ECSP961753A - MACHINE AND METHOD FOR TUBE INSERTION - Google Patents

MACHINE AND METHOD FOR TUBE INSERTION

Info

Publication number
ECSP961753A
ECSP961753A ECSP961753A ECSP961753A EC SP961753 A ECSP961753 A EC SP961753A EC SP961753 A ECSP961753 A EC SP961753A EC SP961753 A ECSP961753 A EC SP961753A
Authority
EC
Ecuador
Prior art keywords
support structure
longitudinal axis
push
winch drum
cables
Prior art date
Application number
Other languages
Spanish (es)
Inventor
Scott Colter
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed filed Critical
Priority to ECSP961753 priority Critical patent/ECSP961753A/en
Publication of ECSP961753A publication Critical patent/ECSP961753A/en

Links

Landscapes

  • Automatic Assembly (AREA)

Abstract

La presente invención se refiere a una máquina para inserción de tubo que empuja secciones de tubo nuevo (82) dentro de una tubería existente (22) que tiene un diámetro interno; la máquina incluye: una estructura de soporte (39), componentes de traslación (80), y componentes de reducción por engranes (120). La estructura de soporte (39) incluye una pluralidad de vigas de soporte conectadas rigidamente para formar un armazón y un eje longitudinal paralelo a la tubería existente (22). Los componentes de trslación (80) incluye un tambor (90) de cabrestante, una flecha de impulsión (92) de cabrestante, cables de traslación (96), (98), un mecanismo de empuje (192) y múltiples ruedas guía (100). El tambor (90) de cabrestante y la flecha de impulsión (92) de cabrestante están soportados por el armazón (68) en una posición tal que el eje de rotación del tambor (90) de cabrestante es transversal al eje longitudinal (70) de la estructura de soporte (39). Los cables de traslación (96), (98)forman una vuelta o rizo que se extiende desde el tambor (90) del cabrestante hacia el extremo posterior (66) de la estructura de soporte (39), a lo largo de una trayectoria paralela al eje longitudinal (70) de la estructura de soporte (39), a lo largo de una trayectoria paralela al eje longitudinal (70) de la estructura de soporte (39), hasta el extremo fronatl (64) de la estructura de soporte (39), y de regreso hacia el tambor (90) de cabrestante. El mecanismo de empuje (102) tiene una cara de empuje ubicada en un plano normal al eje longitudinal (70) de la estructura de soporte (39) y es acoplable con una sección de tubo nuevo (82). El mecanismo de empuje (102) está ubicado entre los cables de traslación (96), (98) y está unido a ellos en sus proporciones longitudinales. El mecanismo de empuje (102) incluye un cabezal reversible de empuje (106) y una viga de empuje (104). Se proporcionan múltiples ruedas guía (100) para guiar la vuelta o rizo formada por los cables de traslación (96), (98). Componentes adicionales incluyen componentes de reducción por engranes (120), un dsipositivo de sujeción (180), un mecanismo elevador de tubo (154), monitores y registradores de carga, reguladores de presión y una estación (151) para el operador.The present invention relates to a tube inserting machine that pushes new tube sections (82) into an existing tube (22) having an internal diameter; The machine includes: a support structure (39), translation components (80), and gear reduction components (120). The support structure (39) includes a plurality of support beams rigidly connected to form a frame and a longitudinal axis parallel to the existing pipe (22). The drive components (80) include a winch drum (90), a winch drive shaft (92), drive cables (96), (98), a push mechanism (192), and multiple guide wheels (100). ). The winch drum (90) and the winch drive shaft (92) are supported by the frame (68) in such a position that the axis of rotation of the winch drum (90) is transverse to the longitudinal axis (70) of the support structure (39). The travel cables 96, 98 form a loop or loop that extends from the winch drum 90 to the rear end 66 of the support structure 39 along a parallel path. to the longitudinal axis (70) of the support structure (39), along a path parallel to the longitudinal axis (70) of the support structure (39), to the front end (64) of the support structure ( 39), and back towards the winch drum (90). The push mechanism (102) has a push face located in a plane normal to the longitudinal axis (70) of the support structure (39) and is engageable with a new tube section (82). The push mechanism 102 is located between the translation cables 96, 98 and is attached to them in their longitudinal proportions. The push mechanism (102) includes a reversible push head (106) and a push beam (104). Multiple guide wheels (100) are provided to guide the turn or curl formed by the translation cables (96), (98). Additional components include gear reduction components (120), a clamping device (180), a tube lift mechanism (154), load monitors and recorders, pressure regulators, and an operator station (151).

