the figures illustrate a typical telescopic slide assembly which includes a first or outer slide channel or member and second or inner slide channel or member 12 . the inner slide channel 12 telescopically slides within the outer slide channel 10 . the outer slide channel 10 includes a central web or plate 14 . similarly , the inner or second slide channel 12 includes a central web or plate 16 . the inner slide channel or slide 12 slides longitudinally in a direction along an axis 18 within the first or outer slide or slide channel 10 . the outer slide 10 is typically connected to an inner drawer cabinet wall , for example , or alternatively is incorporated in a further slide channel that is attached to an inner cabinet wall . the inner slide or second slide 12 is attached to the outside of a drawer . thus as the drawer is opened , the inner slide or second slide 12 will move in the direction indicated by the arrow in fig1 along axis 18 and telescopically extends from the first or outer slide 10 . the embodiment of the invention includes a mechanism which will maintain the inner or second slide 12 in an extended position . this mechanism comprises a cantilever spring 20 . the cantilever spring 20 includes a first end 22 which is fastened to the web 16 of the second or inner slide 12 . the cantilever spring 20 includes a second active or free end 24 which is biased away from the web 16 by virtue of the spring effect of the cantilever spring 20 . the active or free end 24 of the spring 20 projects into the pathway against an end stop 15 of the first or outer channel 10 when the inner channel 12 is moved to a desired , extended position . thus by positioning the cantilever spring 20 appropriately on the web or plate 16 a designer may provide that when slide 12 is moved to an extended position , it cannot be retracted into the outer channel or outer slide 10 . in order to release the engagement of the active end 24 of the cantilever spring 20 it is necessary to bias or move the spring 20 so as to disengage the active end 24 from the end stop 15 of web 14 of channel 10 and , more particularly , from the end of the web 14 of the first channel or slide member 10 . this disengagement is accomplished by means of a release lever or second cantilever spring 30 . the second cantilever spring 30 includes the first end 32 which is fastened to the central web 14 of the outer slide 10 and a second movable , active end 34 having a prong or arcuate section 36 at its active end 34 . the cantilever release spring 30 will typically be biased out of engagement with any of the slide members 12 or 14 . however , in order to release the spring 20 , prong 36 may be manually engaged and depressed against the spring force of the cantilever spring 30 thereby engaging the first or locking spring 20 to release the end of spring 20 from engagement from the end of the web 14 of the inner slide 10 . the inner slide 12 or second slide 12 may then be longitudinally telescoped into the outer slide 10 . it should be noted that the release lever or release spring 30 is a cantilever spring and that the prong 36 is shaped in a manner to avoid exposing operator of the spring to the pinch point which is defined as the intersection between the end of the web 14 and the active end 24 of the spring 20 . thus , utilization of the release spring 30 as designed avoids exposure of an individual to a potential hazardous situation to effect release of the locking mechanism . in the embodiment it is preferred that the cantilever springs 20 , 30 be aligned longitudinally along the longitudinal axis 18 on the respective webs 14 and 16 and that the active ends of each of the cantilever springs 20 , 30 are in opposed relationship . however , it is possible to reverse the construction of the locking spring 20 by providing a tab ( not shown ) which would project upwardly and into the pathway of the end or web 14 of the outer channel 10 . the release mechanism to for such a configuration would be substantially the same as depicted for the construction of the locking spring 20 . the materials which are utilized to provide the spring mechanism may be spring steel , plastic , or other alternatives . further , the mechanism is useful for various types of drawer slides having two or more nesting slides . thus the mechanism may be used on ball bearing or friction telescoping drawer slides . various other alterations and changes to the design and construction of the invention are possible . thus the invention is to be limited only by the following claims and equivalents thereof .
a locking and release mechanism for a slide assembly comprised of multiple telescoping channel members interacting , opposing cantilever springs mounted on the telescoping slides or channel . the mechanism can be made of plastic , spring steel or other alternative materials . the mechanism can be used on ball bearing or friction telescoping drawer slide assemblies .