TWM431180U - Cam plate applicable for flat knitting machine - Google Patents

Description

M431180 V. New description: [New technology street area] This creation relates to a component for a horizontal knitting machine, especially a cam plate for a birch knitting machine. g [Prior Art] Knitting refers to the yarn passing through the circle The composition of the fabric, and the knitting machine is a kind of knitting machine, which can be divided into two types according to the structure '·, the machine and the weft knitting machine, and the weft knitting machine can be divided into the circular knitting machine. And horizontal knitting machine of the prior art comprises two symmetric needle beds, V nozzles and - heads, the two needle beds are connected to each other and formed into a v-shaped shape, and laterally arranged with (four) needles; silver yarn feeders and machines The head is: on the bed side, the machine head is provided with two cam plates, two cams; The slaves correspond to two cooking 戌^ and each cam plate has a number of trajectories; when the bed is 1 and the crepe/ 戍 ', the head moves at least one 饀, and the 觜 桜 moves on the needle bed, the nose When moving, each feeding is affected by the obstruction of the cam plate, and starts to move up and down. When the knitting needle on the upper needle moves to the highest position, it will hook into the 2 interesting knitting needles to move down to the original position, then R 1 of the yarn, but pick up! T T the yarn knot - η and make the yarn, into a ring, this action is, weaving"; the same technique, and when reaching the highest position, although hooked to (four) The needle of the mouth moves upwards but does not return to the original position. The action is called, and the eyes are not looped into the loop. In addition, the needles can be divided into ° according to the shape. The structure is divided into high and low needles' and ten and double needles, or needles, which can be set underneath - stitches to assist the high-needle or low-foot M431180 and then explain its actuation process; see As shown in FIG. 15 and FIG. 16, the prior art cam plate 110 is provided with a _bump group 120, and the bump group 12 包含 includes an upper bump group and a lower bump group in this example. The bump group 194 corresponding to the tall and low pin pin pin (not shown), while the lower group corresponding to the bumps 194 and tall needle stitch needle pin 195 is low;

The upper bump group includes a plurality of upper bumps 121, an upper braid block 122 J and an upper hanging block 123. The upper bumps 121, the upper braid block 122 and the upper hanging block 1 23 sandwich an upper rail 124. The high-handed pin 彳94 and the low-footed gold are moved up and down along the upper trajectory 124; wherein the upper woven block 122 and the upper sling phase U3 are movable relative to the cam plate 11〇 to protrude or contract; when the upper weaving Hu 22 and the hanging When the block block 23 is protruded, the corresponding segment value of the upper track 124 rises to the top side height of the upper braid block 122, so that when the high pin 彳94 or the low pin passes the segment, it rises to the highest point. In the row, weave"; when the upper key f 122 is retracted, when the upper hanging block 123 is protruded, the upper rail 124 corresponds to ^

The slave will be lowered to the top side height of the upper book block 123, so that when the high-pin H 2 low-needle passes through the section, the height of the rising pin will be slightly lower than that of the upper woven block U2 and When the upper hanging block 123 is retracted, the corresponding section of the upper rail 124 is lowered again, so that when the high-pin '194 and the low-pin are met, the height does not change any more' without any action. , that is, not woven '; and the protrusions of the upper woven block 122 and the upper hoisting block can be divided into = hemi-semi-bumps, regardless of the full or semi-bump, changing the movement of the high-pin m = pair The high-handed needle 194 is the same; for the low-footed needle, only the = can change the movement of the low-footed needle, and the semi-bending and retracting can reach the lower foot and the same m. Sudden (four) do not control the needle and ^ foot pin 194. The M431180 lower bump group includes a plurality of lower bumps 125 and a lower hanging block 126, and the lower bumps 125 and the lower hanging block 126 are sandwiched by the lower trajectory 127 by causing the stitches 195 to follow the lower track 127. Moving up and down, the high pin 1 94 or the low pin corresponding to the pin 1 95 can be pushed up and down; wherein the lower hanging block 1 26 can be moved relative to the cam plate 11 to protrude or retract; the lower hanging block 1 26 When the dog is out, the corresponding section of the lower rail 1 27 will rise to the top of the lower hanging block, 26, so that when the stitch 159 passes the section, it will rise to a certain degree, and will The upper foot pin j 94 or the low foot pin is pushed up to the height of the sling, and when the hoisting block 126 is retracted, the corresponding section of the lower 彳27 will be lowered, and when the pin is used, 195 After the passage, there will be no change in the height of the cymbal without the high-top name of the top ten, 94 or the low-footed needle. In addition, the lower hoisting block 126 is not completely and semi-bumped, only Both protruding and indented; therefore, by selectively setting the stitches, & controlling the south pin 1 9 3 under the high pin ^ 93 or the low pin The low-foot pin. The pick-up example shows that the bean is diligent and you move. In this example, the front bed 191 and the back bed 1 92 (that is, the two-needle bed) are respectively woven, and then the elastic cloth is used to hang the two pieces. ', the middle number $ 1 91 single needle is the high needle 1 94, and no stitch 195, - double number. The needle is the low foot plus the stitch 195; the single needle of the back bed 192 is high

