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Publication numberUS1500698 A
Publication typeGrant
Publication dateJul 8, 1924
Filing dateApr 10, 1920
Priority dateApr 10, 1920
Publication numberUS 1500698 A, US 1500698A, US-A-1500698, US1500698 A, US1500698A
InventorsWiehl Alfred
Original AssigneeWiehl Alfred
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Phonograph record and process of making the same
US 1500698 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

.Euiy 8-, 1924. 1.5%,698

A. WIEHL.

PHONOGRAPH RECORD AND PROCESS OF MAKING THE SAME Filed April 10 1920 2 Sheets-Sheet 1 July 8 .1924. 500,698 A. WIEHL PHONOGRAPH RECORD AND PROCESS OF MAKING THE SAME Filed April 10 1920 2 Sheets-Sheet 2 lmmil'lfll' 4 30 I v 35 Q 416 T \m z iz zil :iiig

, 35 3% I 18 F" 'l/ Patented July 8, l iiio estates FFtfifi.

ALFRED WIEI-IL, or BROOKLYN, NEW YORK,

PHONOGRAPH RECORD AND PROCESS OF MAKING- THE SAME.

Application filed April '10, 1920. Serial No. 372,770.

Processes of Making the Same, of which the following is a specification, reference being had to the accompanying drawings, illustrative of one particular embodiment of my invention.

This invention relates to articles known as records used in phonographs or sound-reproducing apparatus and process of making the same, and has for its object the reduction of cost in the making "of the records, likewise the weight may be reduced in certain forms of construction, and in the process of manufacture economies may be effected, and various other advantages gained which will appear from the more detailed specification hereinafter set forth. 'In the production, economies may be effected and advantages attained, while the finishedproduct is available for use without modification of parts of the phonograph apparatus; and with all, durability and strength is among the other results attained by the practice of my invention.

In my ap lication for Patent S. N 0. 325,329, filed ept.-22, v1919, certain forms of construction of record were shown, disclosing the basic invention herein set forth, but my inventions were not sufliciently shown or described in detail to set forth a basis for all of the claims made in this application; 1

The construction, method of manufacture and advantages of my'invention will beunderstood from, the detailed description hereinafter set forth, with reference to specific embodiments, which are shown in the accompanying drawings in which:

Fig. I is a plan View of a phonograph box with record and arm in operating position.

Fig. II is a transverse diametrical section of a record.

Fig. III is a transverse diametrical section, on an enlarged scale, of the central portion of a'record.

Fig. IV is a transverse diametrical section, on the enlarged scale, of afmodified form of the central portion of the other record.

Flg. V 1s a transverse sectlon of the central portion of a record in, the making.

Fig. VI is a transverse section, part broken, of a record in thema-king, with the central portion of modified construction.

' Fig. VII is a transverse section, part broken, of a record in the making, with the central portion of modified construction.

Fig. VIII is a transverse diametrical section, onthe enlarged scale, of a record with modified central constructionl In Fig. I the phonograph table 1 is mounted in the usual way, on the box 2, with a. central projecting centering-pin 3 locating the record 4, which rests on the table 1. while the over-hanging arm 5,

mounted on the base' 6, secured to the box 2, carries the diaphragm 7 and the mechanism supporting the needle or stylus 8 in proper relation to the record4.

The record 4, shown in Fig. II, has its thickness slightly exaggerated in scale, but

embodies in the central'portion a disc or diaphragm 10 of much less thickness than the outer annular portion of the record, the difference in thickness being made up by the embodiment of suitable light and cheap material, as indicated at 11, the upper and lower surfaces of which central'portion are adapted to receive an imprint or label indica-ting the title and the 'maker of the record. The edges of the central portion consolidate with the adj acent'portion of the outer annular section of the record at a circle slightly less in diameter than the termination of the convolutions or record grooves 12, so that the grooves engaging and guiding the needle terminate before the needle reaches the central specially constructed portion, and, furthermore, to limit the movement of the needle I may terminate the grooves by a circular inner groove 13 at which the spiral record groove terminates.

