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Publication numberUS2852863 A
Publication typeGrant
Publication dateSep 23, 1958
Filing dateJul 25, 1955
Priority dateJul 25, 1955
Publication numberUS 2852863 A, US 2852863A, US-A-2852863, US2852863 A, US2852863A
InventorsHoman William J
Original AssigneeHoman William J
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Illuminated peg board
US 2852863 A
Abstract  available in
Previous page
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Claims  available in
Description  (OCR text may contain errors)

Sept. 23, 1958 w. J. HoMAN ILLUMINATED PEG BOARD Filed July 25, 1955 40 /f *"L/l 6l 4.2i'l H132 1N VEN TOR.


W//Lmm J jm @ma United States APatent O 2,852,863 i ELLUMINATED PEG BOARD William J. Homan, Mountain View, Calif. ApplicationJuly 25, 1955, Serial No. 524,180

Claims. (Cl. '3S- 73) This invention relates to a toy, and more particularly it has to do with a toy which may be used to instruct children in the proper use of letters, numerals, and the like.

It is an object of the present invention to provide an educational toy which, through the use of illuminated indicating means, is capable of attracting and holding a childs interest.

Another object of the present invention is to provide a toy having electrical circuit apparatus that is extremely simple in construction and economical to manufacture.

A further object is to provide an electrical toy that may be used with safe-ty by small children.

Other and further features, objects and advantages of the present invention will be apparent to one skilled in the art from the following detailed description, taken in connection with the accompanying drawings, in which:

Figure 1 is a more or less schematic perspective of an educational toy constructed in accordance with the teaching of the present invention.

Figure 2 is a perspective of a translucent peg used with the toy of Fig. l.

Figure 3 is a plan View of the left end of the toy of Fig. 1, with the cover of the housing of the toy removed from the sidewalls.

Figure 4 is a fragmentary vertical sectional View taken on line 4-4 of Fig. 3.

Figure 5 is a fragmentary horizontal sectional View taken on line 5 5 of Fig. 4.

In Figure l the reference numeral indicates a boxlike housing having four side walls 12 and a cover 13 all suitably secured together to form a rigid wooden structure. The cover 13 has a plurality of rows, A, B, C, and D, of cylindrical apertures 15 which extend entirely through the cover. Each aperture is arranged to snugly receive the cylindrical shank 17 (Fig. 2) of a peg 18 that has an enlarged, generally cylindrical head 19. The pegs 18 are made of translucent plastic material for a purpose which will be explained hereinafter. Each peg 18 has a letter or a number on its upper surface. The rows A, B, and C are storage rows where pegs that are not being used are kept, while the row D is an active row in which certain pegs are arranged to form a desired word or number. In using this educational toy, the child chooses letters or numerals from rows A, B, or C and forms words or numbers in row D, thus familiarizing himself with the alphabet, the spelling of words, and the formation of numbers.

It is a feature of the present invention that, when each peg is inserted in an aperture in row D, it will be illuminated whereby the childs attention is arrested and focused on the word being formed. Each peg is illuminated by means of an electric circuit arrangement mounted inside the housing immediately below row D. This circuit arrangement comprises a support strip (Figs. 3 and 4) that is made of conducting material, such as copper, and has a ange 26 secured at several points to the inner surface of the front wall 12 of the housing by screws 28 (one screw only being shown). The strip 25 has a plurality of spaced, inwardly projecting tabs 3i) (Fig. 3), each of which has an opening 32 adapted to snugly receive the cylindrical base 34 of a small electric light bulb 35 (Fig. 4). If desired the wall of the opening 32 may have one or more threads formed thereon to receive and hold the usual threaded base of the bulb. A second strip 40, of conducting material, is secured by screws 41 (one only being shown) to the inner surface of the front wall of the housing. The strip 4i) has a at, inwardly extending body portion 42 and an upturned inner flange 43. A plurality of spaced tabs 44 project from the top edge of the ange 43 in a reverse direction back toward the front wall 12, each tab being positioned to underlie one of the apertured tabs 30 of the support strip 25. At one end of the second conductor strip 4%, and arm 45 projects upwardly and inwardly into contact with the end surface of a typical small dry cell 46. The cell 45 is supported by the arm 45 and by a spring mounting member 4S (Fig. 3) which is also made of conducting material. The member 48 is electrically connected to the support strip 25 by a conductor 49 that is held in contact at one end with the member 4S by a capscrew 50, and is held in contact with the support strip 25 by a screw 52.

