KR20010105531A - Treatment device of yarn - Google Patents

Abstract

An experimental machine (1) for producing low-temperature nuclear fusion reactions, wherein an ion source (3) feeds a flux of positive deuterium ions to a reaction chamber (2) housing a target (5) defined by active elements (30, 31) and by an aggregate of metal sulfates hydrated with heavy water; a pumping assembly (4) being provided to maintain a vacuum in the reaction chamber (2); and the reaction chamber (2) having an accelerating device (10) for accelerating the positive deuterium ions, and which generates an electric field inside the reaction chamber (2) to convey and accelerate the deuterium ions against the active element of the target (5) in such a manner as to initiate nuclear fusion reactions between the incident deuterium ions and some of the atoms of the active element.

Description

Knitting device {TREATMENT DEVICE OF YARN}

The present invention relates to a knitting processing apparatus, and more particularly, in knitting a sheath using a "Knitting machine exclusively for intasha by forward and reverse rotation" patented by the applicant (Patent No. 174802), Knitting yarns that allow the ribs to be knit on the lower part of the body of the Shetta continuously and repeatedly by gripping to avoid cutting and breaking of the yarns connected to the knitting yarns before starting the Tasha knitting. It relates to a processing apparatus.

In general, in some types of knitting machines that rotate only in one direction, knitting switching devices for knitting a plurality of colors are used, but in this case, the tong member for holding the knitting yarn and the scissors member for cutting are rotated. The center of the kiln is moved forward and fixed to the inside of the kiln, and at least one of the selected yarns is always moved and placed inside the rotary kiln so that the needle can take knitting. It is fixed.

On the other hand, the "Intarsa dedicated knitting machine by the forward and reverse rotation" registered in the first application by the present applicant, as shown in Figure 1, in the flat knitting machine for knitting the Inthasha tissue, a number that can accommodate the needle Cylindrical needle needle (10) having a needle length (11) of the needle and the needle port (17) fixed to be installed corresponding to the diameter of the needle needle cylinder (10), the cam group of the yarn feeder 17 is fixed and the needle needle A cam mechanism 40 fixed and built on an outer circumference of the cylinder 10, a forward and reverse rotation converter mechanism 55 which minimizes rotational inertia while forward and reverse rotation of the single needle cylinder 10, and The normal needle needle control mechanism 26 which controls and adjusts each needle needle provided in the needle needle cylinder 10 which is rotated forward and reverse by an input program, and causes each needle needle to be raised by the command of the needle needle control mechanism. It consists of a needle tip mechanism 28.

Therefore, the "Intasha dedicated knitting machine by forward and reverse rotation" registered as above, can secure the variety of colors required for the Intasha knitting, and the production cost is low and maintained by the simple machine structure of the forward and reverse rotation method. It is easy and easy to repair and practical, and the advantage of improving product productivity by minimizing the error when knitting Intasha is highlighted.

The present invention is a cut member and a cut knitting yarn for cutting the knitting yarn connected to the knitted fabric to knit the rubber end on the lower body plate during the knitting of the Shetta using the prior application registered "Intarsha dedicated knitting machine by reverse rotation" as described above As a new type of knitting processing apparatus provided with a gripping member for preventing the separation of the sheath, as well as the body of the sheath, as well as the rubber end on the lower portion of the body plate to be automatically knit.

Accordingly, the present invention is a dedicated knitting machine for Intasha by the forward and reverse rotation, a plurality of fastening holes are formed at a predetermined interval and the upper and lower fixing plate is coupled to both sides of the fixing plate and the fixing plate is formed with a groove having a predetermined depth from the front upper portion A body having a predetermined length, a guide groove having a predetermined length in a predetermined shape, formed at the front and the rear thereof, and a driving plate having a holding member and a cutting member coupled to upper and lower ends thereof, and a second height in front of the upper fixing plate of the body portion. It is characterized in that the knitting device is provided with a push piece coupled to be rotatable by the stagnation, and a cylinder rod is coupled to the third fixed body fixed to the drive plate and fixed to the upper fixed plate of the body by a support bracket. .

