referring to fig1 , a perspective view of a snowboard support device 50 in accordance with the present invention is shown . fig1 illustrates device 50 in an extended position with handle / housing (“ handle ”) 23 resting on a chair lift seat 60 . device 50 is preferably mounted to a snowboard 70 or other device through an extension 71 of binding plate 1 ( shown in other figures ) or other suitable means . extension shaft 52 may be pivotally coupled to base 4 through a shuttle 6 movably mounted on shuttle shaft 5 . extension shaft 52 may have a telescoping configuration and include a lower , middle and upper section 9 , 14 , 22 , respectively . handle 23 may be pivotally coupled to upper section 22 and configured to not extend substantially past 90 degrees . fig2 illustrates device 50 in a stowage position compactly contracted within handle 23 . fig3 illustrates device 50 in an extended position . the base 4 , shuttle 6 and extension shaft 52 are visible in this view . the binding plate 1 and disk 2 , pivot arm 13 , release latch 24 and other features are also shown . device 50 is preferably biased towards the extended position . to contract it , a user applies a downward force in the direction of arrow c to compress the shaft and then in the direction of arrow b to move the orientation of shaft 52 toward horizontal . movement in the direction of arrow b causes the lower section of shaft 52 to pivot about pivot arm 13 and move via movement of shuttle 6 on shuttle shaft 5 ( see fig4 ) in the direction of arrow d . handle 23 is moved generally downward in the direction of arrow a until it mounts on and “ clicks ” into base 4 . to extend the device , latch release mechanism 24 is actuated by a user which releases handle 23 from base 4 and permits a user to extend the handle to the extended position for resting on a chair lift seat as shown in fig1 ( and the handle is preferably biased towards this extended position ). it should be recognized that by merely resting on the chair lift seat ( as opposed to positively attaching such as with a clip or carbiner ), the present invention is much less likely to become inadvertently attached to the chair lift . fig4 - 6 are three perspective views illustrating embodiments of device 50 at three different levels of extension . fig7 - 8 are two exploded perspective views that illustrate the various components of the embodiments of device 50 of fig4 - 6 . the mounting of a binding plate 1 to a board is known . for device 50 , an exterior region 71 is provided with binding plate 1 and clips 3 are used to mount base 4 to the binding plate . shaft 5 is provided within the structure of base 4 and shuttle 6 is preferably configured for movement along shaft 5 . spring 20 biases housing 6 away from a contracted position causing shaft 52 to rise up in response to a release of latch mechanism 24 ( described below ). axle 7 facilitates pivotal coupling of shaft 52 to shuttle 6 . pivot arm 13 is coupled to a pivot member 11 into which shuttle shaft 5 is inserted . these items are held in place by firmly secured base 4 . pivot arm 13 is coupled to lower shaft section 9 . extension shaft sections 9 , 14 , 22 telescope within each other . see , for example , fig6 . a spring tempered anchor 36 is preferably provided in top section 22 to absorb shocks and some lateral movement . fig8 illustrates details of the handle 23 and top shaft section 22 . latch actuator 24 is movably coupled through pin 25 to handle 23 and further to internal latch 29 . cam spring 28 biased latch 29 towards engagement . when handle 23 is pressed onto base 4 the teeth 30 of latch 29 hook underneath ledge 38 of base 4 ( see fig7 ). to release the handle from the base , latch actuator 24 is pushed forward causing the internal latch 29 to rotate such that teeth 30 disengage ledge 38 . lock knob 27 in the straight up position blocks movement of latch 24 . anchor 36 may include an axial screw 35 that mounts cam 32 and spring 33 to top shaft section 22 adjacent pin 31 . the spring and cam serve to center top shaft section 22 and provide some flexibility and shock absorption . fig9 and 10 illustrate features of the functionality of device 50 . the bottom two shaft sections are preferably configured such that they do not turn ( though they may be configured otherwise without departing from the invention ). the top shaft section 22 is preferably coupled through a cam arrangement that permits turning , but recenters in the absence of a turning force as discussed above with reference to fig8 , and shown in fig9 . fig1 illustrates that the extension shaft may be provided with shuttle 6 and cam spring 20 ( fig7 ) such that the shuttle is biased towards vertical with a certain amount of play . components may be made of metal , plastic or other suitable materials . while the invention has been described in connection with specific embodiments thereof , it will be understood that it is capable of further modification , and this application is intended to cover any variations , uses , or adaptations of the invention following , in general , the principles of the invention and including such departures from the present disclosure as come within known or customary practice in the art to which the invention pertains and as may be applied to the essential features hereinbefore set forth , and as fall within the scope of the invention and the limits of the appended claims .
a snowboard support device for use in lift assist transport . the device may have a base , an extension shaft and a handle member or the like . in one embodiment , the handle serves as a housing to cover the extension shaft in its closed position and provides an engagement surface for non - fixed , gravity - based engagement of a chair lift seat .