Fussbodensystem für einen niedrigen Doppelboden

Fireproof network elevated floorboard

Elevated floor assembly having fire resistant properties

A floor assembly includes base cover boards (2) central cover boards (3) and side cover boards (4) the base cover boards being attached, at each corner, to support legs (5) by screws (8). The central board cover, which may be notched (31) at its corners, is located between four base seat cover boards and the side cover boards are located between adjacent base seat cover boards. The base seat cover boards are made from steel reinforced cement held in a mould, where the periphery of the upper surface of the cover is indented (22, figure 4) and the lower surface of the cover includes a downward projection (23, figure 4) at each corner. Four adjacent supports, which are preferably metallic, may be seated in sockets (61, figure 7) extending upwards from a connecting seat (6, figure 7) where the spaces between the connecting seats form a cable channel (7, figure 7).

MODULAR HOLLOW FLOOR PANELS WITH INTEGRATED WIRING.

DOUBLE BOTTOM OF LOW OVERALL HEIGHT WITH METAL CARRYING STRUCTURE

FLOOR SYSTEM FOR A LOW DOUBLE BOTTOM

Improved Raised Access Flooring

A raised access floor system has ground engaging pedestals (12, 32, 62) on which are supported a floor tile supporting structure, such as cementitious base panels or a grid of stringers (14, 34, 72). Porcelain, terrazzo or marble floor tiles (16, 42, 76) are supported on the floor tile supporting structure, and spacers (22, 44, 74) separate the edges of adjacent floor tiles. Each spacer has a vertical stem portion (24, 46, 78) which serves as imitation grouting between adjacent sides of the floor tiles. C k -4 -4 -4 ...

CABLE DUCTING SYSTEM

Metal support framework for low profile raised panel flooring

MEANS FOR ADJUSTING THE POSITION OF A BUILDING OR BUILDING PART

FIELD PAVER CONNECTOR AND RESTRAINING SYSTEM

An elevated building surface assembly including a plurality of surface tiles, a plurality of support pedestals disposed in spaced-apart relation on a fixed surface and having a support plate with a top surface operatively supporting the surface tiles in horizontally spaced-apart relation, and a plurality of elongate restraining members configured to restrict movement of the surface tile(s) in directions away from first and second adjacent support pedestals and/or relative to one or more adjacent surface tiles to advantageously limit movement or displacement of the surface tile(s) that may otherwise occur due to uplift forces (e.g., generated by winds and/or the like).

MORE DISTANZKOERPER AND ARRANGEMENT WITH SUCH MORE DISTANZKOERPER AND A WINDING OR A FLOOR COVERING.

REINFORCED PEDESTAL AND RETICULAR STRUCTURE THAT SUPPORTS SUPERPOSED SURFACES AND CONSTRUCTION METHOD THEREOF

Reinforced pedestal (A) to support raised surfaces or overlying on fixed surfaces, comprising: an internal part (), made up of a truncated conical tubular body (); and at its wide end a base () is provided; and a reinforced external tubular part () that houses the internal part (), made up of a truncated conical tubular body (), in whose center it has a longitudinally truncated conical gap to house the truncated conical body () of the internal part (). 1. A reinforced pedestal (A) to support raised surfaces or overlying on fixed surfaces , comprising:{'b': 1', '2', '3', '7, 'i) an internal part (), made up of a truncated conical tubular body (), which in turn comprises externally and longitudinally, at least, one rib () to give it greater resistance to weight; and at the wide or lower end of the tubular body a base () is provided; and'}{'b': 9', '1, 'claim-text': [{'b': '10', 'a truncated conical tubular body () opened at both ends, which in its center has;'}, {'b': 2', '1', '11', '10', '10', '11', '2, 'a truncated conical gap to house the truncated conical body () of the internal part (), said truncated conical gap is delimited by at least two internal radial walls () that originate, diametrically opposite each other, from the inner wall of the tubular body () and are pulled towards the central longitudinal axis of said tubular body (), so the width of the radial inner walls () is that which allows leaving a gap with the shape and dimensions enough for the truncated tubular body () to be completely housed;'}, {'b': 12', '11', '10, 'a ring () supported by the free edges of the internal radial walls () located towards the center of the narrow or upper end of the truncated conical body (), also delimits the truncated conical space;'}, {'b': 15', '10, 'at least two longitudinal slits () diametrically opposite each other are provided on the external walls of the truncated conical tubular body (); and'}, {'b': 16', '10', '7', '1', '16', '10', '7, 'some edges () are ...

