Numerically controlled machine tool
OwnerByung Duk Mininventor
Life of this patent
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Abstract
A numerically controlled machine tool that can accurately control a position of a machining member for machining a workpiece. The numerically controlled machine tool comprises: a first post member installed on a main body slidingly in a left/right direction; and first, second and third horizontal rails installed on the main body lengthily in the left/right direction and respectively coupled to two points of the rear surface and one point of the front surface of the first post member for guiding sliding of the first post member.
Claims12
A numerically controlled machine tool, comprising:
- a body including a first longitudinal support having a longitudinal axis and an opposing second longitudinal support disposed parallel to the longitudinal axis;
- a first post member disposed on the body between the first longitudinal support and the opposing second opposing longitudinal support;
- a first driving part including a first driving motor connected to a first driving screw configured to translate the first post member in a first longitudinal direction along the longitudinal axis between the first longitudinal support and the opposing second longitudinal support, the first driving screw having a rotational axis disposed parallel to the longitudinal axis;
- a first horizontal rail disposed on a top portion of the opposing second longitudinal support;
- a second horizontal rail disposed on a vertically extending surface of the opposing second longitudinal support;
- and
- a third horizontal rail disposed on a top portion of the first longitudinal support,
- wherein the rotational axis of the first driving screw is disposed equidistant between a first horizontal rail driving center of the first horizontal rail and a second horizontal rail driving center of the second horizontal rail,
- wherein a third horizontal rail driving center of the third horizontal rail is disposed equidistant between the first horizontal rail driving center and the second horizontal rail driving center, and the third horizontal rail driving center is also disposed on a line perpendicularly extending from the rotational axis of the first driving screw, and
- wherein the first post member has a first side and an opposing second side, and the first post member is coupled to the first and second horizontal rails on the first side thereof, and is further coupled to the third horizontal rail on the opposing second side thereof.
A numerically controlled machine tool, comprising:
- a body including a first longitudinal support having a longitudinal axis and an opposing second longitudinal support disposed parallel to the longitudinal axis;
- a first post member disposed on the body between the first longitudinal support and the opposing second longitudinal support;
- a first driving part including a first driving motor connected to a first driving screw configured to translate the first post member in a first direction along the longitudinal axis between the first longitudinal support and the opposing second longitudinal support, the first driving screw having a rotational axis disposed parallel to the longitudinal axis;
- a second post member installed on the first post member between the first longitudinal support and the opposing second longitudinal support, the second post member configured to be slidable in a vertical direction;
- a first vertical rail, a second vertical rail, and a third vertical rail each disposed on the second post member so as to extend in the vertical direction between the first longitudinal support and the opposing second longitudinal support, the first vertical rail, the second vertical rail, and the third vertical rail each being coupled to a respective point on the first post member, wherein the first vertical rail, the second vertical rail, and the third vertical rail work collectively to guide elevation of the second post member with respect to the first post member;
- a first horizontal rail disposed on a top portion of the opposing second longitudinal support;
- a second horizontal rail disposed on a vertically extending surface of the opposing second longitudinal support;
- and
- a third horizontal rail disposed on a top portion of the first longitudinal support,
- wherein the rotational axis of the first driving screw is disposed equidistant between a first horizontal rail driving center of the first horizontal rail and a second horizontal rail driving center of the second horizontal rail, and
- wherein a third horizontal rail driving center of the third horizontal rail is disposed equidistant between the first horizontal rail driving center and the second horizontal rail driving center, and the third horizontal rail driving center is also disposed on a line perpendicularly extending from the rotational axis of the first driving screw.
A numerically controlled machine tool, comprising:
- a body including a first longitudinal support and an opposing second longitudinal support;
- a first post member installed on the body between the first longitudinal support and the opposing second longitudinal support;
- a first driving screw configured to translate the first post member in a first longitudinal direction along a longitudinal axis between the first longitudinal support and the opposing second longitudinal support, the first driving screw having a rotational axis disposed parallel to the longitudinal axis;
- a first horizontal rail and a second horizontal rail disposed on the opposing second longitudinal support;
- and
- a third horizontal rail disposed on the first longitudinal support,
- wherein the rotational axis of the first driving screw is disposed equidistant between a first horizontal rail driving center of the first horizontal rail and a second horizontal rail driving center of the second horizontal rail, and
- wherein a third horizontal rail driving center of the third horizontal rail is disposed equidistant between the first horizontal rail driving center and the second horizontal rail driving center, and the third horizontal rail driving center is also disposed on a line perpendicularly extending from the rotational axis of the first driving screw.
Dependencies are inferred from the claim text.