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Publication numberUS2136701 A
Publication typeGrant
Publication dateNov 15, 1938
Filing dateAug 9, 1937
Priority dateAug 9, 1937
Publication numberUS 2136701 A, US 2136701A, US-A-2136701, US2136701 A, US2136701A
InventorsManierre George
Original AssigneeManierre George
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Book holder for reading stands
US 2136701 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

NOV. 15,' 1938. MAMERRE 2,136,701

BOOK HOLDER FOR READING STANDS Filed Aug. 9, 1937 r 2 Sheets-Sheet l I INVENTOR WMT Q ATTORN EYS G. MANIERRE 2,136,701

HOLDER FOR READING STANDS Nov. 15, 1933.

Filed Aug. 9, 1937 I 75 67 I Z0 32 J3 C. E a o a 52, g; 4 53 as I W i:

v l 75 w INVENTOR 6 7 WMQIQMQMM.

ATTORNEY-S Patented Nov. 15, 1938 UNITED STAT ES PATENT OFFICE BOOK HOLDER FOR READING. STANDS George Manierre, Milwaukee, Wis. Application August 9, 1937, Serial No. 158,012

lit:

4 Claims.

lvlly invention relates to improvements in book holders, for reading stands, with particular reference to stands of that class which. are provided with means for holdingbooks in open or reading position, convenient for readers in various sitting or reclining positions.

An. important object of my invention is to provide, an improved reading stand in which the book support, or holder isequipped with book cover clamping means adapted to receive and hold books of various sizes with their covers clamped in open position. without engaging the pages, the latter being either left free for turning movements or held to the book covers by independently operable page holding means, i

A further important object is to provide such a. reading stand with an improved adjustable support for the. book and its associated cover clamping means, which support can not only be conveniently manipulated to hold an open book in either upright or in downwardly or laterally inclined positions to suit the convenience of readers infsittingposture and in various reclining positions, but in which all required adjustments of the book or its pages may be made by the reader even though only one hand is available for that purpose.

Further. objects are to. provide improved page holding means, operable either independently of each. other, or simultaneously, for holding or releasing pages at opposite sides of the binding,.and to provide improved. means for manually retracting, and looking or. latching the page holders in retracted position, subject to release by a further traverse of the manually operable retractor; to provide auxiliary latching. means forautomatically holding page holders in retracted position until: manually released; to provide auxiliary means for supporting magazines, music sheets, and the like, and in general, to provide improved; means for holding books, music sheets, etc., whereby page holding and turning operations may be'readily performed without disconnection from the support.

in a vertical position, one page holding finger being shownindependently retracted.

Figure 3 is an enlarged fragmentary sectional view drawn to line 3-3 of Figure 1, with the book omitteda Figure 4 is a similar sectional view, drawn to line 4-4 of Figure 1.

Figure 5 is a sectional view of the supporting couplings drawn to line 5--5 of Figure 2.

Figure 6 is a fragmentary view in front eleva- 10 tion, showing the book supporting ledge and means for manipulating and looking a set of page holders in retracted. position.

Figure 7 is a perspective view of an auxiliary music sheet mounting plate, adapted to be held 5 in position by the book cover clamping means.

Like parts are identified by the same reference characters throughout the several views.

For the purposes of this description, the supporting portion or standard may be assumed to be of any ordinary construction. As illustrated, but not herein claimed, it comprises a ring-shaped base III; from one side of which rises a hollow post II in which a slide rod I2 telescopes. This rod and the post socket are preferably flattened in. cross section to prevent relative rotation, and the slide rod supports a curved arm IS, the upper portion of which extends. approximately horizontally across the space above the ring [0, thus providing a portable support of light weight and great relative stability against tilting movement under. the weight; of books or. other objecfts mounted upon the holder.

The arm. t3 willpreferably be made tubular and apertured so that an electric lamp cord 14 may be passed through it to a suitable lamp l5 supported from the stand, as hereinafter explained.