Allowing for thermal expansion of elevated flooring having underfloor heating pipes

A floor unit includes a mounting plate 16, having knobs 18 projecting from the upper surface, and a sheet steel floor plate 22 adhesively secured to knobs 18. Between the knobs are heating pipes 12. Floor plate 22 has edge strips 26 which project at two mutually abutting sides and which engage below adjacent sheet steel floor plates, thus providing a smooth upper surface and compensating for thermal stresses. Mounting plates 16 are located on supporting floor 14, and a floor covering 24 is glued on floor plates 22. ...

FLOOR STRUCTURES PARTICULARLY SUITABLE FOR ROOMS WITH DATA PROCESSING EQUIPMENT

A floor structure for rooms housing data processing equipment having a raised false floor comprising removable tiles laid side by side over a series of supports in order to afford clearance for the routing of cables, wires, hoses or equivalent connections between the various parts of the equipment within the facility, wherein this structure is comprised of base plates 1 laid side by side on the existing floor 2 and carrying on their upper surface a certain number of stand-offs 3 which form the supporting structure, are fixed upon the base plates and are so distributed upon the plates as to form a network of channels 5 where the cables, wires, hoses or equivalent can be routed, and as to simultaneously form at their top plans 6 a fairly tight pattern of load bearing points for the floor tiles 4, wherein the base plates 1 and the stand-offs 3 are manufactured separately and can be assembled together.

METAL SUPPORT FRAMEWORK FOR LOW PROFILE RAISED PANEL FLOORING

A raised flooring system and methods of forming components of such a system are disclosed. Thin sheet metal is used, typically galvanized steel, to form a first strip (30) having numerous pedestals (10) formed in a spaced apart relation on the strip (30) and connected via wings (40) extending from a second strip (30), thereby forming an overall, grid-like pattern of pedestals (10). The pedestals (10) are used to maintain floor panels (60) above a network of channels in which conduit, cables, hoses, pipe and other materials can be routed.

ELEMENT OF GROUND

CET ELEMENT DE SOL COMPREND UNE PLAQUE DE MONTAGE 16 PRESENTANT DES SAILLIES 18 ET POSEE SUR UN PLANCHER PORTEUR. DES TUYAUX DE CHAUFFAGE FLEXIBLES 20 SONT INSERES ENTRE LES SAILLIES 18 ET Y SONT FIXES. DES PLAQUES DE SOL EN TOLE D'ACIER 22 SONT DISPOSEES SUR LES SAILLIES 18 ET AINSI SUR LES TUYAUX DE CHAUFFAGE 20. SUIVANT L'INVENTION, EN DESSOUS DE CES PLAQUES DE SOL, DES BANDES DE BORDURE 26 PRESENTANT UNE PARTIE DEPASSANTE SONT SOUDEES A DEUX COTES QUI SE RECOUPENT. GRACE A CETTE PARTIE DEPASSANTE, LES PLAQUES DE SOL 22 D'ELEMENTS DE SOL VOISINS SE CHEVAUCHENT. ON OBTIENT AINSI UNE ASSOCIATION PLUS SOLIDE. LES DILATATIONS THERMIQUES SONT ABSORBEES SANS GAUCHISSEMENT NI ONDULATION DES PLAQUES DE SOL 22. THIS FLOOR ELEMENT INCLUDES A MOUNTING PLATE 16 HAVING PROJECTIONS 18 AND PLACED ON A CARRYING FLOOR. FLEXIBLE HEATING PIPES 20 ARE INSERTED BETWEEN THE PROJECTIONS 18 AND ARE FIXED THEREON. STEEL SHEET FLOOR PLATES 22 ARE PROVIDED ON THE PROJECTIONS 18 AND THEREFORE ON THE HEATING PIPES 20. ACCORDING TO THE INVENTION, BELOW THESE FLOOR PLATES, EDGE BANDS 26 WITH EXTENDED PORTION ARE WELDED TO TWO OVERLAP DIMENSIONS. THANKS TO THIS EXTENDING PART, THE FLOOR PLATES 22 OF NEIGHBORING ELEMENTS OVERLAP. THUS A STRONGER ASSOCIATION IS OBTAINED. THERMAL EXPANSIONS ARE ABSORBED WITHOUT warping or undulation of the floor plates 22.

