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.

Patents

  1. Advanced Patent Search
Publication numberUS2633373 A
Publication typeGrant
Publication dateMar 31, 1953
Filing dateDec 29, 1950
Priority dateDec 29, 1950
Publication numberUS 2633373 A, US 2633373A, US-A-2633373, US2633373 A, US2633373A
InventorsMarano Herbert W
Original AssigneeWilson Jones Co
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Loose-leaf sheet dispenser
US 2633373 A
Abstract  available in
Images(2)
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

March 31, 1953 w. MARANO LOOSE-LEAFfiHEET DISPENSER 2 SHEETS-SHEET 1 Filed Dec. 29, 1950 IN V EN TOR. #525521 MAI/wave ATTORNEY.

March 31, 1953 H. w. MARANO 2,633,373 LOOSE-LEAF SHEET DISPENSER Filed Dgg. 29, 1950 2 $iEETS--SHEET 2 IN V EN T 0R. A ewaser M MAFIA/o.

BY e wm A TTOR NE Y.

Patented Mar. 31, 1953 Iierbert W, Mazrano, Brooklyn, N.

Y., assignor to Wilson Jones Company, Chicago, 111., a corporation of. Massachusetts Application December 29, 1950, Serial No. 203,330

2 Claims.

The present invention relates generally to loose-leaf paper dispensers, and is a continuation-i-n-part of application Serial No. 198,561, filed December 1, 1950 now Patent No. 2,609,219 issued September 2, 1952. In particular, the present invention relates to a device for dispensing sheets from a stack thereof wherein the entire uppermost sheet in the stack may be removed without tearing any part thereof, and wherein, on removal of the uppermost sheet, at least the end of the succeeding sheet in the stack is retained under pressure and automatically shifted upwardly, and presented for use. Calendar pads, scratch note pads and the like are well adapted for use with the device hereof.

Conventional loose-leaf paper dispensers provide clamps or crossbars across .an end thereof which are screw threaded to the base on which the stacked sheets rest, which cross-bars ride down the stack as sheets are removed therefrom.

This type of structure necessitates care in perforating the. individual sheets andperfect registry in stacking them in vertical alignment for placement on the base, and involves the necessity for loosening the screws for the following operations, or for removing them entirely when a new stack is to be placed on the base and thereafter replaced. Further, this type of dispenser requires the top sheet to be torn from the clamped end thereof on removal from the dispenser. Of course, the sheets may be scored or partially severed prior to insertion in the holder, but in any event, the removal of portions of several successive top sheets leaves raw edges at the clamp line, and these become ragged and unsightly after a number of the sheets are successively removed. The present invention eliminates all these ob- .jections, and in addition, oifers numerous advantages over prior structures. 1

The main object of the present invention is the provision of a loose-leaf paper dispenser wherein the. stacked sheets are yieldingly clamped together and confined at least at only one end thereof, and an entire sheet may be removed from the stack without. disturbing the remainder of the stack. or in any way disarranging the dispenser .or any of the parts thereof.

Another object of the present invention is the provision of a device of the character described which may be loaded easily, quickly and neatly, without disassembly of the device or any part thereof and without disturbing any of the sheets already in the stack. I

, Still another object. of the present invention is the provision in a device of the character described 01' a base member having a false floor loaded;

portion therein, pivoted at an end thereof to yieldingly urge the stacked sheets upwardly and towards a stop member, between which false floor and stop the stack is yieldingly clamped.

Still another object of the present invention is the provision, in a device of the character described, of resilient stack support member pivotally connected to the base at one end thereof, and swingable at its other end towards a stop member vertically spaced upwardly thereof whereby to grip the stacked sheets th'erebetween, the said support being depressible to insert sheet ends therebetween and the stop, in combination with means to retain the swingable end in depressed position.

Still another object of the present inventionis the provision of a loose-leaf paper dispenser having a stack receptacle open at the top except at an end thereof, and open at the front and along part of the sides, whereby access to the receptacle may be had easily and quickly, the device including a spring operated false floor which. is disposed within the device ior pivotal. movement adjacent the open front end.