The book support includes an angle bar, one flange 20 of which is adapted to serve as a ledge upon which the lower mar-gins of book covers may rest. A back flange 2| extends upwardly from the rear margin of the. ledge at a slightly acute angle to its cover. receiving face, and from the central portion of this back flange a back bar 22 extends upwardly and its upper end portion is provided with a lamp supporting arm 25 which is pivoted. at 26 to the upper end of the back bar 22. It may be secured in various desired positions of pivotal adjustment by a thumb screw 21. The arm 25 may support a lamp I5 and its shade 29', the lamp cord l4 extending to the lamp along the arm 25' substantially as shown.

A: set of coupling members, connected with each other for substantially universal adjustment of the book support with reference to the stand, includes a forked member 30 which is pivoted by a normally vertical bolt 3| to the arm l3, and another member 32 rotatively secured by a king bolt 33 to the member 30', and having forked arms 34 pivotally connected with a projecting car 35 on the back bar 22 by a normally horizontal transverse pivot bolt 31.

The coupling members 30 and 32 have mutually engaging fiat bearing surfaces through which the king bolt 33 passes, and'the king bolt and pivot bolts may be provided with clamping thumb nuts 34, whereby a book may be held in any desired position of adjustment notwithstanding the weight of the book and book holder. These coupling members allow the book holder-to be swung laterally on the axis of the bolt 3|, and rotated upon the axis of the king bolt 33 in addition to upward or downward tilting movements of adjustment upon the horizontal axis of the bolt 31.

In order to hold the book securely in any of these positions while adjustments are being made, and also when pages are being turned, I provide suitable means for clamping the book covers in position without interfering with page turning movements. This cover clamping means will now be described.

Due to the factthat the ledge 20 extends at a slightly acute angle to the flange 2| and back bar 22, downward pressure upon the book covers will tend to force their lower margins backwardly against the back flange 2|, thus preventing them from sliding forwardly to the free margin of the ledge.

Clamping pressure to hold the covers in this position with the binding of the book against the back bar or parallel therewith is applied by a set of cover clamping heads 40, which are preferably forked or provided with depending lips 4| engageable .with the inner faces of the book covers, and longer depending projections 42 to embrace the outer faces of such covers. These clamping'heads are supported from the back bar 22 by arms 45 which are. pivoted to opposite sides of the back bar at 46, said arms normally extending downwardly and laterally on opposite sides of the bar with the cover clamping heads secured'to their depending ends. To apply the clamping pressure I preferably employ a set of tension springs 48, each secured to one of the arms 45 at 49 with its lower end connected with the associated bar 22 intermediate of its ends, whereby said arms are normally held in the position in which they are shown in Figure 2, further downward movement being prevented by stops 50. The page holders are pivoted to a rod supported from the ledge..2|l by brackets 52. Rod 5| is located in front of and below the forward margin of said ledge 20, and each page holder comprises a curved finger 53 having one end provided with a hub 54 mounted to oscillate upon the rod. The other. end of each finger has a page engaging extremity 55, which is preferably surfaced with rubber or otherwise cushioned for engagement with book pages.

Each hub 54 has a flat spring 56 Wound thereon with one end secured to the hub and the other end secured to the associated bracket 52 under tension urging the finger 53 toward page holding position, subject to manual retraction, either by directly grasping the finger or by oscillation of an operating thumb piece 58. The latter is mounted to oscillateindependently upon the rod 5| between the page holding fingers 53, and is provided with laterally projecting lugs 59 engageable with oppositely projecting lugs 60 on the hubs 54 when the fingers are in page holding position and when they are being held by the operating piece in retracted position. Therefore, either page holding finger is free to move to page holding position independently of the other, and regardless of the number of pages to be held by it or by the other finger.

Also, when either page holding finger is independently retracted, its hub lug 60 moves away from the associated lug 59 on the operating piece, and no motion is transmitted to either the operating piece or the other finger, whereas, when the operating piece 58 is pressed downwardly, its lugs 59 transmit motion through both of the hub lugs 60 and simultaneously retract both page holding fingers. In that event, both page holding fingers may be locked or latched in the retracted position by mechanism now to be described. The operating piece 58 has an inner margin spaced from the rod 5| between its pivotal or hinge connections with that rod. This margin is loosely connected at 66 in the notch of a looking or latching dog 61, through the hub of which rod 5| loosely passes so that said dog 61 may either slide upon the rod independently of the operating piece or may oscillate upon the rod in correspondence with oscillations of the operating piece.