The foot pin 194, and without the pin 195, the double pin is the low pin plus the pin 195; in this case, if a corpse * AI is now m for each needle bed 191, 192 two hanging eyes plus two.. I have a horizontal loom machine of the prior art, which requires six movements: 191 no ^ contraction, so the hanging block 123 of the front bed 191 is retracted, and the upper woven block of the lower hanging block 126 is the inner braided block 122=193" not woven, ' And the cam plate of the rear bed 192's bulge block 123 is fully protruding, and the lower hoisting block M431180 126 is retracted, so the rear bed 192 is sensitive to 4 丄 4 ^ iron needle 193" woven". Action 2, see Figure 17 is a thousand ^ ^ . τ not 'the trampoline 1 91 of the cam plate 1 1 〇 upper woven block 122 full protrusion, upper hoisting & τ 曰 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 1 91, the needle Ί 93,, the station city "Qi T iy3 woven, '; and the upper woven block 1 22 of the cam plate 110 of the rear bed 192 is retracted' s 〇仏 上 目 目 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 The block 126 is retracted 'so the knitting needle 193 of the back bed 192 is not woven," the action 3' is referred to the upper knit block 122 of the cam plate 1 1 0 of the boring machine 1 91 Shrinking, hanging on the S block 123 The lower hanging block 126 is retracted, so the knitting needle of the front bed 191 >, the town 1 仃 "the foot needle hanging"; and the upper knitting block of the cam plate 110 of the rear bed 1 92 is retracted, and the upper hanging The block 123 is retracted and the lower hoisting block 126 is protruded, so the stuffing ή: After that, the needle 193 of the bed 192 is "low-needle sling" ° action 4, please refer to the figure, 9; a + y no, the front bed 191 The upper braided block 122 of the cam plate 110 is retracted, the upper sling is raised, the middle slab 123 is retracted, and the lower sling 126 is retracted 'so the slant of the front bed 1 91 is 1 q ” τ j „ ί y 3 The upper braided block 122 of the cam plate 110 of the rear mattress 92 is fully protruded, and the upper hanging block 123 is fully protruded and lowered. The head block 126 is retracted, so that the rear bed 192 is sensitive. Red-n<5", "< knitting needle 193" knitting, action 5, please refer to Fig. 20#- 1 _(5), the upper knitting block 122 of the cam plate 1 1 前 of the front bed 1 91 is fully protruded, upper The upper bill block 123 is fully protruded, and the lower hoisting block 126 is retracted, so that the weft of the front bed 1 91 is j Q7",,, α, coincident with the 193 knitting"; and the upper woven of the cam plate 110 of the rear bed 192 The block 122 is retracted, and the hanging block is shrunk in the upper hanging block 123. 126 is retracted so that the knitting needle 193 of the back bed 192 is not woven. Action 6, please refer to the figure, the upper braided block 122 of the cam plate 110 of the front bed 191 is retracted, and the upper hanging block 126 is retracted, so the front bed 191 is retracted.缡 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Shrinking, aiming." Depressing the foot hoist - Each action here refers to the movement of the cam to move the cam in one direction, while the movement of the two adjacent movements is opposite. : Cycle down, the 194 needles of the front bed 191 total: two eyes high-profile, high and low needles weave twice; the second needle 193 of the back bed 192 hangs the lower foot hangs twice 'high and low feet Weave twice. , . . . 'the head of the head to move the convex pure 110 one-way movement once = eye-time or weave one: owe, and then can not dare to improve the overall efficiency. Yes: the number of force heads and cam plates 110, however, this increases the cost of manufacturing and maintenance of the machine S5. [New content] ^ In view of the above-mentioned prior art horizontal knitting machine, it is impossible to improve the woven effect and not; This creation provides a kind of horizontal knitting machine & wheel board, after which, in addition to the yarn feeder, the step is used together with a special yarn feeder to make the head move the cam plate one time, Achieving weaving once σ--: owing 'this can effectively improve the overall efficiency, and the number of head and cam plates. For the purpose of creating 5 丨 upper phase, the technical means used in this creation is to slap a cam plate for a horizontal knitting machine, one side of which has a convex block group including an upper convex block group; Ghosts are located on one lateral side of the set of bumps; the side block sets can be moved by the sub-cam plates to protrude or retract. In the use of this creation, in addition to the original yarn feeder, it needs to be further matched with a special M4J1180 " the same, and the yarn feeding part of the special yarn feeder is located below the 'J' of the positioning part. A side block group is further provided on the lateral