Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.


  1. Advanced Patent Search
Publication numberUS1123221 A
Publication typeGrant
Publication dateJan 5, 1915
Filing dateMar 19, 1913
Priority dateMar 19, 1913
Publication numberUS 1123221 A, US 1123221A, US-A-1123221, US1123221 A, US1123221A
InventorsAlbert J Beckley
Original AssigneeAlbert J Beckley
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
US 1123221 A
Previous page
Next page
Description  (OCR text may contain errors)




1,123,221 Patented Jan. 5, 1915 W17 %ll m 1 I 7 7 lnventar:

SEEAPLELEIiE-MAQEINE To all; 11:7 am it may concern Be it own that l, ALennr-J. EECKLEY,

a citizen -e United States. and resident of lVestiield. -e cor i n Ltate of New sey, have int 1 new and us improvein otapling-lilachines. specihcation.

prwements relate machines for of which. the

.L QLS, tags or n "ses together or one or more to substance as for instance the be): to which paper or clot eggs 1 t arly attached by techs or staples.

simple. .rahl

ma be he machine in ice at mac c 1 in use for many years, and teem have been sold to used persons, but when used by such have. 1 believe, frequently on rendered .i less by carelessness in hand; ng and defective construction, and even when used by those skilled in the handling of machin have required frequent repairs ior the reasc the parts have been so constructed and arranged that sooner or later they become broken or lose their adjustinent. This due largely to the fact that they must be used under varying conditions and on materials of various character, as for instance paper, cloth card-board and wool, as well as to the fact that other conditions calculated to interfere with the proper operation invariably arise. 1 machine of this character, in order to be successful and dependable under the varying conditions of use must he so construct d as to act with certainty, resist conditions calculated to interfere wit its operation without breaking or becoming inoperative and r a ntain its adjustment in the hands of. neisons entirely persons t" unfaini ar with its mecha It is to acco'inp 11 these ends and o owe the objections to the machines iorin iv used that the improvements have been evised.

The mvention consists in the construction,

zone, and thus securing twoor can. 5 late.

on March 19, 1513. Serial 2&0. 755,826.

combination and arrangement of parts hereinafter described and claimed and illus: trated in the accompanying drawings.

in the said drawings l igure l is a side elevation of stapling machine embodying improvements with one of the two shells 1 other fastening means passed three 11 the holes if, both parts of the casing beingprovided with. such holes the holes heing in ineinont when the two parts are peep ,placel. together. vfithin the'vertical A -forined by c gposiiig angular nav grooves in the frame parts-the driver B works. This driver is rectangular iii-cross section fitting the grooves of the. casing and is prevented from. having movement other than vertical by its rectangular form and the cones; ending form of. the way iii Which,

it works. It is held normally in its upper-. most position and returned to. such position after being depressed, by the compression spring C located between .ltS.tlIlOl) B and the of the casin 6n the rearv of the driver is a longitudinal recess B in which the lug D of the rocking piece D is located. and its lower extremity is formed.

into a staple-drivingcutter B which works in the vertical grooves A of the casing, formirn a restricted continuation of the way A". driver is checked at the proper point bv' the oulder formed at the junction oi A and contact of recess B x piece which brings the depending D of that member into contact with to stud extending through the casing, after rocking that member and giving the staple moving means forward movement.

The rocking member D is pivoted at D and. in addition to the projections 13' and D has a rearwardly depending portion D to which the staple feeder F is pivoted. In

e lip B at the lowerend of The downward movement. of the.

. and its upward movement is checked 1th the projection of the rockthis manner the feeder is retracted when the member D is rocked by the downward the path of the staples, and the longitudinal recess B of the driver is, therefore, of such length that the lip B does not come in contact with the projection D until this point in the upward movement of the driver has been reached. Nor should the lower end of the feeder be withdrawn from the staple strip until the end staple has been severed from the strip, and this is provided for by the downward free movement of the driver before it strikes the projection of the rocking piece D.

The feeder consists of the forked lower end or claw F, constituting the primary staple moving means, adapted to engage the staple strip G .between the staples, the forked upper end F by which it is pivoted to the part,D andi the intermediate portion F. It is pressed against the staple strip by the volute spring H which has its upper end held ina slit in the depending lug D, and its lower end constantly in contact with the feeder F immediately above the staple-engaging fork. The spring, therefore, on account of its construction and arrangement with respect to the parts D and F, and the arrangement of these parts, not only acts to press the feeder against the staple strip but has a tendency to return the member D to its normal position, and at the same time to thrust the feeder forward. In this manner, a limited forward pressure is exerted upon the staple strip the moment the driver begins to ascend which, of course, occurs instantly when the driver has driven the detached staple. This action is of great advantage in preventing the staple strip,

from becoming displaced and insuring the complete movement of a staple into the path of the driver.

The staple moving 'cl'aw F is withdrawn from behindthe staple, after the foremost staple has been severed, by the impact of the upper edge of the recess B against the projection D of the rocking piece D, thus causing that piece to. rock and draw the said claw upward and backward from contact with the staple.

