it is to be understood that terms such as “ left ,” “ right ,” “ top ,” “ bottom ,” “ front ,” “ end ,” “ rear ,” “ side ,” “ height ,” “ length ,” “ width ,” “ upper ,” “ lower ,” “ interior ,” “ exterior ,” “ inner ,” “ outer ” and the like as may be used herein , merely described points or portions of reference and do not limit the present invention to any particular orientation or configuration . further , terms such as “ first ,” “ second ,” “ third ,” etc ., merely identify one of a number of portions , components , and / or points of reference as disclosed herein , and do not limit the present invention to any particular configuration or orientation . a reconfigurable doll according to the present invention includes a first body portion and a second body portion rotatably coupled to one another , the first body portion containing a switch engaging portion and hair , and the second body portion containing a switch and an output mechanism connected to the switch . in one embodiment , when the hair is rotated about the first body portion , the switch is actuated . in one embodiment , the output mechanism has at least two outputs . the output mechanism produces one of at least two outputs based on whether or not the switch is actuated . in one embodiment , the doll includes a reconfigurable dress attached to the back of the second body portion . fig1 illustrates a schematic diagram of one embodiment of a doll 5 that contains a first body portion 100 and a second body portion 200 movably coupled to each other . the first body portion 100 contains a switch 102 . the second body portion 200 contains an output mechanism 206 that is configured to generate at least two outputs . the output mechanism 206 and the switch 102 are operably configured for the output mechanism 206 to produce one of the at least two outputs depending on whether or not the switch 102 has been actuated . referring to fig2 and 3 , one embodiment of the doll 5 is illustrated . in fig2 , the doll 5 is configured to be in a first configuration , and in fig3 , the doll is configured to be in a second configuration . in this embodiment , the doll in the first configuration resembles a princess and the doll in the second configuration resembles a singing pop star . doll 5 contains a first body portion 100 and a second body portion 200 . first body portion 100 has a front 110 , a back 112 ( see fig8 and 9 ), and a top 114 . the front 110 of the doll 5 contains a face 116 . furthermore , in this embodiment , attached to top 114 of first body portion 100 is hair 104 . as illustrated by fig3 , within first body portion 100 is switch 102 . hair 104 is rotatably coupled to the switch 102 . as the hair 104 is rotated about the top 114 of first body portion 100 , the switch 102 is actuated by a portion of the head to which the hair is coupled . continuing with fig2 and 3 , attached to first body portion 100 is second body portion 200 . second body portion 200 contains a front 202 , and a back 204 ( as seen in fig4 ). furthermore , extending from second body portion 200 is a first arm 208 , a second arm 210 , a first leg 212 , and a second leg 214 . in addition , attached to the second body portion is a dress or garment 300 , which is reconfigurable . the dress 300 contains a first garment portion 304 and a second garment portion 306 , which together form a front slit 302 on the front 202 of the second body portion 200 of the doll 5 . in fig2 , the first garment portion 304 and the second garment portion 306 are unfolded and located in the front or the front area of the second body portion 200 . in fig3 , the garment portions 304 , 306 are folded back or moved rearwardly , revealing a skirt 400 attached to the second body portion 200 , and first and second legs 212 , 214 . moreover , second body portion 200 contains an actuator 216 that is used to actuate the output mechanism ( seen in fig4 ). in this embodiment , actuator 216 is located on the front 202 of second body portion 200 , but may also be located on the back 204 of the second body portion 200 , the arms 208 , 210 , the legs 212 , 214 , or the first body portion 100 . in one embodiment , the actuator 216 is a toy necklace coupled to the body or bodice of the doll . different songs or audible outputs are activated by pressing the actuator 216 . a tact switch is located behind or inside of the necklace that is activated to cause the electronic system of the doll to generate audible outputs . referring to fig4 , the back 204 of the second body portion 200 is illustrated . as illustrated , in this embodiment , the dress 300 is attached to the back 204 of the second body portion 200 by dress attachment 318 . furthermore , the output mechanism 206 ( shown relative to speaker holes ) is located on the back 204 of the second body portion 200 . in other embodiments , the output mechanism 206 may be located on other area including the front 202 of the second body portion 200 , or even the first body portion 100 . moreover , as illustrated in fig4 , a first string 308 is attached to the first garment portion 304 at first connection point 309 ( see fig2 , 8 , and 9 ) and a second string 310 is attached to the second garment portion 306 at second connection point 311 ( see fig2 , 8 , and 9 ). in this embodiment , the strings 308 , 310 converge together at guide member 312 , which is in the form of a buckle 313 . in other embodiments , the guide member 312 may be a pair of fabric loops 320 in dress 300 , similar to that of belt loops , shown in fig8 and 9 . referring to fig5 , 6 , and 7 , illustrated is a series of transformation steps a 1 , a 2 , a 3 to transform the dress 300 from the first orientation , as illustrated in fig2 , to the second orientation , as illustrated in fig3 . fig5 illustrates the beginning of the transformation phase a 1 of the dress 300 . the transformation of the dress 300 begins with a user 500 pulling the strings 308 , 310 located in the back 204 of the second body portion 200 ( as shown in fig4 ). because the first and second strings 308 , 310 are attached to the first and second garment portions 304 , 306 , respectively , when the strings 308 , 310 are pulled , the garment portions 304 , 306 begin to separate at the front 202 of the second body 200 . when the garment portions 304 , 306 begin to separate at the front 202 of the second body 200 , the front slit 302 becomes larger , until it is no longer a slit , as in transformation stage a 2 , illustrated in fig6 . continuing with fig6 , illustrated is the second transformation stage a 2 of the dress 300 of the doll 5 . in the second transformation stage a 2 of the dress 300 , the continued pulling of the strings 308 , 310 has pulled the garment portions 304 , 306 farther toward the back 204 of the second body portion 200 . as illustrated in fig3 , the garment portions 304 , 306 have opened up the dress 300 revealing the skirt 400 and legs 212 , 214 of the doll 5 . referring to fig7 , the third transformation stage a 3 of the dress 300 is illustrated . in the third transformation stage a 3 , the garment portions 304 , 306 of the dress 300 are almost completely folded or moved to the back 204 of the second body portion 200 . with the garment portions 304 , 306 nearly completely moved and folded , the skirt 400 , which was under the dress 300 , is completely reveled . the duration of the transformation process a 1 , a 2 , a 3 depends on the force pulled on the first and second strings 308 , 310 by the user 500 . the greater the force used to pull first and second strings 308 , 310 results in the transformation process a 1 , a 2 , a 3 of the dress 300 occurring faster . referring to fig8 and 9 , illustrated is the securement of the garment portions 304 , 306 of the dress 300 to the back 204 of the second body portion 200 . illustrated in fig8 and 9 are the back 204 of the second body portion 200 and the back 112 of the first body portion 100 . in fig8 , the first string 308 and the second string 310 are being pulled by a user 500 . as previously explained , the first string 308 and the second string 310 have been threaded through guide member 312 , which is located on the dress 300 . in this embodiment , guide member 312 is in the form of fabric loops 320 . in addition , first string 308 and second string 310 are threaded through locking tab 314 . in this embodiment , locking tab 314 is configured to resemble a gem 316 , but may be a variety of shapes and configurations in other embodiments . in fig8 , the locking tab 314 is positioned in rear dress orientation b 1 , where the locking tab 314 is located on the strings 308 , 310 away from the guide member 312 . while in rear dress orientation b 1 , the first garment portion 304 and the second garment portion 306 are moved completely to the back 204 of the second body portion 200 , and their connection points 309 , 311 are positioned adjacent to the guide member 312 . however , in this orientation , if the user 500 lets go of the strings 308 , 310 , the garment portions 304 , 306 would unfold , pulling strings 308 , 310 through guide member 312 until the locking tab 314 reached the guide member 312 , preventing any further movement of the strings 308 , 310 and the fold portions 304 , 306 . continuing with fig9 , illustrated is the back 204 of the second body portion 200 with the locking tab 314 , strings 308 , 310 , and garment portions 304 , 306 of the dress 300 in rear dress orientation b 2 . in orientation b 2 , the locking tab 314 , has been slid upwards along the strings 308 , 310 closer to guide member 312 . furthermore , the connection points 309 , 311 have been