side of the bump group to correspond to the yarn feeding portion of the special yarn feeder. Therefore, in the one movement process, in addition to the bump group corresponding to the original yarn feeder, the side block group can further increase the one-person eye-catching by the special yarn feeder. This creation achieves the goal of effectively improving overall efficiency without the need to increase the number of heads and cam plates. The invention relates to a cam plate for a horizontal knitting machine, wherein the upper bump group of the bump group comprises a plurality of upper bumps, an upper braid block and an upper hanging block, and the 4 upper bumps are upper braided blocks and The upper hanging block is provided with an upper track; the upper knitting block is located above the upper hanging block; the upper knitting block and the upper hanging block are movable relative to the cam plate to protrude or contract. Further, the cam plate for a horizontal knitting machine, wherein: the side block group includes an upper side block, the upper side block is located on a lateral side of the upper hanging block; and the upper side block is separated from the cam plate; When the upper side block and the upper hanging block are both protruded, the top side height of the upper side block is the same as the top side of the upper hanging block. Or the cam plate for the horizontal knitting machine, wherein: the bump group further includes a lower bump group, the lower bump group is located below the upper bump group, and includes a plurality of lower bumps and a lower eye. Blocks, the lower bumps and the lower hoisting blocks are clamped out of the track; the lower hoisting block is movable relative to the cam plate to protrude or contract; the side block group includes an upper side block, and the upper side block is located in the lateral direction of the upper hoisting block The upper side block can be divided into a full protrusion and a semi-projection when the upper side block protrudes from the cam plate; when the upper side block and the upper hanging block are both protruded, the top side height of the upper side block is the same as the top side height of the upper hanging block M431180. Or the cam plate for the horizontal knitting machine, wherein: the bump group further comprises a lower bump group, the lower bump group is located below the upper bump group, and includes a plurality of lower bumps and a lower hanging Blocks, the lower bumps and the lower hoisting block are sandwiched by the lower rail; the lower hoisting block is movable relative to the cam plate to protrude or contract; the side block group includes the lower side block, and the lower side block is located at the lower hoisting block When the lower side block and the lower hanging block are both protruded, the top side height of the lower side block is the same as the top side height of the *lower hanging block. Or the cam plate for the horizontal knitting machine, wherein: the bump group further comprises a lower bump group 'the lower bump group is located below the upper bump group, and includes a plurality of lower bumps and a lower hanging Blocks 'the lower bumps and the lower hoisting blocks are clamped out of the track; the lower hoisting block can be moved relative to the cam plate to protrude or contract. · The side block group includes an upper side block and a lower side block, and the upper side block is located on the upper hanging block _ lateral side of the block; when the upper block protrudes from the cam plate, it can be divided into a full protrusion and a half protrusion; when the upper block and the upper hoist block are both protruded, the top side height of the upper block and the top side of the upper hanging dock The height is the same height; the lower block is located below the upper block and is located on the lateral side of the lower hanging block; when the lower block and the lower hanging block are both protruded, the top side height of the lower block and the lower hanging block The top side is at the same height. Further, the cam plate for a horizontal knitting machine, wherein the upper side block of the side block group has a sloped side inclined downward on one lateral side and an inwardly tapered slope side on the other side; the side block group The lower side block has a sloped hair which is inclined downward and a slope which is tapered inward toward the other side; the slope of the upper block and the slope of the lower block are located on different lateral sides. 9 M431180 is also the same; the cam plate for the horizontal knitting machine, wherein the upper side block of the side block group has a downwardly inclined oblique side on both sides of the lateral block, and a lower side block of the side block group, the lateral sides thereof They are all oblique sides that are inclined downward. [Embodiment] The following is a description of the preferred embodiment of the present invention and the preferred embodiment of the present invention, further illustrating the technical means by which the creation is intended to achieve the intended purpose of creation. Referring to FIG. 1, the first embodiment of the cam plate 10 for a horizontal knitting machine of the present invention includes a bump set 2〇 and a side block group 30; and the bump set 20 includes an upper bump. Group and the next bump group. The upper bump group includes a plurality of upper bumps 21, an upper braid block 22 