In the present invention as described above, the tension piece is fixed to the hook piece formed in the second yarn.

1 is a perspective view showing a flat knitting machine for Intasha registered first application

Figure 2 is an exploded perspective view showing a knitting processing apparatus according to the present invention

3 is a perspective view showing a knitting processing apparatus according to the present invention

4 and 5 is a side view showing a knitting processing apparatus according to the present invention

6 (a) and 6 (b) are plan views showing a knitting processing apparatus according to the present invention.

7 (a) and 7 (b) are schematic plan views showing a state of use of the knitting processing apparatus according to the present invention.

<Explanation of symbols for the main parts of the drawings>

100: knitting machine 110: body portion

111: fastener 112: groove

113: fixing plate 114, 114 ': upper fixing plate

115, 115 ': lower fixing plate 120: driving plate

121, 121 ': Guide groove 122: Holding member

123: cutting member 122 ', 123': rotary blade

124: hinge hole 125: fixed blade

130: compaction 131: second fixed body

132: hinge 140: cylinder

141: third stationary body 142: piston rod

143: support bracket 150: first grade ball

151: hinge pins 152, 162: through hole

160: second grade sand 170: tension spring

180: needle 200: lower cylinder kiln

210: rubber end knitting portion 220: upper cylinder kiln

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

Figure 2 is an exploded perspective view showing a knitting processing apparatus according to the present invention, the body portion 110 of the knitting processing apparatus 100 is formed with a plurality of fastening holes 111 at a predetermined interval and a predetermined depth from the front on the front front It consists of a fixing plate 113 having a groove 112 having the upper and lower fixing plates 114, 114 ', 115, 115' coupled to both sides of the fixing plate 113, the drive plate 120 has a predetermined shape Guide grooves 121 and 121 'having a predetermined length are formed at the front and rear sides, and the holding member 122, the rotating blade 123', and the fixed blade 125 having the rotary blade 122 'on the upper and lower ends thereof. The cutting member 123 is coupled, the mill piece 130 is coupled to be rotatable by the second fixing body 131 in front of the upper fixing plate 114 'of the body portion 110, the cylinder 140 is The piston rod 142 is coupled to the third fixing body 141 fixed to the driving plate 120, and the top and body of the body part 110 are supported by the support bracket 143. It is to be fixed to the lower fixing plate (114 ', 115').

At this time, the gripping member 122 and the cutting member 123 is formed with a plurality of rotary blades 122 ', 123' through which the hinge hole 124 is penetrated and radially divided and divided, the gripping member 122 The rotary blade 122 'side end portion is curved with a predetermined curvature, and the rotary blade 123' side end portion of the cutting member 123 has a blade for cutting the knitting yarn.

3 is a perspective view showing a knitting processing apparatus according to the present invention, the driving plate 120 is fitted to the fixing plate 113 coupled to the first yarn injection port 150 on the upper surface, the rear of the driving plate 120 It is coupled to slide forward and backward by the formed guide groove 121 'and the groove 112 formed in the fixing plate 113, and the upper and lower fixing plates 114, 114 on both sides of the fixing plate 113 by the fastening screw 117. ', 115, 115' are coupled, the cylinder 140 is coupled to the rear of the upper and lower fixing plates 114 ', 115' by the support bracket 143, and the second fixing body 131 is coupled to the front. However, the second fixing body 131 is to indicate that the pressing piece 130 having a hinge piece 132 is coupled to rotate from the hinge point.

At this time, the second fixing yarn 160 is rotatably coupled to the lower fixing plates 115 and 115 'by the hinge pins 151, and the tension spring 170 has one end thereof formed in the second yarn yarn 160. 161 is fixed to the upper end plate 114 ′ to which the second fixing body 131 is coupled by the fastening screw 117 to impart tension to the second jet port 160.

4 and 5 are side views showing the knitting processing apparatus according to the present invention, Figure 4 is a knitting yarn through the through hole 162 of the first yarn injection port 150 through the hole 162 of the second yarn injection port 160 After penetrating and supplying, it shows the state grasped and cut | disconnected by the holding | gripping tool 122 and the cutting member 123 rotated by the mill piece 130, and FIG. The knitting yarn supplied through is shown to span the needle 180 reciprocating in the up and down direction by a separate driving means (not shown in the figure).