It will be noted in Fig. 4 that there is a bulb 35 disposed immediately below each aperture 15 in row D of the cover 13. Thus, when a peg is inserted in an aperture 15, the lower end of the peg will contact the top of the bulb and, since the tab 3@ is flexible, the peg will move the entire bulb downwardly to bring thel lower end of the bulb into contact with the tab 44 of the conductor strip 4t). A circuit is then closed from the bulb 35 through the strip 40, the arm 45, the dry cell 45, the mounting member 4S, the conductor 49 and the conductor strip 25 back to the bulb 35. As a result the bulb will be lit and it, in turn, will illuminate the translucent peg with which it is in contact.

Each illuminated peg 13 is held in position, in circuitmaking contact with the associated bulb, by means of a spring retainer member 51 (Figs. 4 and 5) which is secured to the underside of the cover 13 by a screw 53 and has arms 54 and 55 disposed at substantially 90 degrees to each other. When there are no pegs in the apertures 15, the arms 54 and 55 swing inwardly to a position against stop pins 56 to underlie the side edges of a pair of adjacent apertures. When a peg is inserted in one of the apertures, one of the spring arms is flexed outwardly, tensioning the arm and locking the peg in place. if desired, indentations may be provided in the shank portion 17 of each peg to receive the associated spring arm to aid the arm in holding the peg in place.

The housing l@ may be made of plastic and the various mounting strips and brackets may be molded in the housing so that no screw connections will be necessary.

From the foregoing description it will be evident that the present invention provides a novel toy that is particularly adapted for teaching a child the use of letters and numerals. lt is, of course, within the scope of the present invention to provide as many rows of storage apertures as is desired, and it will be evident that other marliings may be placed on the top surfaces of the pegs, as for example, pictures of animals or the like. With such an arrangement, the instructor could set up the problem by choosing an appropriate picture and the child would attempt to spell the name of the animal. The use of illuminated pegs provides an eifective means of arresting and holding the childs attention and the simple unique electrical circuit makes possible an inexpensive unit.

members, an electric bulb having a shank of conducting material mounted in one of'said members and arrangeIl to be moved into contact with the other member to close,l

an electric circuit through said bulb and lightsaid bulb,

a translucent peg adapted to be selectivelyinserted in,V

one of said apertures to engage said bulb and move the shank portion of the bulb into contact with said other conducting member to close said circuit, sad peg having educational indicia thereon which is clearly visible when said translucent peg is illuminated by said bulb.

2. An educational toy comprising a housing having a plurality of positioning holes therethrough, electric circuit means disposed in'said housing adjacent said holes and including two electrically connected conductor plates, a bulb disposed in one plate and arranged to contact the other plate upon being moved a predetermined distance whereby to close the circuit and light said bulb, and a translucent indicator member adapted to be disposed in one of said holes and in contact with said bulb to move said bulb said predetermined distance to close the circuit, said indicator member having educational indicia thereon which is clearly visible when said member is illuminated by said bulb.