and an upper hanging block 23'. The upper bumps 21, the upper braid block 22 and the upper hanging block 23 are sandwiched by an upper rail 24; The woven block 22 is located above the upper sling block 23; both the upper woven block 22 and the upper sling block 23 are movable relative to the cam plate 20 to be fully projecting, semi-convex or retracted. The lower bump group is located below the upper bump group, and includes a plurality of lower bumps 25 and a lower hanging block 26, and the lower bumps 25 and the lower hanging block 26 are missing the lower rail 27; The head block 26 is located below the upper sling block 23; the lower sling block 26 is movable relative to the cam plate 3〇 to protrude or retract. The foregoing side block group 3 includes an upper side block 31 and a lower side block 32, and the upper side block 31 is located at a lateral side of the upper hanging block 23; the upper side block 31 can be fully protruded, semi-bumped or retracted relative to the cam plate 10, when When the upper side block 31 and the upper hanging block 23 are both protruded, the top side height of the upper side block 31 is the same as the top side height of the upper hanging block 23; the lateral side of the upper side block 31 is the oblique side of the downward and downward tilting, lateral The other side is an inwardly tapered slope 31彳; the lower side block 32 is located below the upper side block 31 10 M431180 and is located on the lateral side of the lower hanging block 26; the lower side block 3 2 is opposite to the cam plate 1 When the lower side block 32 and the lower hanging block 26 are both protruded, the top side height of the lower side block 32 is the same as the top side height of the lower hanging block 26; the lateral side of the lower side block 32 is The oblique side inclined downward, the other side of the lateral direction is the inclined surface 321 which is tapered inward, and the inclined surface 311 of the upper side block 31 and the inclined surface 321 of the lower side block 32 are located on different lateral sides.

Referring to FIG. 2 and FIG. 3 in June, in addition to the original yarn feeder, the special yarn feeder 40 is further used together with the original yarn feeder 40, and the special yarn feeder 40 includes a body 50. A positioning portion 61, a missing portion 7A, and a rice portion 80. The aforementioned positioning portion 61 is located on the top side of the body 50. The aforementioned clamping portion 70 is located on one side of the body 50. The spent yarn supply portion 80 is located on the bottom side of the body 50 and is located below the lateral side of the positioning portion 61. The yarn feeding portion 8 is provided with a through hole 81. Referring to FIG. 1 and FIG. 3, the distance A between the positioning portion 61 and the arbor portion 8 is equal to the distance A between the upper knitting block 22 and the upper side block 31. In use, the original yarn feeder corresponds to the convex group of the present invention, and the special yarn feeder 4,0 is located below the side of the positioning portion 61 because the yarn feeding portion 8 is located below the side portion of the positioning portion 61. It can correspond to the side block group 3本 of this creation; by using this, in the process of one movement, in addition to the bump group, the original yarn feeder is used for the work, and the side block can be used. Group 3 〇 corresponds to the special feeding yarn feeder 40 to further increase the hoisting. This creation achieves the goal of effectively increasing the overall rate and without the need to increase the number of heads and cam plates. Please refer to FIG. 1 and FIG. 4, the following examples illustrate the operation. In this example, the front bed 91 and the rear bed 92 are respectively woven, and then the elastic yarn is used to join the Α ίου = sheets, so the special yarn arm is used. Elastic yarn, while the original yarn is used, the single needle of the front bed 91 is the high needle 94, and the needle 95 is not added. The double needle of the front bed 91 is a low needle (not shown) plus Pin; the single needle of the back bed 92 is the low foot ## _ Qc; % + ▼ 卞 plus pin %, the double number t of the back bed 92 is the two-legged pin 94, and no stitch gg is produced. In this case, if one length is the two needles of each needle bed 91, 92 plus two weaves, only four actions are required: The following actions respectively refer to the movement of the cam plate 1 〇 one-way movement, and the phase The head movement direction of the two adjacent movements is opposite to that of 々D. In the present embodiment, when the machine head moves once, the relatively moving key 叼 needle 93 passes through the side block group 30 before passing through the bump group 20. Action 1: Referring to FIG. 4, the upper block 31 of the cam plate of the front bed 91 is retracted, and the lower block 32 is retracted, so that the knitting needle 93 of the front bed 91 is not woven at this time; The upper weaving block 22 of the cam plate of the bed 91 is fully protruded, the upper hanging block 23 is fully protruded, and the lower hanging target block 26 is retracted, so that when the knitting needle 93 of the front bed 91 passes there, weave " The upper side of the cam plate of the rear bed 92 is retracted, and the lower side block 32 is retracted, so that the knitting needle 93 of the back bed 92 passes through the "non-woven" portion; then, the rear bed 92 The upper woven block 22 of the cam plate is collapsed, and the upper hoisting block 23 is retracted. The lower hoisting block 26 is retracted, so that the woven needle 93 of Decheng passes through the place without "weaving". Action 2: Please refer to FIG. The upper braided block 22 of the cam plate of the front bed 91 is retracted, the upper hanging block 10 is retracted, and the lower hanging block 26 is retracted, so that the knitting needle 9 of the front bed 91 passes through the taste. ^ u 7 ^ is not woven"; then, the upper side block 31 of the cam plate of the front bed 91 is retracted, and the lower side no ^ ^ side block 32 is retracted, so that when the knitting needle 93 of the front bed 91 passes there" Not woven,

