspiece described in the utility model is all parallel with upper plate with lower crosspiece.
As preferably, upper crosspiece in a chute described in the utility model is positioned at the left side of a chute, upper crosspiece in described No. two chutes is positioned at the left side of No. two chutes, upper crosspiece in described No. three chutes is positioned at the right side of No. three chutes, and the upper crosspiece in described No. four chutes is positioned at the right side of No. four chutes.
The utility model compared with prior art, has the following advantages and effect: 1, eliminate magnet steel, devises the structure of motor and cam cleverly, has become rectilinear motion by motor translating rotation, completes the function action needed for braiding of triangle of pushing pin; 2, to make in transmission, without any friction, to greatly reduce the resistance of head, ensure that the light operation of head; 3, the consumption of mair motor is greatly reduced; 4, synchronizing wheel, the pulling force of Timing Belt and wearing and tearing are greatly reduced; 5, greatly reduce the wearing and tearing of large thick stick, greatly reduce the wearing and tearing of the operation bearing on head; 6, greatly reduce the energy consumption of complete machine, have very large advantage on energy-conservation, also current country advocates; 7, be run without rubbing between head and large thick stick, the operation of complete machine, without rocking, improves the accuracy of braiding function; 8, improve the service life of complete machine; 9, structure is simple, reasonable in design, and design is unique, dependable performance.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram with the dual system straight-bar machines electric baseboard of motor playback in the utility model embodiment.
Fig. 2 is the backsight structural representation with the dual system straight-bar machines electric baseboard of motor playback in the utility model embodiment.
Fig. 3 relates generally to push pin the plan structure schematic diagram of triangle knee-action control structure in Fig. 2.
Fig. 4 is No. four triangles of pushing pin in the utility model embodiment, push pin triangle guide pillar, guide pin bushing, draw runner and the structural representation of pushing pin between triangle guide holder.
In figure: 1, upper plate; 2, triangle is protected in upper left; 3, pin withdrawal of needle depressing cam is turned on a left side; 4, triangle is protected in centre; 5, pin withdrawal of needle depressing cam is turned on the right side; 6, upper right protects triangle; 7, pin depressing cam is turned on a left side; 8, pin depressing cam is turned on the right side; 9, left back-stitching cam; 10, a degree order triangle; 11, No. two degree order triangles; 12, No. three degree order triangles; 13, No. four degree order triangles; 14, right back-stitching cam; 15, left braiding depressing cam; 16, a left side connects pin rise cam; 18, left braiding withdrawal of needle connects pin depressing cam; 19, right braiding depressing cam; 20, the right side connects pin rise cam; 22, right braiding withdrawal of needle depressing cam; 23, left reservation triangle; 24, right reservation triangle; 100, middle reservation triangle; 25, left side is long protects triangle; 26, middle length protects triangle; 27, right side is long protects triangle; 28, a triangle of pushing pin; 29, No. two triangles of pushing pin; 30, No. three triangles of pushing pin; 31, No. four triangles of pushing pin; 32, triangle is protected in lower-left; 33, triangle is protected under centre; 34, triangle is protected in bottom right; 35, pin triangle is lifted on a left side; 36, pin triangle is lifted on the right side; 37, left needle selecting foot briquetting; 38, right needle selecting foot briquetting; 39, draw runner; 40, to push pin triangle motor; 41, cam; 42, a guide pillar; 43, No. two guide pillars; 391, a chute; 392, No. two chutes; 393, No. three chutes; 394, No. four chutes.
Detailed description of the invention
Below in conjunction with accompanying drawing, also by embodiment, the utility model is described in further detail, and following examples are that the utility model is not limited to following examples to explanation of the present utility model.
Embodiment.