CONSTRUCTION METHOD FOR MOVING INDEPENDENT FOUNDATION

The present invention relates to a construction method for moving an independent foundation which can quickly move an independent foundation which is a foundation on which manufacturing equipment or the like is installed in a semiconductor factory or the like to reinstall the independent foundation. According to the present invention, the construction method for moving an independent foundation comprises: a) a preparing step of preparing manpower and equipment; b) a preceding construction step of tearing down a floor panel of a clean room, a post supporting the floor panel, and an electric facility and a piping facility installed in a lower space of the clean room; c) a step of separating a lower end of an independent foundation to be moved which is fixed and installed on a floor surface of a building from the floor surface; d) a step of moving the independent foundation separated from the floor surface in the step to a location where the independent foundation is to be moved; e) a level ...

ПРИПОДНЯТЫЙ ПАНЕЛЬНЫЙ ПОЛ НИЗКОГО ПРОФИЛЯ С МЕТАЛЛИЧЕСКОЙ ОПОРНОЙ КОНСТРУКЦИЕЙ

FIELD: construction engineering. SUBSTANCE: this relates to floor decking in premises used for accommodation of data processing equipment such as computer rooms and offices where false decking is elevated above existing floor. Elevated decking located above existing floor has load-bearing panel and incombustible means for separating elevated panel from existing floor with incorporation of spacing structure. Aforesaid spacing structure has central section intended for supporting of load-bearing panel with multiplicity of suspended arms which are engaged with base in application of created supporting structure. Aforesaid arrangement allows for location of pipelines and other service lines under elevated decking, and for increasing permissible load brought to bear on structure. Fire safety is also improved. EFFECT: higher efficiency. 17 cl, 12 dwg СТУЭГЬсС ПЧ ГЭ (19) 13) ВИ” 2 116 412 Сл РОССИЙСКОЕ АГЕНТСТВО ПО ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ ОМК" Е 04Е 15/024, Е 04В 5/00 12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ РОССИЙСКОЙ ФЕДЕРАЦИИ (21), (22) Заявка: 96106903/03, 17.08.1994 (71) Заявитель: Гилфорд (Делавер), Инк. (1$) (30) Приоритет: 31.08.1993 1$ 114447 (72) Изобретатель: Гарольд Ф.Адамс (ЦЗ), (46) Дата публикации: 27.07.1998 Родерик А.Суарез (ЦЗ), Люис Х.Ингл (ЦЗ) (56) Ссылки: ЗЧ 5052157 А, 01.10.91. СВ 2049524 (73) Патентообладатель: А, 10.12.72. ЕК 2683573 АЛ, 12.11.92. ЕР Гилфорд (Делавер), Инк. (1$) 0483415 АЛ, 03.04.92. ЕР 0367176 АЛ, 15.06.90. (54) ПРИПОДНЯТЫЙ ПАНЕЛЬНЫЙ ПОЛ НИЗКОГО ПРОФИЛЯ С МЕТАЛЛИЧЕСКОЙ ОПОРНОЙ КОНСТРУКЦИЕИ (57) Реферат: размещать под приподнятым полом Изобретение относится к системам трубопроводы и другие коммуникации, а настила полов, предназначенным для также повысить пожарную безопасность и помещений, В которых размещают допустимую нагрузку на конструкцию. 4 с. и оборудование для обработки данных, 13 з.п. ф-пы, 12 ил. например компьютерных помещений и офисов, где ложный пол выступает над существующим полом. Приподнятый пол для размещения над ...

False flooring

An office floor system comprises panels (1), the top surfaces of which each have a plurality of bolt adjusting holes (4) and a first opening (2) for receiving an outlet box therein. The bottom surface of the panel has a plurality of bolt leading holes (14a). The corner of the floor panel is adjustably supported by a panel support unit (21). The panel support unit has a a plurality of holes (23) for providing flexibility for the unit and a plurality of inner threaded support columns (24). Bolts, (25) for adjusting the height of the corner of the panel are received in corresponding bolt leading holes (14a) and threaded into the columns (24). They can be adjusted from above the panels. ...

