ES1058587U - Improved metal structure for elevator shaft. (Machine-translation by Google Translate, not legally binding) - Google Patents

Improved metal structure for elevator shaft. (Machine-translation by Google Translate, not legally binding)

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Publication number
ES1058587U
ES1058587U ES200402092U ES200402092U ES1058587U ES 1058587 U ES1058587 U ES 1058587U ES 200402092 U ES200402092 U ES 200402092U ES 200402092 U ES200402092 U ES 200402092U ES 1058587 U ES1058587 U ES 1058587U
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columns
crossbars
profiles
holes
pillars
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ES200402092U
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ES1058587Y (en
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Frco. Antonio Daniel Bonafonte
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  • Lift-Guide Devices, And Elevator Ropes And Cables (AREA)

Abstract

Improved metal structure for elevator shaft to prepare the corresponding space for the installation without masonry work of an elevator, which is characterized by having a structure with four columns or pillars essentially identical (2), in sections with a single tubular profile rectangular open by one of its vertices (2.2), with prolongation and folding of double and short tabs at 90º (2.1), in whose outer end located in the upper part they are adjusted and fixed, by means of electric welding with contribution of material of some profiles inside (5) that are coupled and screwed on the pillars or columns (2), through the screws (15) through the holes (16 and 17) threaded on the nuts (14) this unión is further reinforced with the screwed crossbars (3), symmetrical omega profiles (3.1), incorporating at their ends paths (6) welded to the head attached to the columns (2), using the screws (1) 1) through the threaded holes (12, 13 and 21) with the nuts (14). (Machine-translation by Google Translate, not legally binding)

Description

Estructura metálica perfeccionada para hueco de ascensor.Metal structure perfected for hollow elevator.

Objeto de la invenciónObject of the invention

Esta memoria descriptiva como indica su enunciado, tiene por objeto disponer de la instalación de una armadura o estructura metálica de simple montaje como si de un mecano se tratase, sin necesidad de andamiajes, compuesta esencialmente de un único perfil para las cuatro columnas o pilares verticales y de otros dos perfiles para los travesaños; las columnas verticales están unidas entre sí mediante un sistema de perfil interior que hace de guía y refuerzo, estas columnas están ensambladas y reforzadas mediante largueros atornillados frontalmente sobre ellas, logrando con esta estructura un hueco cuadrado o rectangular sobre el espacio existente entre las escaleras, patio de luces o fachada, que permiten la instalación de un ascensor, de esta forma simple se proporciona una estructura muy robusta completando un solidario soporte con el fin propuesto, sin tener que efectuar grandes obras accesorias de infraestructuras.This descriptive report as indicated by stated, is intended to have the installation of a armor or metal structure of simple assembly as if of a Mecano is involved, without the need for scaffolding, composed essentially a single profile for the four columns or pillars vertical and two other profiles for the crossbars; the vertical columns are linked together by a system of interior profile that acts as a guide and reinforcement, these columns are assembled and reinforced by bolted stringers frontally on them, achieving with this structure a hole square or rectangular over the space between the stairs, patio of lights or facade, that allow the installation of an elevator, in this simple way a very structure is provided  robust completing a supportive support for the proposed purpose, without have to carry out large accessory works of infrastructures

