TH24347Y - A compression spring with a segmented height gauge for measuring compression on a free-standing base. - Google Patents

Abstract

A spring with a segmented compression height gauge on the free base is mounted on the top wall of the free base (10). A first spring receiver (21) is mounted at one position on the top. On the free-standing base (10), the first spring socket (21) is designed to create a first (31) perimeter wall that rises above the upper wall of the free-standing base (10). The center of the first spring socket (21) has at least one opening for drainage of the free-standing base (10). One position on the upper wall of the free-standing base (10), specifically on the side of the first spring socket (21), is provided to accommodate a ruler (40) to be inserted so that the ruler (50) can measure the height of the force spring (30) to indicate the height of the compression acting on the force spring (30). Above the force spring (30) is a free-standing cover (60). On the lower wall of the free-standing cover (60) is a second spring socket (22) designed to create a second (32) perimeter wall that rises above the lower wall of the free-standing cover (60) to enclose the force spring (30). One position on the outside of the free-standing cover (60) has an indicator (20) to indicate the distance. The height of the spring (30) and ruler (50) is such that the spring (30) and ruler (50) are placed close together and mounted on a free-standing base (10).

Claims (10)

OCR 12/07/2567 1. A spring with a segmented compression height gauge on an independent base has the following characteristics: an independent base (10) made of rubber, plastic, or metal, which acts as a base; the underside of the independent base (10) is sealed to a target position (11) which is formed into a selectable shape from a non-smooth surface, groove, or a combination of these; and a special feature is that the underside of the independent base (10) has a first spring socket (21) provided on one side of the independent base (10). The first spring socket (21) is designed to have a wall around it (31) that rises above the upper side of the independent base (10). On one side of the upper side of the independent base (10), specifically on the side of the first spring socket (21), there is a slot for a ruler (40) to be inserted, which allows the ruler (50) to measure the compression height (30) to indicate the height. To account for the compressive force acting on the spring (30), the top of the spring (30) is a free-standing cover (60). On the bottom wall of the free-standing cover (60) is a second spring socket (22) which is designed to create a second surrounding wall (32) that rises from the bottom wall of the free-standing cover (60) and encloses the spring (30). On one side of the free-standing cover (60) is an indicator (20) which indicates the height of the spring (30) relative to the ruler (50). The spring (30) is subjected to the compressive force above it, and the indicator (20) points to the ruler (50), so that the spring (30) and the ruler (50) are positioned close together and mounted on the free-standing base (10). 2. A spring with a segmented ruler on an independent base, according to claim 1, where the upper wall of the independent base (10) shall have a first spring socket (21) provided at the center of the independent base (10). The center of the first spring socket (21) shall have at least one drainage port. 3. A spring with a separate compression height ruler on an independent base, according to claim 1, where the first surrounding wall (31) is cylindrical in shape and supports the installation of the spring (30). 4. A spring with a segmented compression height measuring ruler on a free base, according to claim 1, where the ruler slot (40) shall have a depth of the bottom wall of the ruler slot (40) in the same plane as the depth of the bottom wall of the first spring socket (21). 5. A spring with a segmented compression height gauge on a free-standing base, according to claim 4, where the gauge slot (40) is formed from the higher housing (41) from the lower wall of the free-standing base (10) upwards. 6. A spring with a separate compression height ruler on an independent base, according to claim 5, where the higher housing (41) shall have the same or different height to the height of the first surrounding wall (31) of the first spring seat (21). 7. A spring with a split compression height measuring ruler on an independent base, according to claim 1, where the receiver (40) shall have a shape that supports the shape of the ruler (50) in the form of at least one straight line, or the ruler (50) shall be arranged in a perpendicular shape formed by two walls, and the receiver (40) shall have a perpendicular shape formed by two receivers, with the receiver (40) having at least one position and the ruler (50) having at least one position. 8. A spring with a segmented compression height ruler on an independent base, according to claim 1, on top of the spring (30) there shall be an independent cover (60) made of either rubber, plastic, or metal, which is a wide, cylindrical cover. The lower wall of the independent cover (60) shall have a second spring socket (22) provided at the center of the independent cover (60). 9. A spring with a segmented compression height ruler on an independent base, according to claim 1, where the second spring housing (22) will have a shape that creates a second surrounding wall (32) that rises above the lower wall of the independent cover (60). The second surrounding wall (32) will have a cylindrical shape that encloses the spring (30). The lower wall of the independent base (10) below the drain hole will have a reinforced housing that creates a surrounding wall to prevent vibration when assembled into the spring floor. 10. A force spring with a segmented compression height ruler on the free-standing base, in accordance with claim 1, where the indicator (20) shall have a pointed end to indicate the distance to which the ruler (50) is located. The center of the free-standing cover (60) shall have at least one slot for a nut to adjust the force nut (70) to compress the force spring (30) together with the free-standing cover (60).