referring to fig1 and 3 , the automatic sound - emitted self - learning toy of the present invention comprises a dynamic mechanism unit box ( 1 ), a movable figure of an animal , robot or mankind ( 2 ), a battery box for batteries ( 3 ), a micro - motor ( 4 ), a speed change device ( 5 ), a sound - emitting ( tape ) turntable ( 6 ), an annular tape ( 7 ), two semi - circular cams ( 8 ) and ( 9 ), a 30 - tooth gear ( 10 ), a 60 tooth gear ( 11 ), a micro - switch ( 12 ), ( 13 ), a sound - emitting head ( 14 ), a speaker ( 15 ), a sound - emitting pad ( 16 ), a triangle flange ( 16a ), a question card ( 17 ), an answer card ( 18 ), several parallel horizontal beams ( 19 ), ( 20 ),( 21 ),( 22 ), cylinder magnets ( 23a ), ( 23b ), ( 23c ), ( 23d ), ( 24a ), ( 24b ), ( 24c ), ( 24d ), block magnets of question card ( 25a ), ( 25b ), ( 25c ), ( 25d ), block magnets of answer card ( 26a ), ( 26b ), ( 26c ), ( 26d ), a spring ( 27 ), movable arms ( 28 ), ( 29 ), ( 30 ), a groove ( 28a ), two microswitches ( 31 ), ( 32 ), two thrust elements ( 33 ), ( 34 ) and two transmission leaves ( x ),( y ). with reference to fig . ( 2 ) and fig . ( 3 ), the first prefered embodiment illustrates the dynamic mechanism unit of the present invention . a question card 17 is placed on the left side of the corresponding position of the toy and an answer card ( 18 ) on the right side . each card contains only one block magnet . the magnet fixed in the question card ( 17 ), for example , is ( 25a ), which attracts the corresponding cylinder magnet ( 23a ) within the horizontal beam ( 19 ). the magnet ( 23a ) then mounts upward and sticks between the arm ( 28 ) and the horizontal beam ( 19 ). the magnet fixed in the answer card ( 18 ), for example , is ( 26a ), which attracts the cylinder magnet ( 24a ) within the horizontal beam ( 19 ). the cylinder magnet ( 24a ) then mounts upward and sticks between the arm ( 29 ) and the said horizontal beam ( 19 ). by pressing the pad ( 16 ), the triangle flange ( 16a ) thereon is forced downward into the groove ( 28a ). this forces the arm ( 28 ) to move to the right - hand side , since the cylinder magnet ( 23a ) stick between the arm ( 28 ) and the beam ( 19 ). the moving arm ( 28 ) drives the beam ( 19 ) in the same direction , along with the arm ( 30 ). the transmission leaf ( x ) on the micro - switch ( 31 ) is thus contacted with the end of the arm ( 30 ). meanwhile , another transmission leaf ( y ) on the micro - switch ( 32 ) is also contacted with the end of the arm ( 29 ) by means of the right - hand moving beam ( 19 ) through the cylinder magnet ( 24a ) stuck therebetween . the work of the micro - switches ( 31 ) and ( 32 ) are known as the general dynamic mechanism . the micro - switches start the micro - motor ( 14 ) which is powered by battery ( 3 ). the motor rotates the tape ( 7 ) on the tape turntable ( 6 ) by means of the speed change device ( 5 ). since sound of &# 34 ; yes &# 34 ; or &# 34 ; no &# 34 ; are recorded on each semi - circle of the tape ( 7 ), the &# 34 ; yes &# 34 ; is voiced by pressing the pad ( 16 ) while the two micro - switch ( 31 ) and ( 32 ) are both in action . the semi - circle arms ( 8 ), ( 9 ) are connected to the tape ( 7 ) and are controlled by the microswitch ( 12 ),( 13 ) and the 60 tooth gear ( 11 ). the rotation of the speed - change device ( 5 ) is stopped automatically after one complete rotation of the tape turntable ( 6 ). the tape having the sound &# 34 ; yes &# 34 ; thereon is stopped by the cams ( 8 ), ( 9 ). while releasing the pad ( 16 ), the triangle flange ( 16 ) moves upward . the beam ( 19 ) is then set back to the original position by the spring ( 27 ) and the thrust elements ( 33 ),( 34 ). the arms ( 29 ),( 30 ) depart the transmission leaves of the microswitch and the motion cycle is completed . the second situation regarding the placement of the answer cards within the present invention is illustrated hereinafter . a question card ( 17 ) is placed on the left side of the corresponding position of the toy , and an answer card ( 18 ) on the right side . the magnet fixed in the question card ( 17 ), for example , is ( 25a ), it attracts the corresponding cylinder magnet ( 23a ) within the horizontal beam ( 19 ). the magnet ( 23a ) then mounts upward and sticks between the arm ( 28 ) and the horizontal beam ( 19 ). the magnet fixed in the answer card ( 18 ), for example , is ( 26b ), it attracts the cylinder magnet ( 24b ) within the beam ( 20 ). then ( 24b ) mounts up and sticks between the arm ( 29 ) and the beams ( 20 ). by pressing the pad ( 16 ), the triangle flange ( 16a ) is forced downward into the groove ( 28a ). this forces arm ( 28 ) to move to the righthand side , since the cylinder magnet ( 23a ) sticks between the arm ( 28 ) and the beam ( 19 ), the moving arm ( 28 ) simultaneously drives the beam ( 19 ) in the same direction . furthermore , the arm ( 30 ) is driven to the righthand side by the said horizontal beam ( 19 ), thus the transmission leaf ( x ) on the micro - switch ( 31 ) is brought into contact with the end of the arm 30 . meanwhile , the cylinder magnet ( 24b ) is attracted upward by the magnet ( 26b ) in the answer card . however , the horizontal beam ( 20 ) is not pushed by the arm ( 28 ) and is retained in the original position without movement . the arm ( 29 ) therefore remains motionless with no connection to the transmission leaf ( y ). the work of the micro - switch ( 31 ) is the same as the preceding dynamic mechanism illustrated in the first embodiment . since the microswitch ( 32 ) remains motionless the &# 34 ; no &# 34 ; sound recorded on the semi - circle tape ( 7 ) is voiced by pressing the pad ( 16 ). the movement mechanism operates in the same manner as previously described . the corresponding answer cards to the question cards have magnets which are previously arranged thereon in the right positions , such as ( 26a ) to ( 25a ), ( 26b ) to ( 25b ), ( 26c ) to ( 25c ), ( 26d ) to ( 25d ) . . . etc . the parallel horizontal beams ( 19 ), ( 20 ) . . . are also pre - located in the corresponding positions to the magnets . accordingly , the magnets are arranged such that when the right answer card is matched with the question card , the &# 34 ; yes &# 34 ; sound will be emitted by pressing the pad through the attractive magnets , and the movement mechanism . further , more corresponding question cards and answer cards can be designed , and new parallel horizontal beams can also be designed . in addition , the figure body of the toy according to the present invention may be designed with movable arms by supplying rotatable shafts connected with the gears ( 10 ), ( 11 ) which are in turn connected to a means for creating movement . the above embodiments are given only for illustration purpose and not by the way of limitation , modification will become evident to those skilled in the art which will fall within the scope of the attached claims .
the present invention relates to an automatic sound - emitted self - learning toy characterized by effectively emitting the sound &# 34 ; yes &# 34 ; while the selected answer card coincides with the question card on the base sheet , and &# 34 ; no &# 34 ; while the two are not in accordance with each other . the answer card , question card and basic sheet are provided with a magnet , when the corresponding magnets are located so as to be attracted to each other , the tape recorder within the rear body connected to the mechanism under the basic sheet will selectively emit the sounds &# 34 ; yes &# 34 ; or &# 34 ; no &# 34 ; so that children may learn calculation while playing the toy .