JPS59150150A - Torsionlace machine having plural spindle lines - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a torsion lace machine having multiple spindle rows.

Conventional torsion lace machines have a spindle in which a bobbin wound with knitting yarn is inserted, and a spindle/plate is placed upright on two spindles arranged in a circular shape. By means of a spindle plate that is selected and rotated by 180°, adjacent bobbins are exchanged, and as a result, the knitting yarns are interlocked, collected in the center, driven into the center by a lead knife, and then vertically assembled and wound. Since the row of spindles is single and the knitting yarn cannot be floated at the desired position, it is impossible to produce a three-dimensional ifl, i.

Also, as a torsion lace machine with double rows of spindle rows, there is a special 11. +1'i Is it well known in the 1980-88026 bow? This content is simply configured to drive and control two spindle rows at the same time by the same control means, so it is possible to manufacture the same fabric inside and outside. However, it was not a departure from the range of conventional torsion lace fabrics. Therefore, the unexploded IjlJ is equipped with a double row of spindle rows, and by configuring the spindle with a bobbin wound with silk thread to be freely movable between both spindle rows, the spindle can be moved at any position 14 and Ll- so that it can move to the spindle row
& knitting yarn on torsion lace fabric? As a result of making it float in an arbitrary course, it is possible to create a three-dimensional pattern configuration that was previously impossible, as well as to connect two pieces of torsion lace fabric to the LX bag-shaped or cylindrical part at any position, partially or fully 11C+. JM is a torsion lace machine capable of braiding a novel structural structure with 1 = 1.

To explain the present invention to Ushio using an example, the 111th
is a cross-sectional front view of -&IS which is a -'J embodiment of the present invention, and this torsion lace machine has a spindle drive section (1), an h-1 control section (2) and a winding section (3). ) and a driving section (4), and except for the spindle drive section (1), it has basically the same configuration as a conventionally known torsion lace machine. Regarding 1), ri'l: L <Explain. (5) is a spindle T made by fitting the winding bobbin (6)
B7) is a moving frame body, (R) is a driving P voice, a spindle (5) is installed upright on the moving frame body (7), and the spindle (5) is connected to the main shaft (9) from the driving part (4). ) to the driven shaft (
11, (Rotation is transmitted from the drive shaft (1υ, (11) to the 111 gear (8) via the drive gear (12) via the spindle plate, and the handle is controlled on the frame (7) by the spindle plate. They will be escorted to appropriate positions under the orders of Section (2).

Next, an embodiment of the spindle drive section (1) will be explained in detail with reference to FIGS. 2 and 3. FIG. 21 is a longitudinal sectional view of the spindle drive section (1), and FIG. 3 is a plan view of the drive section. This is a schematic diagram as seen from above. +f! The spindle standing surface of the g-row frame (7) has a spherical shape including the center and is a spherical body cut into rings, and the spindle row (~ and spindle row (E)
), and each spindle row has a spindle plate (1
31 are provided adjacent to each other. Spindle plate (
13A) and spindle plate (13B) Ml are provided with an intermediate spindle plate (130) for transferring the spindle (5) to both spindle rows. As is well known, the spindle plate (I3r l-) is rotated by the same ν1 rotation on the main shaft (9) given to the drive pawl (8), or transmitted through the clutch member (14) and rotated in the directions of the arrows. Due to the action of the shifter fork 05) in the direction of the arrow, the reed piece 161, which is provided integrally with the spindle plate 03, moves towards the clutch portion 4'.
(130AI (130B)
spindle plate (130A),
(130B) has a stop at every 90 degrees. This is attached to the lead piece (160) at four points every 90 degrees [
This was achieved by providing 1 part Oη.

If J2 or misfire 1. IIJ l-- J, I, li configuration of one example of John race machine, or operating frame (7
), the spindle upright surface is spherical, but it is not limited to this shape, and can also be polygonal or flat.
-oJ function, and the spindle is not limited to being installed horizontally, but can also be installed diagonally or vertically.