In Fig. III the record 4*, of a suitable thickness for stiffness and adapted to receive the record grooves 1212 on both surfaces, is cut away, or its material is omitted throughout the large central portion and is supplanted by the diaphragm 11 of stiff.

material. This diaphragm is consolidated at its periphery during the process of manufacture, with the outer annular portion of the record, and the difference in thickness, leaving a large circular depression over the diaphragm 11 and between its surface and the plane of the surface of the record portion of the plate, has set into it a label 14, of thin material adapted to take the imprint of title and maker or other marking desired, without raising the surface of the central portion beyond a predetermined extent, and preferably of material of lesser weight than the main body portion of the record, in order that the net result of the changed central structure will reduce the total weight of the record. This insert material on the central diaphragm 11 may be on both sides and of fibrous material, and so consolidated with the surface of the diaphragm as to toughen the central structure and permit the use of a very thin, light and inexpensive diaphragm. The magnified scale of thickness relative to diameter in the illustrations, serves to more clearly indicate what would in reality be a'dia-phragmof 10 .to 15 thousandthsof an inch with light, fibrous material of 2 to 3 hundredths inch, sealed on the surface of the diaphragm, with its periphery consolidated with the heavier portion of the record proper.

In Fig. IV the modified form of central construction embodies the diaphragm 11 which is prepared thin and stiff preliminary to the formation of the record proper, and isput in place on top of light fibrous material suchv as paper pulp or special quality 'of similar material, the outer surface of which is coated with a suitable adhesive 16 to consolidate it with an outer thinsized paper disc 17 which receives the marking of title, maker or otherwiseas desired. The

.thin disc lll and the fibrous material 15 meet at their periphery the material of the disc proper, and in the formation of the record consolidate with the disc proper forming a fixed central portion in which the diaphragm only is of material as expensive as the body of the record, the remammg lighter in weight than the balance of the record having the sound or record grooves "12. The adhesive 16, after the compression of the built-upicentral portion, becomes a stiff irregular diaphragm consolidated with the fibrous portion 15, but. backs the surface paper or coating material to give a suitable surface for the purpose described.

In Fig V there is shown, spaced, elements to make up the central section of'the record, which are shown in restricted diameter for purposes of illustration, in the following manner: 7

A matrix 18 carrying the record grooves 18 has the central assembling pin 19, onto which there is first placed a disc 20, and on this a coating of adhesive 21, then suitable fibrous material in a fixed disc form 22, then a finished or semi-finished stifl material diaphragm 23, then a suitable disc of light fibrous material 24, and thereon an adhesive 25, and a top disc preferably thin paper 26. A central plunger 27, approximating the of the record proper, of material best adapted to the purposes of the record or sound grooves, and which comes in contact with the outer periphery of the built-up centre and during the formation:.consolidates intimately with the edges'of the difierent layers of the central built-up portion.

In Fig. VI the lower matrix 18 has superposed the top matrix 29 with a central opening adapting it to fit close around the plunger 27. Theplunger 27 here shown,

has compressed a centralbuilt-up portion f of slightly different structure than that shown in Fig. V, but the bottom matrix 18 shows superposedthe plastic compound 28 destined to form the impressed portion of the record, and indotted: lines is shown the finished recordafter the upper matrix 29 has been pressed down, with suitable heat and pressure to form the finished article.

The plastic material, as indicated, is provided in accurately predetermined quantity to form annular body portion of the record exclusive of the built-up centre, and with a circumferential ring 30, or other suitable means, limiting the outward movement of the plastic material, that material is assured'uponthe application of pressure with the upper matrix 29 of intimate contact and consolidation with the central built-up disc portion and all the material forming the outer edge of the central section. As here shown the central section comprises fibrous or non-flowing material 31, preferably much lighter than the plastic record material and less expensive, and oneach surface of this central disc a suitable adhesive 32 is spread, and on top of: the adhesive a label or suitable thin paper or light, smooth material 33, adapted whenflthe pressure is applied under suitable temperature conditions to effect a finished consolidated central section in which the adhesive becomes substantially' a stiff diaphragm closely associated with its adjacent material. 7 r p In Fig VII the lower'matrix 18? has the sound grooves 18, while the upper matrix 29 has the sound grooves 29 extending to a lesser diameter'than those'on the lower ma trix." The plunger 27 forms thecentral guide of the upper matrix, but in this case suitable light, cheap; material 34 extends over a 'diameter greater than the minimum diameter of the groove section 29 and plastic material in semi-finished condition is spread over the top and the bottom of the material 34. The central portion of; the lower matrix and thebottom of the plunger 27, are etched or otherwise formed to a negative to effect embossing of lettering or configuration on the upper and lower sides of the central section of the record as indicated at 35. This embossing is accommodated by the thin layer or diaphragm of material of far lesser extent in thickness than the outer annular portion of the record proper, but being backed by the material 34, and under pressure of the plunger cooperating with the lower matrix forms a consolidation with the surface of the material 34, and between the two recording matrices forms a complete consolidation, with flow of the material, with the edges and the surfaces of the central light, cheap material 34.