The upper weave block 22 of the back bed 92 & the # & L plate is fully protruded, and the upper hanging block 23 is fully 12 M431180. The lower hanging block 26 is retracted, so that when the knitting needle 93 of the back bed 92 passes there Then, the upper side block 31 of the cam plate of the rear bed 92 is retracted, and the lower side block 32 is retracted, so that the knitting needle 93 of the back bed 92 passes through the position without "weaving". Action 3: Please refer to FIG. The upper side block 31 of the cam plate of the front bed 91 is retracted, and the lower side block 32 is protruded, so that the knitting needle 93 of the front bed 91 passes through the lower position of the needle when the knitting needle 93 passes there; then, on the cam plate of the front bed 91 Woven block

22 is retracted, and the upper hoisting block 23 is retracted 'the lower hoisting block 26 is retracted, so that the knitting needle 93 of the front bed 91 passes through the place when it is not woven, '; the upper side block 31 of the cam plate of the rear bed 92 is retracted, When the money 32 is protruded, the knitting needle 93 of the back bed 92 passes through the place, and the low needle is hung." Then, the upper knitting block 22 of the cam plate of the rear bed 92 is fully protruded, and the upper hanging block 23 is completely protruded. Block 26 is retracted so that the back bed 92 is woven,. When the needle 93 passes through this place, it is called, π is not 'the block 22 of the bed 91 is fully protruding, the upper block 23 is on the top of the wheel plate. The dog is under the hanging block 26, the needle of the κι bed 91 93 passes through the position = the upper side block 31 of the plate is half-bent, and the lower side block 32 is retracted: when the second 93 passes through the place, the high-needle eye is lifted, and the cam plate of the rear bed 92 of the trampoline 91 The upper weaving block & the lower and lower hanging block 26 are retracted, because the upper hanging block: therefore the back of the bed 92

"Non-woven"; in other words, the rear bed 92·a few 丄, 卞 93 铋 over the J ^ cam plate of the soil side block 31 main * 32 retracted 'so the back bed 92 1 + sudden, lower head ' knitting needle 93 After passing through the place, "high chat - a loop down" front bed, the knitting needle - times, low needles hanging once, ^ δ Τ high needles ... low (four) back bed; 13 knitting needle 93 is also the same as β, This author can reduce one cycle to four actions and still achieve the same effect. This effectively increases overall efficiency without the need to increase the number of heads and cam plates. Referring to Figures 1 and 4, in addition, in the present embodiment, the protrusion and the retraction of the upper side = 31 and the lower side block 32 are jointly operated by a single control system, and the upper side block 3 of the above four actions The "retraction" of the cymbal and the lower block 3 2 can be controlled by the control system or by the knitting needle 93 as follows: When the preparation needle 93 moves from the direction of the slope of the upper block 31 toward the upper block Μ, even if the upper side The block 31 is protruded, and the knitting needles are also pressed by the upper side block due to the inclined surface 311 of the side block 31, and the :: block 31 is changed to the "retracted" state; and when the knitting needle 93 is from the other direction When the movement is over time, it will be changed to the lower side 抡 π block 3m, the inclined surface (2) of the lower side block 32, and the lower side block 32 is also changed to the retracted state. Therefore, the upper side block 31 is required to pass through, When r ^ is in /, crying out and the lower side block 32 is retracted (if moving), it is only necessary to make both sides 31, 32 both A and w ^ Λ 6 for dogs, and let the needle 93 from the upper side The direction of the hypotenuse of the block 31 is described as β ^, and the needle 93 naturally presses the lower side into a contraction; and when it is necessary, the upper side block 31 is retracted, and the lower side block 32 is indented. Time As in the action 3>, the same is only love by m ^ . s only the two sides of the block 31, 32 are prominent, and the knitting needle 93 from the other direction Jiang Xu block 31 under the shackles can be moved, knitting needle 93 naturally presses the upper side block 31 into a contraction; the single-control system can be used to jointly control the upper side block 31 and the lower side block 32 π all & protruding Β 4 π* - " system to make the upper side block 31 and lower Side block 32 When the white horse is out, it can be wrong by the knitting needle, which side-side block is