ECSP961753 1996-05-22 1996-05-22 MACHINE AND METHOD FOR TUBE INSERTION ECSP961753A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
ECSP961753 ECSP961753A (en) 1996-05-22 1996-05-22 MACHINE AND METHOD FOR TUBE INSERTION

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
ECSP961753 ECSP961753A (en) 1996-05-22 1996-05-22 MACHINE AND METHOD FOR TUBE INSERTION

Publications (1)

Publication Number Publication Date
ECSP961753A true ECSP961753A (en) 1997-11-04

Family

ID=42042483

Family Applications (1)

Application Number Title Priority Date Filing Date
ECSP961753 ECSP961753A (en) 1996-05-22 1996-05-22 MACHINE AND METHOD FOR TUBE INSERTION

Country Status (1)

Country Link
EC (1) ECSP961753A (en)

Similar Documents

Publication Publication Date Title
EP0434793B2 (en) Endoscope with a video device arranged at its distal end
ES2191027T3 (en) APPARATUS TO REMOVE OPTICAL LENSES.
ES510758A0 (en) IMPROVEMENTS IN A SELF-PROPELLED HANDLER FOR TUBE INTERIORS, ESPECIALLY FOR NUCLEAR INSTALLATIONS.
ES2107148T3 (en) DYEING COMPOSITION, BY OXIDATION, OF KERATINIC FIBERS, WHICH INCLUDES A PARA-AMINOPHENOL, A META-AMINOFENOL AND A PARA-PHENYLENDYLAMINE AND / OR A BIS-PHENYLALKYLLEDIAMINE.
ES2130564T3 (en) APPARATUS AND PROCEDURE USED TO DEVELOP FIBER OPTIC CABLE FROM AN AIRLINE.
AU5614290A (en) Carrier strip for powder power operated setting devices
ES2061202T3 (en) PINION AND ZIPPER SET.
ES2146395T3 (en) DEVICE THAT IS USED TO WIND A FIBER OPTIC CABLE AROUND AN AIRLINE.
EP0276659A3 (en) Apparatus and method for simultaneously loading a reinforcing sleeve and mandrel into a tube
MX9601159A (en) Pipe insertion machine and method.
ES2065828B1 (en) MOVEMENT MECHANISM FOR A VEHICLE HATCH THAT CLOSES AN OPENING IN A WALL OF THE VEHICLE.
ES2176265T3 (en) OPTICAL GUIAONDAS PLUG.
KR890010390A (en) Pipe propulsion device
NO953354L (en) Method of jointing two flasks with optical fibers and device for carrying out the method
JPS59111743A (en) X-ray apparaus
ES2166124T3 (en) DEVICE FOR TEMPERATING THE INTERNAL CONTOUR OF THE GUN OF A GUN BY LASER RADIATION.
ATE158056T1 (en) UNIVERSAL BRACKET FOR THE SIDE GUIDE OF A ROLLER SHUTTER
ES2053813T3 (en) IMPROVED DEVICE FOR POLISHING INTERIOR SURFACES.
ES2191427T3 (en) IMPACT SYSTEM FOR A STEERING COLUMN.
DE59602278D1 (en) Device for moving slides which are displaceable in shaft guides and are mounted on shafts
ES2036018T3 (en) PROPELLER GROUP FOR VEHICLES.
SE7501723L (en)
SE9401192L (en) Symmetry measuring device
ATE76815T1 (en) INTERCHANGEABLE RIBBON CARTRIDGE FOR PRINTER.
ES2029087T3 (en) TAPE GUIDE DEVICE FOR A LONGITUDINAL OBJECT TAPING MECHANISM.