Estado de la técnicaState of the art

Existen multitud de casas de varios pisos que no disponen de ascensor, concretamente en España y después de la posguerra, debido a la situación socio económica de entonces, en pocas viviendas se instalaba este cómodo medio de acceso a los pisos, y, que en la situación actual es elemento muy conveniente por no decir necesario teniendo en cuenta el mayor aumento de vida de las personas, con un aumento porcentual obviamente de personas de tercera edad con sus lógicas dificultades físicas propias de la edad; sobre estas antiguas viviendas en la actualidad se instalan los correspondientes ascensores, para lo cual el hueco entre escaleras o patio de luces, se habilita para la instalación de un ascensor, disponiendo en la actualidad de varios sistemas de adaptación, como la colocación de placas de yeso "Pladur"®, cerrando el hueco completamente e instalando en su interior los perfiles, guías y otros accesorios necesarios para la cabina y demás elementos del ascensor, otros procedimientos están basados en cuatro perfiles verticales, diferentes dos a dos haciendo un hipotético rectángulo o cuadrado, con un número importante de piezas de registro y agujeros para su atornillado o fijados mediante soldadura "in situ". Si bien ambos sistemas cumplen su cometido, la adaptación del hueco para la instalación del ascensor mediante la colocación de las placas de yeso, requiere costosas obras de albañilería, con los correspondientes problemas y molestias, por otra parte las estructuras de cuatro perfiles verticales conocidos hasta la fecha, disponen de un número considerable de perfiles, piezas de engarce y registro, haciendo muy complicado su montaje y la propia fabricación de sus componentes. Entre las invenciones protegidas con las características anteriores pueden considerarse la Patente de Invención N° 200001669 "Estructura de cerramiento desmontable para ascensores" que tiene puntales esquineros en escuadra regular a 90º, con alas en ángulo recto y con sencillos taladros en los lados exentos de las riostras transversales; con puntales centrales de perfil rectangular y alas plegadas, una hacia dentro y otra hacia fuera, sencillos agujeros en cada una e hilera de taladros en sus costados exteriores. Los puntales se cierran con placas laterales en ángulo recto con muescas laterales externas y en forma de yugo con muesca externa que son para uñetas en ángulo y los puntales se apoyan en placas de apoyo. Modelo de Utilidad 259.866 que tiene puntales, riostras transversales, traviesas inferiores y traviesas intermedias; USA nº 1, 859,894 tiene puntales, traviesas y riostras; USA 4,557,353 tiene úntales de perfil rectangular con alas en ángulo recto y en ángulo obtuso; USA 3,880,258 tiene puntales de perfiles tubulares combinados y los U. 200301976 y U. 200302065 del mismo solicitante que son otras tantas versiones de estructura para la construcción de huecos para ascensor.There are a multitude of multi-storey houses that do not have an elevator, specifically in Spain and after the postwar period, due to the socio-economic situation of that time, in a few houses this comfortable means of access to the floors was installed, and, in the current situation is a very convenient element, if not necessary, taking into account the greater increase in people's lives, with a percentage increase obviously of the elderly with their logical physical difficulties of age; the corresponding elevators are installed on these old houses, for which the gap between stairs or patio of lights, is enabled for the installation of an elevator, currently having several adaptation systems, such as the placement of plates plaster "Pladur" ®, closing the hole completely and installing inside the profiles, guides and other necessary accessories for the cabin and other elements of the elevator, other procedures are based on four vertical profiles, two to two making a hypothetical rectangle or square, with a significant number of registration pieces and holes for screwing or fixed by welding " in situ ". Although both systems fulfill their mission, the adaptation of the hole for the installation of the elevator by means of the placement of the plasterboard, requires expensive works of masonry, with the corresponding problems and inconveniences, on the other hand the structures of four vertical profiles known up to the date, they have a considerable number of profiles, crimping and registration parts, making their assembly and the manufacture of its components very complicated. Among the inventions protected with the above characteristics can be considered the Invention Patent No. 200001669 "Removable enclosure structure for elevators" which has corner braces in a regular square at 90 °, with wings at right angles and with simple holes on the sides free of cross braces; with central struts of rectangular profile and folded wings, one inward and one outward, simple holes in each and row of holes on its outer sides. The struts are closed with lateral plates at right angles with external lateral notches and in the form of a yoke with external notch that are for angled nails and the struts are supported by support plates. Utility Model 259.866 which has struts, transverse braces, lower sleepers and intermediate sleepers; USA No. 1, 859,894 has struts, sleepers and braces; USA 4,557,353 has rectangular profile beams with wings at right angles and obtuse angles; USA 3,880,258 has struts of combined tubular profiles and U. 200301976 and U. 200302065 of the same applicant, which are as many structure versions for the construction of elevator shafts.

