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A mechanism for mechanically controlling steering gear steering

A rudder control and mechanical technology, applied in manipulators, program control manipulators, manufacturing tools, etc., can solve the problems of rudder shaking, rudder and chip damage, power on and off of rudder, etc., and achieve flexible base parts , Simple operation and control, avoid the effect of shaking the rudder

Inactive Publication Date: 2016-08-17
LANZHOU UNIVERSITY OF TECHNOLOGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the structural design of other multi-degree-of-freedom robots or mechanical arms similar to the above-mentioned robots, the base of the robot or mechanical arm can only complete the rotation in a single plane. To complete more complex actions or increase the degree of freedom, it is usually necessary to increase the steering gear However, increasing the number of steering gears will complicate the control and structural design, and due to the action requirements, the steering gears need to be powered on and off frequently or switch forward and reverse frequently.
Repeated steering switching and frequent power on and off will cause the steering gear to shake easily, causing the steering gear and chips to be easily damaged

Method used

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  • A mechanism for mechanically controlling steering gear steering
  • A mechanism for mechanically controlling steering gear steering
  • A mechanism for mechanically controlling steering gear steering

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Embodiment Construction

[0007] Such as Figure 1~Figure 5 As shown, the present invention is a mechanism for mechanically controlling steering gear steering, a mechanically controlling forward and reverse base mechanism for a mechanical arm, including a housing 19, a motor 23 that can be fixedly mounted on a base 20, and the base 20 can be fixed Installed on the shell 19. The reduction bevel gear 21 is fixedly connected on the main shaft 30, and the reversing gear bracket 18 is fixedly connected on the base 20, and the reversing gear bracket 18 is equipped with a reversing bull gear 14, a reversing gear shaft 15, a first reversing gear The gear reversing system that pinion 16, the second reversing pinion 17 form. The reversing bull gear 14, the first reversing pinion 16 are fixedly connected with the reversing gear shaft 15, and the second reversing pinion 17 is then vacantly sleeved on an axle at its position. The first clutch electromagnet 27 of dual-clutch device is installed on the shell 19, an...

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Abstract

Disclosed is a mechanism for mechanical steering control of a steering gear. A reversing gear bracket (18) is fixedly connected on a base (20), and a gear reversing system composed of a reversing gear wheel (14), a reversing gear shaft (15), a reversing pinion (16) and a reversing pinion (17) is mounted on the reversing gear bracket (18); a tooth coupling (13) is nested in an unthreaded hole of a sun gear bracket (12) and connected with a sun gear (10); the sun gear (10) forms a sun gear train with a turntable bearing ring gear (11) through three planet gears (37); two worm shafts (2), a clutch magnet (6), a worm reversing gear wheel (33), a worm reversing gear shaft (34), a worm reversing pinion (35), a worm reversing pinion (36) and a thrust bearing (9) are mounted on a rotary support (3); a clutch gear (8), the clutch magnet (6) and a clutch gear (4) sleeve a spindle (30).

Description

technical field [0001] The invention relates to a robot structure, in particular to a mechanism for mechanically controlling the steering of a steering gear. Background technique [0002] In actual production work, such as related operations on the production line used in automobile manufacturing, EOD work, nuclear leakage treatment, etc., robots or mechanical arms are often used to replace human operations, which not only improves work efficiency, but also avoids human operations. posed risks. The mechanical arm is the core component of these robots or it is a complete industrial product itself. There are also robotic arms used in dancing robots, food delivery robots, and sales robots. The base of the robotic arm is to realize the overall movement of the robotic arm. An essential component for revolving motion in the horizontal plane. The base of a common robotic arm is usually equipped with a steering gear, which is responsible for the forward rotation and reverse rotati...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B25J9/18B25J9/02
Inventor 段红燕钱伟李春玲杨萍张淑珍郑敏刘丽娜桑元成郑海霞李朝晖张瑾王斌
Owner LANZHOU UNIVERSITY OF TECHNOLOGY