compressed; when it is not woven, the direction of movement is used to determine which side-side block 31 and lower side block 32 are the same as the contraction g, then let the control system Forcing the upper block to 17 (such as action 1 and action 2); since the 14 M431180 is used in the control system for both the protrusion and the retraction of the two sides 31, 32, only a single control system is needed. Co-control; borrowing & can further save costs relative to the two control systems. Please refer to Figure 8 below for the second implementation of the creation <column, in the second embodiment, the upper block 31 and below The protrusion and the retraction of the side block 32 are respectively operated by the two control systems; that is, one of the control systems controls the protrusion of the upper side block 31. Out and indentation 'other-control system controls the protrusion and contraction of the lower side block 32; therefore, the side blocks 31, 32 do not need to be provided with a bevel to press the needle, so the lateral sides of the two sides 31, 32 are respectively The faint can be a beveled edge, so that it is possible to determine whether or not to hang the eye without considering the relative movement direction of the knitting needle. ^ Please refer to Fig. 9 and Fig. 1 ,, regardless of the use of the first embodiment of the creation or In the second embodiment, the special feeding yarn feeder can be replaced with a second special feeding device, which includes a body 5〇α, a positioning portion 61A, a second positioning portion 62A, and two clips. The holding portion 7A and the yarn feeding portion 8A. The main body 50A includes a first body 51A, a second body ΜΑ and a coupling member 53A. The coupling member 53A connects the first body 51A and the second body 52A. The positioning portion 61A is located on the top side of the first body 51A. The second positioning portion 62A described in the month is located on the top side of the second body 52A, and the first clamping portion 62A is located on the lateral side of the positioning portion 61A. The two clamping portions 70A are respectively located on one side of the first body 51A and the second body 52A, and the two clamping portions 7A are oppositely disposed. The yarn supplying portion 80A is located on the bottom side of the second body 52A, and the yarn supplying portion 80A is located below the lateral side of the positioning portion 61A, and is located below the 62A Τ - Τ - 叼, and the feeding portion 80 is provided through the through hole 81 Α. 15 M431180 Referring to Fig. 1 and Fig. 9, the distance A between the positioning portion 61A and the yarn supplying portion 80A is equal to the distance A between the upper knitting block 22 and the upper side block 31. Referring to FIG. 9 and FIG. 1A, in the above-described example of the operation 彳 to the operation 4, the front bed and the rear bed are separately knitted, and then the two pieces are joined by the elastic yarn, so that the elastic yarn at that time It is used to combine two pieces of cloth; but in other applications, the elastic yarn can also be mixed with the general yarn, woven, and, in order to increase the elasticity of the woven piece after knitting; at this time, it is necessary to use two feeding nozzles. One of the yarn feeders uses a general yarn, the other yarn feeder uses an elastic yarn, and the silver yarn portions of the two yarn feeders are close to each other but not in the same position. The u position can be finely adjusted, when the two yarn feeders are positioned on the same head. When the positioning portion of one of the yarn feeding nozzles is finely adjusted, the yarn feeding portions of the two yarn feeding nozzles are slightly staggered, which is a prior art, so that the knitting needles are woven at the same time. The elastic yarn and the general yarn 'weave a relatively elastic cloth piece. The second special guillotine 40A can be applied to the above two applications by having the positioning portion 61A and the second positioning portion 62A at the same time: when the second special feeding nozzle 4A is used for "front bed and rear" Bed weaving

Then, the two pieces are joined by the elastic yarn, and the positioning portion _ is positioned at the head, and the yarn feeding portion 8〇a located below the positioning portion 61A corresponds to the side block group' It can achieve the same overall effect as the special feeding yarn feeder mentioned above. (4) Workmanship m. At this time, the second special chain yarn feeder button is used for the eye-catching and elastic yarn. When the second special yarn feeder 40A yarn is mixed When the yarn is woven together, the yarn feeder 40A' is replaced with the second positioning portion, and the yarn feeding portion 80A is located at the second positioning portion for the aforementioned use, and then used for, the bullet can directly move the second special feeding 62A. To position the machine head, at the bottom of the machine, so that it can be close to the original yarn section of the original 16 M431180 yarn feeder. At this time, when the knitting needle is woven, the second special yarn feeder is hooked at the same time. 40A elastic yarn and the original yarn of the original yarn feeder, and weaving a relatively elastic cloth. By switching between the two types of clocks, it is only necessary to move the second special yarn feeder 4GA without replacing it, so that the same elasticity can be used in