33results about How to "Improved overall motion regulation accuracy" patented technology

A floating-type working table device comprises a base (9) and a working table (6) which can move on the plane of the base (9) in a floating manner, wherein the working table (6) is equipped with a horizontal shaft drive device (8) and a longitudinal shaft drive device (7); the horizontal shaft drive device (8) comprises a horizontal shaft motor (81) linked with a horizontal shaft screw rod (82); the longitudinal shaft drive device (7) comprises a longitudinal shaft motor (71) linked with a longitudinal shaft screw rod (72); and a longitudinal extending and protruding part (61) is disposed on the right side of the working table (6), so that a suspended part (680) used for horizontal driving is formed between the longitudinal extending and protruding part (61) and the base (9).

The invention discloses an operation-smooth floating worktable structure. The structure comprises a base (9), and a worktable (6) capable of floating and moving on the plane of the base (9); the worktable (6) is provided with a transverse shaft driving device (8) and a longitudinal shaft driving device (7); the transverse shaft driving device (8) includes a transverse shaft motor (81) connected with a transverse shaft screw rod (82); the longitudinal shaft driving device (7) includes a longitudinal shaft motor (71) connected with a longitudinal shaft screw rod (72); and a longitudinal extension projection part (61) is arranged on the right side of the worktable (6), so that a transverse driving suspension part (680) is formed between the longitudinal extension projection part (61) and the base (9).

The invention discloses a five-degree-of-freedom adjusting platform for splicing off-axis aspheric sub-mirrors, a first mobile platform is used for realizing two-degree-of-freedom adjustment of movement in X and Y directions, a second mobile platform is arranged above the first mobile platform, and the second mobile platform is used for realizing three-degree-of-freedom adjustment of movement in Z direction and turnover movement in X and Y directions. The second mobile platform is provided with an off-axis aspheric sub-mirror, and five-degree-of-freedom pose adjustment of the off-axis aspheric sub-mirror is realized through the first mobile platform and the second mobile platform. According to the invention, the motion position information of the linear motor can be collected in real time, the position adjustment precision is high, the adjustment efficiency is high, and the micron-order adjustment precision of the position attitude of the off-axis aspheric sub-mirror is realized.

The invention discloses an outage-resistant floating type workbench mechanism. The outage-resistant floating type workbench mechanism comprises a base (9) and a workbench (6) capable of moving on the plane of the base (9) in a floating manner. The workbench (6) is provided with a horizontal-axis driving device (8) and a longitudinal-axis driving device (7). The horizontal-axis driving device (8) comprises a horizontal-axis motor (81) linked with a horizontal-axis threaded rod (82). The longitudinal-axis driving device (7) comprises a longitudinal-axis motor (71) linked with a longitudinal-axis threaded rod (72). A longitudinally-extending protrusion portion (61) is arranged at the right side of the workbench (6), and thus a suspension portion (680) for horizontal driving is formed between the longitudinally-extending protrusion portion (61) and the base (9).

The invention discloses a workbench device capable of being regulated in a biaxial manner. The workbench device comprises a pedestal (9) and a workbench (6) capable of floating and moving on the plane of the pedestal (9), wherein the workbench (6) is provided with a horizontal-axis drive device (8) and a longitudinal-axis drive device (7); the transverse-axis drive device (8) comprises a transverse-axis motor (81) connected to a transverse-axis screw (82); the longitudinal-axis drive device (7) comprises a longitudinal-axis motor (71) connected to a longitudinal-axis screw (72); and the right side of the workbench (6) is provided with a longitudinal-extending convex-protruding part (61), so that a suspending part (680) for transverse driving is formed between the longitudinal-extending convex-protruding part (61) and the pedestal (9).

The invention discloses a multi-degree-of-freedom-adjustable high-precision automatic assembly and docking system for ship sections, which relates to the technical field of shipbuilding and automatic assembly, and includes a trolley module, a ground track module, a sensor measurement module and a ship section module; the trolley module Installed in the track chute of the ground track module; the sensor measurement module is arranged on the periphery of the ship section module; the moving ship section in the ship section module is installed on the trolley module. By arranging multiple four-degree-of-freedom trolleys for coordinated movement and combining measurement equipment for data fusion, the present invention can efficiently and flexibly adjust the position and attitude of the ship section to be closed. The system is a closed-loop system with real-time feedback of measurement data, high precision of motion adjustment, high degree of automation, and no need for manual verification and verification, which improves the work efficiency and quality of ship assembly. The overall device layout is simplified, and the operational safety of the mechanism is improved.

