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US669916A
US669916A US3736900A US1900037369A US669916A US 669916 A US669916 A US 669916A US 3736900 A US3736900 A US 3736900A US 1900037369 A US1900037369 A US 1900037369A US 669916 A US669916 A US 669916A
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Prior art keywords
shaft
lay
loom
needle
frame
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US3736900A
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William Beach Erskine
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AMERICAN AUTOMATIC LOOM Co
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AMERICAN AUTOMATIC LOOM Co
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    • DTEXTILES; PAPER
    • D03WEAVING
    • D03DWOVEN FABRICS; METHODS OF WEAVING; LOOMS
    • D03D5/00Selvedges

Definitions

  • the reed-frame 4 which may be formed in and more particularly to that type known as as many sections as desired corresponding to needle-looms, wherein the filling is insertthe number of fabrics desired to be woven at ed by means of filling-inserting needles which any one time. are reciprocated through the sheds to lay the Mounted upon the rear face of the lay is x5 filling in the form of loops and the loops the vertically-reciprocating'fraine,which carwhen laid are held by vertically-reciprocatries the upright loop-engaging needles.
  • the ing loop-engaging needles which are withframe consists in this instance of two longidrawn from the loops at the time of the beattudinal rigid bars 5, secured at their ends to up, so as to free them at that time to the acsleeves 6, which fit around and are adapted 7o 20 tion of the reed.
  • the vertical loop-engaging needles one of My invention relates to the devices for opwhich is shown at 9,are mounted on the frameerating the vertically-reciprocatory loop-enbars 5 in any proper way, being so mounted 25 gaging needles. and constructed that while all of them rise It is my object to provide for this purpose and fall with the frame, yet each will be ina simple and efficient mechanism which is dividually capable of yielding toward the susceptible of ready application and adj ustreed and the edge of the warp, as set forth in ment and will facilitate the operation of the Kuett patent, No. 653,249, above referred 8o 0 changing over other types of narrow-ware to.
  • the needle 9 for this purpose is repre looms to the needle type.
  • Figure 1 is a side view of has projecting from it at intervals throughso much of a loom-including the batten, verout its length radial arms 29, rigidly secured tical needle-operating appliances, and a por- 'to it by set-screws or other suitable means.
  • the devices for this purpose shown in the drawings consist of an arm or rod 17, rigidly secured at one end to the rock-shaft and at the other end engaging a crank-pin .18 on shaft 2, the crank-pin entering a longitudinal slot 19 in the rod 17.
  • the purpose of this slot is to maintain the crank-pin in engagement with the rod 17 without interfering with the back-and-forth movement of thelay.
  • the crank-pin has on it an autifriction-bushing or roller-sleeve to reduce friction.
  • the rod 17 is preferably a two-part rod, the overlapping meeting ends of its two parts being provided with a series of holes 20 to receive the bolts and nuts 21, by which they are held rigidly together.
  • the crank-pin 18 is adjustable both to and from the axis of the main shaft and also around said shaft.
  • the former adjustment serves to regulate the throw of the crank, and consequently the extent of rocking movement of shaft 12, or, in other words, the extent of reciprocatory movement of the vertical needles.
  • the latter adjustment is for the purpose of timing this movement of the said needles relatively to that of the lay and of the horizontal filling-inserting needles.
  • crank-pin 18 is secured in acarrier 22, which is adjustable on shaft 2 and is provided with a slot 23, radial to the shaft, in which slot the crank-pin is seated and can be adjusted and held at any desired distance from the axis of the shaft.
  • the carrier 22 itself can be moved around the axis of the shaft, being for this purpose preferably mounted so as to turn upon a center 24, coincident with the axis of the shaft, and it is held in the position to whichit may be adjusted by a set-screw 25 or its equivalent with whichit is provided, which enters and engages a slot 26 in a plate 27, secured to the shaft 2 or the drive-wheel 28 thereon,said slotbeing curved to conform to the arc of a circle struck from the point 24 as a center. In this way the two adjustments can be readily and accurately made.
  • My invention possesses marked advantages on the score of efficiency, economy, and simplicity over prior devices used for the purpose. There is a marked saving of power, friction, and vibration, less wear and tear on the loom, and the loom can be run at a higher speed without injury. An even greater advantage is the saving of cost and time in changing over narrow-ware looms to this system. Under my invention the entire change in construction is in the lay and its appurtenances.
  • the lay with all its parts and the vertical needle-frame and all its operating appliances can be made in the machine-shop and can then be set up in place in the loom 6 without any change in the loom proper, all that is needed after the lay is in place in the loom being to adjust the length of the slotted rod 17 to the distance between the main shaft and the lay and'to put the crank-pin carrier 22 and the slotted plate 27 in place on the main shaft and after adjusting the crankpin so as to obtain the proper throw and timing to secure it in that adjusted position.
  • crank-pin carried by the driving-shaft and adjustable both to and from, and around, the axis of said shaft, a vertically-reciprocatory loop-engaging-needle frame mounted on the lay, a rockshaft mounted on and lengthwise of the lay, and operatively connected to the loop-engaging-needle frame, and connections between the rock-shaft and crank-pin whereby the rock-shaft is positively actuated in both directions, substantially as and for the purpose hereinbefore set forth.
  • a vertically-reciprocatory loop engaging needle frame mounted on the lay, a rock-shaft mounted on and lengthwise of the lay and operatively connected to said frame, a crank-pin carried by the driving-shaft and adjustable relatively thereto, and a slotted two-part arm rigidly fixed to the rock-shaft and engaging the crank-pin, and adjustable in length, substantially as and for the-purpose hereinbefore set forth.