Descripción de la invenciónDescription of the invention

La armadura metálica perfeccionada para hueco de ascensor que aquí se preconiza, ha sido concebida para resolver la problemática anteriormente expuesta, al estar compuesta esta estructura esencialmente de tres perfiles únicos en su conjunto; uno de estos perfiles forman las columnas o pilares de perfil de figura tubular rectangular abierto por un vértice y con dobleces plegados a 90º en sus terminales con pequeñas pestañas, se forman cuatro pilares verticales, en la que cada pilar o columna está dividida en tramos, unidos o empalmados entre sí, mediante un perfil interior sobre los extremos, fijo en un tramo mediante soldadura con aportación de material y atornillado frontalmente en el otro a modo de montaje telescópico, para introducirse sobre el siguiente pilar en su extremo inferior, y así sucesivamente con los elementos necesarios para formar la altura deseada; estos cuatro pilares de perfil único forman una torre rectangular o cuadrada, dependiendo del hueco disponible para la instalación del ascensor, mediante el atornillado de otros perfiles que actúan como largueros siendo la forma del perfil abierto en forma de omega, terminadas las alas con unas pestañas de refuerzo, en cuyos extremos longitudinales a testa, se sueldan en su interior unas pletinas rectangulares que se atornillan sobre los perfiles de las columnas, apoyándose sobre las alas del perfil tubular abierto, quedando por tanto los tornillos sin ser vistos desde el exterior, y la estructura sólidamente reforzada; su montaje se inicia mediante el anclaje a través del travesaño del tercer distinto perfil sobre la solera o base del edificio, siendo éste el primer tramo de la estructura, para continuar sucesivamente con el montaje guiados y atornillados de los tramos posteriores, mediante las columnas o pilares con las guías interiores.The metal armor perfected for hollow elevator that is recommended here, has been designed to solve the problematic previously exposed, being composed this structure essentially of three unique profiles as a whole; one of these profiles form the profile columns or pillars of rectangular tubular figure opened by a vertex and with folds folded at 90º in their terminals with small tabs, they are formed four vertical pillars, in which each pillar or column is divided into sections, joined or spliced together, by a internal profile on the ends, fixed in a section by welding with material contribution and screwed frontally on the other as a telescopic assembly, to be introduced on the next pillar at its lower end, and so on with the elements necessary to form the desired height; these four Single profile pillars form a rectangular or square tower, depending on the space available for the installation of the elevator, by screwing other profiles that act as stringers being the shape of the open omega-shaped profile, Finished the wings with reinforcement tabs, on whose longitudinal ends to testa, are welded inside rectangular plates that are screwed on the profiles of the columns, resting on the wings of the open tubular profile, therefore the screws remain without being seen from the outside, and the solidly reinforced structure; its assembly starts by anchoring through the crossbar of the third distinct profile on the floor or base of the building, this being the first section of the structure, to continue successively with the guided and screwed mounting of the rear sections, by the columns or pillars with the inner guides.

Descripción de los dibujosDescription of the drawings

Para completar la descripción que se está realizando y con objeto de ayudar a una mejor comprensión de las características del invento, se acompaña como parte integrante de la misma un juego de dibujos en donde con carácter ilustrativo y no limitativo se ha representado lo siguiente:To complete the description that is being performing and in order to help a better understanding of the characteristics of the invention, it is accompanied as an integral part of the same a set of drawings where illustrative and non-limiting the following has been represented:

La figura 1, es una perspectiva de conjunto (1), en la que se aprecian las cuatro columnas (2), en su inicio, con la continuación cortada de los siguientes tramos, en su parte inferior figuran los travesaños (4), con la disposición de los agujeros (19), para paso de los anclajes (20), que fijan la estructura sobre el suelo, en la prolongación de las columnas (2), se colocan piezas de empalme guía interiores (5), fijas en un extremo de los pilares (2) y atornilladas conjuntamente con los travesaños en omega (3).Figure 1 is an assembly perspective (1), in which you can see the four columns (2), at the beginning, with the continued cut of the following sections, in its part lower are the crossbars (4), with the arrangement of the holes (19), for passage of the anchors (20), which fix the structure on the ground, in the extension of the columns (2), interior guide splice pieces (5) are placed, fixed in a end of the pillars (2) and screwed together with the Omega crossbars (3).

La figura 2, trata la perspectiva explosiva del detalle "A" de la figura 1, en la que se muestra una unión de columnas o pilares (2), con la pieza interior (5), como empalme guía fija colocada sobre el extremo superior de la columna (2), que se eleva en prolongación para encastrarse sobre la continuación de otra columna (2) fijada y reforzada por el travesaño (3) de perfil en omega con las alas de sus extremos dobladas que dispone de unas pletinas (6) soldadas a testa que permiten el paso de los tornillos (11) a través de los agujeros (12, 13 y 21) y roscarse mediante las tuercas (14), mientras que otros adicionales tornillos (15), refuerzan la unión de las columnas o pilares (2), a través de los agujeros (17 y 16), con cierre sobre la tuerca (14).Figure 2, deals with the explosive perspective of detail "A" of Figure 1, in which a joint of columns or pillars (2), with the inner piece (5), as a joint fixed guide placed on the upper end of the column (2), which rises in prolongation to fit on the continuation of another column (2) fixed and reinforced by the profile crossbar (3) in omega with the wings of its bent ends that has some test strips (6) welded to allow the passage of screws (11) through the holes (12, 13 and 21) and thread using the nuts (14), while other additional screws (15), reinforce the union of the columns or pillars (2), through the holes (17 and 16), with lock on the nut (14).

