US1591303A - Method of manufacturing driving belts - Google Patents

Method of manufacturing driving belts Download PDF

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Publication number
US1591303A
US1591303A US567843A US56784322A US1591303A US 1591303 A US1591303 A US 1591303A US 567843 A US567843 A US 567843A US 56784322 A US56784322 A US 56784322A US 1591303 A US1591303 A US 1591303A
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Prior art keywords
sheet
fabricating
neutral
bias
winding
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Expired - Lifetime
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US567843A
Inventor
Abraham L Freedlander
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General Motors Research Corp
Dayton Rubber Manufacturing Co
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General Motors Research Corp
Dayton Rubber Manufacturing Co
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Application filed by General Motors Research Corp, Dayton Rubber Manufacturing Co filed Critical General Motors Research Corp
Priority to US567843A priority Critical patent/US1591303A/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29DPRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
    • B29D29/00Producing belts or bands

Definitions

  • This invention relates to an improved method of manufacturing or producing driving belts, particularly designed for use on automobiles for operating the fans.
  • the belt generally speaking, which is to be produced by my method is a belt composed of three members, an inner or compression member composed of rubberized fabric out on the bias; a neutral or middle member composed of a rubberized fabric cut straightparallel with either the warp or woof; and an outer or tension member composed of rubberized ,fab'ric cut on the bias.
  • My method consists, essentially, in, first,
  • fabricating the inner or compression member by. cutting a fabric sheet on the bias, as stated above, and rubberizing such sheets; second, in fabricating the neutral or middle member by cutting a sheet of fabric straight, as above stated, and rubberizing such sheet; I and third, in fabricating the outer or tension member by cuttinga sheet of fabric on the bias, as above stated, and rubberizing it; in winding such first member upon a rotating drum with as many layers as desired,-
  • Fig. 1 is a diagrammatic view of a winding apparatus used in carrying out the wind ing step of my method
  • Fig. 2 is a strip of therubberi'zed fabric out on the bias for thecompression member
  • Fig. 3 is a like view of a strip of rubberized fabric cut straight to form the neutral member
  • 1g. 4 1s a like view of a strip of rubberized fabric out on the bias to form the tension member:
  • Fig. 513 a view of the drum with a roll of belting thereon ready for vucanizing;
  • Fig. 6 is a side'elevation of theeompleted. belt or product.
  • Fig. 1 I have illustrated such a' machine.
  • lt comprises a roll 1 on which the materials are wound and from which they are payed oil, the material for the compression member being first wound on and payed off from such roll, then the material-of which the neutral member is made is applied to and payed ofi of the roll, and finally, in its turn, the material of which the tension member is made is likewise wound on and payed oil of the roll.
  • the numeral 2 designates, for instance, the material of which the neutral member is made, it being assumed in the drawing that the-material composing the compression member hasalready been wound upon the drum presently to be described. The material passes over a in Fig. 1 that this has already been done, usually in three or more layers.
  • the sheet of material of which the neutral zone is composed is mounted onthe roll 1 and thence wound on the now wound compression member in as many layers as desired, not less than two. After this is done the sheet of material of which the tension member is formed is likewise applied to the roll 1 and thence wound on the neutral member in as many three.
  • thespool 6 is relayers as desired, not less than moved from the rum and the rollof belting is subjected to a .vulcanizing step, suchas commonly practiced in the art of making rubber tires for automobiles. This vulcanizing step causes-the several layers and members of the belt. to run together or form a homogeneous mass.
  • the manner of fabricating the sheet of which the compression member is composed consists in taking a strip of canvas fabric cut on thebias, asshownin Fig. 2, and rubberizing it in a manner common in the art of making rubber tires.
  • the manner of fabricating the sheet of which the neutral member is composed consists intaking a strip of canvas fabric cut straight, that is, at rlght angles to the woof and parallel with the warp;
  • the manner of fabricating the tension sheet of which the member iscomposed consists. in taking a strip of canvas fabric cut on the bias, as indicated in Fig. 4, and in rubberizing it also in the manner well known.
  • Fig. 6 a product designed for use particularly as a fan belt for automobiles.
  • v 7 a product designed for use particularly as a fan belt for automobiles.
  • the herein described method of making endless rolls of belting material from which to form driving belts consisting in fabricating the material for the .compression member in the form of a sheet; in fabricating other material for the neutral member in the form of a sheet; in fabricating other material for the tension member in the form of a sheet; in winding on'a suitable drum the sheet of material for the compression a'sheet cut on the bias; in fabricating the material for the neutral member of rubberized fabric in the form of a sheet cut straight; in fabricating the material for the tension member of rubberzed fabric in the form of a sheet cut on the bias in winding on a suitable instrument such sheet for the'compression member; in winding on the latter such sheet for the neutral member .1 in winding on th latter such sheet for the tension member; and in vulcanizing the roll thus built up; inld in cutting this rollv into individual e ts.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)

