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In a stand of liquid crystal display, a holding member may include a slider, a lower cover, a leaf spring that abuts against a side of the slider, a push-force adjusting member. The push-force adjusting member includes a push member, which has a tapered portion and pushes the leaf spring, and a scre

In a stand of liquid crystal display, a holding member may include a slider, a lower cover, a leaf spring that abuts against a side of the slider, a push-force adjusting member. The push-force adjusting member includes a push member, which has a tapered portion and pushes the leaf spring, and a screw member, which adjusts a height of the tapered portion of the push member relative to the leaf spring. The push-force adjusting member serves to adjust a push force of the leaf spring on the side of the slider. The lower cover has an adjustment hole, through which the screw member can be adjusted from outside. The slider may have a rectangular-shaped. The lower cover may have a first stopper, against which an upper end surface of the slider abuts, and a second stopper, against which a lower end surface of the slider abuts.

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What is claimed is: 1. A stand for a liquid crystal display comprising: a pipe-shaped stand member mounted on a back surface of the liquid crystal display configured to support the liquid crystal display in an inclined state, the pipe-shaped stand member including: a support portion extending horiz

What is claimed is: 1. A stand for a liquid crystal display comprising: a pipe-shaped stand member mounted on a back surface of the liquid crystal display configured to support the liquid crystal display in an inclined state, the pipe-shaped stand member including: a support portion extending horizontally relative to a rest surface of the liquid crystal display; and two tip ends extending in a direction intersecting with the rest surface; a holding member, to which the two tip ends of the stand member are mounted, the holding member including: a rectangular-shaped slider mounted to the two tip ends of the pipe-shaped stand member, the rectangular-shaped slider having: a side surface having substantially flat side center portion extending in a first direction substantially in parallel to a second direction, in which the two tip ends of the pipe-shaped stand member extend and both rounded side end recessed from the substantially flat side center portion of the side surface; and one end surface and the other end surface, which extend in a third direction substantially perpendicular to the second direction; a slider bearing member movably supporting the rectangular-shaped slider in the first direction, the slider bearing member having: a first stopper, against which the one end surface of the rectangular-shaped slider abuts; and a second stopper, against which the other end surface of the rectangular-shaped slider abuts, and a movement restricting member for restricting movement of the rectangular-shaped slider caused at a force equal to or less than a predetermined moving force having: a convex-shaped leaf spring mounted on the slider bearing member and arranged to abut against the substantially flat side center portion of the rectangular-shaped slider; and a push member made of a rubber material and pushing the convex-shaped leaf spring against the substantially flat side center portion of the rectangular-shaped slider with a predetermined pushing force; and a base member mounted on the back surface of the liquid crystal display and rotatably mounting the holding member. 2. A stand for a liquid crystal display comprising: a stand member mounted on a back surface of the liquid crystal display configured to support the liquid crystal display in an inclined state, the stand member including a support portion and a tip end; a holding member, including: a slider to which the tip end of the stand member is mounted and having a side surface having a substantially flat side center portion extending in a first direction substantially parallel to a second direction in which the tip end of the stand member extends and both side ends recessed from the substantially flat side center portion; a slider bearing member movably supporting the slider; and a movement restricting member mounted on the slider bearing member, for restricting movement of the slider caused at a force equal to or less than a predetermined moving force, and pushing against the substantially flat side center portion of the slider with a predetermined pushing force. 3. The stand for a liquid crystal display according to claim 2, wherein the slider further includes one end surface and the other end surface which extend in a direction substantially perpendicular to a direction in which the tip ends of the stand member extend, the slider bearing member movably supports the slider in a direction substantially parallel to the direction in which the tip end of the stand member extend, and the slider bearing member further includes a first stopper, against which the one end surface of the slider abuts and a second stopper, against which the other end surface of the slider abuts. 4. The stand for a liquid crystal display according to claim 2, wherein the holding member is rotatably mounted to a base member which is mounted on the back surface of the liquid crystal display. 5. The stand for a liquid crystal display according to claim 2, wherein the movement restricting member further includes: a convex-shaped leaf spring, which is mounted on the slider bearing member and which is arranged to abut against the substantially flat side center portion of the slider; and a push member made of a rubber material and pushing the convex-shaped leaf spring against the substantially flat side center portion of the rectangular-shaped slider with a predetermined pushing force. 6. A stand for a liquid crystal display comprising: a pipe-shaped stand member mounted on a back surface of the liquid crystal display configured to support the liquid crystal display in an inclined state, the pipe-shaped stand member including: a support portion extending horizontally relative to a rest surface of the liquid crystal display; and two tip ends extending in a direction intersecting with the rest surface; a holding member, to which the two tip ends of the stand member are mounted, the holding member including: a slider mounted to the two tip ends of the pipe-shaped stand member; a slider bearing member movably supporting the rectangular-shaped slider in a direction substantially in parallel to a direction, in which the tip ends of the pipe-shaped stand member extend; a convex-shaped leaf spring mounted on the slider bearing member and arranged to abut a front surface of the convex-shaped leaf spring against a side surface of the rectangular-shaped slider; a push member pushing the convex-shaped leaf spring, and the push member including: a tapered portion which at least partially abuts against a back surface of the convex-shaped leaf spring; and a hole; a screw member fixedly inserted into the hole of the push member to move integrally with the push member, and adjusting a height of the tapered portion of the push member relative to the convex-shaped leaf spring; a push-force adjusting member adjusting a push force of the convex-shaped leaf spring on the side surface of the rectangular-shaped slider; and a base member mounted on the back surface of the liquid crystal display and rotatably mounting the holding member, wherein the slider bearing member has an adjustment hole, through which the screw member can be adjusted from outside. 7. A stand for a liquid crystal display comprising: a stand member mounted on a back surface of the liquid crystal display configured to support the liquid crystal display in an inclined state, the stand member including a support portion and a tip end; a holding member, to which the tip end of the stand member are mounted, the holding member including: a slider mounted to the tip end of the stand member; a slider bearing member that movably supports the slider; an abutment member provided on the slider bearing member and arranged to abut against a side surface of the slider; and a push-force adjusting member, for adjusting a push force of the abutment member relative to a side surface of the slider, provided on the slider bearing member and push the abutment member against the side surface of the slider. 8. The stand for liquid crystal display, according to claim 7, wherein the abutment member includes a convex-shaped leaf spring. 9. The stand for liquid crystal display according to claim 7, wherein the push-force adjusting member further includes: a push member for pushing the abutment member having a tapered portion, which at least partially abuts against the abutment member and a hole; a screw member fixedly inserted into the hole of the push member to move integrally with the push member, and adjusting a height of the tapered portion of the push member relative to the abutment member. 10. The stand for liquid crystal display according to claim 9, wherein the slider bearing member has an adjustment hole, through which the screw member can be adjusted from outside.