La figura 3, contempla la perspectiva en explosión del detalle "B" de la figura 1, en la que muestra una columna (2), perteneciente a la base de la estructura (1), que lleva atornillado como refuerzo el perfil asimétrico travesaño (4), igual en un extremo (4.1) que los anteriores y con los pliegues hacia dentro (4.2) en el otro extremo, justamente el extremo que descansa en el suelo por lo que dispone de sendos agujeros (19), para su anclaje, mientras que la sujeción sobre las columnas (2), con los travesaños (4), que lleva en sus extremos soldados a testa, sendas pletinas (6), sobre las que se introducen los tornillos (7) a través de los agujeros (8 y 9), con el cierre de las tuercas (10).Figure 3 contemplates the perspective in explosion of detail "B" of figure 1, in which it shows a column (2), belonging to the base of the structure (1), which it is screwed as reinforcement the crossbar asymmetric profile (4), same at one end (4.1) as the previous ones and with the inward folds (4.2) at the other end, just the end resting on the ground so you have two holes (19), for anchoring, while holding on columns (2), with the crossbars (4), which it carries at its ends stubborn soldiers, flat paths (6), on which they are introduced the screws (7) through the holes (8 and 9), with the closure of the nuts (10).

Realización preferente de la invenciónPreferred Embodiment of the Invention

A la vista de estas figuras y referencias numéricas, puede observarse que la realización y construcción de la estructura metálica perfeccionada para hueco de ascensor se efectúa mediante la preparación de tramos de las columnas o pilares (2), de único perfil tubular rectangular, abierto uno de sus vértices (2.2) cuyas paredes forman dobles pestañas a 90º (2.1) entre sí de sus respectivos lados, estos tramos de perfiles tienen una longitud aproximada de 3 mtos., en cuyos extremos superiores, se sueldan a la eléctrica con aportación de material los perfiles interiores (5), que comportan una serie de agujeros, para la unión atornillada de los travesaños (3 y 4), preparándose tantos tramos como sean necesarios para la construcción del cerramiento del hueco del ascensor a instalar; igualmente se opera para la fabricación de los travesaños generales (3) perfiles simétricos en omega (3.1) y de los travesaños inferiores (4), de perfiles asimétricos en omega (4.1) y en "U" (4.2), cortándose a la medida de la distancia entre columnas (2) y soldándose a la eléctrica con aportación de material a testa, en el interior de sus extremos la pletina (6), que dispone de sendos agujeros (8 y 12), para su posterior atornillado; independientemente estas piezas, se tratan electrostáticamente mediante pintura époxi poliéster antes de proceder a su montaje, el cual es de suma facilidad al disponer sobre la solera del edificio del primer tramo ya montado mediante la unión de las cuatro columnas o pilares (2) con los travesaños (4), mediante los tornillos (7), a través de los agujeros (8 y 9), con cierre con las tuercas (10) su fijación al suelo se realiza por los anclajes (20), a través de los agujeros (19), para continuar sucesivamente con el montaje de los tramos siguientes, mediante la fijación con los tornillos (11 y 15), a través de la unión de las piezas interiores (5) y el ensamblaje de los travesaños (3) mediante los tornillos anteriores, a través de los agujeros (12, 13, 16, 17 y 20), hasta completar la estructura, la distancia entre los travesaños de refuerzo será según las necesidades dejando la abertura correspondiente para el emplazamiento de las puertas del ascensor, y por otra parte entre los travesaños y columnas, quedan unos ventanales para ser cerrados mediante rejillas, o tabiques traslucido, transparentes u opacos, para lo cual disponen en su fondo topes longitudinales formado por las alas o patillas (3.1) y (4.1) de los travesaños (3 y 4).In view of these figures and references numerical, it can be seen that the realization and construction of the perfected metal structure for elevator shaft is made  by preparing sections of the columns or pillars (2), of single rectangular tubular profile, open one of its vertices (2.2) whose walls form double tabs at 90º (2.1) from each other their respective sides, these sections of profiles have a length  Approximately 3 m., at whose upper ends, they are welded to the electric one with material contribution the inner profiles (5), which involve a series of holes, for the bolted joint of the crossbars (3 and 4), preparing as many sections as they are necessary for the construction of the hollow enclosure of the elevator to install; It also operates for the manufacture of general crossbars (3) symmetrical profiles in omega (3.1) and the lower crossbars (4), of asymmetric profiles in omega (4.1) and in "U" (4.2), being cut to the measure of the distance between columns (2) and welding to the electric with contribution of material under test, inside its ends the plate (6), which has two holes (8 and 12), for later screwed independently these pieces are treated electrostatically using polyester epoxy paint before proceed to assembly, which is very easy to have on the hearth of the building of the first section already assembled by the union of the four columns or pillars (2) with the crossbars (4), through the screws (7), through the holes (8 and 9), with lock with the nuts (10) its fixation to the ground is done by the anchors (20), through the holes (19), to continue successively with the assembly of the following sections, by means of fixing with screws (11 and 15), through the union of the interior parts (5) and crossbar assembly (3) using the screws above, through the holes (12, 13, 16, 17 and 20), until the structure is completed, the distance between the reinforcement crossbars will be according to the needs leaving the corresponding opening for the placement of the doors of the elevator, and on the other hand between the crossbars and columns, there are some windows to be closed by grilles, or translucent walls, transparent or opaque, for which they have at its bottom longitudinal stops formed by wings or sideburns (3.1) and (4.1) of the crossbars (3 and 4).