Description

Jul 6,1926. I
, A. L. FREEDLANDER METHOD OF MANUFACTURING DRIVING BELTS Filed June 12, 1922 Patented July 6, 1926.
UNITED STATES PATENT OFFICE.-
ABRAHAM L. EREEDLANDER, OF DAYTON, OHIO, Ass oNOR, BY DIREoT AND MESNE ASSIGNMENTS. 0F THREE-EoURTHs To THE DAYTON. RUBBER MANUFACTURING oOM'rANY, OE DAYTON, QHIO, A CORPORATION OE OHIO, AND ONE-FOURTH To GENERAL MOTORS RESEARCH CORPORATION, OF DAYTON, OHIO, A CO PORATION OF DELAWARE.
Application filed June 12, 1922. Serial No. 567,843.
This invention relates to an improved method of manufacturing or producing driving belts, particularly designed for use on automobiles for operating the fans.
The belt, generally speaking, which is to be produced by my method is a belt composed of three members, an inner or compression member composed of rubberized fabric out on the bias; a neutral or middle member composed of a rubberized fabric cut straightparallel with either the warp or woof; and an outer or tension member composed of rubberized ,fab'ric cut on the bias.
My method consists, essentially, in, first,
fabricating the inner or compression member by. cutting a fabric sheet on the bias, as stated above, and rubberizing such sheets; second, in fabricating the neutral or middle member by cutting a sheet of fabric straight, as above stated, and rubberizing such sheet; I and third, in fabricating the outer or tension member by cuttinga sheet of fabric on the bias, as above stated, and rubberizing it; in winding such first member upon a rotating drum with as many layers as desired,-
three or more; in winding upon this first member so composed the second member in as many layers as desired, not less than two; and in winding upon' such second member the outer or tension member in as many layers as desired, not less than three; and in vulcanizing, in the manner well known in the art of vulcanizing rubber, this roll of belt material, which after vulcanization is severed into a number of individual belts by a step which forms no'part of this invention.
I illustrate one form of apparatus by which to practise this method;
In the accompanying drawings:
' Fig. 1 is a diagrammatic view of a winding apparatus used in carrying out the wind ing step of my method;
Fig. 2 is a strip of therubberi'zed fabric out on the bias for thecompression member;
Fig. 3 is a like view of a strip of rubberized fabric cut straight to form the neutral member;
1g. 4 1s a like view of a strip of rubberized fabric out on the bias to form the tension member: Fig. 513 a view of the drum with a roll of belting thereon ready for vucanizing; and
Fig. 6 is a side'elevation of theeompleted. belt or product.
In describing my improved method of producing the belt in question 1 shall make reference to one type of machine, in order to facilitate an understanding of the method.
In Fig. 1 I have illustrated such a' machine. lt comprises a roll 1 on which the materials are wound and from which they are payed oil, the material for the compression member being first wound on and payed off from such roll, then the material-of which the neutral member is made is applied to and payed ofi of the roll, and finally, in its turn, the material of which the tension member is made is likewise wound on and payed oil of the roll. The numeral 2 designates, for instance, the material of which the neutral member is made, it being assumed in the drawing that the-material composing the compression member hasalready been wound upon the drum presently to be described. The material passes over a in Fig. 1 that this has already been done, usually in three or more layers. Then the sheet of material of which the neutral zone is composed is mounted onthe roll 1 and thence wound on the now wound compression member in as many layers as desired, not less than two. After this is done the sheet of material of which the tension member is formed is likewise applied to the roll 1 and thence wound on the neutral member in as many three.