Incombustible fireproof network elevated floorboard

CAVITY ASSEMBLY GROUND.

SUBSTRATE AND RAISED FLOOR FORMED BY USING SAME

A substrate and a raised floor formed by using the same; the substrate is provided on a support stand and can be used to mount at least one plate thereon, and the substrate has at least one first region and at least one second region thereon. The first region has a shape of a long strip, the second region and the first region are adjacently provided along a first direction, and the second region forms a misalignment with the first region along a second direction perpendicular to the first direction, such that the first region and the second region form a segment difference in the second direction; when a plurality of substrates are adjacently arranged, the plate is enabled to form mutually crossed patterns on the substrate.

MODULAR RAISED FLOOR SYSTEM

A modular floor system including webbing formed by a plurality of interconnected web sections. The web sections include attachment portions that are aligned in the grid layout. The support members are attachable to attachment sections of the web sections so that attached support members are properly aligned and positioned with respect to one another along the grid layout. The modular floor system includes tiles positioned upon and secured to the support members to be supported above the ground surface by the support members. A utility space is defined by and disposed between the ground surface and the supported tiles. Utility cables can be routed through the utility space.

A PLATE AND USING THE PLATE

Plattenlager (101; 401) zum Positionieren und Abstützen eines Plattenbodens auf einer Gebäudeoberfläche, wobei das Plattenlager eine untere Plattenlageroberfläche (103; 403) aufweist, die dazu angepasst ist, zu einer Gebäudeoberfläche hin zu zeigen. Eine obere Plattenlageroberfläche(105; 405) des Plattenlagers (101, 401 ist von der unteren Oberfläche (103; 403) durch einen Körper aus Material (107) beabstandet, aus dem das Plattenlager ausgebildet ist. Die obere Plattenlageroberfläche(105; 405) weist mehrere radial angeordnete Fortsätze(109; 409) auf, die sich von der oberen Plattenlageroberfläche in einer Richtung senkrecht zu dieser erstrecken. Jeder Fortsatz (109; 409) ist dazu angepasst, mit einer Ausnehmung (205; 505) an einem Boden (203; 503) eines Plattenrands (209; 509) in Eingriff zu kommen. Ein sich radial erstreckender Schlitz (111; 4111) ist zwischen jedem nebeneinanderliegenden Paar von Fortsätzen (109; 409) vorgesehen. Jeder sich radial erstreckende Schlitz (111; 4111) ist ausgebildet, um es einer Ausrichtungslasche (17) eines Sockels optional zu gestatten, sich durch ihn hindurch zu erstrecken. Das Plattenlager (101; 401) kann Teil eines Plattenbodens sein, der auf einer primären Gebäudeoberfläche abgestützt ist, beispielsweise einem Dach, in Verbindung mit mehreren einzelnen Platten (201; 501), die jeweils mindestens eine Ausnehmung (205) an deren Bodenrand aufweisen. Das Plattenlager (101; 401) kann optional auch Teil eines angehobenen Bodens sein, der auf einer Mehrzahl an höhenverstellbaren Sockeln (5) ruht, und zwischen Sockel und Platte (201; 501) angeordnet sein. A tile support (101; 401) for positioning and supporting a tile floor on a building surface, the tile support having a lower tile support surface (103; 403) adapted to face a building surface. An upper disk bearing surface (105; 405) of the disk bearing (101, 401) is spaced from the lower surface (103; 403) by a body of material (107) from which the disk bearing is formed. The upper ...

FLOOR STRUCTYRE

PURPOSE: To simplify the structure of a floor where equipment to be placed on an existing floor are placed by erecting projections provided with a groove on the top faces in spaced relation at a specified interval on a base plate, providing a lip section in the end face of a floor tile and fittingly locking the lip section to the projections. CONSTITUTION: A plurality of support projections 3 are erected provided with a crisscross pattern groove 7 on the top faces on a base plate 1 made of plastics in spaced relation at a specified interval so that cables and electric wires can be wired. On the other hand, floor tiles 4 provided with lip sections 9 at end sections are made of sheet metal. In the next step, the base plate 1 is placed on an existing floor, and the floor tiles 4 are placed and locked on the base plate 1 to form a floor on which equipment such as computers are placed. The floor tiles 4 are made removable and partially removable. This floor constitution facilitates wiring.