the two (four) materials. Yarn' to speed up work efficiency. Referring to FIG. 11 and FIG. 12, in other implementations, the upper side block 31B and the lower side block 32B may also be located on the other side of the upper hanging block 23b and the lower hanging head Wei 26B; please refer to _ 13 and As shown in Fig. 14, in combination with the special yarn feeder or the second special yarn feeder, the yarn portion is also located below the other side of the positioning portion 61B; thereby achieving the same effect, thereby effectively improving Overall efficiency. In other embodiments, the bump set of the present invention has only the upper bump group, and the side block group has only the upper side block; this aspect can also exert the same effect in a specific case. In other embodiments, the bump set of the present invention has an upper bump set and a lower side block set only the upper side block; such an aspect can also perform the same function in a specific case. In other implementations, the bump group of this creation has the same effect as the upper bump group and the lower one. The above description may also be a preferred embodiment of the present invention in the specific case, and is not intended to impose any form limitation on the present creation, although the .^ 已 已 已 已 已 已 已 已 叙 : : : : : : : : : : : : : : : : In order to limit the creation of 'anyone who has the knowledge in the technical field', without departing from the scope of the present technical solution, the equivalent implementation of the modification or repair of the above-mentioned technical contents can be made by the 17 M431180. For example, any simpleness of the above embodiments according to the technical essence of the present invention: the equivalent changes and modifications are still within the scope of the technical solution of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a first embodiment of the present creation. Figure 2 is a perspective view of the special yarn feeder when it is installed. Figure 3 is a perspective view of a special yarn feeder. Fig. 4 is a schematic view showing the action of the first embodiment of the present invention. Figure 5 is a schematic diagram of action 2 when the first embodiment of the present invention is used. Figure 6 is a schematic diagram of action 3 when the first embodiment of the present invention is used. Figure 7 is a schematic diagram of action 4 when the first embodiment of the present invention is used. Figure 8 is a schematic illustration of a second embodiment of the present invention. Figure 9 is a perspective view of the second special feeding yarn feeder. Figure 1 is an exploded view of the second special yarn feeder. Figure 11 is a schematic illustration of another embodiment of the present work. Figure 12 is a schematic illustration of another embodiment of the present work. Fig. 1 is a perspective view showing the other embodiment of the special yarn feeder. Fig. 14 is a perspective view showing the other embodiment of the second special yarn feeder. Figure 15 is a schematic illustration of a prior art cam plate. Figure 1 is a schematic view of the action 1 of the prior art horizontal knitting machine. Fig. 1 is a schematic view showing the action 2 of the prior art horizontal knitting machine. Figure 1 is a schematic view of the action 3 of the prior art horizontal knitting machine. 18 M431180 Figure 19 is a schematic view of the action 4 of the prior art horizontal knitting machine.固 Ζϋ 现有 & 〜 系 系 现有 现有 现有 横 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【

21 upper bump 23 upper hanging block 25 lower convex block 27 lower rail 31 upper side block 22 upper braided block 24 upper rail 26 lower hanging block 30 side block group 311 inclined surface 32 lower side block 321 inclined surface 40 feeding yarn feeder 61 positioning portion 80 The yarn portion 50 body 70 is pierced by the clamping portion 81

92 back bed 94 and foot pin 50A body 52A second body 61A positioning portion 70A lost portion 81A perforation 26B lower hanging block 32B lower side block 8 0 B silver yarn portion 91 front bed 93 · knitting needle 95. pin 40 Α silver yarn Mouth 51Αfirst body 53Αjoining member 62Αsecond positioning portion 80Αfeeding portion 23Βhanging block 31Βupper side block 61Βpositioning portion 19 M431180 110 cam plate 120 bump group 121 upper bump 122 upper braid block 123 upper hanging block 124 Upper rail 125 lower bump 126 lower hanging block 127 lower rail 191 front bed 192 rear bed 193 knitting needle 194 high needle 195 pin 20

Claims (1)

M431180 VI. Patent application scope: 1. A cam plate for a horizontal knitting machine, one side of which is provided with a bump group including an upper bump group; the side block group 'is located on a lateral side of the bump group The side block group is movable relative to the cam plate to protrude or contract. 2. The cam plate for a horizontal knitting machine according to claim 1, wherein the upper bump group of the bump group comprises a plurality of upper bumps, an upper braid block and an upper hanging block, φ the upper bumps, upper The upper block and the upper hanging block are respectively provided with an upper track; the upper knitting block is located above the upper hanging block; the upper knitting block and the upper hanging block are movable relative to the cam plate to protrude or contract. 