When all of these members'composed each of such sheets have been so wound upon the spool and upon one another and a roll of belting has been roduced, thespool 6 is relayers as desired, not less than moved from the rum and the rollof belting is subjected to a .vulcanizing step, suchas commonly practiced in the art of making rubber tires for automobiles. This vulcanizing step causes-the several layers and members of the belt. to run together or form a homogeneous mass.
Later on, after the vulcanizing, by the use of means not involved in this invention, the roll of belting is severed into individual belts. p
The manner of fabricating the sheet of which the compression member is composed consists in taking a strip of canvas fabric cut on thebias, asshownin Fig. 2, and rubberizing it in a manner common in the art of making rubber tires. The manner of fabricating the sheet of which the neutral member is composed consists intaking a strip of canvas fabric cut straight, that is, at rlght angles to the woof and parallel with the warp;
as indicated in Fig. 3, and in rubberizing such strip also in the manner common in the art of making rubber tires. I
The manner of fabricating the tension sheet of which the member iscomposed consists. in taking a strip of canvas fabric cut on the bias, as indicated in Fig. 4, and in rubberizing it also in the manner well known.
in the rubber tire art.
-The completedproduct is shown in Fig. 6, a product designed for use particularly as a fan belt for automobiles. v 7
By my method herein described I have been able to economically produce the belt described;
4 Havin thus fully described my invention, what I claim as new and desire .to secure by Letters Patent, is
1. The herein described method of making endless rolls of belting material from which to form driving belts consisting in fabricating the material for the .compression member in the form of a sheet; in fabricating other material for the neutral member in the form of a sheet; in fabricating other material for the tension member in the form of a sheet; in winding on'a suitable drum the sheet of material for the compression a'sheet cut on the bias; in fabricating the material for the neutral member of rubberized fabric in the form of a sheet cut straight; in fabricating the material for the tension member of rubberzed fabric in the form of a sheet cut on the bias in winding on a suitable instrument such sheet for the'compression member; in winding on the latter such sheet for the neutral member .1 in winding on th latter such sheet for the tension member; and in vulcanizing the roll thus built up; inld in cutting this rollv into individual e ts.
3. The herein described method of making endless rolls of belting material from which to form driving belts consisting in fabricating the material for the compression member of rubberized fabric in'the'form of a sheet cut on the bias; in fabricating the material for the neutral member of rubberized fabric in the form of a sheet cut straight; in fab-- ricating the material for the tension member of rubberized fabric in the form of a sheet cut on the bias; in Winding on a suitable instrument the sheet for the compression member in a series of laps; in winding on the latter the sheet for the neutral member in another series of laps; in winding on the-
US567843A 1922-06-12 1922-06-12 Method of manufacturing driving belts Expired - Lifetime US1591303A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2796911A (en) * 1952-12-05 1957-06-25 Dayton Rubber Company Method of manufacturing belts
US2797729A (en) * 1955-10-04 1957-07-02 Russell Mfg Co Method of making a conveyor belt

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2796911A (en) * 1952-12-05 1957-06-25 Dayton Rubber Company Method of manufacturing belts
US2797729A (en) * 1955-10-04 1957-07-02 Russell Mfg Co Method of making a conveyor belt

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