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Looms (AREA)

Description

no. 669,916; Patented Mar. I2, 1901? w. a. ERSKINE.
(m Mddal.)
JNVENTOR WITNESSES: I
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I Afzomey llnrrn STATES PATENT IVILLIAM BEACH ERSKINE, OF NEW YORK, N. Y., ASSIGNOR TO AMERICAN AUTOMATIC LOOM COMPANY, OF SAME PLACE.
LOOM.
SPECIFICATION forming part of Letters Patent No. 669,916, dated March 12, 1901.
Application filed November 22, 1900. Serial No. 87,369. (No model.)
To aZZ whmn it may concern? with the art to which my invention pertains Be it known that 1, WILLIAM BEACH ER- and require no illustration. SKINE, a citizen of the United States, and a In the top of the batten is the usual longiresident of No. 138 West One Hundred and tudinal groove 3, in which the reciprocatory- 5 Twenty second street, in the borough of Mancarrierslides for the horizontal filling-inserthattan, city, county, and State of New York, ing needles are received and held. I omit have invented anew and useful Improvement also illustration of these carriers as unnecesin Looms, of which the following is a specifisary to an understanding of the invention. cation. Mounted on the lay in any usual manner TO Myinvention relates to narrow-ware looms, is the reed-frame 4, which may be formed in and more particularly to that type known as as many sections as desired corresponding to needle-looms, wherein the filling is insertthe number of fabrics desired to be woven at ed by means of filling-inserting needles which any one time. are reciprocated through the sheds to lay the Mounted upon the rear face of the lay is x5 filling in the form of loops and the loops the vertically-reciprocating'fraine,which carwhen laid are held by vertically-reciprocatries the upright loop-engaging needles. The ing loop-engaging needles, which are withframe consists in this instance of two longidrawn from the loops at the time of the beattudinal rigid bars 5, secured at their ends to up, so as to free them at that time to the acsleeves 6, which fit around and are adapted 7o 20 tion of the reed. A needle-loom of this kind to slide up and down upon guide-rods '7, fasis set forth, for example, in Kuetts patent, tened in brackets 8, attached to the lay. No. 653,249, dated July 10, 1900. The vertical loop-engaging needles, one of My invention relates to the devices for opwhich is shown at 9,are mounted on the frameerating the vertically-reciprocatory loop-enbars 5 in any proper way, being so mounted 25 gaging needles. and constructed that while all of them rise It is my object to provide for this purpose and fall with the frame, yet each will be ina simple and efficient mechanism which is dividually capable of yielding toward the susceptible of ready application and adj ustreed and the edge of the warp, as set forth in ment and will facilitate the operation of the Kuett patent, No. 653,249, above referred 8o 0 changing over other types of narrow-ware to. The needle 9 for this purpose is repre looms to the needle type. sented as mounted in a bracket 10, as de- To this end my invent-ion consists of the scribed and illustrated in said patent. parts and combinations, as will be hereinafter Mounted in hangers 11, secured to the botmore fully described, and definitely pointed tom of the lay, is a rock-shaft 12, which ex- 5 out in the claims. tends beneath and lengthwise of the lay and In the drawings, Figure 1 is a side view of has projecting from it at intervals throughso much of a loom-including the batten, verout its length radial arms 29, rigidly secured tical needle-operating appliances, and a por- 'to it by set-screws or other suitable means. tion of the supporting-frame of the loom-as These arms project to the rear and at their o needed for the purpose of illustrating and eX- outer ends are jointed at 14 to links 13, which plaining the invention. In this figure the in turn are jointed at 15 to the vertical neecentral portion of the reed-frame is broken dle-carrying frame. In this way a rocking away and the upper portion brought down. movement of shaft 12 will produce an up- Fig. 2 is a sectional side elevation of the bat and-down movement of the vertical needle- 45 ten, the vertical needle-frame and one of the carrying frame. Connterbalance-weights 16 needles, and the rock-shaft and connections or their equivalents may be secured to or between the same and said frame. mounted on shaft 12, as shown, so as to conn- 1 is the batten or lay, which is to be mountterbalance the weight of the needle-carrying ed and actuated from the main shaft 2 of the frame. I00
50 loom in the usual way. The devices for this Rock-shaft 12 is actuated from the main purpose are well known to those acquainted shaft 2 of the loom by suitable connections.