3. The cam plate for a horizontal knitting machine according to claim 2, wherein the side block group includes an upper side block, wherein the upper side block is located on a lateral side of the upper hanging block, and the upper side block is protruded relative to the cam plate. When the upper side block and the upper hanging block are both protruded, the top side height of the upper side block is the same as the top side height of the upper hanging block. The cam plate for a horizontal knitting machine according to claim 3, wherein the upper side block of the side block group has a sloped side which is inclined downward on one lateral side and an inwardly tapered slope on the other side in the lateral direction. 5. The cam plate for a horizontal knitting machine according to claim 3, wherein the upper side block of the side block group has a downwardly inclined beveled side on both sides. 6. The cam plate for a horizontal knitting machine according to claim 2, wherein the bump group further comprises a lower-bump group, the lower bump group being located below the upper & block group, and comprising a plurality of lower bumps and The lower bulge and the lower hoisting block are clamped out to the lower rail; the lower hoisting block can be moved relative to the cam plate to protrude or retract; 21 M431180 The side block group includes an upper side block and an upper side block When the upper side block of the upper hanging block protrudes from the cam plate, the upper side block can be divided into a full protrusion and a half protrusion. When the upper side block and the upper hanging block are both protruded, the top side height of the upper side block and the top side of the upper hanging block are The height is the same height. 7. The cam plate for a horizontal knitting machine according to claim 6, wherein the upper side block of the side block group has a sloped side which is inclined downward on one lateral side and an inwardly tapered slope on the other side in the lateral direction. 8. The cam plate for a horizontal knitting machine according to claim 6, wherein the upper side block of the side block group has a downwardly inclined beveled side on both sides. 9. The cam plate for a horizontal knitting machine according to claim 2, wherein the bump group further comprises a lower bump group, the lower bump group is located below the upper bump group and includes a plurality of lower bumps and a lower hanging The lower block and the lower hanging block are respectively arranged with the lower track; the lower hanging block can be moved relative to the cam plate to protrude or contract; the side block group includes the lower side block, and the lower side block is located under the hanging block. The lateral side of the block; when the lower side block and the lower hanging block are both protruded, the top side height of the lower side block is the same as the top side height of the lower hanging block. 10. The cam plate for a horizontal knitting machine according to claim 9, wherein the lower side block of the side block group has a sloped side that is inclined downward on one lateral side and an inwardly tapered slope on the other side in the lateral direction. 11. The cam plate for a horizontal knitting machine according to claim 9, wherein the lower side block of the side block group has a downwardly inclined beveled side on both sides. 12) The cam plate for a horizontal knitting machine according to claim 2, wherein the bump group further comprises a lower bump group, the lower bump group is located below the upper bump 'and below' and includes a plurality of lower bumps and a lower The lifting block, the lower 22 M431180 bump and the lower hanging block are arranged with the lower track; the lower lifting block can be moved relative to the cam plate to protrude or contract; the side block group comprises an upper side block and a lower side block, the upper side The block is located on the lateral side of the upper hanging block; when the upper block protrudes from the cam plate, it can be divided into a full size and a half protrusion; when the upper side block and the upper hanging block are both protruded, the top side height of the upper side block and the upper hanging block are The height of the top side is the same as the height of the top side; the lower side block is located below the upper side block and is located on the lateral side of the lower hanging block; when the lower side block and the lower hanging block are white, the top side height of the lower side block and the lower hanging The top side of the block is the same height. 13. The transverse knitting machine cam plate according to claim 12, wherein the upper side block of the side block group has a sloped side that is inclined downward on one lateral side and an inwardly tapered slope on the other side of the lateral side; The lower side of the group has a laterally inclined side which is inclined downward, and the other side of the lateral direction is an inclined surface which is tapered inward; the inclined surface of the upper side block and the inclined surface of the lower side block are located on different lateral sides. 14. The cam plate for a horizontal knitting machine according to claim 12, wherein the side blocks, the upper side of the 'and the upper side i are free from each other, the lateral sides are inclined downward oblique sides; the lower side blocks of the side block group, Both sides of the lateral direction are inclined sides that are inclined downward. Seven, the pattern: (such as the next page) 23