3. An educational toy comprising a housing having a plurality of apertures therethrough, electric circuit means disposed in said housing adjacent said apertures and in-v cluding a source of electrical energy, a rst conducting member mounted on said housing and having an apertured exible portion underlying one of said positioning holes, an electric bulb mounted in the aperture of said exible portionvwith the glass portion of the bulb adjacent said 'one hole, a second conducting member electrically connected to said energy source and to said rst conducting member and having a portion disposed in spaced relation below the end of said bulb, and a trans.- lucent peg arranged to be inserted in said one positioning holeto contact the bulb therebelow and move it down-A4 wardly on said flexible portion to contact said second conducting member whereby to close said circuit and light said bulb, said translucent peg having educational indicia thereon which is visible when said peg is illuminated by Vsaid bulb. v Y

4. An educational toy comprising a housing having a plurality of positioning holes therethrough, electric circuit 4 means disposed in said housing adjacent said holes and including a exible conducting strip mounted on one wall of said` housing and having an apertured ilexible portion underlying one of said positioning holes, an electric bulb mounted in the aperture of said ilexible conducting strip, a second conducting strip mounted in said housing having a body portion, a tab disposed in spaced relation below the lower end of said bulb and a support arm extending outwardly from said body portion, a mounting member of conducting material supported on said housing, meansV for electrically connecting said mounting member to said flexible conducting strip, a source of electrical energy supported between said mounting member and the support arm of said second conducting strip, and a translucent peg arranged to be inserted in said one positioning hole to contact said bulb and move it downwardly into contact with the tab of said second conducting strip to close a circuit through and light said bulb, said translucent peg having educational indicia thereon which is clearly visible when said pegV is illuminated by said bulb.

5. A toy comprising a support member having `a plurality of apertures therethrough, translucent pegs having: educational indicia thereon and adapted to be selectively positioned in said apertures, electric circuit means mounted below said support member and arranged to be contacted and closed by a peg inserted in any one of said apertures, a spring retainer member mounted on the underside of said support member and having twoarms disposed at substantially degrees to each other, each arm beingrnormally disposed under an edge portion` of one of said apertures in position to be contacted by a peg inserted in the aperture and moved to a stressed position retainingly engaging the pin in the aperture, and a plurality of bulbs connected in said circuit means and arranged to be illuminated upon closing of said circuit means, one of said bulbs being positioned close to each peg to illuminate the peg.

References Cited in the iile `of this patent UNlTED STATES PATENTS 1,617,272 Peterson Feb.v 8, 1927 1,866,895 Marx May 31, 1932/ 2,424,169 Hoffman July 15, 1947 2,505,230 Composto Apr. 2 5, 195()n 2,575,269 Hall Y Nov. 13, 1951 2,612,708 Amsel Oct.` 7, 1952 2,624,127 Okahara Jan. 6, 1953 2,717,121 Luhn Sept. 6, 1955

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1617272 *Jun 30, 1926Feb 8, 1927Axel Peterson CharlesEducational apparatus
US1860895 *May 2, 1928May 31, 1932Louis MarxEducational apparatus
US2424169 *May 22, 1945Jul 15, 1947Howard Sales CompanySelf-illuminated plastic plug-in alphabet blocks
US2505230 *Apr 14, 1947Apr 25, 1950Frank R CompostoEducational toy
US2575269 *Feb 28, 1949Nov 13, 1951Corliss W HallWar game apparatus
US2612708 *Jan 27, 1951Oct 7, 1952Lawrence AmselEducational toy
US2624127 *Aug 29, 1950Jan 6, 1953Okahara Hisashi HAlphabet game device
US2717121 *Oct 27, 1950Sep 6, 1955IbmKeyboard
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3024541 *Feb 24, 1960Mar 13, 1962Byrum Thelma LSpelling board
US4082279 *Jun 17, 1976Apr 4, 1978Mcfadden Robert LPhonemic word game method
US4366045 *May 29, 1981Dec 28, 1982Rollan SwansonProcess for conversion of coal to gaseous hydrocarbons
US4468316 *Mar 3, 1983Aug 28, 1984Chemroll Enterprises, Inc.Hydrogenation of asphaltenes and the like
US5269529 *Feb 8, 1993Dec 14, 1993Clemente Jose RPegboard game apparatus
U.S. Classification434/407, 235/90, 273/272, 273/238, 434/172
International ClassificationA63F9/06, A63F3/04
Cooperative ClassificationA63F9/06, A63F3/0423
European ClassificationA63F9/06, A63F3/04F