[ 0011 ] fig1 illustrates an animal training device 10 in accordance with the teachings of the present invention . device 10 comprises a target section 12 which attaches to a bottom section 16 via a rod 14 . bottom section 16 comprises a rounded bottom portion 20 attached to a top portion 18 . in approximately the middle is a flange 22 . target section 12 , in one embodiment , is a spherical section and can be manufactured from plastic , rubber , foam , or other suitable materials . rod 14 can be any rigid connector which will transfer motion of target section 12 to bottom section 16 . rounded bottom portion 20 of bottom section 16 allows for device 10 to stand upright and vertical in presentation when initially placed and to rapidly return to a vertical position when subjected to outside forces , such as a dog hitting target section 12 . the self - righting nature of device 10 allows for the target to be set in one spot and to have multiple dog / device interactions without the need of resetting the device . in one embodiment , rounded bottom portion 20 has a flat - bottomed hemispherical shape which preserves the vertical nature of the target . that is , in one embodiment , rounded bottom portion 20 has a flat bottom for contact a surface with rounded sides , similar to a bowl . bottom portion 20 is also weighted for stability . the exact shape of bottom portion 20 is not important as long as it allows device 10 to rock when target section 12 or rod 14 are displaced and then return to a stable , upright position . bottom portion 20 can be manufactured from steel , heavy plastic or other suitable material with steel , lead or other heavy material used as the counterweight . top portion 18 is , in one embodiment , essentially hemispherical in shape , although any shape can be used . top portion 18 is designed to receive rod 14 and attach to bottom portion 20 . top portion 18 is typically manufactured from similar material as bottom portion 20 , such as steel , aluminum , hard plastic and other suitable materials . flange 22 is located between top portion 18 and bottom portion 20 and extends outwardly from top and bottom portion 18 and 20 . flange 22 , in one embodiment , is made from a material such as rubber . other materials can also be used as long as flange 22 primary function , providing a contact surface ( which helps to shift the center of gravity of device 10 ) to prevent device 10 from falling over , is achieved . [ 0016 ] fig2 illustrates the use of device 10 in training a dog . illustrated is a trainer 30 , a dog 32 and device 10 . dog 32 is taught to associate touching target area 12 of device 10 with a reinforcement such as a treat , play , physical affection or verbal praise . of course , to receive the reinforcement , dog 32 must return to trainer 30 . if the behavior is properly performed , a training clicker can be used to indicate this , thus attaching an external stimulus to the proper behavior . then to receive a subsequent treat the dog must go out to device 10 again . by increasing the distance between the trainer 30 and device 10 , dog 32 will learn how to go out and come back . after that behavior is learned , jumps or other obstacles 33 could be placed between the device 10 and trainer 30 . in this way , dog 32 can be taught to associate signals with directed movements . dog 32 can also be taught to move a particular distance and / or direction to search for and / or discover or fetch objects . note that device 10 and target area 12 are designed to attract the dog &# 39 ; s attention . it is also designed to be self righting so that dog 32 can hit the target device with its muzzle or paw and device 10 will rock but not fall over . this ensures continued training without the need for trainer 30 to repeatedly fix targets . flange 22 provides extra assurance that device 10 will not fall over by providing a contact area and by helping to shift the center of gravity of device 10 to ensure its return to an upright position . additionally , device 10 is portable and can be used both indoors and outdoors on any surface ( except deep liquids ). device 10 , unlike some conventional dog training aids , does not need to have an edible substance such as liver placed on it to get the animal to come to the aid . instead , the animal associates the reinforcement and external stimulus with device 10 and provides the proper behavior . [ 0018 ] fig3 is a flowchart which outlines a method for using device 10 for training an animal , such as a dog . in step 40 , the dog is taught to associate touching device 10 with an external stimulus such as a click from a training clicker or verbal praise . one way of doing this is disclosed in the booklet and video entitled “ click and treat training kit version 1 . 1 / 1 . 2 ” by gary wilkes . after the dog has mastered the behavior of touching device 10 , more complexities can be added . in step 42 , the trainer begins to move away from device 10 . this requires the dog to go from the trainer , to device 10 , and back to the trainer either immediately or on a command ( based on the behavior the dog is learning ). eventually , a verbal command is attached to the behavior after the dog has mastered the behavior , in step 44 . additional behavior such as jumping over obstacles can be added to the behavior by adding jumps between the trainer and device . also , a dog can be taught to move in a particular fashion in a particular direction or manner . although the present invention has been described for use with dogs , other animals can also be trained using this device , as is apparent to those skilled in the art . additionally , although certain behaviors have been highlighted , additional behaviors can be learned utilizing device 10 as disclosed here within .
an animal training device is disclosed . the training device includes a target section and a base section coupled together . the base section includes a top portion and a rounded bottom portion . an annular flange is located between the top portion and the bottom portion and extends outward from the top portion and bottom portion . the annular flange is operable to ensure that excessive exterior forces do not knock over the training device . the training device is portable as well as self - righting .