Abstract:
An aquatic in-pipe inspection robot is provided and comprises: means for determining the position of the robot within a pipe and means for adjusting the position of the robot within the pipe, whereby contact with the pipe wall can be avoided; and sensor means for inspecting a pipe.
Abstract:
A camera head (110) coupled to a push-cable (120) and including one or more image sensors to capture images and/or videos from interior of the pipe (125) or cavity. One or more multi-axis sensors (113) is disposed in the camera head (110) to sense data corresponding to movement of the camera head (110) within the pipe(125) or cavity. The images and/or videos (112)captured by the image sensors are used in conjunction with the data sensed by the multi-axis sensors (114) to generate information pertaining to the pipe (125) or cavity.
Abstract:
Группа изобретений может быть использована для снятия отложений в канализационных трубах и одновременного их удаления в различных трубопроводах и обеспечивает механизацию процесса очистки канализационного трубопровода, исключение необходимости разборки сливной системы и ручной ее очистки. С помощью привода, установленного снаружи канализационного трубопровода, перемещают вдоль канализационного трубопровода связанный с приводом подвижный элемент и установленный на нем очищающий инструмент, расположенные внутри канализационного трубопровода. В исходном положении очищающий инструмент расположен в конце канализационного трубопровода вне участка канализационного трубопровода, соединяющего сливной патрубок со стояком. При достижении очищающим инструментом конечного положения в месте соединения канализационного трубопровода со стояком с помощью привода и подвижного элемента перемещают очищающий инструмент в исходное положение.
Abstract:
본 고안은 내시경 방식의 부단수 상수도관 누수탐사 및 내부 검사장치에 관한 것으로서, 케이블이 풀리거나 감기는 케이블 릴(111, cable reel)과, 상기 케이블 릴(111)에서 풀리는 케이블을 안내하는 케이블 안내롤러(112)와, 상기 케이블 안내롤러(112)를 구동시키는 삽입 구동모터(113)와, 상기 케이블을 되감을 때 구동되는 되감기 구동모터(118)와, 상기 케이블의 동작을 감지하는 케이블 센서(117)와, 상기 케이블이 풀리면서 삽입되는 삽입길이를 측정하는 삽입길이 측정기(119)를 구비하는 컨트롤 겸용 압력탱크(110); 상기 케이블의 단부에 결합되어 상수도관의 내부를 검사하는 검사모듈(120); 상기 상수도관에 연결되는 새들분수전(S)에 착탈 가능하게 결합되어 상기 상수도관 내부로 상기 검사모듈(120)과 상기 케이블을 삽입하는 검사모듈/케이블 삽입유닛(140); 상기 컨트롤 겸용 압력탱크(110)의 외측에서 상기 케이블 릴(111)과 연결되는 모니터(130); 및 상기 검사모듈(120)에 의한 상기 상수도관의 내부 상황을 상기 모니터(130)로 출력하고 상기 삽입 구동모터(113), 상기 되감기 구동모터(118), 상기 케이블 센서(117) 및 상기 삽입길이 측정기(119)를 컨트롤하는 컨트롤러(180)를 포함한다.
Abstract:
A drive module for a borehole or well tractor or runner comprises a drive module housing and a hydraulically actuated and pivoting drive arm comprising an arm housing and a drive wheel arranged thereto, wherein the drive wheel is driven by a motor mounted outside the drive arm housing and arranged along and parallel with the drive arm in resting position and onto or into the drive module wall for the cavity arranged or provided for the drive arm, and wherein the drive wheel is drivingly connected to the motor via a drive line arrangement, i.e. via a belt or chain drive arrangement and further via an angular gear or gearing arrangement mounted outside the drive arm housing. A borehole or well tractor or runner comprises at least one of said drive modules.
Abstract:
A wheeled extendable pipe inspection robot 100 with a rocker bogie (11) and method and system for the remote inspection of pipes of varying inner diameters This invention is directed at an extendable wheeled sewer inspection robot (100) with a rocker bogie (11). Further disclosed are methods and systems for the remote inspection of pipes with varying inner diameters. In a preferred embodiment the inner diameter is 600 mm to 1200 mm. Accordingly, the pipe inspection robot (100) is preferably dimensioned to be drivable through pipe of an inner diameter of 600 mm in contracted position and of 1200 mm in expanded position.
Abstract:
Eine mobile Bestrahlungsplattform, insbesondere zur Verwendung in Schlauchliningverfahren für eine Kanal- oder Schachtsanierung, umfasst ein Chassis (11), ein oder mehrere Bestrahlungseinrichtungen (12), welche in dem Chassis (11) eingebaut sind, zur Abgabe von Strahlungsenergie eingerichtet sind und eine Abstrahlungsrichtung radial zu einer Längserstreckung der Bestrahlungsplattform (100) aufweisen, eine Vielzahl von Stabilisationsauslegern (13), welche an das Chassis (11) angelenkt und dazu ausgelegt sind, das Chassis (11) mittig im Inneren eines Hohlkörpers (1) abzustützen, sowie mindestens einen dielektrischen Sensor (15), welcher an einem chassisfernen Ende eines der Vielzahl von Stabilisationsauslegern (13) angebracht und dazu ausgelegt ist, Veränderungen in dielektrischen Eigenschaften in der Umgebung des Stabilisationsauslegers (13) zu erfassen.
Abstract:
A system for repairing an underground pipeline using a light source. A resin soaked tubular liner is inverted within an underground liner. A tubular bladder is subsequently inflated within the tubular liner. A pull line is attached to a free end of the bladder. The light source is attached to the pull line. The bladder pulls with the pull line and light source into the liner as the bladder is inverted within the liner. The light source is subsequently activated and separated from the pull line. The light source is then pulled through the bladder and liner, curing the liner as it moves.
Abstract:
Pipe inspection tool for inline inspection of a pipe or pipeline, having at least one inspection device (1) for inspecting the pipe or pipeline and drive means to move the pipe inspection tool inside the pipe or pipeline, the drive means comprising at least one wheel unit (21) with a main body (6) and at least a first and a second wheel (4) connected to said main body adapted to contact the inside wall of the pipe or pipeline, the main body being adapted to rotate with respect to the longitudinal axis of the pipe inspection tool to allow the wheels to rotate and thereby generate a force on the pipe or pipeline to move the inspection tool with respect to the pipe or pipeline, wherein the rotational axis of said at least one wheel is at an angle with respect to the longitudinal axis of the pipe inspection tool, to have, in use in a longitudinal section of the pipe or pipeline, the rotational axis of said at least one wheel at an angle with the longitudinal axis of the pipe or pipeline to generate, when rotating the wheel, a force on the pipe or pipeline in both the longitudinal direction and the radial direction thereof.
Abstract:
L'invention se situe dans le domaine des robots mobiles. Elle concerne un dispositif robotique mobile comprenant un mécanisme de propulsion équipé d'une vis d'Archimède, de manière à permettre un déplacement sur différents types de sol. Selon l'invention, le dispositif robotique mobile comporte un corps et un mécanisme de propulsion (40), le mécanisme de propulsion comprenant: un tambour (42) mobile en rotation par rapport au corps, un filet de vis d'Archimède (43) en saillie sur une surface extérieure du tambour, et des organes de roulement (44) comportant chacun une structure support (441) et une roue (442), chaque structure support formant une portion du filet et chaque roue étant montée en liaison pivot sur la structure support, chaque organe de roulement comprenant au moins un évidement (4417, 4418) agencé pour minimiser les surfaces adjacentes entre la structure support et la roue.