See Fig. 1 to Fig. 4, comprise upper plate 1 with the dual system straight-bar machines electric baseboard of motor playback in the present embodiment, triangle 2 is protected in the upper left be arranged on upper plate 1, pin withdrawal of needle depressing cam 3 is turned on a left side, centre is protected triangle 4, pin withdrawal of needle depressing cam 5 is turned on the right side, upper right protects triangle 6, pin depressing cam 7 is turned on a left side, pin depressing cam 8 is turned on the right side, left back-stitching cam 9, a degree order triangle 10, No. two degree order triangles 11, No. three degree order triangles 12, No. four degree order triangles 13, right back-stitching cam 14, left braiding depressing cam 15, a left side connects pin rise cam 16, left braiding withdrawal of needle connects pin depressing cam 18, right braiding depressing cam 19, the right side connects pin rise cam 20, right braiding withdrawal of needle depressing cam 22, left reservation triangle 23, middle reservation triangle 100, right reservation triangle 24, left side is long protects triangle 25, middle length protects triangle 26, right side is long protects triangle 27, a triangle 28 of pushing pin, No. two triangles 29 of pushing pin, No. three triangles 30 of pushing pin, No. four triangles 31 of pushing pin, triangle 32 is protected in lower-left, triangle 33 is protected under centre, bottom right protects triangle 34 and pin triangle 35 is lifted on a left side, draw runner 39, triangle knee-action control structure of pushing pin, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, No. four guide pin bushings, left needle selecting foot briquetting 37, and right needle selecting foot briquetting 38.
Triangle 2 is protected in upper left in the present embodiment, a left side turn on pin withdrawal of needle depressing cam 3, centre protect triangle 4, pin withdrawal of needle depressing cam 5 is turned on the right side and upper right is protected triangle 6 and is arranged in order from left to right, upper left is protected long triangle 25 and the lower-left protected in triangle 2, left back-stitching cam 9, left reservation triangle 23, left side and is protected triangle 32 and be arranged in order from top to bottom.
Pin depressing cam 7 is turned on a left side in the present embodiment, pin withdrawal of needle depressing cam 3 is turned on a left side, left braiding depressing cam 15 and left braiding withdrawal of needle connect pin depressing cam 18 and be arranged in order from top to bottom, a left side connects pin rise cam 16 and is arranged in the groove that left braiding withdrawal of needle connects pin depressing cam 18, degree order triangle 10 is positioned at the left side that left braiding depressing cam 15 and/or left braiding withdrawal of needle connect pin depressing cam 18, and No. two degree order triangles 11 are positioned at the right side that left braiding depressing cam 15 and/or left braiding withdrawal of needle connect pin depressing cam 18.
Centre in the present embodiment is protected triangle 4, middle reservation triangle 100, protect triangle 33 under middle length protects triangle 26 and centre to be arranged in order from top to bottom, pin depressing cam 8 is turned on the right side, pin withdrawal of needle depressing cam 5 is turned on the right side, right braiding depressing cam 19 and right braiding withdrawal of needle depressing cam 22 are arranged in order from top to bottom, the right side connects the groove that pin rise cam 20 is arranged in right braiding withdrawal of needle depressing cam 22, No. three degree order triangles 12 are positioned at the left side of right braiding depressing cam 19 and/or right braiding withdrawal of needle depressing cam 22, No. four degree order triangles 13 are positioned at the right side of right braiding depressing cam 19 and/or right braiding withdrawal of needle depressing cam 22.
Upper right in the present embodiment is protected long triangle 27 and the bottom right protected in triangle 6, right back-stitching cam 14, right reservation triangle 24, right side and is protected triangle 34 and be arranged in order from top to bottom, a triangle 28 of pushing pin is positioned at the top that triangle 32 is protected in lower-left, the top of triangle 33 is protected under No. two push pin triangle 29 and No. three triangles 30 of pushing pin are positioned at centre, No. four triangles 31 of pushing pin are positioned at the top that triangle 34 is protected in bottom right, and No. 28, two, triangle of pushing pin push pin triangle 30 and No. four triangles 31 of pushing pin of No. 29, three, triangle of pushing pin are arranged in order from left to right.A left side is lifted pin triangle 35 and is positioned at the below protecting triangle 33 under triangle 32 and/or centre are protected in lower-left, and the right side is lifted and to be protected the below that triangle 34 is protected in triangle 33 and/or bottom right under pin triangle 36 is positioned at centre.Left needle selecting foot briquetting 37 in the present embodiment is positioned at the long below protecting triangle 25, left side, and described right needle selecting foot briquetting 38 is positioned at the long below protecting triangle 27, right side.
One end of No. one in the present embodiment triangle guide pillar of pushing pin is fixed on the back side of a triangle 28 of pushing pin, one end of a guide pin bushing is fixed on No. one and pushes pin on triangle guide pillar, one end of No. two triangle guide pillars of pushing pin is fixed on the back side of No. two triangles 29 of pushing pin, one end of No. two guide pin bushings is fixed on No. two and pushes pin on triangle guide pillar, one end of No. three triangle guide pillars of pushing pin is fixed on the back side of No. three triangles 30 of pushing pin, one end of No. three guide pin bushings is fixed on No. three and pushes pin on triangle guide pillar, one end of No. four triangle guide pillars of pushing pin is fixed on the back side of No. four triangles 31 of pushing pin, one end of No. four guide pin bushings is fixed on No. four and pushes pin on triangle guide pillar.
