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Publication numberUS1654371 A
Publication typeGrant
Publication dateDec 27, 1927
Filing dateMar 22, 1926
Priority dateMar 22, 1926
Publication numberUS 1654371 A, US 1654371A, US-A-1654371, US1654371 A, US1654371A
InventorsCharles B Goodstein
Original AssigneeEarl G Oppenheim
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Staple
US 1654371 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

C. B. GOODSTEIN Dec. 27, 1927.

STAPLE Filed March 22, 1926 MMJ5II I INVENTOR M fiMM rib for serving as auxillary legs,

Patented Dec. 27, .1927.

UNITED STATES,

1,654,371 PA raN-T oFFICE.

CHARLES B. GOQDSTEIN, OI BROOKLYN, NEW YORK, ASSIGNOB, OF ONE-HALF TO EARL G. OPPENHEIM, 01' NEW YORK, N. Y.

TAPLE.

' Application filed larch 22, 1926. Mid Io. 96,447.

The present invention relates to sta les, and more particularly to a type ada te for use in connection with stapling mac "ines.

The primary object of the invention re a sides in the provision of a staple strip wherein the individual staples are respectively joined by connecting portions positioned at an angle withrespect to the body portion thereof for causing the cutter of a 1 stapling machine to separate one staple from the remainder of the strip through the medium of a slicing or shearing action; instead of abruptly chopping them apart in the manner heretofore which consisted in the 15 flat under face of the cutter coacting with the horizontally flat connecting portions of the staple strip.

Another object of the invention resides in longitudinal for each infrom the reproviding a staple strip 'with a dividual staple when separated mainder of the strip,

Anot er ob ect resides in so constructing my improved staples as to provide a projecting portion to present a minimum bear- 1n surface and consequently reduce the friction while being fed through a stapling machine.

A further object resides in so constructing the staple as to provide means thereon for ermitting reasonable distortions and due to its spring-like action, return the staple body to its original condition upon termination of 3 stresses which rise to cause said distortions. A still further object resides in constructing the staples in substantially flat formation to obviate the possibility of accidental interlocking during shipment; present type of staples which are. U-shaped m cross sect'on and this type :are distorted when forcibly separated from such" inter locked conditions.

Anotherohject in constructing the staples in flat formation is to permit a-"greateramount of the same to be positioned or boxed in a space heretofore occupied by alesser amount ,of the U- haped type of staple strips.

A further object in constructing the staples in flat formation resides in their ready adaptation to reeling upon a spool whereby a continuous staple stri of one thousand or more may-be used wit in a stapllng machine in place of the usual methodof insertto afford additional. of material to be held by the same.

a ortion thereof.

a lurality of staple strips in flat as occurs in the .ticularly to the condition of ing a new strip upon the expiration of fifty A staples, which is the standard length of the present type of staple strips.

A still further object is to provide the staples with. a roughened, knurled or corruated surface on the under and inner side of he body and leg. portions respectively to prevent retrograde slippage after the same has been driven; while the outer faces thereof present a smooth and polished surface to enhance the appearance of the staple.

Still further objects reside in so constructing the staples as-to render the same inexpensive of manufacture, sturdy in construction, neat in appearance and highly eflicient for the purposes intended.

With these and other objects in view the invention resides in certain new and novel construction, the essential features of which are hereinafter fully described, are particuc larl pointed out in the appended claims, an are illustrated in the accompanying drawing in which:

Figure 1 is a perspective view of a portion of my improved staple strip illustrating twp stages the same assumes during use.

1 plete y shaped staples. Figure 3 is an enlarged side elevation of igure 4:-lS a vertical transverse sectional view taken on line 4-4 of Figure 1. Figure 5 is a similar view on line 5-5 of; Figure 1 and illustrating in dotted lines the manner in which the staple strip is employed withina stapling machine. -Fi re 6 illustrates a metallic sheet from whic the die of a punch press has stamped and partia ly shaped condition.