Optativamente los perfiles de las columnas o pilares (2), y los travesaños (3 y 4) pueden fabricarse con otro tipo de perfil, como rectangular, redondo, o de cualquier otra figura geométrica respetando las características esenciales descritas.Optionally the profiles of the columns or pillars (2), and the crossbars (3 and 4) can be manufactured with another profile type, such as rectangular, round, or any other geometric figure respecting the essential characteristics described.

Los materiales que están compuestos los componentes de esta armadura estructural son de chapa de acero laminada en frío, conformadas mediante plegadoras o perfiladoras, mientras que las piezas planas son cortadas con láser o troqueladas, para posteriormente tener un tratamiento individual, tanto los tramos de columnas como los travesaños de pintura époxi poliéster.The materials that are composed of components of this structural reinforcement are made of sheet steel cold rolled, formed by folding or profiling machines, while flat pieces are laser cut or die cut, to later have an individual treatment, both the sections of columns and the crossbars of epoxy paint polyester.

Descrita suficientemente en lo que precede la naturaleza del invento, teniendo en cuenta los términos en que se han redactado deberán ser tomados en sentido amplio y no limitativo, así como la descripción del modo de llevarlo a la práctica y, demostrando que constituye un positivo adelanto técnico en la fabricación de estructuras metálicas perfeccionadas para hueco de ascensor, es por lo que solicita registro de Modelo de Utilidad por diez años en España, siendo lo que constituye la esencia del referido invento lo que a continuación se especifica.Described sufficiently in what precedes the nature of the invention, taking into account the terms in which have written should be taken broadly and not limiting, as well as the description of how to take it to the practice and, demonstrating that it constitutes a positive technical advance in the manufacture of improved metal structures for elevator shaft, which is why you request Model registration Utility for ten years in Spain, being what constitutes the essence of the aforementioned invention what is then specifies

Claims (3)