Draw runner 39 in the present embodiment be provided be respectively used to No. 28, two, a triangle of pushing pin push pin No. 29, three, triangle push pin a chute 391, No. two chutes 392, No. three chutes 393 that triangle 30 and No. four triangle 31 knee-actions of pushing pin carry out leading and No. four chutes 394, guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and No. four guide pin bushings respectively cross-under in a chute 391, No. two chutes 392, No. three chutes 393 and No. four chutes 394.When a chute 391, No. two chutes 392, when No. three chutes 393 and No. four chutes 394 move left and right with draw runner 39, a chute 391 can promote a guide pin bushing along chute 391 activity, No. two chutes 392 can promote No. two guide pin bushings along No. two chutes 392 activities, No. three chutes 393 can promote No. three guide pin bushings along No. three chutes 393 activities, No. four chutes 394 can promote No. four guide pin bushings along No. four chutes 394 activities, again by a guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and No. four guide pin bushings drive a triangle 28 of pushing pin respectively, No. two triangles 29 of pushing pin, No. three push pin triangle 30 and No. four triangle 31 knee-actions of pushing pin, a triangle 28 of pushing pin, No. two triangles 29 of pushing pin, the knee-action of No. three push pin triangle 30 and No. four triangles 31 of pushing pin refers to along from the direction of the front of upper plate 1 to the back side of upper plate 1 or the direction from the back side of upper plate 1 to the front of upper plate 1.
Triangle knee-action control structure of pushing pin in the present embodiment comprises triangle motor 40 of pushing pin, cam 41, guide pillar 42 and No. two guide pillars 43, triangle motor 40 of pushing pin is fixed on the back side of upper plate 1, cam 41 is connected to pushes pin on triangle motor 40, a guide pillar 42 and No. two guide pillars 43 are all fixed on draw runner 39, this guide pillar 42 and No. two guide pillars 43 lay respectively at the both sides of cam 41, and a guide pillar 42 and No. two guide pillars 43 all coordinate with cam 41.When triangle motor 40 of pushing pin is with moving cam 41 to rotate, cam 41 can promote a guide pillar 42 or No. two guide pillars 43, thus realizes the function that a guide pillar 42 or No. two guide pillars 43 drive draw runner 39 to move left and right.Triangle motor 40 of pushing pin is with moving cam 41 to rotate, when cam 41 withstands a guide pillar 42, draw runner 39 is moved to the left, guide pin bushing moves along chute, finally realize push pin triangle 28 and No. two to push pin triangle 29 actions downwards, and No. three push pin triangle 30 and No. four are pushed pin the function of triangle 31 upwards action.When cam 41 withstands No. two guide pillars 43, draw runner 39 moves right, and guide pin bushing moves along chute, finally realizes push pin triangle 28 and No. two triangle 29 upwards actions of pushing pin, and the function of No. three push pin triangle 30 and No. four triangle 31 actions downwards of pushing pin.
391, No. two chutes of a chute in the present embodiment, 392, No. three chutes 393 and No. four chutes 394 include upper crosspiece, in tiltedly section and lower crosspiece, in tiltedly the upper end of section be connected with one end of upper crosspiece, in this, the lower end of oblique section is connected with one end of lower crosspiece, in tiltedly section to upper plate 1 distance therefrom tiltedly section upper end in the lower end of oblique section increase gradually.Upper crosspiece is usually all parallel with upper plate 1 with lower crosspiece.Upper crosspiece in a chute 391 is positioned at the left side of a chute 391, upper crosspiece in described No. two chutes 392 is positioned at the left side of No. two chutes 392, upper crosspiece in described No. three chutes 393 is positioned at the right side of No. three chutes 393, and the upper crosspiece in described No. four chutes 394 is positioned at the right side of No. four chutes 394.
