10 results about "Column design" patented technology

1. Name of this design product: Storage Box (Roman Column Design). 2. Purpose of this design: For storing and displaying figurines, dolls, and other items. 3. The key design feature of this product is its shape. 4. The picture or photo that best illustrates the key design points: Design 1 3D diagram 1. 5. Design 1 is designated as the basic design.

This utility model discloses a tool for adjusting the tightness of a corrector baffle, belonging to the field of papermaking technology. It includes a corrector valve body, with a baffle at one end connected to a valve core inside the corrector valve body; a support rod at the other end of the corrector valve body, with a spring base threadedly connected inside the support rod. A first spring is installed at one end of the spring base, and the other end of the first spring is connected to the valve core inside the corrector valve body. An iron block is provided at one end of the spring base, with protrusions at both ends of one side of the iron block. Limiting holes are opened at both ends inside the spring base, and the two protrusions are slidably connected inside the two limiting holes. A T-shaped column is provided at the end of the iron block away from the spring base. By rotating the T-shaped column, the position of the spring base inside the support rod can be easily adjusted. The T-shaped column design provides a larger lever arm, allowing the operator to complete the adjustment with only a small force, preventing slippage or displacement, and has low manufacturing cost.

A machine tool (10) of column design, in particular a pillar drilling machine, comprising: a. a column (12) attached to a base plate (14), b. a bearing bridge (18) for a working tool (22), which is mounted to be displaceable in the axial direction of the column (12), c. a return spring (44) which acts on the bearing bridge (18) and is arranged between the bearing bridge (18) and an associated stop element (46), d. wherein the stop element (46) is adjustable on the column (12) in its axial direction and can be fixed by means of a clamping lever (50), e. wherein a complete machine head (24) is arranged on the bearing bridge (18) as a working tool (22), f. a rack (34) arranged on the column (12) which engages with a gear (38) associated with the bearing bridge (18), whereby the bearing bridge (18) is displaceable along the column (12), characterized in thata raised section (64) is provided on one of the toothless end sections (60) of the rack (34) facing the base plate (14) as a locking element (62) for the stop element (46) in order to prevent the bearing bridge (18) from slipping out of the rack (34), and that the raised section (64) is formed with an angle (74) with a short leg (76) and a long leg (78), wherein the short leg (76) bears at least partially against an end face (80) and the long leg (78) bears at least partially against the toothless end section (60) of the rack (34).

A machine tool (10) of column design, in particular a pillar drilling machine, with a column (12) on which a bearing bridge (18) for a working tool (22) is slidably mounted in the axial direction of the column (12), wherein the bearing bridge (18) is acted upon by a return spring (44) which is arranged in the area between the bearing bridge (18) and an associated stop element (46) which is adjustable on the column (12) in its axial direction and can be fixed in a predetermined operating position by means of a clamping lever (50), and wherein a complete machine head (24) is arranged on the bearing bridge (18) as a working tool (22), which contains a drive motor with gearbox in a housing (26) and has a tool holder (28), wherein a locking element (58) is provided which is designed to enable the bearing bridge (18) to be locked to the stop element (46), characterized in thatthat the locking element (58) has a spring element (62) designed in the manner of a strip-shaped spring clip, wherein a guide pin (84) is formed on the stop member (46) and the bearing bridge (18) has a recess (66), wherein the locking element is formed in the manner of a locking lever (90) which has on a first end section (92) a projection (94) that can be engaged in the recess (66) of the bearing bridge (18) and an opening (106) for receiving the guide pin (84) and on a second end section (96) an opening (100) for the passage of the clamping lever shaft (52), wherein a spring element, in particular a compression spring (104), is located between the locking lever (90) and the stop member (46).is arranged and that, by actuating the clamping lever (50), the locking lug (64) or the projection (94) automatically disengages from the recess (66) in the bearing bridge (18) when the stop member (46) is fixed on the column (12) and automatically engages in the recess (66) of the bearing bridge (18) when the stop member (46) is released on the column (12).

1. The name of the design product: outdoor column (squirrel shape). 2. The use of the design product: for outdoor column design. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: front view.

A column-type transfer four-axis robot includes a support frame, with a hollow column rotatably mounted on top of the support frame. The column has a lifting slider connected to a horizontal large arm, and a small arm rotatably connected to the end of the large arm away from the lifting slider. The small arm has a clamping flange. An extension rod extending towards the large arm is located above the column, with a lifting sprocket at the end of the extension rod away from the column. A tension spring energy storage device is housed within the hollow cavity of the column, and a drive sprocket is positioned directly above it. One end of a lifting chain is fixed to the large arm, and the other end passes over the lifting sprocket and the drive sprocket before being fixed to the top of the tension spring energy storage device. Unlike existing handling equipment, this robot uses an integrated column design, assembling all the necessary structures for basic functions, resulting in a simpler overall structure, easier maintenance, and the ability to perform essential functions at minimal cost.