DOPPELBODEN NIEDRIGER BAUHÖHE MIT METALLTRAGSTRUKTUR

Device for adjusting the position of a structure or part of a structure

Incombustible elevated modular floorboard structure

Office floor system

FLOOR STRUCTURE, IN PARTICULAR FOR RAEUME PROVIDED WITH A COMPUTER EQUIPMENT.

CAVITY PREFABRICATED FLOOR.

MOVING BOWL

ACCESS FLOOR CONSTRUCTION

CABLE DUCTING SYSTEM

Floor panel having support and construction method therefor

INTERIOR PANEL UNIT FOR PERMITTING ARRANGEMENT OF CABLES AND DEVICES ON ROOM FLOOR

Abstract of the Disclosure This invention relates to an interior panel unit having a structure in which a plurality of rectangular floor base members to be installed on a foundation floor of a room are connected to each other by base joint members. A plurality of fundamental support members having the same height and a plurality of connecting support members having the same height as that of the fundamental support members are located on each floor base member. Each floor panel member supported by the fundamental support members and the connecting support members is arranged to assure a predetermined space with the corresponding floor base member. Cables and various types of equipment which constitute an office-automation system are mounted in the space defined by the floor panel member and the floor base member. The space defined by the floor panel member and the floor base member is partitioned by vertical and horizontal separator members. The cables and various types of equipment are appropriately arranged in the partitioned space.

POLYGONAL SEISMIC ISOLATION SYSTEMS

The invention is drawn to a methods and systems employing at least one seismic isolation bearing having a substantially polygonal shape in a top and/or bottom view. Preferably the polygonal shape is other than a square shape; preferably the shape is other than a rectangular shape. Such polygonal isolation bearings can be easily and securely joined to other components o the flooring or platform, and are of particular use in modular seismic isolation systems, in which the floor or platform can be assembled tp suit the available space. In preferred systems the polygonal isolation bearings may be used in low profile systems, for example, in locations having restricted headroom.

PART Of SPACING FOR the INSTALLATION OF ELECTRIC CABLES

Floor panel having support and construction method therefor

A floor panel of the present invention includes a group of support portions made up of main legs and auxiliary legs arranged in a polygonal configuration, as seen in a plan view, and spaced from each other by a preselected distance. Arms having a preselected width extend substantially radially to connect the main legs and auxiliary legs. Legs for connection are formed on those arms extending out from the first support portions adjoining one of two contiguous sides of the polygon. Stubs for connection are formed on those arms extending out from the first support portions adjoining one of the other two contiguous sides of the polygon. A plurality of such floor panels are connected together with their legs and stubs mating with each other. Unit panels each is supported by one-fourth of the area of the top of the individual main leg at its corner and by the individual auxiliary leg at its center. The floor panels connected together form a modular floor over the floor of a building, implementing ...

Flooring system especially designed for facilities which house data processing equipment

This invention is directed to a flooring system especially designed for facilities which house data processing equipment such as data processing centers, computer rooms and offices having a false floor raised above an existing floor. This false floor is comprised of removable panels laid side-by-side upon raised support members forming channels through which cables, hoses, wires and other computer interconnections can be routed.

