with reference now to the drawings , fig1 - 14 show hoop - type amusement device , generally referenced as 10 , adapted with a counter 20 in an operational position in accordance with the present invention . fig1 shows counter 20 in relation with a complex hoop - type amusement device , including an inner annular hoop member 12 and an outer octagonal hoop member 14 secured in concentric relation by connectors 16 . device 10 provides a hoop - type amusement device that rotates about the user in response to movement and gyrations produced by the user thus providing the source of amusement . in the operation of the hoop - type amusement device 10 , one point of the inner surface of the inner annular hoop member 12 remains in contact with the hips of the user , such that during one complete rotation of the device 10 , virtually every point in the entire surface of the inner annular member 12 makes contact with the hip of the user just once . as best illustrated in fig4 - 6 , counter 20 is preferably adapted to function as either a mechanical or electrical tally counter device , and is specifically configured for attachment to a portion of hoop - type amusement device 10 . counter 20 includes a housing 22 having a c - shaped connector , generally referenced as 24 . c - shaped connector 24 is preferably sized and shaped so as to allow for removable attachment of counter housing 22 to inner annular member 12 thereby allowing for removable attachment of counter 20 . as should be apparent , c - shaped connector 24 fits tightly enough around the inner annular member 12 to ensure that the counter remains rigidly secured during the operation of the hoop - type amusement device 10 . counter 20 further includes a counter actuator arm 26 pivotally connected thereto and projecting from housing 22 . when counter 20 is in operative engagement with hoop inner annular member 12 actuator arm 26 projects into the void formed radially within the inner angular member 12 . actuator arm 26 terminates in an end portion that is bent upwards so that the bottom of the actuator creates a flat surface that makes contact with the user when the actuator is triggered . as the hoop - type amusement device 10 rotates around the hips of the user , the counter actuator arm 26 is caused to move by contact with the user &# 39 ; s body once during every rotation . in turn , every actuation of counter actuator arm 26 represents one full rotation of the hoop - type amusement device 10 about the user . the number of times the counter actuator arm 26 is activated represents the total number of times the hoop - type amusement device 10 has rotated completely around the user . counter housing 22 further includes a transparent window 28 for displaying the tally to the user . as should be apparent , the tally is continuously updated in real time during the operation of the hoop - type amusement device 10 and actuation of arm 26 . counter 20 further includes a reset knob 29 to allow the user to reset the counter back to zero , or any other desired count . a counter resetting actuator 29 protrudes from the sidewall 10 of the counter housing 22 . resetting actuator 29 is used to re - set the number that is presented on the counter display to a specific number , such as zero . the number on the display can also be reset to any number depending on the preference of the user . the counter resetting actuator 29 is preferably a rotatable knob that is turned in either a clockwise or counter clockwise direction , however any suitable reset actuator structure is considered within the scope of the present invention . counter 20 can be attached to the hoop - type amusement device 10 through any suitable means . in the preferred embodiment , counter 20 is attached through a simple c - shaped connector 24 . c - shaped connector 24 consists of two c - shaped extension pieces , referenced as 24 a and 24 b , which extend from opposing lateral ends of the bottom front side of the counter housing 22 . c - shaped extension pieces 24 a and 24 b fit around the innermost member of the hoop - type amusement device 10 forming a secure connection as to limit the lateral and vertical displacement of the counter 20 during the operation of the device 10 . in a preferred attachment embodiment , counter 20 is mounted in a position so that the front of the housing 22 faces the center of the hoop - type device 10 and the display window 28 faces vertically upward . fig7 - 13 present an alternative embodiment of the present invention , wherein the counter is adapted for attachment to a component connector coupling multiple members that axe used to form a complex hoop - type device 10 . the complex device configuration can consist of multiple members of varying shapes that are each coupled together . specifically , fig8 shows a connector member 30 for use in forming an octagonal outer hoop 14 concentrically disposed around an inner circular hoop member 12 . a plurality of connectors referenced as 30 are disposed in engagement with inner member 12 , and the intersection point of two sides of the octagonal outer member 14 as best seen in fig1 . each connector 30 functions as a coupler for connecting individual side members 40 to form a complete octagonal outer member 14 , and further functions to couple octagonal outer member 14 with inner member 12 . accordingly , each connector 30 includes a first pair of tubular openings 32 that receive members forming the outer hoop member , and a second pair of tubular openings 34 that receive members forming the inner hoop member . in addition , inserts 42 may be provided to allow for the connection of members 40 to form an enlarged hoop configuration . connector 30 further includes a raised , generally cylindrical , mount 36 that functions to receive a counter 20 in press fit engagement therewith . in this embodiment , counter housing 22 is attached to a mount 36 on one of the connectors 30 . in turn , the connectors 30 receive hoop side members 40 which form each side of the octagonal shaped outer member 14 . as should be apparent , counter 20 is positioned so that the c - shaped connector 24 , which protrudes from counter housing 22 extends inwards towards the center of the hoop - type device 10 . more particularly , the c - shaped connector 24 fits around the inner circular member 12 , thereby connecting the inner member 12 to the outer member 24 . counter actuator arm 26 extends from the bottom of the counter housing 22 , and projects radially inward so as to be in position to engage a portion of the user &# 39 ; s body as the hoop rotates . as with the previous disclosed embodiment of the present invention , activation of the counter actuator arm 26 causes the number stored by counter mechanism to increase by a value of one for each actuation / revolution . since the counter actuator piece 30 can only be activated once during a full rotation of the hoop - type amusement device 10 , the value stored by the counter mechanism represents the total number of rotations performed in the operation of the device 10 . as noted above , a reset actuator 29 extends from the side of counter housing 22 into the space between the inner and outer members 12 and 14 . the reset actuator 29 can be but is not limited to a winding knob . by turning the winding knob in a specific direction , the reset actuator 29 is activated , and the number stored by the counter mechanism is set to a desired value . the instant invention has been shown and described herein in what is considered to be the most practical and preferred embodiment . it is recognized , however , that departures may be made therefrom within the scope of the invention and that obvious structural and / or functional modifications will occur to a person skilled in the art .
the present invention provides an improved hoop - type amusement device adapted with a counter for counting the number of revolutions achieved by the user . the counter is preferably adapted for attachment to any of a variety of hoop type devices , including the hula hoop , as well as specially configured hoop type devices , such as the type that may be formed from a plurality of variously sized and shaped connectable components that are selectively interconnected by the user to form a simple or complex hoop configuration of a particular desired size and shape . the counter functions to count the number of revolutions achieved by the user thereby allowing the user to monitor and gage performance .