US2553111A - Electrostatic toy animator - Google Patents

Description

y 5, 1951 w. E. QUILLEN 2,553,111

- ELECTROSTATIC TOY ANIMATOR Filed Apr-i1 24, 1950 Inventor WRIGNOL E. OUILLE N Patented May 15, 1951 ELECTROSTATIC TOY ANIMATOR Wrignol E. Quillen, Phoenix, Ariz.

Application April 24, 1950, Serial No. 157,832

4 Claims.

This invention relates to toy animators.

One of the objects of the invention is to provide a toy in which small figures of paper, pith, or cellophane may be animated by static electricity and made to perform antics in a new and improved manner;

Another object is to provide a toy animator operated by static electricit generated on a sheet of acetate film tightly stretched over concentric rings and supported by a tripod on which a grounding plate may be easily and accurately ad- J'usted;

Another object is to provide a static electrical toy of the type above mentioned in which access to the area of animation may be freely and easily had at all times during its operation;

A still further object is to provide a toy of the class above mentioned in which the distance between the charged diaphragm of acetate and the grounding plate may be easily and quickly varied to suit different sizes of figures.

Other objects will appear hereinafter.

I attain the foregoing objects by means of the construction, design, and combination of parts shown in the accompanying drawin in which Figure 1 is a perspective view of the complete toy;

Figure 2 is a side elevation thereof with parts broken away to show interior construction and drawn on a slightl larger scale;

Figure 3 is a side elevation of one of the figures used;

Figure 4 is a front elevation thereof;

Similar numerals refer to similar parts in the several views.

As shown in the drawing, the diaphragm 2 is composed of transparent acetate film of the type commonly used in wrapping parcels and packages. It is known that this has a very high dielectric coeificiency and is therefore suitable for the generation of static electricity by friction. The edges of this diaphragm are clamped between the concentric rings 3 and 4. The inner ring 3 is solid while the outer ring 4 is expansible, this being obtained by a spring 5 which draws the abutting ends together.

On the outer surface of ring 4 there are three depending legs 6. These legs are of any suitable height and are intended to support the device on a table or the like on which it is to be used.

A ground plate 3 composed of cardboard, has a diameter slightly larger than that of the outer ring, and is pierced at three points by holes 1 so as to admit the three legs 6. These are sprung outwardly somewhat so as to frictionally engage the outer edges of holes 1 in the plate. The top surface of the grounding plate 8 is covered with a metallic paint in such as aluminum paint to give it a slight amount of conductivity.

An exemplary form of a figure to be animated is shown in Figures 3 and 4. It is intended that this can be cut out of any soft unglazed paper and be of any convenient size and shape. The figure is indicated by numeral 12. At the bottom of the .figure a blobJ 4 of wax containing a small amount of metallic powder is affixed. The purpose of this is to weight one end of the figure so that the other end will be drawn up toward the diaphragm when it is charged with static electricity. The figure may be stiffened by a vertical fold, as shown in Figures 3 and 4.

In operation, the device, having been placed on a table or the like, is charged with static electricity by being rubbed briskly either with dry fingers or dry silk or leather. When a charge has been impressed on diaphragm 2 the figures may be easily placed between it and the grounding plate. The distance between this plate and the diaphragm is then varied to suit the height of the figures when they stand erect as shown in Figure 1. Since figures may be cut at will, as from printed figures in comic strips and the like, their height will vary greatly and it is therefore essential that the critical distance be provided between the type of the figure when erect and the under surface of diaphragm 2. By varying the ground plate on the legs, this distance can easily be secured. When this is done the figures will hop up and down and move about beneath the diaphragm according to the vagaries of the static charge residing on the diaphragm.

Heretofore certain devices of this nature have been made but all had a common defect in that they provided a casing around the perimeter of the grounding plate. This casing detracted from the use of the devices in that the moving figures were inclined to lodge against or hang up in corners or otherwise, and since it was difficult to reach into the case without disturbing the static charge the users quickly tired of the toy and it was discarded.

It is pointed out that the three legs of this device do not afford a vertical surface against which the figures may easily lodge and if they do, a mere touching of them with the finger will disperse the charge so that they will again go back into the animation area indicated by the letter A.

Should diaphragm 2 become loose or worn it may be easily replaced by removing ring 3, fitting a new film of dielectric over it and then replacing it within ring 4 by forcing it upward from below. The plate 8 is removed during this operation, but is easily replaced and then again adjusted to the right distance relative to diaphragm 2.

From the foregoing it will be readily under-- stood that I have a form of static electric toy which is easily and cheaply made and which overcomes the troubles and armoyances "heretofore experienced with these devices;

I claim:

1. An animator toy comprising a pair of concentric rings, a sheet of transparent dielectric material stretched across the inner ring of said pair and secured in place by the-'outer ring of said pair of rings, legs attached to the perimeter of the outermost of said rings, and a "ground plate having a conductive upper face nemov'a'bly attached to said legs.

2. An animator toy operative by static electnieity, including in-combina-tion, a nigid-inner diaphragm supporting ring, a resiliently contracting outer ring concentricallypositioned =around said inner ring,. a diaphragm "of thin transparent dielectric material I tightly stretched "over said diaphragm supporting rings-and clamped "over the peripherythereof :bysaid outer ring, a plurality of l'egsattached to the periphery of saidwouter ring' and depending. therefrom, t-andea ground plate-having 'a conductive upper surface andz perforations mating fwitlusaidi-legs positioned beneath said: diaphragmrinparallel relation there"- to. with said le'gsfe'xtending through said per-forations andifi ictionall'y engaging the edges there of to afford support for =saitl plate.

3 An animator toy comprising a pair of concentric rings, a sheet of transparent dielectric material stretched across the inner one of rings and extending over its peripheral edge, and clamped in place by the outer ring, legs attached to the perimeter of the outermost of said rings, a ground plate having a conductive upper face removably attached to said legs, and a toy figure of light dielectric material adapted for free movement between said sheet of dielectric material and said ground plate.

c 4. An animator toy operative by static electricity, including in combination, a rigid inner diaphragmsupporting ringa resiliently contracting outer ring, concentrically positioned around said. inner ring, a diaphragm of thin transparent d iele zctric material tightly stretched over said diaphragm supporting ring and clamped over the periphery thereof by said outer ring, a plurality of. flags attached to the periphery of said outer ring and depending therefrom, and a ground plat-e having a conductive upper surface and perforations mating withasaid legs positioned beneath=sa-id=zdiaphragmz incparalle'l relation therete -With s'aidzlegs extending throngh sa'idperfdrations-wancl 'frictionally engaging the edges thereof to afford support 'for said plate, and a figure to Number Name 'Date 1*64323 'Decker June 22, 1875 1,573,122 Rank\ eb/1'6, 1926 2,182,957 Blanck Dec. 12; 1 39 2,4'l8,"922

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