An easy-to-operate floating workbench structure, comprising a base (9) and a workbench (6) capable of floating and moving on the plane of the base (9), the workbench (6) being provided with a horizontal axis The driving device (8) and the vertical axis driving device (7), the horizontal axis driving device (8) includes a horizontal axis motor (81) coupled with the horizontal axis screw (82), and the vertical axis driving device (7) includes A vertical axis motor (71) coupled with a vertical axis screw (72), wherein a longitudinally extending protrusion (61) is provided on the right side of the workbench (6) so that the longitudinally extending protrusion (61) A suspension part (680) for lateral driving is formed between the base (9).

The invention discloses a floating type workbench structure used for industrial processing. The floating type workbench structure comprises a pedestal (9) and a workbench (6) capable of floating and moving on the plane of the pedestal (9), wherein the workbench (6) is provided with a horizontal-axis drive device (8) and a longitudinal-axis drive device (7); the transverse-axis drive device (8) comprises a transverse-axis motor (81) connected to a transverse-axis screw (82); the longitudinal-axis drive device (7) comprises a longitudinal-axis motor (71) connected to a longitudinal-axis screw (72); and the right side of the workbench (6) is provided with a longitudinal-extending convex-protruding part (61), so that a suspending part (680) for transverse driving is formed between the longitudinal-extending convex-protruding part (61) and the pedestal (9).

The invention discloses a floating type workbench structure capable of achieving double-axis adjustment. The floating type workbench structure comprises a base (9) and a workbench (6) capable of moving on the plane of the base (9) in a floating manner. The workbench (6) is provided with a horizontal-axis driving device (8) and a longitudinal-axis driving device (7). The horizontal-axis driving device (8) comprises a horizontal-axis motor (81) linked with a horizontal-axis threaded rod (82). The longitudinal-axis driving device (7) comprises a longitudinal-axis motor (71) linked with a longitudinal-axis threaded rod (72). A longitudinally-extending protrusion portion (61) is arranged at the right side of the workbench (6), and thus a suspension portion (680) for horizontal driving is formed between the longitudinally-extending protrusion portion (61) and the base (9).

A new workbench device with biaxial adjustment function, comprising a base (9) and a workbench (6) capable of floating and moving on the plane of the base (9), the workbench (6) is provided with The horizontal axis driving device (8) and the vertical axis driving device (7), the horizontal axis driving device (8) includes a horizontal axis motor (81) coupled with the horizontal axis screw (82), the vertical axis driving device (7 ) includes a longitudinal axis motor (71) coupled with a longitudinal axis screw (72), wherein the right side of the table (6) is provided with a longitudinally extending protrusion (61) so that the longitudinally extending protrusion ( 61) and the base (9) form a suspension part (680) for lateral driving.

An overtravel-preventing floating working table structure comprises a base (9) and a working table (6) capable of moving on the plane of the base (9) in a floating mode. The working table (6) is provided with a transverse-axis driving device (8) and a longitudinal-axis driving device (7). The transverse-axis driving device (8) comprises a transverse-axis motor (81) connected with a transverse-axis screw (82). The longitudinal-axis driving device (7) comprises a longitudinal-axis motor (71) connected with a longitudinal-axis screw (72). A longitudinal extending and protruding part (61) is arranged on the right side of the working table (6), and thus a suspended part (680) for transverse driving is formed between the longitudinal extending and protruding part (61) and the base (9).

An overtravel-preventing floating working table structure comprises a base (9) and a working table (6) capable of moving on the plane of the base (9) in a floating mode. The working table (6) is provided with a transverse-axis driving device (8) and a longitudinal-axis driving device (7). The transverse-axis driving device (8) comprises a transverse-axis motor (81) connected with a transverse-axis screw (82). The longitudinal-axis driving device (7) comprises a longitudinal-axis motor (71) connected with a longitudinal-axis screw (72). A longitudinal extending and protruding part (61) is arranged on the right side of the working table (6), and thus a suspended part (680) for transverse driving is formed between the longitudinal extending and protruding part (61) and the base (9).

A machining workbench structure capable of achieving double-shaft adjustment comprises a base (9) and a workbench (6) capable of floating and moving on the plane of the base (9); the workbench (6) is provided with a transverse shaft driving device (8) and a longitudinal shaft driving device (7); the transverse shaft driving device (8) comprises a transverse shaft motor (81) connected with a transverse shaft threaded rod (82); the longitudinal shaft driving device (7) comprises a longitudinal shaft motor (71) connected with a longitudinal shaft threaded rod (72); and a longitudinal extending and convex stretching part (61) is arranged on the right side of the workbench (6) so that a hanging part (680) used for transverse driving can be formed between the longitudinal extending and convex stretching part (61) and the base (9).

