Citation
(2009), "Patent abstracts", Industrial Robot, Vol. 36 No. 3. https://doi.org/10.1108/ir.2009.04936cad.005
Publisher
:Emerald Group Publishing Limited
Copyright © 2009, Emerald Group Publishing Limited
Patent abstracts
Article Type: Patent abstracts From: Industrial Robot: An International Journal, Volume 36, Issue 3
Title: Small-sized underwater observation robotApplicant: Inst Optics & Elect CN Acad (CN)Patent number: CN101234665Publication date: August 6, 2008
Abstract
The invention relates to a mini-size underwater observing robot, which comprises an underwater robot body and an above-water control box, wherein, two sides of an electronic cabin on the underwater robot body are horizontally provided with a left propeller, a right propeller and a lamp; a middle part on the electronic cabin is vertically provided with a vertical propeller; a bracket and a manipulator are arranged together with a lower part of the electronic cabin, the interior of which is provided with a compass, a temperature gauge, a depth gauge and a control circuit board; a front part on the electronic cabin is provided with a camera with variable focus, a camera pan and tilt and a lamp; a back part on the electronic cabin is provided with a camera with fixed focus; video images are transferred to a display on the above-water control box through shielded cable; the above-water control box consists of a control panel, a control circuit, a liquid crystal display and a chassis body. The invention transfers the shapes and the movement state of observed objects under water to the above-water control box through a video sensor, so the repair personnel can analyze the images; besides, the arranged manipulator can carry out grabbing work with light weight.
Title: Intellective robotApplicant: Xiaogang Han (CN)Patent number: CN101092033Publication date: December 26, 2007
Abstract
The invention relates to an intelligent robot. The feature is that it uses electric eye, electric ear and body sensors to form a movable state object image world that could reflect outer world alteration in the brain of robot. While robot moving, the image is moving at the same time. The computer in the brain of robot will combine virtual object image with real object image in brain to generate intelligence. Thus, the intelligent robot with consciousness and emotion would be produced.
Title: Off-line programming tool for industrial robotApplicant: University of Shanghai Jiaotong (CN)Patent number: CN101092031Publication date: December 26, 2007
Abstract
The invention relates to an industrial robot offline programming system that includes text edit and code conversion module that realizes G-code digital control program converting to INFORMII code working program by my MOTOMAN robot to generate full MOTOMAN robot working file and realizes offline programming, visual verifying module that verifies and simulates the moving track by 3D image method. Communicating and telecontrol module realize communication between the processed file and MOTOMAN robot and download and upload program and telecontrol.
Title: Pneumatic wall-climbing robot based on cylinderApplicant: Fusheng Yu (CN)Patent number: CN101092153Publication date: December 26, 2007
Abstract
The invention relates to pneumatic wall-climbing robot based on cylinder. It is made up of sucking disc, double acting cylinder, step motor, steering gear, and slide bar. Four sucking discs are set on the bracket to form the first set of adsorbent. The two ends of the cylinder bar are fixed on the sucking disc bracket and guided by the sliding bar. The other two sucking discs are set at another bracket, connected by steering gear and the step motor to form the second set of adsorbent which is fixed on the double acting cylinder. While working, the first and second adsorbents alternately work to realize advance circulation. While needing steering, the first adsorbent is divorced from the wall, the second one is adsorbed, which can make step motor drive steering device to make the first one rotate from 0 to 360° in situ.
Title: Glue spreading and positioning system of robotApplicant: Zhitong Robots System Co Ltd (CN)Patent number: CN101091942Publication date: December 26, 2007
Abstract
The invention relates to a rubberizing-positioning system which is worked by robots, it includes a pair of middle-stages, two groups of X-directions to the unit, a group of Y-direction to the unit and two groups of sucker units, the characteristic of it is that: each group to the unit has two foundations, a chute which has two slides on it; a slide connects with an air cylinder, and another with a linear displacement sensor relatively, the head of the two slides has a pair of sticks, and joining a connection ambulacrum relatively, each group of sucker units includes two moldings, the long-molding fixes together to the stage, and the short molding installs on the long molding. At the head of the two moldings establishments, a adjustment board which extends to the X- and Y-direction, the adjustment board nose connects a sucker module separately; each sucker module has a sucker junction panel, a U support whose two extending terminal through a knuckle bearing pin connects at both sides of the sucker bracket, the base of the sucker bracket connects an air cylinder which brings along the sucker. The invention can carry on the pinpointing orientation to the glass in X-, Y- and Z-directions, and distinguishes the glass model, and enable robots to control the gelatinizing procedure automatically.
Title: Modularized portable mobile robot systemApplicant: Shanghai 3C Robot Co Ltd (CN)Patent number: CN101293539Publication date: October 29, 2008
Abstract
The invention provides a modularized portable movable robot system, comprising a control unit module, a driving unit module, a moving platform module, a turnover arm module, an energy resource module, a sensor module, and a standard interface module; the energy resource module is embedded in the moving platform module; the turnover arm module is movably connected with the moving platform module; the control unit is connected with the moving platform module by the driving unit module; the sensor module is connected with the control unit module by the standard interface module. The modularized portable movable robot system realizes modularization on three aspects of mechanism, electron, and software, leads the functional extension of the robot to be easy, leads the robot to be simply controlled, facilitates the harmonization and operation of a multi-robot system to be carried out, has waterproof design, and can be applied to fields such as military, public safety, civil, and education research.
Title: Recombinable silkworm-snake mixed robot and rescue robot system composed thereofApplicant: Shandong University of Science (CN)Patent number: CN101279620Publication date: October 8, 2008
Abstract
The invention relates to a silkworm-snake combined type robot that can be recombined, comprising a snake head and a body. Each single body on the body is provided with a measurement and control unit, an information transmission unit and cables. The single body is provided with a navigation and positioning system, an information system, a marching drive device, a cable swivel device, a controller and a single body interface, and all single bodies are connected in series with each other sequentially through cables and the single body interface; a search and rescue robot system constituted by the invention also comprises a manipulater that controls the operation and a main measurement and control platform arranged on a safety location, the main measurement and control platform is connected with the robot snake head and the body through cables, and the manipulater is provided with a hand-held operation panel and a wireless control device. The silkworm-snake combined type robot that can be recombined and the search and rescue robot system constituted by the robot have the advantages that the cable connection solves the energy supply problem for the robots; the single body of the robot can receive and release cables initiatively and has high-autonomous ability, thereby avoiding the drag, entwisting, clamping and damage of the cables and having high-flexible moving ability and long-time operation ability.
Title: Mine searching multi-robot system based on wireless sensor networkApplicant: Harbin Institute of Technology (CN)Patent number: CN101265813Publication date: September 17, 2008
Abstract
Based on the mine searching and detecting multiple robots of wireless sensor networks, the invention relates to the searching and detecting field for mines and underground accident site, which overcomes the problem that the existing technology cannot transmit the site environment information and personnel information rapidly. The invention consists of the following devices: a multiple-joint robot which is provided with a long and thin structure in a snake shape, adopts the tract type walking mode, and is provided with a boarded bin that can carry a plurality of small investigation robots; a plurality of sensors carried by the robot which can confirm the location of the miners in danger and can detect the kinds, content, and environment temperature of harmful gases; small investigation robots, which realize the multiple-points information collection and long-distance communication through being released along the way; a remote operation and control terminal, which is arranged on the ground, forms a wireless sensor network with the multiple-joint detection robot and the small investigation robots, and builds the communication link between the operator and the robots; the rescuing personnel can operate each part of the robot in a remote end on a real-time basis and can obtain the site environment information and the information of the personnel in danger.