Under normal circumstances, one end of a triangle guide pillar of pushing pin is vertically fixed on the back side of a triangle 28 of pushing pin, one end of No. two triangle guide pillars of pushing pin is vertically fixed on the back side of No. two triangles 29 of pushing pin, one end of No. three triangle guide pillars of pushing pin is vertically fixed on the back side of No. three triangles 30 of pushing pin, and one end of No. four triangle guide pillars of pushing pin is vertically fixed on the back side of No. four triangles 31 of pushing pin.The axis of a triangle guide pillar of pushing pin and the axes normal of a guide pin bushing, the axis of No. two triangle guide pillars of pushing pin and the axes normal of No. two guide pin bushings, the axis of No. three triangle guide pillars of pushing pin and the axes normal of No. three guide pin bushings, the axis of No. four triangle guide pillars of pushing pin and the axes normal of No. four guide pin bushings.A guide pillar 42 and No. two guide pillars 43 are all perpendicular to draw runner 39.No. 28, two, triangle of pushing pin push pin triangle 30 and No. four triangles 31 of pushing pin of No. 29, three, triangle of pushing pin all are movably arranged on upper plate 1 by triangle guide holder of pushing pin.
The utility model eliminates magnet steel, employing triangle motor 40 of pushing pin drives, push pin triangle motor 40 output shaft on be designed with cam 41, draw runner 39 is designed with two guide pillars, draw runner 39 is designed with chute everywhere, drive draw runner 39 to complete to horizontally slip, thus drive four pieces of triangles of pushing pin to complete its required function action.
Said in the utility model " top ", " below ", "left", "right", " on ", the orientation term such as D score is common practise to those skilled in the art.
In addition, it should be noted that, the specific embodiment described in this description, the shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this description is only to the explanation of the utility model structure example.The equivalence change that structure, feature and principle described in all foundation the utility model inventional idea are done or simple change, be included in the protection domain of the utility model patent.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment; only otherwise depart from structure of the present utility model or surmount this scope as defined in the claims, protection domain of the present utility model all should be belonged to.
Claims (9)
1., with a dual system straight-bar machines electric baseboard for motor playback, comprise upper plate, triangle is protected in the upper left be arranged on upper plate, pin withdrawal of needle depressing cam is turned on a left side, triangle is protected in centre, pin withdrawal of needle depressing cam is turned on the right side, upper right protects triangle, pin depressing cam is turned on a left side, pin depressing cam is turned on the right side, left back-stitching cam, a degree order triangle, No. two degree order triangles, No. three degree order triangles, No. four degree order triangles, right back-stitching cam, left braiding depressing cam, a left side connects pin rise cam, left braiding withdrawal of needle connects pin depressing cam, right braiding depressing cam, the right side connects pin rise cam, right braiding withdrawal of needle depressing cam, left reservation triangle, middle reservation triangle, right reservation triangle, left side is long protects triangle, middle length protects triangle, right side is long protects triangle, a triangle of pushing pin, No. two triangles of pushing pin, No. three triangles of pushing pin, No. four triangles of pushing pin, triangle is protected in lower-left, triangle is protected under centre, bottom right is protected a trigonometric sum left side and is lifted pin triangle, draw runner, triangle knee-action control structure of pushing pin, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, and No. four guide pin bushings, triangle is protected in described upper left, pin withdrawal of needle depressing cam is turned on a left side, triangle is protected in centre, the right side is turned over pin withdrawal of needle depressing cam and upper right and is protected triangle and be arranged in order from left to right, triangle is protected in described upper left, left back-stitching cam, left reservation triangle, left side is long to be protected trigonometric sum lower-left and protects triangle and be arranged in order from top to bottom, pin depressing cam is turned on a described left side, pin withdrawal of needle depressing cam is turned on a left side, left braiding depressing cam and left braiding withdrawal of needle connect pin depressing cam and are arranged in order from top to bottom, a described left side connects pin rise cam and is arranged in the groove that left braiding withdrawal of needle connects pin depressing cam, a described degree order triangle is positioned at the left side that left braiding depressing cam and/or left braiding withdrawal of needle connect pin depressing cam, described No. two degree order triangles are positioned at the right side that left braiding depressing cam and/or left braiding withdrawal of needle connect pin depressing cam, triangle is protected in described centre, middle reservation triangle, protect triangle under middle length protects trigonometric sum centre to be arranged in order from top to bottom, pin depressing cam is turned on the