TH35827B - The support structure of the machine's buoyancy scheme for plates - Google Patents

Abstract

DC60 (20/10/54) A floating frame support mechanism has been provided that can make the machine back up. New for thinner plates In the buoyancy support mechanism for the production machine is re-established. For the plate to support the floating frame with springs and dampers in the vertical from opposite sides of the plate. which has been put into The dampers are positioned outside the disc's projection area. and area of Floating scheme which is supported by the damper retracts towards the plate rather than the surface. bottom of the plate A floating frame support mechanism has been provided that can bring the machine back up. New for thinner plates In the buoyancy support mechanism for the production machine is re-established. For the plate to support the floating frame with spring and damper in the vertical from opposite side of the plate. which has been put into The dampers are positioned outside the disc's projection area. and area of Floating scheme which is supported by the damper retracts towards the plate rather than the surface. bottom of the plate

Claims (2)

(All) rights that will not appear on the advertisement page: 1. A floating chassis support mechanism for the information reproduction apparatus to support the structure. Installed buoyancy with spring-loaded turntable and vertical damper from the bottom surface of The plates loaded on the turntable The damper is placed outside the plate projection area and the area of the float scheme supported by it is set to higher. Another area of the floating scheme Where the upper surface of the area supported by the damper of The float scheme is set higher than the bottom surface of the plate 2. The buoyancy scheme support mechanism according to claim 1, where the damper is assembled. Into the duct-shaped section (10a) of the main body (10) and the damper pressure section (6) has been assembled into the Main body to push the bottom surface of the damper And install the damper on the main body. 3. The mechanism for supporting the floating frame according to claim 2, where the spring for support. The buoyancy scheme is assembled into the outer wall of the tubular section of the main body and is coordinated with the overhang (10d) formed on the tubular section. Right No. 2 where the damper pusher is a spring plate 5. Mechanism to support the floating scheme according to claim 2, where the damper pusher is Casting product made of resin 6. Mechanism for supporting the buoyancy structure according to claim 2, where the damper pusher has a tongue plate (6a) with a hole where the protrusion knob (10c) is installed. On the main frame has been inserted for fixation of the pusher. Damper with main body 7. Mechanism for supporting the buoyancy scheme according to claim 2, where the tube-shaped section has a height at Cover the height of the half-height retarder generally. By the remaining height of the damper Extending from the tubular section 8. Mechanism for supporting the float scheme according to claim 1, where the damper is made of A flexible encapsulation that holds the viscous fluid in it hermetically. 9. Structure support mechanism, according to claim 8, where the spring surrounds the retarder at its remaining height 1 0. Float according to claim 1, where the damper has a molded socket (4a) formed in the area above the damper and the shaft (3a) that can be mounted onto the float scheme (3). Get inserted into the socket to install the damper onto the float scheme 1. 1. The mechanism supports the floating scheme according to claim 1, where the spring is a coiled spring assembled. Down around the damper 1 2. The mechanism supports the floating scheme according to claim 1, where the thickness of the mechanism matches. With the depth from the top surface of the plate to the lower surface of the damper, which is the sum of the thickness (h2) of the buoyancy frame and the distance (h3) from the bottom surface of the buoyancy frame to Surface Bottom of the damper