It might be here stated that Iv am aware of patents granted for staples and staplestri s of the general type for use in stapling mac ines and it is with such staples in view that the present invention has been designed f their inadequacies. 4

to the drawing and more par- Figu're 1, the reference character 10 designates my improved staple strip in its entirety, the portion or section 11 of which illustrates staples completely formed or shaped and ready to be'cut and driven by a stapling machine, while the ortion 12 (one staple only, being shown) designates the staples prior to shap- 11.

to overcome Referring re 2 is a plan view of a strip of comv ing, and in which forms the same are usually constructed; are shipped, and are inserted into the machine.

Taken individually each staple 13 comprises a horizontal body portion 14 which terminates at each end in downwardly projecting 'legs' 15 adapted to penetrate the materialto be held by the staple, and the lowermostends of said legs 15 are provided with points 16 to facilitate their penetration.

At a point intermediate the ends of the horizonal body-14 a portion thereof is bent downwardly to provide a rib 17 which serves as an additional gripping means for material to be held by the staple as the entire leg penetrates the material Taken collectively the staple strip 10 is composed of a series of the individual staples 13 which are an integral part of the strip through the medium of their respective connections to each other by bridges 18. As

/ clearlyshown, these bridges 18 are alternately ofiset between first one pair of staples and then another. It will therefore be seen that by providing first the V-shaped rib 17 centrally of the underside of the staple strip it is possible to effect the above alternate bridging by merely alternately notching out the material of the rib as at 19.

Figures 4 and 5 of "the drawings clearly illustrate the rib and the angular'bridges 18, while Figure 5 more definitely illustrates the objects of the construction described thus far. In this view the base ofthe anvil -20 of a stapling machine is illustrated in dotted lines and it will be seen that the rib 17 rides in the anvil groove which is of less depth than the depending length of said rib in order to space the under face of the horizontal portion 14 of the staple strip with respect to the upper horizontal face of the anvil to eliminate friction therebetween during the passage of the strip through the stapling machine.

The cutter of a stapling machine is illustrated in dot-and-dash lines as at 21 and for the purpose of clarity to the layman it might be mentioned that the cutter also constitutes the" piston' driver which is substantially square in bottom plan and fiat horizontally and that the same after having severed one staple from the staple from the strip, follows through on its stroke to drive the separated staple out of the machine and impale the legs thereof in the material to be secured thereby.

The cutter' 21- when driven downwardly from the position shown in Figure 5 will first contact with the uppermost edge of the angular bridge 18 and shear or slice the same to disconnect the staple fromthe remainder of the strip; from which point the driver delivers same in the usual manner as set forth. It will therefore be seen that the cutter 21 acts only on the edges of the bridge .the staples to chop one staple from the strip as is the common practice at present.

In comparison with the present method of a central fiat bridge to be chopped by the same portion of the cutter continuously, I position the angular bridges first on one side of the center of the staple strip and then the other in order to alternately co-act with different cutting faces of the cutter, WlllGh'lD itself would consequently allow just double the life of vthe cutting edge of the cutter even exclusive of my additional improvement of slicing instead of abruptly chopping the staples apart.

The central rib 17 also serves the function of a spring which allows the legs of the staples, while in flattened condition in the machine, to flex in order to freely pass any irregularities while passing therethrough, and return the same to original condition upon reaching the anvil where the leg portions are bent downwardly to form the legs 15 in a manner well known in the art and not deemed necessary to describe. It might be if distorted in such manner as mentioned will remain so, as a fold or crease is formed which remains in the staple or staples affected and clogs the machine either upon reaching'the staple feed mechanism of the machine or the cutter; but if still able. to pass said feed a deformed and ineffective staple will be delivered from the machine.