ИЗОЛЯЦИОННЫЙ ЭЛЕМЕНТ И СИСТЕМА, СОДЕРЖАЩАЯ ИЗОЛЯЦИОННЫЙ ЭЛЕМЕНТ

1. Изоляционный элемент, такой как изоляционная плита (100, 200, 300, 400, 800, 900, 1000, 1100, 1200, 1500, 1800), содержащий по существу непрерывную поверхность (101), а также первые и вторые опоры, связанные с указанной поверхностью, причем- по меньшей мере некоторые из первых опор (103, 210, 303, 411, 412, 413, 414, 901, 902, 1103, 1291, 1503) выполнены выступающими от первой поверхности указанного изоляционного элемента, а верхняя поверхность указанных опор выполнена для несения панели, например панели (530, 1530) перекрытия, подлежащей помещению на верхней части опор; и- взаимное расположение опор (103, 210, 303, 411, 412, 413, 414, 901, 902, 1103, 1291, 1503) и непрерывной поверхности (101) реализовано таким образом, что на указанной по существу непрерывной поверхности через пространства между опорами (103, 210, 303, 411, 412, 413, 414, 901, 902, 1103, 1291, 1503) по меньшей мере на первой стороне по существу непрерывной поверхности (101) обеспечена возможность протягивания установочных кабелей а также, по возможности, установочных шлангов или труб (42),отличающийся тем, что:- по меньшей мере некоторые из вторых опор (103, 411, 412, 413, 414) выполнены выступающими от второй поверхности указанного изоляционного элемента, противоположной первой поверхности;- непрерывная поверхность (101) и опоры (103, 210, 303, 411, 412, 413, 414, 901, 902, 1103, 1291, 1503) выполнены как единое целое с помощью одного и того же процесса по меньшей мере из одного теплоизоляционного материала; и- опоры (103, 411, 412, 413, 414) выполнены с обеспечением возможности подъема нижнего края указанной непрерывной поверхности выше установочного уровня изоляционного элемента (400).2. Изоляционный элемент (100, 200, 300, 800, 900, 1000, 1100, 1200, 1500, 1800) по п. 1, в котором по меньшей мере некоторые из опор (103, 210, 303, 411, 412, 413, 414, 901, 902, 1103, 1291) содержат или образуют по меньшей мере один монтажный элемент (102, 104, 105, 107, 211, 212, 305, 1001, 1002, 1108, 1503, ...

Fussbodensystem für einen niedrigen Doppelboden

SPACER

FLOORING SYSTEM

ABSTRACT A false floor system comprised of a series of floor support units each of which has a number of posts (21,22) in a grid matrix and joined together by a frame (23,24). Attachment means (26) is provided to join the units to adjacent units and location means (25) on each unit is provided to positively locate a floor panel (61). Services such as electricity, telephone and computer cables may be laid in the false floor cavities.

FIELD PAVER CONNECTOR AND RESTRAINING SYSTEM

An elevated building surface assembly including a plurality of surface tiles, a plurality of support pedestals disposed in spaced-apart relation on a fixed surface and having a support plate with a top surface operatively supporting the surface tiles in horizontally spaced-apart relation, and a plurality of elongate restraining members configured to restrict movement of the surface tile(s) in directions away from first and second adjacent support pedestals and/or relative to one or more adjacent surface tiles to advantageously limit movement or displacement of the surface tile(s) that may otherwise occur due to uplift forces (e.g., generated by winds and/or the like).

STRUCTURE OF FLOOR, IN PARTICULAR FOR BUILDINGS EQUIPPED With an Data-processing equipment

L'invention concerne une structure de plancher, notamment pour des locaux pourvus d'un équipement informatique. Cette structure est du type comprenant un faux plancher disposé à une certaine hauteur au-dessus du sol 2 du local et formé par des plateaux 4 amoviblement juxtaposés sur des organes de support, pour former un espace permettant la pose et le passage de câbles, tuyaux, gaines ou analogues. Cette structure est caractérisée en ce qu'elle comprend des dalles 1 qui sont juxtaposées sur le sol 2 et portent chacune sur leur surface supérieure un certain nombre de plots 3 formant lesdits organes de support, qui sont solidaires des dalles et répartis régulièrement sur toute la surface de celles-ci de façon à former entre eux un réseau de canaux de passage 5 pour lesdits câbles, tuyaux ou analogues et à constituer par leurs surfaces supérieures des zones d'appui relativement rapprochées pour les plateaux 4. L'invention est utilisable par exemple pour les centres informatiques. The invention relates to a floor structure, in particular for premises provided with computer equipment. This structure is of the type comprising a false floor arranged at a certain height above the floor 2 of the room and formed by trays 4 removable juxtaposed on support members, to form a space allowing the installation and passage of cables, pipes. , sheaths or the like. This structure is characterized in that it comprises slabs 1 which are juxtaposed on the ground 2 and each carry on their upper surface a certain number of studs 3 forming said support members, which are integral with the slabs and distributed regularly over the entire surface. surface of these so as to form between them a network of passage channels 5 for said cables, pipes or the like and to constitute by their upper surfaces relatively close support zones for the plates 4. The invention can be used by example for computer centers.