1. Estructura metálica perfeccionada para hueco de ascensor para preparar el espacio correspondiente para la instalación sin obras de albañilería de un ascensor, que se caracteriza por presentar una estructura con cuatro columnas o pilares esencialmente idénticos (2), en tramos con un único perfil tubular rectangular abierto por uno de sus vértices (2.2), con prolongación y plegado de dobles y cortas pestañas a 90º (2.1), en cuyo extremo exterior situado en la parte superior se ajustan y fija, mediante soldadura eléctrica con aportación de material de unos perfiles en su interior (5) que se acoplan y atornillan sobre los pilares o columnas (2), mediante los tornillos (15) a través de los agujeros (16 y 17) roscados sobre las tuercas (14) esta unión queda además reforzada con el atornillado de los travesaños (3), de perfiles simétricos en omega (3.1), que incorporan en sus extremos sendas pletinas (6) soldadas a testa unidas a las columnas (2), mediante los tornillos (11) a través de los agujeros (12, 13 y 21) roscados con las tuercas (14).1. Improved metal structure for elevator shaft to prepare the corresponding space for installation without masonry work of an elevator, characterized by presenting a structure with four essentially identical columns or pillars (2), in sections with a single tubular profile Rectangular open by one of its vertices (2.2), with extension and folding of double and short eyelashes at 90º (2.1), at whose outer end located at the top they are adjusted and fixed, by electric welding with contribution of material of some profiles inside (5) that are coupled and screwed on the pillars or columns (2), by means of the screws (15) through the holes (16 and 17) threaded on the nuts (14) this union is also reinforced with the Screwed on the crossbars (3), with symmetrical profiles in omega (3.1), which incorporate at their ends two-sided welded paths (6) attached to the columns (2), using the screws (1 1) through the holes (12, 13 and 21) threaded with the nuts (14). 2. Estructura metálica perfeccionada para hueco de ascensor de acuerdo con la primera reivindicación, que se caracteriza, por el ensamblaje del conjunto de la estructura (1), con los travesaños (4), de perfil asimétrico en un lado de figura en omega (4.1), mientras que el otro lado dobla a 90º (4.2), para descansar sobre el suelo con una pestaña corta en "U" hacia su interior, estos travesaños (4), disponen en sus extremos longitudinales las pletinas (6), soldadas a testa, que mediante los tornillos (7) a través de los agujeros (8 y 9), son atornillados con las tuercas (10), que fijan y refuerzan la base del conjunto de la estructura (1), mientras que la sujeción al suelo se realiza con los anclajes (20), a través de los agujeros (19), que incorporan los travesaños (4) en su perfil (4.2).2. Improved metal structure for elevator shaft according to the first claim, characterized by the assembly of the structure assembly (1), with the crossbars (4), of asymmetric profile on one side of an omega figure ( 4.1), while the other side bends at 90º (4.2), to rest on the ground with a short “U” flange towards the inside, these crossbars (4), have the plates (6) welded at their longitudinal ends a testa, that by means of the screws (7) through the holes (8 and 9), they are screwed with the nuts (10), which fix and reinforce the base of the structure assembly (1), while fastening to the ground is made with the anchors (20), through the holes (19), which incorporate the crossbars (4) in their profile (4.2). 3. Estructura metálica perfeccionada para hueco de ascensor, de acuerdo con las anteriores reivindicaciones, que se caracterizan, en que optativamente los perfiles de las cuatro columnas o pilares iguales (2), los travesaños (3 y 4) y la pieza interior (5), pueden tener, de forma general, perfiles de cualquier otra forma geométrica.3. Improved metal structure for elevator shaft, in accordance with the preceding claims, characterized in that, optionally, the profiles of the four equal columns or pillars (2), the crossbars (3 and 4) and the inner part (5 ), can have, in general, profiles of any other geometric shape.
ES200402092U 2004-09-09 2004-09-09 PERFECTED METAL STRUCTURE FOR ELEVATOR HOLLOW. Expired - Fee Related ES1058587Y (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2335172A1 (en) * 2008-01-22 2010-03-22 Talleres Electromecanica Moreno, S.L.U Modular structure for closing of lifting hollow (Machine-translation by Google Translate, not legally binding)
ES2390751A1 (en) * 2010-09-03 2012-11-16 Talleres Electromecanica Moreno, S.L.U. Improvements introduced in the invention patent 200800144 relative to a modular metal structure to conform an elevator hollow. (Machine-translation by Google Translate, not legally binding)
CZ308008B6 (en) * 2018-06-26 2019-10-16 Skovajsa, Jiří Stacked steel structure for lifting equipment

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2335172A1 (en) * 2008-01-22 2010-03-22 Talleres Electromecanica Moreno, S.L.U Modular structure for closing of lifting hollow (Machine-translation by Google Translate, not legally binding)
ES2390751A1 (en) * 2010-09-03 2012-11-16 Talleres Electromecanica Moreno, S.L.U. Improvements introduced in the invention patent 200800144 relative to a modular metal structure to conform an elevator hollow. (Machine-translation by Google Translate, not legally binding)
CZ308008B6 (en) * 2018-06-26 2019-10-16 Skovajsa, Jiří Stacked steel structure for lifting equipment
WO2020001668A1 (en) * 2018-06-26 2020-01-02 Skovajsa Jiri Composite assembly of the steel structure for lifting equipment
RU2762583C1 (en) * 2018-06-26 2021-12-21 Юрий Сковайса Modular assembly of steel structure of lifting equipment
US11873650B2 (en) 2018-06-26 2024-01-16 Ji{hacek over (r)}í Skovajsa Composite assembly of the steel structure for lifting equipment

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