In Fig. VIII a similar difference in diam eter of the convolutions on the upper and lower sides of the record is illustrated. In the formation of the central portion, a diaphragm 37 may be of paper or suitable stiff, but light and cheap material, on the upper and lower surface, after which adhesive or plastic material 3838 is spread in even layers, and coated with a suitable thin disc 39, preferably of paper, adapted for the usual marking. The diaphragm 37 gives the necessary stiffness in consolidation with the superposed layers with a diminution in weight and a marked reduction in cost of the central portion, and as shown the extension of the disc 37 radially outward beyond the convolutions 12, aids to displace a larger quantity of the more expensive and heavier material, and still provides for the surface coating close to the periphery of the diaphragm 37 of a material well-adapted to properly receive the accurate sound grooves.

This form provides for a record with different diameter central sections, so that the greatest economy, by the elimination of expensive material from the centre, can be accomplished with a short record piece on one side of the record and a longer piece on the other side of the record. Similar economy may be accomplished in the construction shown in Fig. VII.

It will thus be seen that the practice of my invention results in a phonograph record 4, on both surfaces of which convolutions or sound grooves '12 are impressed in material most perfectly adapted to receive the grooves and support them for best conditions of reproduction, while providing the embodiment of a different structure for a .large area about the centre, so that the central circular section may be made of material much cheaper than the outer annular portion, while still serving to hold the record in its operative position on the table of a phonograph and permit the centering or placing with equal or greater facility than in the case of records heretofore used. It likewise affords the opportunity of reducing the weight of the central section; and to provide a central section adapted for marking of the record, and for the desired rigidity, and a simple and secure consolidation of the central section with the annular reoord groove portion.

The process of making the records with my invention is such as to insure the proper relation of the central section with the outer annular portion of the record of the finished structure. Also the method of placing the central section preliminary to the forming of the outer disc, eliminates a large proportion of area of the upper matrix, so that the area of carefully prepared sound-groove matrix surface is reduced and the cost of producing the matrix proportionately re duced. This economy in making of the matrix for the sound convolutions may be carried out with the lower matrix as well, or with both, so that the economies may be ubstantial in the preparation and final use of the matrices,-still insuring the vital portion of the record containing the accurate sound grooves, in form and character perfectly suited in accordance with best practice for reproduction, strength and durability.

As shown in Figs. II and III, the central section formed ofa disc, which in the final record i stiff and consolidated at its periphery with the adjacent material of the main body portion of a record, is, in general, in accord with two forms shown in my appIlication Serial Number 325,329. In Fig.

is shown how such disc or diaphragm is positioned in the process of making of the record and consolidated with the surrounding material. In Fig. IV the consolidation is shown with the additional provision whereby a medial disc of fibrous material or non-flowing material is flanked by intervening cheap material, such as loose paper pulp, or as otherwise desired, with a suitable amount of binder, which is surfaced with sufficient adhesive on top of which thin paper labels placed on either side and finally all subjected to pressure, cause a finished product in which the adhesive embodied becomes a permanent, stiff diaphragm or diaphragms, and durability for all the requirements of the central section.

As shown in Fig. VI the adhesive applied to a medial body portion, may be of sufiicient amount to form a stiffer diaphragm on either side adjacent the surface, obviating the necessity of a central separate dia phragm.

In Fig. VII a thin disc of the same material similar to that of the main portion of the record, forms a thin diaphragm, eliminating throughout the central portion a large amount of the expensive material which is supplanted by cheap internal structure throughout that area underlying the forming the necessary protection lll central portion over whichthe -,groove records are not superposed,-except that the final convolutions may run slightly over the limit of the middle cheapsection, preferably only on one side, to allow for any slight discrepancy in the radial extent of the records when manufacturing and in cases; where a minimum number of sizes of central modifiedsections are desired for embodimentin all the different sizes of records.

Furthermore, in Fig. VIII the expensive material in the main portion of the record may be displaced medially by the stiff diaphragm 37, extending radially from the center into the main body portion, but having the main body portion cut away at a reasonable limit of distance inside of the last recphragms of a few thousandths, or at the most a few hundredths of an inch, and require the greatest nicety of proportion and arrangement even though a finished. diaphragm may in reality be a surfacing of adhesive which, after the process of manufacture i complete, constitutes a stiffening'disc in conjunction with the adjacent materials and surfaces.

ith reference to Fig. VIII, the feature of embossing the name of the piece is provided by the particular construction, serving the purpose of economy and lightness,- but having the additional important element of serving to distinguish the record, that is, reading the name of the record in the dark, and,therefore, providing for reading the name, of the record by the blind. Besides the name, other configuration or lettering may be otherwise or similarly impressed or embossed.

llhere discs or diaphragms suitably stiff are prepared before the record proper is pressed into shape, their periphery need not be regular, and the embodiment of paper or pulp or fabric with irregular edges serves to consolidate with the expensive material of the record proper which flows into the interstices formed by the edge of the builtup central portion, and all forms around the periphery of any stiff portion or still individual diaphragm, effecting a secure consolidationof the central section with the balance of the record.