A workbench structure facilitating the adjustment of a gap comprises a base (9) and a workbench (6) capable of moving on the plane of the base (9) in a floating mode. The workbench (6) is provided with a transverse shaft driving device (8) and a longitudinal shaft driving device (7). The transverse shaft driving device (8) comprises a transverse shaft motor (81) connected with a transverse shaft screw rod (82). The longitudinal shaft driving device (7) comprises a longitudinal shaft motor (71) connected with a longitudinal shaft screw rod (72). A longitudinally-extending protruding part (61) is arranged at the right side of the workbench (6), so that a suspended part (680) for transverse driving is formed between the longitudinally-extending protruding part (61) and the base (9).

The invention discloses an operation-smooth floating worktable structure. The structure comprises a base (9), and a worktable (6) capable of floating and moving on the plane of the base (9); the worktable (6) is provided with a transverse shaft driving device (8) and a longitudinal shaft driving device (7); the transverse shaft driving device (8) includes a transverse shaft motor (81) connected with a transverse shaft screw rod (82); the longitudinal shaft driving device (7) includes a longitudinal shaft motor (71) connected with a longitudinal shaft screw rod (72); and a longitudinal extension projection part (61) is arranged on the right side of the worktable (6), so that a transverse driving suspension part (680) is formed between the longitudinal extension projection part (61) and the base (9).

A working table device for machining comprises a base (9) and a working table (6) capable of moving on a plane of the base (9) in a floating manner, wherein the working table (6) is provided with a transverse shaft driving device (8) and a longitudinal shaft driving device (7); the transverse shaft driving device (8) comprises a transverse shaft motor (81) connected with a transverse shaft screw (82); the longitudinal shaft driving device (7) comprises a longitudinal shaft motor (71) connected with a longitudinal shaft screw (72); and a longitudinal convex extending part (61) is arranged on the right side of the working table (6), so that a suspension part (680) for transverse driving is formed between the longitudinal convex extending part (61) and the base (9).

The invention discloses an intelligently-controlled floating type worktable device. The intelligently-controlled floating type worktable device comprises a substrate (9) and a worktable (6) which is capable of moving in a floating manner on the plane of the substrate (9); the worktable (6) is provided with a horizontal shaft driving device (8) and a longitudinal shaft driving device (7); the horizontal shaft driving device (8) comprises a horizontal shaft motor (81) connected with a horizontal shaft screw (82); the longitudinal shaft driving device (7) comprises a longitudinal shaft motor (71) connected with a longitudinal shaft screw (72), wherein a longitudinal extending and protruding part (61) is arranged at the right side of the worktable (6) so that a horizontal driving suspended part (680) can be formed between the longitudinal extending and protruding part (61) and the substrate (9).

The invention discloses workbench equipment having the double-axis adjustment function. The workbench equipment comprises a base (9) and a workbench (6) capable of moving on the plane of the base (9) in a floating manner. The workbench (6) is provided with a horizontal-axis driving device (8) and a longitudinal-axis driving device (7). The horizontal-axis driving device (8) comprises a horizontal-axis motor (81) linked with a horizontal-axis threaded rod (82). The longitudinal-axis driving device (7) comprises a longitudinal-axis motor (71) linked with a longitudinal-axis threaded rod (72). A longitudinally-extending protrusion portion (61) is arranged at the right side of the workbench (6), and thus a suspension portion (680) for horizontal driving is formed between the longitudinally-extending protrusion portion (61) and the base (9).

The invention discloses a position-adjustable floating worktable equipment. The equipment comprises a base (9), and a worktable (6) capable of floating and moving on the plane of the base (9); the worktable (6) is provided with a transverse shaft driving device (8) and a longitudinal shaft driving device (7); the transverse shaft driving device (8) includes a transverse shaft motor (81) connected with a transverse shaft screw rod (82); the longitudinal shaft driving device (7) includes a longitudinal shaft motor (71) connected with a longitudinal shaft screw rod (72); and a longitudinal extension projection part (61) is arranged on the right side of the worktable (6), so that a transverse driving suspension part (680) is formed between the longitudinal extension projection part (61) and the base (9).

The invention discloses a worktable mechanism with a double-shaft adjustment function. The worktable mechanism comprises a base (9) and a worktable (6) which can move on the flat surface of the base (9) in a floating manner; the worktable (6) is provided with a cross shaft driving device (8) and a longitudinal shaft driving device (7); the cross shaft driving device (8) comprises a cross shaft motor (81) which is linked with a cross shaft screw rod (82); the longitudinal shaft driving device (7) comprises a longitudinal shaft motor (71) which is linked with a longitudinal shaft screw rod (72); and the right side of the worktable (6) is provided with a longitudinally extending convex part (61), so that a suspension part for cross driving (680) is formed between the longitudinally-extending convex part (61) and the base (9).