Other and further objects of the present invention will, in part, .be obvious and, in. part, specifically pointed out in the following description of an illustrative embodiment thereof.

In the drawings annexed hereto and forming a part hereof,

Figure '1 is a perspective view of one form of paper stack dispenser constructed according to and embodying the present invention;

Figure 2 is a longitudinal vertical section therethrough, with the parts arranged in fully loaded condition;

Figure 3 is a view similar to Figure 2 partially Figure 4 is a bottom plan view,.- partly broken away to illustrate structural and operational. details; and

Figure 5 is: an exploded view in perspective of the components of the paper stack dispenser according to the present invention.

The device generally is indicated by reference numeral It, and comprises a holder l2 which includes a fiat-lying rectangularly shaped base I4 upwardly angled from the front to the rear thereof, a rear wall it at right angles to floor l4, and upwardly extended side walls l8, 18 which taper down in height from adjacent rear wall Hi towards the front 20 of the holder. The edge of front 25 curves down to meet the lower edge of the device so as to rest flatly and smoothly against any supporting surface, as at 21.; Base [4 is provided With depending leg portions 22, 22,

wardly thereof.

extending lengthwise of holder I2, whereby it is raised and supported upwardly of and at an angle to any flat surface on which the device may be rested, legs 22, 22 being higher at the rear than at the front, whereby floor I4 is angled upwardly from the front to the rear. Holder I2 may be formed as a unit by molding, casting or otherwise of plastic material, metal or other suitable material, or may be formed of a number of elements joined together.

A short, transversely extending wall 24 is provided across base M, projecting upwardly at right angles thereto, spaced inwardly from the side walls I8, I8. A pair of rectangular openings 23, 23 are provided through floor I4, one on each side of wall 22, although openings of other shapes may well be employed for tailed hereinafter. The inner facing aspects of side walls I8, I8, at the rear thereof and adjacent rear wall I8, are grooved as indicated at 38, to provide slots or niches in said side walls, grooves 38, 38 tapering downwardly as shown. A recess or journal 32 is provided near the lower edge of each niche 38, the recesses being horizontally aligned.

A bridge stop member 48 is provided, of metal, plastic material or the like, having a flat lying centerbar component 42 of length equal to the distance between side walls I8, I8. At each end of bar 42, there is provided a downturned leg 44, shaped so as to be fitted and received into niches 38, but with more steeply tapered sides. Each leg 44, on its outer aspect, is provided with an outwardly extended pin or journal 46. The material of bridge 48 is preferably such that legs 44, 44 may be bent inwardly to pass downwardly between sides I8, I8. When pins 48, 48 are aligned with recesses 32, 32, legs 44, M are permitted to spread apart, seating pins 46, 48 in the recesses 32, 32 and trapping bridge 48 to holder I2. Bridge 48 may, because of the narrower legs M, 44 within groves 38, 38, be swung slightly back and forth in the grooves, the reason for this rocking action to be given below. A window 43 may be provided in bridge bar 12, as desired, through which material printed on the sheets thereunder may be viewed.

A floor member 58 is provided, consisting of a thin, fiat-rectangular sheet dimensioned as to fit within the margins of and over holder I2. Floor 58 may be formed of metal, wood or plastic material, the desidera't'a being strength and rigidity. The front edge 52 of fioor 58 has a pair of fingers 54 formed therein, preferably integral with the body of the floor, fingers 54, 54 extending downwardly and forwardly, and spaced apart to correspond with the spacing of apertures 23, 23 so as to register therewith. The rear edge 53 is downturned, as seen in Figures 2 and 3.