described right side, pin withdrawal of needle depressing cam is turned on the right side, right braiding depressing cam and right braiding withdrawal of needle depressing cam are arranged in order from top to bottom, the described right side connects the groove that pin rise cam is arranged in right braiding withdrawal of needle depressing cam, described No. three degree order triangles are positioned at the left side of right braiding depressing cam and/or right braiding withdrawal of needle depressing cam, described No. four degree order triangles are positioned at the right side of right braiding depressing cam and/or right braiding withdrawal of needle depressing cam, described upper right protects triangle, right back-stitching cam, right reservation triangle, right side is long to be protected trigonometric sum bottom right and protects triangle and be arranged in order from top to bottom, a described triangle of pushing pin is positioned at the top that triangle is protected in lower-left, the top of triangle is protected under described No. two trigonometric sum No. three triangles of pushing pin of pushing pin are positioned at centre, described No. four triangles of pushing pin are positioned at the top that triangle is protected in bottom right, a described triangle of pushing pin, No. two triangles of pushing pin, No. three trigonometric sum No. four triangles of pushing pin of pushing pin are arranged in order from left to right, a described left side is lifted pin triangle and is positioned at the below protecting triangle under triangle and/or centre are protected in lower-left, the described right side is lifted and to be protected the below that triangle is protected in triangle and/or bottom right under pin triangle is positioned at centre, one end of a described triangle guide pillar of pushing pin is fixed on the back side of a triangle of pushing pin, one end of a described guide pin bushing is fixed on No. one and pushes pin on triangle guide pillar, one end of described No. two triangle guide pillars of pushing pin is fixed on the back side of No. two triangles of pushing pin, one end of described No. two guide pin bushings is fixed on No. two and pushes pin on triangle guide pillar, one end of described No. three triangle guide pillars of pushing pin is fixed on the back side of No. three triangles of pushing pin, one end of described No. three guide pin bushings is fixed on No. three and pushes pin on triangle guide pillar, one end of described No. four triangle guide pillars of pushing pin is fixed on the back side of No. four triangles of pushing pin, one end of described No. four guide pin bushings is fixed on No. four and pushes pin on triangle guide pillar, described draw runner is provided with and is respectively used to a triangle of pushing pin, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin are pushed pin the chute that triangle knee-action carries out leading, No. two chutes, No. three chutes and No. four chutes, a described guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and the cross-under of No. four guide pin bushing difference are at a chute, No. two chutes, in No. three chutes and No. four chutes, it is characterized in that: described in triangle knee-action control structure of pushing pin comprise triangle motor of pushing pin, cam, a guide pillar and No. two guide pillars, described triangle motor of pushing pin is fixed on the back side of upper plate, described cam is connected to pushes pin on triangle motor, a described guide pillar and No. two guide pillars are all fixed on draw runner, this guide pillar and No. two guide pillars lay respectively at the both sides of cam, a described guide pillar and No. two guide pillars are all and cam engagement.
2. the dual system straight-bar machines electric baseboard with motor playback according to claim 1, it is characterized in that: described dual system straight-bar machines electric baseboard also comprises left needle selecting foot briquetting and right needle selecting foot briquetting, described left needle selecting foot briquetting is positioned at the long below protecting triangle, left side, and described right needle selecting foot briquetting is positioned at the long below protecting triangle, right side.
3. the dual system straight-bar machines electric baseboard with motor playback according to claim 1 and 2, it is characterized in that: a described chute, No. two chutes, No. three chutes and No. four chutes include upper crosspiece, in tiltedly section and lower crosspiece, in described, the oblique upper end of section is connected with one end of upper crosspiece, in this, the lower end of oblique section is connected with one end of lower crosspiece, in described oblique section to upper plate distance therefrom tiltedly section upper end in the lower end of oblique section increase gradually.
4. the dual system straight-bar machines electric baseboard with motor playback according to claim 1 and 2, it is characterized in that: one end of a described triangle guide pillar of pushing pin is vertically fixed on the back side of a triangle of pushing pin, one end of described No. two triangle guide pillars of pushing pin is vertically fixed on the back side of No. two triangles of pushing pin, one end of described No. three triangle guide pillars of pushing pin is vertically fixed on the back side of No. three triangles of pushing pin, and one end of described No. four triangle guide pillars of pushing pin is vertically fixed on the back side of No. four triangles of pushing pin.