The central hole is likewise provided for by the various forms of structure of my invention, as 'to security and durability, and

should transparent material be used forconsolidati-ng a central section with, the-balance of the record it affords additional advantage ofpartial or substantial transparency tofa- 'cilitate the centering.

' While my invention may-beanod-ified as, to various details of construction and. material, such might involve a difierence inthesaving of cost or of weight, as to degree,-while in some embodiments stiffer or difierent. surface requirements of the central sectioirmay warrant a relative loss asv to theadvantages of weight or cost,-man-y modificationsmay be madein these and other respectsv without departing from my invention.

What I claim and desire to secureby Letters Patent is: j V

1. A phonograph :record, comprising the usual disc adapted; to accommodateon both con-volutions extending from the outer portion to a point approaching the centre, a

central section consistingo-f .a plurality of layers of different .ma-terials so as to make said central section specifically lighter than said outer portion,the' parts of said central section being integrally consolidatectwith said outer portion.

2. A phonograph recordlcomprising a rigid reversible similar faced annular disc portion with homogeneous material from surface to surface, a central section with a plurality of layers of. relatively light material having a centralhole and being consolidated at its periphery with the body portion of the annular homogeneous disc substaantially at a diameter: corresponding to the innermost convolution of sound record impress ons on the; annular portion. 7

3. The process of forming ,phonograplr records,- co-mprisi ng theprermaking of a central circular sec-tionwith a plurality of layers of relatively light cheap material, loeating the same in predetermined position centrally with vrespectto. complementary sound-groove matrices, the supplying of plastic material exterior to-the partiallyor wholly-pre-made central section, and form 5. The process of forming phonograph discs consisting of locating a small circular disc oftough fibrous material thinner than the thickness of the proposed convolution bearing portion, locating said disc of fibrous material with its periphery projectof the'oppositeparallel sides reproduction i ing into the field of the convolution bearing portion,.inserting the plastic material annularly, and applying pressure on the matrices to form the sound record portion of the disc simultaneously with an inward radial pressure on the central disc to consolidate the edges thereof permanently with the record bearing annular portion while retaining the central disc under inde pendent pressure.

6. A process of making phonograph records which consists in building up a central circular portion in a plurality of layers, placing plastic material annularly about the central portion, and compressing the whole mass so as to impress the sound records on the annular portion and simultaneously consolidate the annular portion and the central portion.

7. A process for forming phonograph records, which consists in building up a central circular part with a plurality of layers, placing plastic material annularly about said central part so as to overlap the outer edge of said central part, and compressing the whole mass so as to impress the sound records on the annular portion and consolidate the annular portion and the central art.

P 8. A process for making phonograph records, which consists in building up a central circular part with a plurality of layers, disposing plastic material about said central part, and compressing the mass so as to impress sound records on the outer portion and emboss letters or designs on said central part, and consolidate the central and the outer parts.

9. A phonograph record comprising a central circular portion with a plurality of layers, and an outer annular portion overlapping the edge of said central portion, said central and annular portions being integrally consolidated.

10. A phonograph record comprising a central circular portion and an outer annular portion containing sound records on both sides, said central portion having a layer of the same material as said outer portion and continuous therewith, but thinner than said outer portion, and having other layers of lighter materials, said various layers being consolidated, together.

In testimony whereof, I have signed my name to this specification, in the presence of two subscribing witnesses, this 8th day of April, 1920.

ALFRED WIEHL.