In assembling my device, fingers 54, 54 are keyed into apertures 23, 23 as convenient, and floor 58 dropped inside the walls I6, I8, prior, of course, to the insertion of bridge stop 40. A pair of leaf springs 58, 58 are secured to the underside of floor 58, by means of screws 68, 68 passing through registering apertures 82, 64 in the end of each leaf and in floor 58. The free ends 86 of each spring leaf are curved upwardly slightly, and extend towards the rear of the plate, resting atop base I4 and resiliently urging floor 58 up- As floor 58 is urged downwardly against base I4, spring ends 58, 58 will slide along base I4, towards the rear thereof, as the springs are flattened by the downward pressure on floor 58, d v I the purposes to be de- Means are provided to retain floor 58 releasably in its depressed position as shown in Figure 2, these means comprising an engagement between floor 58 and base I4. A cylindrical, bullet shaped plunger 88 is secured to the underside of floor 58 nearer the rear end thereof, depending therefrom at right angles thereto, in axial alignment with a circular aperture 82 in base I4. Aperture 82 is of greater diameter than plunger 88 in order that the latter may extend into and through the former quite readily. The lower, leading end of plunger 88 is bullet shaped, tapering to a narrow nose end 84. A peripheral annular groove 861s formed in the body of the plunger spaced from the upper end thereof and from the lower end. The position of groove 86 is such that on depression of floor 58, and passage of plunger 88 into and through fioor aperture 82, groove 86 is immediately below the underside of the floor, where it may be engaged by a spring mechanism whereby to releasably hold floor 58 substantially flatly atop base I4.

The releasable locking mechanism 89 consists of a strip of relatively stiff and heavy wire or rod of resilient material shaped to provide a horizontal arm 98 terminating at one end thereof in an eye 92, the other end being bent downwardly as at 94 and terminating in an eye or finger piece 96 in a plane at right angles to that of eye 92. A threaded bolt 98 is provided, passing through eye 92 and into a tapped aperture I88 through base I4 on one side of aperture 82, in line with the front edge thereof, thereby to fasten the looking mechanism 89 securely to the underside of base I4. A second bolt I82 is provided and threaded into a tapped aperture I84 spaced laterally of aperture I88 on the same side of aperture 82 and also in line with the front edge thereof, bolt I82 bearing against arm 98 on one side of aperture 82 to hold same in position across aperture 82 as shown in Figure 3.

The operation of my stack support is as follows: Assuming the device to be empty of any sheets and it is desired to load same, a false floor 58 is pushed downwardly against the resistance of spring arms 58, 58. As their resistance is overcome, and the spring arms are flattened, floor 58 pivots about its trapped and engaged front end 52, and swings downward to approach base I4. Plunger is borne through aperture 82, and its bullet nose 84 will ride against spring arm 88, camming same radially out of line about bolt I82, and permitting the body of plunger 88 to ride past arm 98. As plunger groove 86 is brought to the same level as arm 98, the biasing or loading thereof will cause said arm 98 to spring into groove 86, thereby retaining false floor 58 substantially fiatly against base M, as shown in Figure 2. Bridge stop 48 is rocked slightly to raise the front thereof whereupon a stack of sheeted material as II8 may be slid onto floor 58 with the forward end thereof under bridge bar 40.

The device as a unit is then raised to provide accessto the underside thereof for manipulation of the catch mechanism. Finger piece 96 is pulled towards the front of the device, thereby withdrawing spring arm 98 from groove 86 in plunger 88, and permitting springs 58, 58 to raise false floor 58 and cause same to swing upwardly, pivoting about the engaged front end 52, the rear end 53 swinging upwardly towards the bridge stop bar 48 and resiliently clamp the stack H8 between the false fioor and the bridge stop bar at theffoifward end of the stack. As the top sheet llfla is used, it may be removed from the stack simply by pulling same out from underneath bridge bar 40, whereupon the pressure of springs 58, 58 will be exerted against the remainder of the stack, as seen in Figure 3.

With the device as above described, the sheets need not be perforated, they need not be scored or slitted for removal from beneath the bridge bar holder, and the replacement of the stack is simply and easily performed.

Preferably, but not necessarily, the sheets are of such length that the lowermost thereof will extend between front wall 24 and rear wall I6. The short front wall 24 spaced from the side walls and the tapered side walls I8, l8 permit full and free access at all times at least to the front end of the uppermost sheet in the stack, both for working thereon or removal thereof. While, with a full stack the uppermost sheet, at least, will be substantially parallel to base I4, the removal of successive sheets will ultimately present the uppermost sheet at an angle thereto, as seen in Figure 3.