The spring staple holder J consists of a strip with a lower beveled edge and a looped upper end J turned around the stud A to secure the'said holder. The holder is constantly pressed against the upper surface of the staple strip (see Figs. 1 and 2) by the pin A which holds it" constantly flexed so that a strong pressure is exerted by its lower end upon the strip of staples, and the staples thus held against accidental movement when not engaged by the feeder. This pin A also acts to cause the feeding member to move upwardly and thus disengage the strip when the strip is retracted in withdrawing it from the magazine.

The way A is of slightly greater horizontal diameter than the staples, and the width of the die or anvil piece K located therein is slightly less than the distance between the prongs of the staple so that the staple strip will be confined between the said die and the surrounding walls and will be guided and prevented from having vertical or lateral movement thereby. The staples are out 01f at the forward end of the die K when lower cutting end B .of the driver B strikes them, in the usual manner, and are carried down through the grooves A and forced into the material. In using thestapler to bind together thicknesses of relatively soft material it is desirable to first place the material on a metallic surface so that the ends of the staples will be upset or clenched by the said surface, and the machine may be provided with an anvil piece to be placed beneath the material, in the usual manner. In using it, however, for such purposes as the attachment of tags to boxes it is not necessary to provide such an anvil piece, and the prongs of the staple will be turned inwardly after passing through the softer material and while embedding themselves in the harder material. In order to facilitate this action the'point-s of the staple prongs are given a slight inward inclination, as shown in Fig. 3.

In operation, the machine is first supplied with a staple strip which is pushed forward until the outermost staple is in the path of the driver. The machine is then placed on the material to be stapled and the desired number of staples driven by striking the knob B and causing the driver to descend, a new staple being thrust into the path of the driver as soon as one is severed and driven, by the action of the feeder F, which on account of its construction and arrangement, moves upward and backward and thendownward and forward to its position behind each succeeding staple, as described. I

What I claim is:

1. A device of the character described, comprising a driver, means for moving the staple into the path of the driver, a connection between the driver and said means so arranged that'the said means is caused to move the staple While the driver is receding therefrom, and an-;independent means for causing the staple moving to act upon a staple before it is actuated by the driver seid means comprising of spring metal bent and held cornpressi at all times and portion en ending para el with i ti-1e upper snr nis means in pros "ts engportion the said staple moving -eeens being mono 23. so as to be free to snore iron: engagement said staples when said parts are in positi 11 but against the pressure of the said spring.

2. A device the character described, comprising s, driver, means for moving the staple into the path of the d s connection between the driver and said ens arranged that the said means is caused move the staple While the driver is receding therefrom and independent means for sensing the ole-snoring means to upon staple before it is actuated by driyer s' nae-ans a strip id independent spring metal and held under cornession at times and hay-rig a portion mending parallel with and h mg; against Lhe upper sn" ineans in pronirnity to its staple e igaging portion, the saiol staple moving means hein" constructed arranged so as to 'oe'iree a all. times to move from engagement Wi" staple with which it isin contact Withou pressing horizontally against the adiece edge of the staple behind it to perm the said staole to move forward freel' an of ens-eminent with it.

e device oi character oescixoed, comprising a driver, a single means for moving the staple int path of the driver for holding against movement in another direction, a connection between said means and the driver so constructed arranged that the driver when in one posi tion holds zneans agai st one of the staples yielding means no nally holding the driver in said position toe portion of the said moving and holding means which is in Contact with the staple being constructto engage the said staple and resist the said movement in another direction but the construction and arrangement of all of the said parts being such that the staple strip not) may be retracted from the magazine WlthOUt injury to it or any of the said parts.

4. A device oi the character described,

comprising a driver, a single means for moving the staple into the path of the driver and is moving a ver so constructed and arranged the-driver when in one position holds tie means against one of the staples, yielding means normally holding the driver in sai position, the portion of the said moving and holding means whi h is in contact with the staple being I constructed to engage 53.1% said staple and holding and confining it between the said lastnanied means and the anvil-piece, the construction and arrangement of l of? the parts being such that the staple may move backwardly Without injury to it or any of the parts.

A device of the character described, so rising a driver, means for moving the staple intothe pa'tli oi the driver a connection between the driver and said means so arranged that the said means is caused to move the staple while the driver isreceding therefrom, and an independent means for causing the staple IHOViZ I means to act upon a staple before it is actuated by the driver, said independent means comprising strip of spring metal bent and held under compression all times and having a portion eztendi .llel wit and bearing against the up face one staple moving means in o; staple engaging portion, the said stap e nioving means being mount-e so to he i ree to more from engagement w "d staples when the said parts are in "110;. l position hut'against spring, and an adfor holding the staples agains l v L- movement cornprising a sprin piece mounted independently of the said inovin means and pressing constantly aginst the upper surface of the staples,

Witness hand this 26th day of February, 1:913, at the city of New York, in the county State of York.

r n-sneer J. BECKLEY.

Witnesses RICHARD l'i arr,


Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US6431427 *Nov 17, 2000Aug 13, 2002Helmut LeitnerNailing device
US6896135Aug 23, 2002May 24, 2005Helmut LeitnerCoil strap with nails for use in a nail hammer
U.S. Classification227/138, 227/95
Cooperative ClassificationB25C5/1627