Further, as shown in the eleventh embodiment, the spindle plate Qj is driven by rotating the drive unit (driving unit) via each transmission gear from the driving unit (4), and its control is controlled by a handle control unit (such as a jacquard device).
Depending on 2) or not shown in the drawings, it is also possible to use an electromagnetic adsorption member such as a solenoid to reverse twist the upper drive of the shifter fork (15). The rotation of the spindle plate (1a) may be driven and controlled by connecting the flue plate (the gutter is connected to 1α or between 4 to 4) with a gas motor or a stepping motor.

The present invention is constructed as described above, or its braided construction + 4J
is as follows. As an example of braiding, a J■1 regular torsion lace fabric (A1) is silked using a fine thread in the spindle row (A), and a thick hand thread is used as a pattern thread in the spindle row (B).・Spindle row (A)
For the torsion lace base fabric, the pattern yarn is carried to the spindle row (A) at an appropriate position 1; Spindle row (B
) The spindle plate (13E) corresponding to the spindle plate (13E) is placed on standby at the position of 13, and the next z K position;
16, by shifting from the intermediate spindle plate (130) to spindle gray) (13B), and then returning to the original spindle plate (13A),
As in No. 41-1, the h'J thread is floated from the fabric (Ayu) and floated 1i! Part (Bl) k spine 1
-Ou A'd Tosho/Is it to make lace fabric?+
Becomes No.1. y As another example, can yarns of the same or different yarn counts be arranged in spindle rows (A) and spindle rows (E)? j L, mutual spindle rows (A
), (B),,! ,! ,! Introduction of persimmon a'<:li
By braiding Jj and interlacing the J'L yarns throughout and integrating the base fabrics formed by both spindle rows, the fabric (A2), CB2) becomes a barge pull torsion lace fabric. Tsumugi Po Lfi'lJ Inanaru.

Furthermore, the spindle row (A), (
E) 7i-ini 9”li sr L fc raw:
Ijj, (A3), (E3) k #541Jt
6 Todo'L 2. It is also possible to intertwine the threads of both rows in the part 11 < 1 to form an Ml shape or a bag shape, and of course it is the spindle row (A).

It is also possible to braid two pieces of conventional torsion lace fabric with a Y++ pattern at the same time by tying (B) into thin strings independently of each other.

As described above, the present invention has two spindle rows for vertically arranging spindles on an annular moving frame body, L1 is provided in each spindle row. In 11th and '1', Uke became Watarikawa's intermediate spindle plate row i & ke, and arbitrarily moved the spindle between the spindle rows of the first race to make it a perfect match, so the torsion was applied to the − row spindle row. By braiding the lace base fabric, it is possible to create an embroidery-like F+Jj on the base fabric by placing it in f1μ rows, f L ft thread as a floating inner thread. 4) Intertwine the threads at γ position, and double-sided information:, pIi1
If it is possible to make a torsion lace fabric with +Jj, it becomes possible to braid a torsion lace fabric with a force that cannot be achieved with a conventional torsion lace machine. It can only be obtained from high-value torsion lace cattle.

[Brief explanation of the drawing]

FIG. 1 shows an embodiment of the torsion lace machine of the present invention, a part of which is shown at 141jdtj l'+9 ni.
l * l, and the 21st figure is a vertical cross-sectional view of the spindle play in the first figure 1 (j example), and the second figure is a schematic view of the spindle drive β741 part II!'11. No. 41X1 to No. 61 are schematic cutting diagrams of torsion lace fabric that can be knitted by the torsion lace machine of the present invention and flat f (12). 5) Spindle (7) Inn (line frame (13A)
N, (13E)...Spindo Freplate (13Cn...Bow VIju Suhi/D/Ref 0 Rate (A), (Bl
・Spindle row

Claims (3)

[Claims] (1) A spindle row for erecting spindles,
The spindles are arranged in double rows on a 1tlf row frame body in the shape of 1tlf, and an intermediate spindle plate for receiving τ1 is provided at an appropriate position between the spindle plates provided in each spindle row. A torsion lace machine having a plurality of spindle rows, characterized in that a formation 1 (function) is achieved by arbitrarily shifting between the plurality of spindle rows. (2) The spindle of the operating frame is standing v! The upper t [! Special M',, HI! j A torsion lace machine having a plurality of spindle rows as described in the desired range (1). (3), the receiver is the intermediate spindle plate for Koji L and the gap 1
The spindle plate is characterized in that it has a drive stop mechanism that can be stopped after every 90' rotation. Machine.