drawn adjacent to the guide member 312 by the strings 308 , 310 . when in rear dress orientation b 2 the user 500 can release the strings 308 , 310 because the strings 308 , 310 have been slid substantially through the locking tab 314 , placing the locking tab 314 adjacent to the guide member 312 , and the locking tab 314 has locked the strings 308 , 310 in place . when a user 500 releases the strings 308 , 310 in rear dress orientation b 2 , the garment portions 304 , 306 are held in the folded position of a 3 ( as seen in fig7 ) because , the locking tab 314 prevents the strings 308 , 310 from moving through the guide member 312 , holding the connection points 309 , 311 adjacent to the guide member 312 . referring to fig1 and 11 , illustrated is the transformation of the hair 104 from orientation c 1 to orientation c 2 . illustrated in fig1 is the doll 5 with the hair 104 in orientation c 1 , where the first side 106 of the hair is facing forward on the doll 5 . the hair 104 is positioned on the top 114 of the first body portion 100 . as illustrated in fig1 , the user 500 is grasping the hair 104 in preparation for rotating the hair 104 from first hair orientation c 1 about rotation axis c 3 to second hair orientation c 2 . second hair orientation c 2 is illustrated in fig1 , where the second side 108 of the hair 104 is facing forward on the doll 5 . the hair 104 can rotate about the axis c 3 in either a clockwise or counter clockwise rotation . as previously described above , when the hair 104 is rotated about the axis c 3 , the switch 102 is actuated . as illustrated in fig3 , the switch 102 is disposed within the first body portion 100 and rotatably connected to the hair 104 . additionally , the switch 102 is operably connected to the output mechanism 206 ( as seen in fig4 ). in this embodiment , the output mechanism 206 contains at least two outputs , one that corresponds to the first side 106 of the hair 104 being oriented in the front , the other corresponding to the second side 108 of the hair 104 being oriented in the front . when the hair 104 is rotated from the first hair orientation c 1 to the second hair orientation c 2 , the switch 102 is actuated , or switched to the “ on ” position , changing the output of the output mechanism 206 to correspond to the second side 108 of the hair 104 . when the hair 104 is rotated back to the first hair orientation c 1 , the switch 102 is actuated again , or switched to the “ off ” position , changing the output mechanism 206 to correspond with the first side 106 of the hair 104 . in other embodiments , the output mechanism may contain more than two outputs that are activated by a switch . in an alternative embodiment , a toy or simulated microphone may be coupled to the hand of the doll . the corresponding arm holding the microphone can function as a switch to trigger among various songs or audible outputs . the songs or music generated by the doll can vary with respect to the appearance of the doll , including its garments , as well as the outfit mode of the doll . thus , the doll can play a song selected randomly every time the arm with the microphone is raised up by her mouth . accordingly , the doll can generate outputs for either hair configuration or appearance at any time . in this embodiment , a switch in the shoulder region of the doll is triggered by the movement of the arm once the arm reaches a particular level or position . although the disclosed inventions are illustrated and described herein as embodied in one or more specific examples , it is nevertheless not intended to be limited to the details shown , since various modifications and structural changes may be made therein without departing from the scope of the invention and within the scope and range of equivalents of the claims . for example , although the illustrated embodiments are shown with a doll having two types of hair and two outputs , the case of the present invention could be used with any number of hair styles and number of outputs . in addition , various features from one of the embodiments may be incorporated into another of the embodiment . accordingly , it is appropriate that the claims be construed broadly and in a manner consistent with the scope of the disclosure as set forth in the following claims .
a doll with reconfigurable hair and dress is disclosed . the hair is rotatably coupled to the top of the head of the doll and a switch within the head of the doll . furthermore , the switch is connected to the output mechanism , dictating which output the output mechanism produces . when the hair rotates about the head of the doll , the switch is actuated , changing the output of the output mechanism . additionally , the dress of the doll is capable from converting from a full gown that folds away to reveal a skirt .