In addition, in FIG. 4, as the driving plate 120 is pulled backward by the driving of the cylinder 140 (piston rod reversing), the second yarn feeder 160 coupled to the lower fixing plate 113 rotates from the hinge point. In FIG. 5, as the driving plate 120 is advanced by driving the cylinder 140 (piston rod advancing), the second yarn injection hole 160 through which the knitting yarn is penetrated and supplied to the through hole 162 is rotated ( Lowered).

6 (a) and 6 (b) are plan views showing the knitting processing apparatus according to the present invention, in which the driving plate 120 is fixed to the fixed plate 113 by the forward and backward movement of the cylinder 140, that is, the piston rod 142. As the slide is driven forward and backward, in Figure 6 (a) the cylinder 140, the piston rod 142 is reversed, the driving plate 120 is driven backward and in Figure 6 (b) the cylinder 140 The piston rod 142 is advanced to show a state in which the driving plate 120 is driven forward.

At this time, the driving plate 120 is driven forward and backward by the driving of the cylinder 140, the cylinder 140, the piston rod 142 is fixed to the third fixing body 141 and the third fixing body 141 Since the fixed to the drive plate 120 is a cylinder 140, the piston rod 142 and the drive plate 120 is interlocked, coupled to the front end when the drive plate 120 is driven back by the backward of the piston rod 142 The holding member 122 and the cutting member 123 are pushed while the rotary blades 122 ′ and 123 ′ are contacted by the mill pieces 130 coupled to the upper fixing plate 114 ′ by the second fixing body 131. And rotated at an angle.

7 (a) and 7 (b) are plan schematic diagrams showing the state of use of the knitting processing apparatus according to the present invention. As shown in FIG. 7 (a), the knitting processing apparatus 100 is the lower cylinder kiln 200. The rubber end knitting portion 210 for the rubber end knitting is installed on the upper surface radially arranged over a predetermined angle range and spaced a predetermined distance, at this time, the cylinder 140 piston rod 142 of the knitting processing apparatus 100 Is an advanced state, that is, the driving plate 120 is driven forward, and FIG. 7 (b) shows the lower portion as the upper cylinder kiln 220 is lowered to approach the lower cylinder kiln 200 for knitting the rubber stage. The cylinder 140 piston rod 142 of the yarn processing apparatus 100 listed on the upper surface of the cylinder kiln 200 is driven backward so that the driving plate 120 is driven backward so that the holding member 122 and the cutting member 123 It indicates that it is driven backward.

In the drawings, reference numeral 116 denotes a first fixing body, 126 a hinge shaft, 127 a stepped portion, 144 a nipple, 145 an air hose, 146 a long hole, and 153 a nut.

Referring to the use state of the present invention as follows.

2 to 7, in order to knit the rubber end in the lower part of the body plate in knitting the sheath, first, a plurality of fastening holes 111 are formed and the fixing plate 113 having grooves 112 having a predetermined depth is formed. ) And upper and lower fixing plates 114, 114 ', 115, and 115' coupled to both sides of the fixing plate 113 and the guide grooves 121 and 121 'are formed front and rear. And a driving plate 120 having a gripping member 122 and a cutting member 123 coupled to upper and lower ends thereof, and a second fixing body 131 in front of the upper fixing plate 114 ′ of the body part 110. The piston piece 142 is coupled to the thrust piece 130 and the third fixing body 141 which are rotatably coupled to each other, and the upper and lower fixing plates 114 'and 115 of the body part 110 are supported by the support bracket 143. The knitting processing apparatus 100 provided with the cylinder 140 fixed to ') is equally divided and arranged on the upper surface of the lower cylinder kiln 200.

