in accordance with the present invention a novel spin toy is taught which has at least one audio response from a first set of a plurality of available responses , when the toy stops spinning . in one preferred embodiment of the present invention , where the spin toy toy is a draydel , the audio response corresponds to the letter that appears on the side of the draydel which faces up when the draydel stop spinning . since the draydel has four sides , each side having a different letter , the audio response will be one of a set of four unique audio responses , each of which uniquely relates to one of the four sides of the draydel . thus in a further preferred embodiment of the present invention the first set of four audio responses is only audible after the draydel is spun and it comes to rest with one side facing up . the aforementioned first set of audio responses may be music , speech , or a combination of the two . where the audio responses are music one of four songs will play upon the draydel coming to rest . the song will play for a specified duration . this duration may be pre - programmed , or correspond to the length of recorded music stored in the draydel , as described more fully below . a speech response may be an announcement of the letter that is facing up when the draydel comes to rest , or a comment reflecting the win or lose consequence of the letter facing up in the game of draydel , described above . in a further preferred embodiment of the present invention , a second audio response may be triggered upon spinning the draydel . this audio response may similarly be music , speech , or a combination thereof . this second audio response stops upon the draydel coming to rest , at which point the first audio response described above is played . in a further embodiment of the present invention visual responses may also be associated with the spinning and rest of the draydel . thus one visual display may be activated by spinning the draydel either in combination with or as an alternative to the second audio response . it is also possible to have a visual display activated when the draydel comes to rest . this may either be a single display regardless of the side of the draydel that is facing upward , or a different visual display corresponding with each of the four sides of the draydel . referring to fig6 an assembly of a draydel in accordance with a preferred embodiment of the present invention is shown . housing 61 is shown separated from cover 71 so that a cavity within is visible within which components 62 - 70 are contained . housing 61 has four lateral sides , each of which contains a different hebrew letter , as found in conventional draydels . the bottom surface is arcuate such that the draydel may be made to spin about the lowest point . the ability to play one of four audio responses unique to each of the four lateral sides of the draydel depends upon circuit board 65 , steel ball 64 , holder 63 and speaker 62 . the circuit board contains a computer chip and memory , not shown . in a preferred embodiment of the present invention , the computer chip and memory used is manufactured by smart fair electronics co ., ltd and designated yekf - 0013 . when triggered as described below , the computer chip retrieves the appropriate audio response and plays it over speaker 62 , which is electrically connected to circuit board 65 . circuit board 65 receives power from batteries 67 , which in the embodiment shown in fig6 are held in place with battery holder 66 . in one preferred embodiment of the present invention four ( 4 ) button cell batteries providing 1 . 5 volts per battery , are used . these batteries can be found with the designation ag10 or lr1130 . referring to fig8 holder 63 is shown in which four channels 83 are clearly visible . ball 64 resides within holder 63 and circuit board 65 is placed in close proximity or in contact with holder 63 at opening 85 , so that ball 64 is contained within holder 63 . furthermore , holder 63 is aligned with circuit board 65 such that when inserted into housing 61 , each of the four channels 83 is substantially centered with one of the four sides of housing 61 and a separate one of four contact switches on circuit board 65 . as the draydel spins , ball 64 , which is within holder 63 , spins as well . however when the draydel stops , or otherwise rests on one side , one of the channels 83 will be in a lower position relative to the other channels 83 . thus , ball 64 will by gravitational force rest within the relatively lower channel . furthermore , since holder 63 has a generally pyramidal shape with each of channels 83 sloping inward , away from the circuit board 65 , the gravitational force on ball 64 will also cause the ball to rest against circuit board 65 and contact the switch on circuit board 65 which is adjacent the channel 83 holding ball 64 . circuit board 65 is designed such that each of the four switches adjacent a different channel 83 , triggers a different one of the first set of four audio responses . specifically , each of these four switches triggers the audio response corresponding to the hebrew letter found on the lateral side of housing 61 which is directly opposite the channel adjacent to that switch . since the ball 64 will fall to the lowest channel and the announcement should correspond to the hebrew letter on the lateral side of housing 61 which faces up , the design described herein assures that the proper audio response will be triggered . various embodiments for the switches that trigger one of the four audio responses , are possible , all of which are within the scope of the present invention . in one preferred embodiment the ball 64 is comprised of a conductive material and when it rests in one of the channels 83 , it bridges a gap between two contacts , thus completing a circuit . alternatively , the two contacts can be designed such that when the ball 64 comes to rest in one of the channels 83 , two contacts are pushed together under the weight of ball 64 , thus completing a circuit . in either of these two embodiments depending on the circuit that is completed , a different one of the four audio responses is emitted . in a further embodiment of the present invention , a hammer spring may