The devices for this purpose shown in the drawings consist of an arm or rod 17, rigidly secured at one end to the rock-shaft and at the other end engaging a crank-pin .18 on shaft 2, the crank-pin entering a longitudinal slot 19 in the rod 17. The purpose of this slot is to maintain the crank-pin in engagement with the rod 17 without interfering with the back-and-forth movement of thelay. The crank-pin has on it an autifriction-bushing or roller-sleeve to reduce friction. The rod 17 is preferably a two-part rod, the overlapping meeting ends of its two parts being provided with a series of holes 20 to receive the bolts and nuts 21, by which they are held rigidly together. By this means the working length of the rod can be adjusted to the distance between the main shaft and the lay in the particular loom to which the lay containing my improvements may be applied. The crank-pin 18 is adjustable both to and from the axis of the main shaft and also around said shaft. The former adjustment serves to regulate the throw of the crank, and consequently the extent of rocking movement of shaft 12, or, in other words, the extent of reciprocatory movement of the vertical needles. The latter adjustment is for the purpose of timing this movement of the said needles relatively to that of the lay and of the horizontal filling-inserting needles. To this end the crank-pin 18 is secured in acarrier 22, which is adjustable on shaft 2 and is provided with a slot 23, radial to the shaft, in which slot the crank-pin is seated and can be adjusted and held at any desired distance from the axis of the shaft. The carrier 22 itself can be moved around the axis of the shaft, being for this purpose preferably mounted so as to turn upon a center 24, coincident with the axis of the shaft, and it is held in the position to whichit may be adjusted by a set-screw 25 or its equivalent with whichit is provided, which enters and engages a slot 26 in a plate 27, secured to the shaft 2 or the drive-wheel 28 thereon,said slotbeing curved to conform to the arc of a circle struck from the point 24 as a center. In this way the two adjustments can be readily and accurately made.
My invention possesses marked advantages on the score of efficiency, economy, and simplicity over prior devices used for the purpose. There is a marked saving of power, friction, and vibration, less wear and tear on the loom, and the loom can be run at a higher speed without injury. An even greater advantage is the saving of cost and time in changing over narrow-ware looms to this system. Under my invention the entire change in construction is in the lay and its appurtenances. The lay with all its parts and the vertical needle-frame and all its operating appliances can be made in the machine-shop and can then be set up in place in the loom 6 without any change in the loom proper, all that is needed after the lay is in place in the loom being to adjust the length of the slotted rod 17 to the distance between the main shaft and the lay and'to put the crank-pin carrier 22 and the slotted plate 27 in place on the main shaft and after adjusting the crankpin so as to obtain the proper throw and timing to secure it in that adjusted position.
Having described my invention and the best way now known to me of carrying the same into efiect, Istate, in conclusion, that I do not confine myself narrowly to the structural details herein before set forth, since manifestly they can be varied to a considerable extent without departure from the invention; but
What I claim, and desire to secure by Letters Patent, is-
1. In a needle-loom, and in combination with the lay and main shaft, a vertically-reciprocatory loop engaging needle frame mounted on the lay, a rock-shaft mounted on and carried by the lay lengthwise of the same, connections between said rock-shaft and said frame whereby the rocking movement of said shaft causes the reciprocatory movement of said frame, a slotted arm or rod rigidly fixed to the rock-shaft,and a crank-pin on the driving-shaft engaging the said slotted arm, substantially as and for the purposes hereinbefore set forth.
2. In a needle-loom, and in combination with the lay and'the main shaft, a crank-pin carried by the driving-shaft and adjustable both to and from, and around, the axis of said shaft, a vertically-reciprocatory loop-engaging-needle frame mounted on the lay, a rockshaft mounted on and lengthwise of the lay, and operatively connected to the loop-engaging-needle frame, and connections between the rock-shaft and crank-pin whereby the rock-shaft is positively actuated in both directions, substantially as and for the purpose hereinbefore set forth.
3. In a needle-loom and in combination with the main shaft and lay, a vertically-reciprocatory loop engaging needle frame mounted on the lay, a rock-shaft mounted on and lengthwise of the lay and operatively connected to said frame, a crank-pin carried by the driving-shaft and adjustable relatively thereto, and a slotted two-part arm rigidly fixed to the rock-shaft and engaging the crank-pin, and adjustable in length, substantially as and for the-purpose hereinbefore set forth.
In testimony whereof I have hereunto set my hand this 16th day of November, 1900.
WVILLIAM BEACH ERSKINE.
Witnesses:
ALFRED P. W. SEAMAN, ANNA F. FITZGERALD.
US3736900A 1900-11-22 1900-11-22 Loom. Expired - Lifetime US669916A (en)

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