5. the dual system straight-bar machines electric baseboard with motor playback according to claim 1 and 2, it is characterized in that: the described axis of a triangle guide pillar of pushing pin and the axes normal of a guide pin bushing, the described axis of No. two triangle guide pillars of pushing pin and the axes normal of No. two guide pin bushings, the described axis of No. three triangle guide pillars of pushing pin and the axes normal of No. three guide pin bushings, the described axis of No. four triangle guide pillars of pushing pin and the axes normal of No. four guide pin bushings.
6. the dual system straight-bar machines electric baseboard with motor playback according to claim 1 and 2, is characterized in that: a described guide pillar and No. two guide pillars are all perpendicular to draw runner.
7. the dual system straight-bar machines electric baseboard with motor playback according to claim 1 and 2, is characterized in that: a described triangle of pushing pin, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin triangle of pushing pin all is movably arranged on upper plate by triangle guide holder of pushing pin.
8. the dual system straight-bar machines electric baseboard with motor playback according to claim 3, is characterized in that: described upper crosspiece is all parallel with upper plate with lower crosspiece.
9. the dual system straight-bar machines electric baseboard with motor playback according to claim 3, it is characterized in that: the upper crosspiece in a described chute is positioned at the left side of a chute, upper crosspiece in described No. two chutes is positioned at the left side of No. two chutes, upper crosspiece in described No. three chutes is positioned at the right side of No. three chutes, and the upper crosspiece in described No. four chutes is positioned at the right side of No. four chutes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520319210.7U CN204661973U (en) | 2015-05-18 | 2015-05-18 | With the dual system straight-bar machines electric baseboard of motor playback |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520319210.7U CN204661973U (en) | 2015-05-18 | 2015-05-18 | With the dual system straight-bar machines electric baseboard of motor playback |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204661973U true CN204661973U (en) | 2015-09-23 |
Family
ID=54132379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520319210.7U Active CN204661973U (en) | 2015-05-18 | 2015-05-18 | With the dual system straight-bar machines electric baseboard of motor playback |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204661973U (en) |
-
2015
- 2015-05-18 CN CN201520319210.7U patent/CN204661973U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204780090U (en) | Dual system flat -bed machine motor bottom plate of electrified machine playback | |
| CN204661975U (en) | A kind of Double-system flat machine bottom plate of high integrate motor playback | |
| CN104846529A (en) | Dual-system flat knitting machine motor bottom plate with motor restoring function | |
| CN203782340U (en) | Driving mechanism for controlling movement of needle-turning triangular plate and needle-pushing triangular plate of bottom plate of flat knitting machine | |
| CN104862873A (en) | Dual-system all-motor flat knitting machine bottom plate with dual-motor homing | |
| CN204661974U (en) | Triangle knee-action control structure of pushing pin in flat knitting machine soleplate | |
| CN204661973U (en) | With the dual system straight-bar machines electric baseboard of motor playback | |
| CN104846531A (en) | High-integration motor restoring dual-system flat knitting machine bottom plate | |
| CN204780103U (en) | Full motor flat -bed machine bottom plate of dual system with bi -motor playback | |
| CN204780100U (en) | Dual system flat -bed machine motor bottom plate with motor playback | |
| CN204780102U (en) | Take full motor bottom plate of dual system of bi -motor playback | |
| CN204780107U (en) | Take full motor flat -bed machine bottom plate of dual system of bi -motor playback | |
| CN204780104U (en) | Take full motor bottom plate of dual system of bi -motor playback | |
| CN204780101U (en) | Take full motor flat -bed machine bottom plate of dual system of bi -motor playback | |
| CN105803654A (en) | Selecting cam control device in double lock flat knitting machine base plate and control method of control device | |
| CN104846530A (en) | Dual-system full-motor bottom plate with dual-motor restoring function | |
| CN204661972U (en) | A kind of full electric baseboard of dual system with bi-motor playback | |
| CN204017884U (en) | The moving Hubei Province of a kind of jaw crusher body | |
| CN105803653A (en) | Needle selection cam control mechanism in flat knitting machine base plate | |
| CN204780097U (en) | Motion control structure about triangle of pushing pin in flat -bed machine bottom plate | |
| CN202830493U (en) | Limiting device for computer embroidery machine | |
| CN205133918U (en) | Adjustable letter gram triangular structure that can believe gram device of single dual system flat -bed machine | |
| CN105063878A (en) | Adjustable sinker device of single-double system flat knitting machine and method for pushing sinker | |
| CN202989528U (en) | Embroidery machine longitudinal driving guide pair | |
| CN201793279U (en) | Cloth spreader with wind shielding mechanism |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |