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US31832A - Machineey foe making elastic shieeed goods - Google Patents

Machineey foe making elastic shieeed goods
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US31832A
US31832AUS31832DAUS31832AUS 31832 AUS31832 AUS 31832AUS 31832D AUS31832D AUS 31832DAUS 31832 AUS31832 AUS 31832A
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roller
goods
shieeed
machineey
rollers
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, 'UNrrED STATES PATENT OFFICE.
MACHINERY FOR MAKING`ELASTIC SHIRRED GOODS.
Specification of Letters Patent No. 31,832, dated March 26, 1861.
To all whom it may concern:
Be it known that I, RICHARD SOLIS, of
New Brunswick,in the county of Middlesex f and State of New Jersey, have inventeda new and Improved `Machine for Manufacturing India-Rubber Shirred Goods; and I do hereby declare that the following is a full, clear, and exact description of the same, referencebeing had to the annexed drawings, making a part of this specification, in
` which- Figure 1. is a vertical section of my invention taken in the line as. Fig. 2; Fig.' 2. a front elevation of the same; Fig. 3. a detached transverse section of the rollers of the same, taken in the line y. y. Fig. 4. Fig. 4, a View of a portion of the front fluted or grooved roller of the same.
Similar letters of reference indicate corresponding parts in the several figures.
This invention relates to a new and imw proved machine for placing india-rubber dc ords between two laminae of cloth and then crimpingdthe latter, so that a certain degree of elasticity will be allowed it. Goods thus formed and commonly termed shirred goods have hitherto been manufactured by two distinct machines, one being employed for cording the fabric and the other for crimping it. This double operation is attended with some diiculties; the fabric is more or less soiled by repeated handling and the colored portion of the cloth frequently stains and disiigures the white inner cloth or lining in consequence of being wound on a roller under a requisite degree of tension as it passes from between the cording rollers. During the secondary or crimping operation the rubber cords are liable to be cut and the goods are frequently so much injured as to materially damage them in a commercial point of view.
The object of the within described invention is to obviate these difficulties, andto this end, I employ a roller provided with circumferential and longitudinal grooves, and use in connection therewith a roller having a yielding surface or periphery, the parts being arranged substantially as hereinafter described, whereby the india-rubber cords are placed and secured longitudinally between the two layers or laminae of cloth and the latter crimped or corrugated trans versely, the whole being done at one operation and without injuring the fabric.
To enable those skilled in the art to fully understand and construct my invention, I will proceed to describe it;
, A. represents a framing which may be constructed in any proper way to support the `working parts of the machine, and B. is a metal roller which is placed in the framing, said roller having its journals in adjustable bearings a.
C. is a roller which is placed in the framing A. parallel with the roller B. `The roller C. has an elastic or yielding periphery which may be obtained by wrapping cloth Z). or any suitable yielding substance and said roller C. The two rollers B. C. run in contact.
D. E. are two rollers which are placed in the upper part of the framing A. and one over the other in the same axial plane. On the upper roller D. elastic cords c. are wound, said cords passingV over the lower roller E. and extending down between two layers or laminae cl. c. of cloth which pass over the rollers B. C. and down between them, as shown clearly in Fig. 1. One end of the roller E. has a pulley at one end and a band F. passes around this pulley f. and a pulley, g. at one end of roller C. as shown in Fig. 2.
G. is a plate which is placed horizontally in the framing A. and is notched at one edge as shown at It, the notches being directly over and in a Vertical plane with the line of the rollers B. C. The metal roller B. is provided with circumferential grooves z'. which are at equal distances apart and correspond or are in line with the notches L. in the plate G. the notches serving as guides for the cords c. and directing or keeping them in the grooves z'. of roller B. The roller B. is also grooved longitudinally as shown at j. the grooves y'. bisecting the grooves vl. at right angles as shown clearly in Fig. 4.
The cloth bl. is the outer layer or lamina of the fabric and the cloth e, the inner layer or lining, the layers or laminae are wound around rollers H. I. which cause them to pass between the rollers B. O. under a proper degree of tension.
The operation of the machine is as follows: The adjoining surfaces of the layers or lalninae cl. c. are covered with a proper adhesive substance-a solution of india-rubber being generally used-and power being applied to the roller E. the two rollers B. C. are rotated in the direction indicated by the arrows l. and the two layers or laminas d. c. are compressed together and made toadhere permanently by the adhesive substance; the cords c. being secured 'longitudinally between the layers or laminas CZ. e. and without being compressed or acted upon by the rollers in consequence of fitting in the circumferential grooves z'. of the roller B. The longitudinal grooves y'. of roller B. cause the spaces between the circumferential grooves c'. to be corrugated and these corrugated spaces crimp or corrugate the fabric between the cords c. as shown at 7c. in Fig. 2. Thus it will be seen that the fabric is corded and crimped simultaneously or at one operation, and it will also be seen that the corrugated surfaces of the spaces between the grooves z'. do not come in contact with the cords c. or with the portion of the cloth or layer d. that covers them and consequently said cords will not be compressed nor cut, nor the fabric injured in any way by the action of said corrugated surfaces, a contingency which occurs in the ordinary mode of manufacture in consequence of the crimping being done by a separate machine and the longitudinal grooves extending unbroken their whole length7 so that they will press against the cords o.
I would remark that it is not essential that the crimping be formed by longitudinal grooves j. said grooves may be of Zig-Zag form if desired.
I do not claim broadly the pressure rollers B. C. nor the notched plate G. nor do `,I claim the circumferential grooves i. in
roller B. for said parts have been previously used, but;
I do claim as new and desire to secure by Letters Patent The combination of the circumferential grooves z'. and longitudinal or other crimp- RICHARD SOLIS.
vWitnesses:
JOHN MGLAREN, J AMES CRoUoH.
US31832DMachineey foe making elastic shieeed goodsExpired - LifetimeUS31832A (en)

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Cited By (10)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US4652143A (en)*1984-11-291987-03-24Luxtron CorporationOptical temperature measurement techniques
US4729668A (en)*1986-04-221988-03-08The United States Of America As Represented By The United States Department Of EnergyMethod and apparatus for optical temperature measurements
US4752141A (en)*1985-10-251988-06-21Luxtron CorporationFiberoptic sensing of temperature and/or other physical parameters
US4770544A (en)*1985-11-151988-09-13General Electric CompanyTemperature sensor
US4810655A (en)*1985-07-031989-03-07Abbott LaboratoriesMethod for measuring oxygen concentration
US4816687A (en)*1986-02-211989-03-28Degussa AgMethod and apparatus for measurement of the fluorescence relaxation period of a fluorescent substance
US4859079A (en)*1988-08-041989-08-22Luxtron CorporationOptical system using a luminescent material sensor for measuring very high temperatures
US5938335A (en)*1996-04-081999-08-17Applied Materials, Inc.Self-calibrating temperature probe
US6123455A (en)*1997-05-022000-09-26American Iron And Steel InstitutePhosphor thermometry system
US20040033888A1 (en)*2001-06-212004-02-19Chun-Byung YangCatalyst for polymerization and copolymerization of ethylene

Cited By (10)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US4652143A (en)*1984-11-291987-03-24Luxtron CorporationOptical temperature measurement techniques
US4810655A (en)*1985-07-031989-03-07Abbott LaboratoriesMethod for measuring oxygen concentration
US4752141A (en)*1985-10-251988-06-21Luxtron CorporationFiberoptic sensing of temperature and/or other physical parameters
US4770544A (en)*1985-11-151988-09-13General Electric CompanyTemperature sensor
US4816687A (en)*1986-02-211989-03-28Degussa AgMethod and apparatus for measurement of the fluorescence relaxation period of a fluorescent substance
US4729668A (en)*1986-04-221988-03-08The United States Of America As Represented By The United States Department Of EnergyMethod and apparatus for optical temperature measurements
US4859079A (en)*1988-08-041989-08-22Luxtron CorporationOptical system using a luminescent material sensor for measuring very high temperatures
US5938335A (en)*1996-04-081999-08-17Applied Materials, Inc.Self-calibrating temperature probe
US6123455A (en)*1997-05-022000-09-26American Iron And Steel InstitutePhosphor thermometry system
US20040033888A1 (en)*2001-06-212004-02-19Chun-Byung YangCatalyst for polymerization and copolymerization of ethylene

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