In this state, the knitting yarn supplied from the knitting yarn supply unit (not shown in the drawing) for the shaggy knitting is penetrated through the through hole 152 of the first yarn feeding port 150 of the knitting processing apparatus 100, as shown in FIG. To be supplied to the second yarn injection hole 160, and the tip of the knitting yarn penetrates the through hole 162 of the second yarn injection hole 160 so as to be bitten by the holding member 122 coupled to the driving plate 120. . At this time, the driving plate 120 coupled to the holding member 122 and the cutting member 123 is driven forward due to the advancing of the piston rod 142 of the cylinder 140 and the second emergency exit 160 is lowered. Take the pivoted state.

In this way, when the knitting yarn is supplied in a state where one end is gripped by the knitting processing apparatus 100, the needle 180 is moved up and down by driving means (not shown) installed in the lower cylinder kiln 200. In the direction of the reciprocating drive the knitting is carried out by pulling the knitting in a continuous and repeated manner.

On the other hand, as described above, in the knitting of the sheath using the knitting processing apparatus 100, when the rubber end is to be knitted, first, the piston rod 142 of the cylinder 140 is reversed to drive plate 120 After being driven rearward, the upper cylinder kiln 220 is lowered to knit the rubber end. In this case, as the driving plate 120 of the knitting processing apparatus 100 is driven backward, shown in FIG. As described above, the second yarn feeder 160 is lifted and rotated, and the gripping member 122 and the cutting member 123 are rotated by the mill piece 130, thereby cutting the knitting yarn held thereon and being gripped again at the same time. Knitting ends.

As such, after the driving plate 120 of the knitting processing apparatus 100 is driven backward, the knitting yarn is gripped by the holding member 122, and as the cutting plate 123 is cut, the knitting of the sheath body plate is finished. The upper cylinder kiln 220 is lowered and the rubber end is knitted by the rubber end knitting portion 210, wherein the holding member 122 and the cutting member 123 of the knitting processing apparatus 100 are knitting yarn holding members. First, the rotary blade 122 'of the holding member 122 is slightly forward of the rotary blade 123' of the cutting member 123 so as to be cut by the cutting member 123 first. It is coupled in a state in which it is rotated by a predetermined angle to be positioned.

Therefore, the knitting processing apparatus 100 as described above automatically knits the body plate and the rubber end of the sheath while being continuously and repeatedly driven, and the knitting processing apparatus described above is a dedicated knitting machine by the reverse rotation as mentioned above. Weaving machine is not limited to "weaving loom", but can be used universally in knitting machines where gripping and cutting of knitting yarns are required for continuous and repeating. Pinion) can be used.

Thus, by using the knitting processing apparatus according to the present invention, in the shearer knitting using the Intasha dedicated knitting machine by the forward and reverse rotation, it is possible to knit the rubber end on the lower part of the body plate, as well as the simple structure and easy installation and handling Productivity is improved because it is easy and batch knitting is done in one process. In addition, stable and accurate knitting process (holding and cutting) is performed to minimize the defect rate of the product and to increase the reliability. And the cost of maintenance and repair can be reduced, there is an economic effect.

Claims (2)

A plurality of fastening holes 111 are formed at a predetermined interval, and the first yarn opening 150 having a through hole 152 is coupled to the upper surface thereof, and a fixing plate 113 and a fixing plate on which a groove 112 having a predetermined depth is formed on the front surface thereof. A body portion 110 formed of upper and lower fixing plates 114, 114 ', 115, and 115' coupled to both sides of the 113; A driving plate (120) having guide grooves (121, 121 ') having a predetermined length in a predetermined shape and formed at the front and rear, and having the gripping member (122) and the cutting member (123) coupled to upper and lower ends thereof; A push piece 130 coupled to the second fixing body 131 so as to be rotatable in front of the upper fixing plate 114 'of the body part 110; The piston rod 142 is coupled to the third fixing body 141 fixed to the driving plate 120, and is supported on the upper and lower fixing plates 114 ′ and 115 ′ of the body 110 by the support bracket 143. Knitting apparatus characterized in that the fixed cylinder 140 is provided. The knitting machine according to claim 1, wherein a tension spring (170) is fixed to the hanging piece (161) of the second yarn yarn (160).