the invention will be described in general with reference to fig1 - 7 , which illustrate various embodiments of the novelty light - up toy 1 according to the present invention . referring now in detail to the drawings , fig1 illustrates a side view of the light - up toy 1 , in accordance with one embodiment of the present invention , which includes a see - through housing 4 that permits a three - dimensional view of the rotating light source assembly when the toy is in use . the housing 4 can be in any desired shape , but preferably is dome - shaped . the see - through housing can be constructed of a plastic material . disposed within the housing 4 is a rotatably mounted light source assembly 20 comprised of a wing portion 3 and an arch portion 2 extending from one end of the wing portion 3 . the light source assembly 20 comprises a printed circuit board 13 disposed therein . the printed circuit board 13 has a shape that fits within the light source assembly 20 . affixed to the printed circuit board 13 is a series of light sources 7 designed to illuminate when the light source assembly 20 rotates . the light sources 7 may be comprised of light emitting diodes , or other suitable light sources . the light sources 7 may be provided in a plurality of colors to create a colorful visual effect . the printed circuit board 13 includes an integrated circuit ( ic , not shown ), which includes a program to cause the light sources 7 to light up at different intensities and different intervals , causing patterns to appear in the light as the light source assembly 20 rotates . the ic is an off the shelf component , which can be purchased , for example , from mupac development ltd ., in hong kong , china , model # md - 264 . an additional pair of light sources 6 is found at the ends of two flexible , rotatable arms 5 . these arms 5 , preferably constructed of pvc or similar flexible , or semi - flexible material , are located directly beneath the housing 4 of the toy . disposed within the handle 8 according to the embodiments in fig4 and 7 is a printed circuit board 34 , which controls operation of the motor 12 . in one embodiment illustrated in fig4 , the light source assembly 20 is connected to the motor shaft 22 , so that the light source assembly 20 rotates when the motor is turn on by the on / off switch 9 . in another embodiment illustrated in fig7 , both the flexible arms 5 and the light source assembly 20 are connected to a series of gears 14 and a motor 12 , which cause the arms 5 and light source assembly 20 to rotate upon activation of an on / off switch 9 ( shown in fig1 ). the arms 5 may be different lengths so that as the arms rotate , an oval appearance of the lights sources 6 is created . as seen for example in fig1 , the on / off switch 9 is located on the handle 8 of the toy 1 . the handle 8 may be further enhanced with a series of corrugated ridges 10 or other similar grip - facilitating features . the handle may be made of a rigid plastic material , or another similar suitable material . disposed within the handle 8 is a power source 25 for the toy 1 , as well as the motor 12 that rotates the light source assembly 20 and the flexible arms 5 . preferably , the power source 25 comprises several batteries 15 ( fig7 ), although alternate sources are also possible . as shown in the embodiments of fig4 and 7 , the batteries 15 are located alongside and below the motor 12 . as seen most clearly in fig4 , wire 30 connects the motor 12 to the battery contact 32 . in the embodiment shown in fig4 , the motor shaft 24 is connected to an armature 26 , which in turn is connected to the light source assembly 20 ( see , e . g ., fig5 ). the armature is connected to the motor shaft contact 27 , which is in turn connected to the motor 12 via wire 28 , which is in turn connected to the motor 12 via wire 28 , so that the light source assembly 20 rotates when the motor is turned on by the on / off switch 9 . alternatively , in the embodiment shown in fig7 , directly above and in contact with the power source 20 and motor 12 is a series of gears 14 that permit rotation of the light source assembly 20 and the flexible arms 5 . the gears 14 rotate upon the user &# 39 ; s activation of the on / off switch 9 on the exterior portion of the handle 8 . placing the switch 9 in the on position closes the circuitry connecting the batteries 15 to the motor 12 . the motor 12 then causes the gears 14 to rotate , which in turn rotates the light source assembly 20 and the flexible , rotatable arms 5 . simultaneously , the light sources 7 disposed along the arch 2 and wing 3 portions of the light source assembly 20 , as well as those light sources 6 at the ends of the flexible arms 5 illuminate , creating a saturn - like light display . according to the present invention , the arms 5 , the housing 4 , and the light source assembly 20 all spin together at the same time . this allows for cost efficiency and also provides a unique visual effect . according to one embodiment , the handle portion 8 holds 3 aaa batteries . however , other battery configurations are possible . it is also a preferred embodiment of the present invention that the flexible arms 5 have a single light source 6 disposed only at their ends . the light sources 6 may be light emitting diodes or other similar devices . however , the invention also contemplates the use and placement of additional light sources 6 along the length of the flexible arms 5 , or more than two arms , if a more complex lighting display pattern is desired . the printed circuit board 13 is shown in fig5 as having a half - arch shape ( arch 2 ), extending from a wing 3 at one end thereof . however , the “ arch 2 and wing 3 ” configuration of the light source assembly 20 within the dome 4 may be modified . fig6 is an alternative embodiment of the toy 1 in which the light source assembly 20 ′ has a wing 3 ′, a connecting section 30 having one end connected to one of the wing 3 ′, and an arch 2 ′ extending from the second end of the connecting section 30 . as in the embodiment of fig5 , the printed circuit board ( not shown ) is shaped to fit within the light source assembly 20 ′. another embodiment of the handle is shown in fig8 - 10 . in this embodiment , the front handle body 101 includes a recess 112 in which the on / off button 103 sits . inside the recess 112 is a through - hole 114 , through which the slide switch 104 passes when the handle is assembled . the two halves of the handle body , front handle body 101 and back handle body 102 are assembled with all of the parts placed in the respective cavities ( as will be described ), and the handle bodies are fixed together using screws ( not shown ) that are inserted into the protrusions 150 and 152 and tightened until the handle is securely closed . the slide switch 104 includes a peg 118 protruding from one side ( fig8 ) and a contact pad 120 protruding from the other side ( fig9 ). on an inner side of the button 103 is a seat 116 ( fig9 ), into which the peg 118 formed on one side of the switch 104 ( fig8 ) is inserted . the contact pad 120 comes into contact with the printed circuit board 105 . the printed circuit board 105 is connected , via wire 122 , to the motor 106 . the motor 106 sits on motor seat 134 when the handle is assembled . the printed circuit board 105 fits in the handle between the motor 106 and a top contact plate 128 . similarly to the embodiment shown in fig4 , the motor shaft 124 is connected to an armature ( not shown ), which in turn is connected to the light source assembly 20 ( see , e . g ., fig5 ). the armature is connected to the motor shaft contact 107 , which is in turn connected to the motor 106 via wire 126 . the top contact plate 128 forms the top of the battery compartment 136 . a battery chamber divider 109 is provided to separate the battery compartment 136 into separate chambers , one for each battery 108 . a battery door 110 is removably connected via a screw ( not shown ) that can be inserted and tightened in corresponding openings 138 and 140 in the battery door 110 and back handle body 102 , respectively . as seen in fig8 , the contact plate 128 is connected via wire 130 to the motor 106 . a bottom contact plate 144 is positioned at the bottom of the battery compartment 136 and is connected via wire 132 to the printed circuit board 105 . a wire 142 connects the bottom of the top contact plate 128 where one of the batteries contacts the contact plate 128 , to the top of the contact plate 128 . the wires 130 , 132 , and 142 serve to electrically connect the power source ( in this case , three batteries ) to the motor 106 and printed circuit board 105 , so as to provide them with power when the on / off switch 103 is turned on . fig1 a - b are perspective views of the handle in accordance with the embodiment shown in fig8 . fig1 c - g are plan views of the handle in accordance with the embodiment shown in fig8 . although all the figures show a dome - shaped housing portion 4 , it is certainly possible to utilize an alternate shape , such as a pyramid , and perhaps a transparent but colored dome 4 or pyramid , so long as the shape and color allow the user a 3 - d view of the printed circuit board 13 and light sources 7 . the number and placement of the light sources 6 , 7 along the flexible arms 5 and printed circuit board 13 , respectively , may also be modified , according to the lighting display desired . the light source assembly 20 may be made of a rigid material , such as plastic . decorative sheets may be adhered to the outer surface of the light source assembly 20 . these sheets can be solid opaque film sheets or they could be in the form of images or patterns . in addition , without departing from the inventive design , the decorative sheets can be omitted in their entirety . in this case , during the rotation the light patterns would appear to be free floating within the housing . although various features of the invention have been described with particular embodiments . it is considered within one of ordinary skill in the art to mix and match the features in other embodiments not depicted in the figures . the foregoing description of the specific embodiments will so fully reveal the general nature of the invention that others can , by applying current knowledge , readily modify and / or adapt for various applications such specific embodiments without undue experimentation and without departing from the generic concept , and , therefore , such adaptations and modifications should and are intended to be comprehended within the meaning and range of equivalents of the disclosed embodiments . it is to be understood that the phraseology or terminology employed herein is for the purpose of description and not of limitation . the means , materials , and steps for carrying out various disclosed functions may take a variety of alternative forms without departing from the invention . thus the expressions “ means to . . . ” and “ means for . . . ”, or any method step language , as may be found in the specification above and / or in the claims below , followed by a functional statement , are intended to define and cover whatever structural , physical , chemical or electrical element or structure , or whatever method step , which may now or in the future exist which carries out the recited function , whether or not precisely equivalent to the embodiment or embodiments disclosed in the specification above , i . e ., other means or steps for carrying out the same functions can be used ; and it is intended that such expressions be given their broadest interpretation .
a hand - held light - up toy including a see - through housing , a handle connected to the see - through housing , a light source assembly rotatably mounted within the see - through housing , the light source assembly comprising a housing and a printed circuit board mounted within the housing , a plurality of light sources mounted on the printed circuit board , a power source disposed within the handle , motor disposed within the handle and connected to the power source , having a motor shaft extending therefrom , a rotation means disposed within the handle and connected to the motor shaft , and to the printed circuit board assembly for rotating the printed circuit board assembly when the motor is turned on , and an on / off switch assessable on the handle for selectively activating the power source and the motor .