The dog 61 is normally engageable with a stop bracket 68 depending from the ledge 2|, but may be lifted from said bracket by downward movement of the operating piece. When oscillated to the raised position it may be locked or latched in that position by any suitable means to hold the operating piece and the page holding fingers in the retracted position. In the construction shown, I have illustrated two devices for thus holding the dog in the retracted position. Either or both of these devices may be used in a single structure. I may use an automatic spring latch for one-hand operations, and preferably use a depending stop on the ledge 2| for engaging the dog when the latter is shifted from its normal position as hereinafter described.

For automatic latching operations I employ a flat spring which projects forwardly from the under surface of the ledge (or from the bracket 68) In its normal position, an upwardly swinging movement of the dog 61 will bring it into frictional contact with this fiat spring 10 and lift the spring as the dog approaches a vertical position.

If desired, spring 10 may be provided with 9. depending catch projection 1|, whereby, if the swinging end of the dog passes this projection, the dog will then be positively held in the raised position and because of its interlock with the operating piece the latter will be held in the depressed position with the page holding fingers retracted. By manually lifting spring 10 the dog may be released, whereupon the operating fingers and associated parts will be returned to normal positionby the finger spring 56.

The dog latching spring 10 is peculiarly adapted for one-hand manipulation of the parts, either forturning pages or replacing books. But the latching dog 61 is not only mounted to oscillate upon the rod 5|, but when raised it may slide thereon into and out of position for frictional engagement with a depending stop bracket on the ledge 2|.

A compression spring 16 coiled on the rod 5| urges the dog toward its normal position underneath the fiat spring 10, with the hub of the dog in contact with a shoulder 11 of the operating piece. But when the dog is manually lifted by depression of the operating piece 58 and then pushed laterally into position for engagement with the stop bracket 15 and the operating piece released to permit such engagement, the spring 16 has insufiicient power to overcome the friction of the dog upon this stop bracket under its pressure derived from the springs 56, and therefore the page holding fingers will be held retracted, subject to release whenever the operating piece is manually pressed downwardly to a suflicient extent to withdraw the dog from the bracket and allow the spring '16 to push it laterally to its normal position under the fiat spring 10 and in contact with the shoulder ll.

Thereupon manual release of the operating piece will allow the fingers to returnto page holding position, and also allow the dog to return to its normal position in contact with stop 63.

To adapt the holder for supporting music sheets or other sheets which are not bound between rigid or semi-rigid covers, I may employ the auxiliary equipment shown in Figure '7. The sheets to be supported in the holder are first mounted upon a plate 80 and temporarily secured thereto by a rod 8| having its ends secured to the plate and intermediately spaced from the plate sufiiciently to allow the music sheets to be slipped into position between the rod and plate, whereupon the mounting plate may be adjusted on the ledge and secured by the clamping heads in the same manner that book covers are secured. Pages may then be held by the page holding fingers in the manner above described.

Preferably the plate 80 has a base flange 82 to rest upon the ledge 2! of the holder, and the lower end of the rod 8| is secured to the margin of this base fiange, whereas the upper end is elbowed and riveted to the plate at 83.

My improved construction allows books to be supported with the pages facing downwardly or in any other direction and the pages freely turned or wholly released for free turning movements without releasing the book from the holder. Also, books may be released and replaced with the greatest facility while the page holders are latched or locked in a retracted position.

I attach great importance to this independence of the page holders from the book clamping means, and to the provision of means whereby the page holders may be simultaneously retracted and latched or may be independently retracted without affecting any other operating members.

When the page holding fingers are retracted, either open or closed books may be inserted in the holder. If a book is to be inserted in a closed position, one of the clamping heads may engage one of the covers and hold it tothe ledge at one side of the back bar. Thereupon the book may -be opened to the desired page and swung to the open position while manually lifting the clamping head at the other side of the back bar into position for engagement with the cover of the opened part. 1

I claim: 1. In a book holder designed to support an open book in various reading positions, including a position above a recumbent reader, with exposed pages facing downwardly, the combination of a book support having a ledge with which end margins of open book covers may be engaged without interfering with page turning operations, a back bar projecting upwardly from the central portion of the ledge, a set of cover clamping arms having adjacent ends pivoted to the back bar and having their extremities engageable with the upper end margins of the covers of an open book to clamp the covers between said arms and the ledge, and springs secured to the back bar below the arms and connected with intermediate portions of the arms for applying yielding pressure to said arms to hold them in book cover clamping position.