Witnesses:

H. MUOHMORE', HERMAN F. 01mm.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3023459 *Feb 7, 1957Mar 6, 1962Emory G CookMethod of manufacturing phonograph records
US5543001 *Mar 24, 1995Aug 6, 1996MicropatentMethod for the placement of self-adhesive labels on compact disks
US5783033 *Feb 26, 1997Jul 21, 1998Grossman; Stanley I.Labeling device
US5902446 *Jun 11, 1996May 11, 1999Neat-O LlcLabeler apparatus and method of applying self-adhesive labels to compact disks
US5925200 *Mar 5, 1998Jul 20, 1999Rocky Mountain Traders, Ltd.Labeling method
US5958177 *Apr 3, 1998Sep 28, 1999Claussnitzer; WernerLabelling device
US6149763 *May 20, 1999Nov 21, 2000Rocky Mountain Traders, Ltd.Labeling device and label
US6321814Jul 24, 1996Nov 27, 2001Neato, LlcDisk labeling devices
US6511731Feb 20, 2001Jan 28, 2003Concept Design Electronics And Manufacturing, Inc.Optical disk label and method
US6564844Nov 20, 2000May 20, 2003Rocky Mountain Traders, Inc.Labeling device and label
US6776208Feb 19, 2003Aug 17, 2004Timothy J. FlynnLabel assembly and apparatus
US6776866Feb 19, 2003Aug 17, 2004Timothy J. FlynnMethod for applying a label
US6776867Feb 19, 2003Aug 17, 2004Timothy J. FlynnMethod for placing an aligned label on an object
US6799621Feb 19, 2003Oct 5, 2004Timothy J. FlynnLabel assembly and apparatus
US6805180Apr 25, 2003Oct 19, 2004Timothy J. FlynnLabel assembly and apparatus
US6837957Mar 17, 2003Jan 4, 2005Timothy J. FlynnMethod for separating label assembly
US6860050Mar 17, 2003Mar 1, 2005Timothy J. FlynnApparatus for separating label assembly
US6881461Feb 19, 2003Apr 19, 2005Timothy J. FlynnIndexable label assembly
US6899942Nov 22, 2002May 31, 2005Concept Design Electronics And Manufacturing, Inc.Optical disk label and method
US6932133Feb 3, 2004Aug 23, 2005Timothy J. FlynnApparatus and method for transferring a label portion from a label assembly onto an object
US6955843Feb 19, 2003Oct 18, 2005Flynn Timothy JLabel assembly
US7001476Feb 3, 2004Feb 21, 2006Flynn Timothy JApparatus and method for transferring a label portion from a label assembly onto an object
US7033456Nov 14, 2003Apr 25, 2006Flynn Timothy JLabel assembly and apparatus and method for transferring a label portion from the label assembly onto an object
US7124796Nov 14, 2003Oct 24, 2006Flynn Timothy JLabel assembly and apparatus
US20030077414 *Nov 22, 2002Apr 24, 2003Clark Richard LeeOptical disk label and method
US20030212084 *Dec 20, 2001Nov 13, 2003Hatton Ian KeithNaphthrydine compounds and their azaisosteric analogues as antibacterials
US20040134600 *Feb 19, 2003Jul 15, 2004Flynn Timothy J.Method for applying a label
US20040134601 *Feb 19, 2003Jul 15, 2004Flynn Timothy J.Method for placing an aligned label on an object
US20040134621 *Feb 19, 2003Jul 15, 2004Flynn Timothy J.Label assembly and apparatus
US20040134622 *Apr 25, 2003Jul 15, 2004Flynn Timothy J.Label assembly and apparatus
US20040137198 *Feb 19, 2003Jul 15, 2004Flynn Timothy J.Indexable label assembly
US20040137199 *Feb 19, 2003Jul 15, 2004Flynn Timothy J.Label assembly
US20040181987 *Mar 17, 2003Sep 23, 2004Flynn Timothy J.Apparatus for separating label assembly
US20040182507 *Mar 17, 2003Sep 23, 2004Flynn Timothy J.Method for separating label assembly
US20050103433 *Nov 14, 2003May 19, 2005Flynn Timothy J.Label assembly and apparatus and method for transferring a label portion from the label assembly onto an object
US20050103447 *Nov 14, 2003May 19, 2005Flynn Timothy J.Label assembly and apparatus
US20050178497 *Feb 3, 2004Aug 18, 2005Flynn Timothy J.Apparatus and method for transferring a label portion from a label assembly onto an object
US20050178506 *Feb 3, 2004Aug 18, 2005Flynn Timothy J.Apparatus and method for transferring a label portion from a label assembly onto an object
DE1040808B *Mar 29, 1956Oct 9, 1958Deutsche Grammophon GmbhPress- oder Spritzverfahren zur Herstellung von Schallplatten
EP1049095A2 *Apr 25, 2000Nov 2, 2000Victor Company Of Japan, Ltd.Information recording medium and reproducing apparatus therefor
WO1987002935A1 *Nov 7, 1986May 21, 1987Eastman Kodak CoProcess for making optical recording media
Classifications
U.S. Classification369/280, 369/286, 264/107
International ClassificationG11B3/70
Cooperative ClassificationG11B3/70
European ClassificationG11B3/70