In Figure 6, I have illustrated the metallic sheet A from which my improved staple strips are stamped and such sheet in the stage shown, has received the cutting and shaping die of the punch press to form the staple strips in their flat condition, which is the preferred method of construction prior to use in a stapling machine of the character for which said staples were primarily de same does not alter the advantages set forth as the spring action of the central depression of rib. 17 is identical. v

As clearly shown in said Figure 6 two staplestrips 10 have been cut therefrom and the central ribs 17 formed simultaneously with said cutting operation and the legs 152 are in flat condition corresponding to the p p0rtion'12 illustrated inFigure' land as tion are designed for use in machines which form them into *U-sha'pe therein. t will be seen that due to the alternate cutt' g reviously specified the staples in this conof the rib portion 17 as previousl designated at 19 will necessitate a V-shaped opening in the metallic sheet A which constitutes the only waste portion of said sheet other than the conventional discard portions which are common in the art.

As shown at D a sta le strip of entirely flat condition has also en cut from said sheet A and this type is also adapted to be used in the same type of machine as are the strips 10. This type of staple strip has bridges 18 alternately depressed in a. manner similar to the'prefered form of staple.

From the foregoing seen that I have provided staples readily adaptable to strip formation and capable of attaining the manifold objects of the invention.

While I have described what I deem to be the most desirable embodiment of my invention, it is obvious that many of the details may be varied without in any way departing from the spirit of my invention, and I therefore do not limit myself to the exact details of construction herei'n'set forth nor to anything less than the whole of my invention limited only by the appended claims.

-What is claimed as new is 2- 1. A staple strip including joinder portions between the staples of the strip, said portions disposed at an to the body and leg ortions thereof.

2. A staple strip 0 the character described description. it will be ing portion angle with respect comprising a multiplicity vof preformed staples each includin a V-shaped connectand alternately offset with respect to each other.

3. A staple strip embodying a multiplicity of preformed staples, and integral alternately isposed offset portions for connecting the staples together in strip formation.

4. A staple strip cut and formed from a single piece of material to provide series of s aced stapling legs on each side of a V- s aped rib alternately notched coincident with the space between certain of the stapling legs.

5. A staple strip cut and formed from a single piece of material to provide a multiplicity of preformed staples each comprising stapling legs connected together by relatively angularly disposed connecting portions, the staples connected together by the merging of one of said angularly disposed connecting portions with a similar connectof the adjacent staple.

6. A staple strip cut and formed from a single piece of material to provide series 0 spaced pointed stapling legs on each side of a V-shaped rib alternately notched coincident with the' space between certain of the stapling legs.

11 testimony whereof I afiix mg signature. CHAS. B. GOO STEIN. v

inglportion, and join er portions respectivey etween the staples positioned at an angle

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2564900 *Nov 28, 1947Aug 21, 1951Henriksen Ernst Johan JensWire staple for tacking apparatus
US2574219 *Apr 17, 1950Nov 6, 1951Lawrence A MarsdenTack strip
US2811073 *Mar 16, 1955Oct 29, 1957Lindsay Stevens CarstairsThree legged staple
US3128667 *Nov 19, 1959Apr 14, 1964United Shoe Machinery CorpStaple having a leg configuration for securing wood or metal studding
US3527477 *Apr 29, 1968Sep 8, 1970Witrick LouisStaple fastener
US4589416 *Apr 11, 1985May 20, 1986United States Surgical CorporationSurgical fastener retainer member assembly
US4809849 *Mar 9, 1987Mar 7, 1989The Fletcher-Terry CompanyStack of asymmetric fasteners and combination thereof with cooperating magazine
US5718548 *Apr 17, 1995Feb 17, 1998Clipmaster Corporation Pty LtdStaple assembly
US20110247300 *Apr 8, 2011Oct 13, 2011Poly-Clip System Gmbh & Co. KgClosure clip and die for closing said clip
Classifications
U.S. Classification411/443, 411/920, 24/703.5
International ClassificationF16B15/08
Cooperative ClassificationF16B15/08, Y10S411/92
European ClassificationF16B15/08