My device is of simple construction, of relatively few and inexpensive parts, and easy to assemble and operate, and is featured by ease of loading and sheet removal because of the provision of the pivoted false floor 50 and the rocking bridge stop, which make the above and other advantages possible.

Having now described my invention, what I claim and desire to secure by Letters Patent is:

1. A loose-leaf sheet stack dispenser device of the character described comprising a fiat-lying base member, stack confining walls extending upwardly from the base along each side and at the rear thereof, stack retainer means overlying the rearward end of the base in spaced relation thereto and pivotal with respect thereto, a false floor overlying said base and substantially coextensive in area therewith, openings in the base at the front thereof, integral projections depending downwardly from the floor and forwardly thereof loosely interfitting into the openings in the base and permitting swinging movement of the rear end of the floor about the engaged front end, a plurality of spring leaves between the floor and base, the leaves extending lengthwise of the dispenser, one end of each spring being secured to the floor nearer the front end thereof,

the free ends of said leaves resting atop the base nearer the rear thereof, said spring leaves normally urging the free end of the floor upwardly of the base and towards the retainer means, cooperating locking means on the floor and base adapted to releasably retain the fioor in a depressed condition thereof substantially flatly against the base against the normal biasing of the spring leaves, and lock release means on the underside of the base, operation of which releases the floor and permitting the spring leaves to swing the disengaged forward end of the floor upward y to compress the stack between the floor and the retaining means.

2. A loose-leaf sheet stack retainer device as claimed in claim 1, wherein the cooperating looking means comprise an elongated bullet shaped plunger secured to and depending from the underside of the floor, an annular groove in the body of the plunger spaced from the leading end thereof, an aligned opening through the base, and a spring on the underside of the base extending off-center across the opening, movement of the leading end of the plunger down through the opening displacing the spring, the spring fitting into the annular groove to engage the plunger on depression of the plunger through the opening to the point where the groove and spring are horizontally aligned, and manually engageable means on the spring to withdraw same from the groove.

HERBERT W. MARANO.

REFERENCES CITED The following references are of record in the file of this patent:

UNITED STATES PATENTS Number Name Date 405,596 Petsche June 18, 1889 463,256 Side Nov. 17, 1891 680,589 Henkle Aug. 13, 1901 1,010,916 John Dec. 5, 1911 1,320,656 Stith Nov. 4, 1919 1,841,630 Reiter Jan. 19, 1932 FOREIGN PATENTS Number Country Date 459 Great Britain Jan. 9, 1894

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US405596 *Feb 15, 1889Jun 18, 1889 Paper-file
US463256 *Feb 24, 1891Nov 17, 1891 Coin holder
US680589 *Jun 1, 1901Aug 13, 1901Edward A HenklePad-holder.
US1010916 *Dec 7, 1909Dec 5, 1911Berthold JahnMessage-box.
US1320656 *Feb 14, 1918Nov 4, 1919 Holder fob desk-calendars
US1841630 *Jul 8, 1930Jan 19, 1932Lues ReiterCurtain fastener
GB189400459A * Title not available
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US5203845 *Dec 5, 1991Apr 20, 19932749394 Canada Inc.Computer mouse support
US20060290134 *Jul 8, 2005Dec 28, 2006Pascale Steven PProject management organizer clip
US20090301919 *Dec 10, 2009Steven Patrick PascaleProject management organizer clip
USD632332Feb 8, 2011Steven Patrick PascaleBook page marker
USD632334Feb 8, 2011Steven Patrick PascaleOrganizer clip
USD632335Feb 8, 2011Steven Patrick PascaleOrganizer clip
USD632336Feb 8, 2011Steven Patrick PascaleOrganizer clip
USD632337Feb 8, 2011Steven Patrick PascaleOrganizer clip
USD632338Feb 8, 2011Steven Patrick PascaleOrganizer clip
USD632736Feb 15, 2011Steven Patrick PascaleOrganizer clip
USD632737Feb 15, 2011Steven Patrick PascaleOrganizer clip
Classifications
U.S. Classification24/67.3, 281/44, 40/120, D19/92, 281/45
International ClassificationB42D5/00
Cooperative ClassificationB42D5/005
European ClassificationB42D5/00B1