be designed within housing 61 to elicit a second audio response during movement of the draydel 73 . for example the hammer spring may be mounted on the surface of circuit board 65 . hammer springs are well known in the art , especially in their application with spinning toys . typically , a hammer spring is mounted such that it will tend to flex under the centrifugal force that acts on it as a result of the toy being spun . a contact is mounted in close proximity to the hammer spring such that only when the spring is caused to flex will it electrically connect with the contact and thus close a circuit . where the centrifugal force is too weak , either under weak spinning or the toy is stationary the hammer spring will not touch the contact . one skilled in the art of using hammer springs may easily devise a suitable hammer spring for purposes of the present invention such that only spinning the toy would trigger the second audio response . certainly , it will be obvious to one skilled in the art that alternatives to the use of a hammer spring are possible in order to trigger the second audio response while the draydel is spinning . in constructing the draydel in accordance with the present invention one advantageous arrangement of the components has holder 63 below circuit board 65 and the hammer switch , if any , mounted on the underside surface of circuit board 65 . the top surface of circuit board 65 will have two sets of battery contacts ( not shown ). the battery holder 66 will comprise of a board with two slots . the battery holder 66 will be arranged above circuit board 65 with the two slots aligned over the two sets of battery contacts , respectively . in this manner when the battery holder 66 is in place , each of the sets of battery contacts will be in contact with one set of two button cell batteries . access to the batteries is available from the top surface of the battery holder 66 . securing means such as a piece of tape may be used to secure the batteries in their respective slots in battery holder 66 . those skilled in the art will easily identify alternative means for securing the batteries . this arrangement has the advantage of allowing a user to remove cover 71 to replace the batteries without risking damage to the circuit board and hammer spring , if any . consequently , in an embodiment of the present invention in which first and second audio responses are available as described above , upon spinning draydel 73 an audio response such as a song will be audible . when the draydel 73 comes to rest , the song stops and an announcement or different song is played corresponding to the hebrew letter that appears on the lateral side of draydel 73 facing upward . in a preferred embodiment of the present invention with the second audio response , approximately 20 seconds of music is recorded and stored on the circuit board . since spinning time is generally not longer than 10 - 15 seconds , 20 seconds of music is sufficient . in addition , the computer chip on circuit board 65 may preferably be programmed to repeat the second audio response until the draydel 73 comes to rest . in yet a further embodiment of the present invention , draydel 73 can be designed with a sixth switch , which activates a “ try - me ” feature . by activating this switch , any combination of first and second audio response may be played , in accordance with the design of the computer chip on circuit board 65 . the switch for the “ try - me ” feature may be activated with a push button accessible from any of the external surfaces of draydel 73 . in a preferred embodiment , shaft 72 may be designed as a sleeve through which a dowel like rod 70 passes through and extends to circuit board 65 on which resides a push button sixth switch . when dowel like rod 70 is pushed inward toward the inside of housing 61 , it will push against and activate the switch located on circuit board 65 . in the advantageous arrangement of components described above , the switch will reside on the top surface of circuit board 65 . dowel like rod 70 reaches from the top surface of circuit board 65 , through an opening in the battery housing , through the sleeve of shaft 72 . as an alternative to the push button switch , two contacts 68 and 69 may be electrically connected to circuit board 65 to act as the sixth switch . when the dowel like rod 70 is pushed into the draydel , the two contacts 68 and 69 are closed and the “ try - me ” feature is activated . in one preferred embodiment of the “ try - me ” feature , the audio response corresponding to the sixth switch includes approximately 7 seconds of a song , followed by a ⅛ second pause and followed by one of the four vocal messages , such as “ gimel ”, referring to one of the four hebrew letters appearing on the lateral sides of draydel 73 . in another preferred embodiment of the present invention , the stored first and second audio responses are actual recorded music , singing and / or speech , as opposed synthesized electronic tones . the foregoing merely illustrates the principles of the present invention . those skilled in the art will be able to devise various modifications , which although not explicitly described or shown herein , embody the principles of the invention and are thus within its spirit and scope .
a spin toy or draydel comprises at least a first audio response that is played when the spin toy comes to rest . in one embodiment the first audio response comprises recorded music and / or speech . the recorded audio response may additionally comprise at least four distinct messages corresponding to a different side of the draydel . the message may identify the hebrew letter shown on the side of the draydel that is facing up after it comes to rest . alternatively , the message may reflect the player &# 39 ; s game position corresponding to the traditional draydel game , reflected by the hebrew letter shown on the side of the draydel that is facing up after it comes to rest . the message may also be triggered by a second audio response , which is initiated when the draydel is spun . upon coming to rest after spinning the second audio response stops and the first audio response , is played . this second audio response may also comprise recorded music .