2. In a book holder of the described class, the combination with a book cover supporting ledge, of book cover clamping means adapted to securely hold the lower margins of the covers to the ledge, a rod supported from the ledge and provided with a set of page holding fingers mounted for oscillation about the front margin of the ledge into and out of page holding position, an operating piece mounted for independent oscillation on said rod and provided with means for transmitting retractive motion to said fingers when oscillated in one direction, a resiliently yielding catch connected with the ledge and a latch dog pivotally supported by the rod and adapted to be actuated by the operating piece into locking engagement with said catch during extreme finger retracting movements of the operating piece.

3. In a book holder of the described class, the combination of a book supporting ledge provided with a set of depending finger supporting brackets and an intermediate stop bracket, a rod carried by the finger supporting brackets in a posi tion substantially parallel with the ledge and forwardly and downwardly ofiset therefrom, a set of curved spring actuated page holding fingers, each mounted to oscillate on said rod, anintermediate finger operating piece having projections for engagement with the fingers to retract the latter when said piece is swung downwardly, a resilient catch plate supported from the ledge, and a latch dog associated with said operating piece in a position to engage and lift the catch plate at one stage of its movement and toengage either the plate or the bracket for temporarily latching the fingers in retracted position,

,4. In a book holder, the combination of a book cover supporting ledge and an upstanding back bar provided with oppositely projecting book cover clamping arms pivotally connected with said bar, springs connecting said arms with the back bar and adapted for applying resilient clamping pressure to said arms to urge them in the direction of said ledge, and an auxiliary plate engageable between the clamping arms and ledge and having a forwardly ofiset wire-like bar substantially parallel with the back bar and adapted to hold music sheets and the like to the plate.

GEORGE MANIERREL

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2501019 *Aug 30, 1946Mar 21, 1950Purdy E AttickAdjustable book and magazine holder
US2570439 *Nov 28, 1947Oct 9, 1951James ForcaHolder for sheets, books, and the like
US2609636 *Sep 13, 1948Sep 9, 1952Stone Mary JeanneBook holder
US3091886 *Aug 28, 1961Jun 4, 1963Donald W NuttingBook holder
US3098314 *Feb 6, 1962Jul 23, 1963Vincent T BorkaBook support
US3790770 *Nov 20, 1972Feb 5, 1974E SternIlluminated book support
US4191354 *Sep 19, 1978Mar 4, 1980Chia Liu SuReading rack for lying position
US5069409 *Feb 19, 1991Dec 3, 1991Batson Jay DBook holder
US5615856 *May 5, 1995Apr 1, 1997Simington; George H.Book holding device and method
US5765799 *Dec 10, 1996Jun 16, 1998Weber; BarbaraPortable collapsible stand for facilitating holding book pages open
US5884888 *Oct 20, 1997Mar 23, 1999Faith VenturesReading material support
US7770864 *Jan 30, 2006Aug 10, 2010Phifer IncorporatedReading stand
US7959124Feb 5, 2007Jun 14, 2011Phifer IncorporatedReading stand
US8123189Apr 29, 2005Feb 28, 2012Phifer IncorporatedReading stand
US8708301Mar 4, 2011Apr 29, 2014Phifer IncorporatedHolder devices and methods of making and using the same
US8851439Feb 27, 2012Oct 7, 2014Phifer IncorporatedReading stand
US20050285009 *Apr 29, 2005Dec 29, 2005Phifer Beverly CReading stand
US20060186303 *Jan 30, 2006Aug 24, 2006Phifer Beverly CReading stand
US20080247608 *Jan 13, 2005Oct 9, 2008Vasilescu Manuela Alex OMethod, System, Storage Medium, and Data Structure for Image Recognition Using Multilinear Independent Component Analysis
US20110215214 *Mar 4, 2011Sep 8, 2011Phifer IncorporatedHolder devices and methods of making and using the same
Classifications
U.S. Classification248/445, 248/453
International ClassificationA47B23/04
Cooperative ClassificationA47B23/046, A47B23/04, A47B2220/0094
European ClassificationA47B23/04