Low profile raised panel flooring with metal support structure

A raised flooring system and methods of forming components of such a system are disclosed. Systems consistent with embodiments of the present invention utilize thin sheet metal, typically galvanized steel, base plates laid side by side on an existing floor. Attached in a rectilinear pattern to the base plates are stand-offs, which support floor panels forming the raised or false floor (which in turn are typically covered with carpet tile). In addition to supporting the floor panels, the stand-offs form a network of channels where conduit, cables, hoses, pipe and similar materials can be routed. The stand-offs are punched and then formed from thin sheet metal, also typically galvanized steel, and have an overall shape generally that of a truncated cone achieved with four arms that have rolled edges for enhanced load-bearing capacity.

МЕТАЛЛИЧЕСКИЙ КАРКАС ОПОРЫ ДЛЯ НИЗКОПРОФИЛЬНОГО ПРИПОДНЯТОГО ПАНЕЛЬНОГО ПОКРЫТИЯ ПОЛА

FIELD: construction industry, arrangement of floors. SUBSTANCE: invention deals with system of lifted flooring and process of formation of components of such system. Thin sheet metal, usually zinc-plated steel, is used to form first strip having several posts placed at some distance one after another on strip and coupled by means of attached wings going out of first strip towards wings going out of second strip forming by that lattice pattern of posts. These posts are intended to support floor panels above network of passages that can includes cable passages, housings, tubes and other structures. Posts are perforated and formed from strips of sheet metal and have common shape in the form towers supported by two blades that can have rounded edges to raise bearing capacity. Wings designed for fastening with corresponding wings of another strip can also be formed from strips carrying posts. EFFECT: formation of low-profile system of panel flooring using components compatible with stringent requirements of fire safety and capable of high bearing capacity. 14 cl, 12 dwg

Floor panel having support and construction method therefor

A floor panel having a support and a construction method therefor are such that a group of supports (14, 16) composed of main support portions (14) and auxiliary support portions (16) arrange respective columns in polygonal configuration with predetermined spacings therebetween, connections (22) having a predetermined width extend substantially radially to connect the respectively support portions to one another, connecting support portions (24) are provided on the connections extending outward from the support portions on one two-sided of the polygonal configuration, and connecting fit portions (26) are provided on the connections extending outward from the support portions on the other two-sided side of the polygonal configuration, whereby a floor panel (10) is constructed. A plurality of such floor panels (10) are joined and laid by fitting of the connecting support portions (24) and the connecting fit portions (26), whereby the respective main support portions (14) and auxiliary support ...

Spacer

A spacer which may be arranged on the rear side of a customary floor or wall covering, has integrally formed projections 19 between which electrical cables 14 can be laid in any chosen direction. The spacer may be made of plastic moulded members. Various shapes of spacers are provided and with these it is also possible for holding means for attachment of the covering or of additional holding means to be accommodated in the projections.

A PANEL FOR FLOORS, WALLS AND CEILINGS

INTERIOR PANEL UNIT FOR PERMITTING ARRANGEMENT OF CABLES AND DEVICES ON ROOM FLOOR

Substrate and Raised Floor Formed by Using Same

A substrate and a raised floor formed by using the same; the substrate is provided on a support stand and can be used to mount at least one plate thereon, and the substrate has at least one first region 5 and at least one second region thereon. The first region has a shape of a long strip, the second region and the first region are adjacently provided along a first direction, and the second region forms a misalignment with the first region along a second direction perpendicular to the first direction, such that the first region and the second region form a 10 segment difference in the second direction; when a plurality of substrates are adjacently arranged, the plate is enabled to form mutually crossed patterns on the substrate. 12 • .

IMPROVEMENTS RELATING TO FLOORING SYSTEMS

INTERIOR PANEL UNIT FOR PERMITTING ARRANGEMENT OF CABLES AND DEVICES ON ROOM FLOOR

Abstract of the Disclosure This invention relates to an interior panel unit having a structure in which a plurality of rectangular floor base members to be installed on a foundation floor of a room are connected to each other by base joint members. A plurality of fundamental support members having the same height and a plurality of connecting support members having the same height as that of the fundamental support members are located on each floor base member. Each floor panel member supported by the fundamental support members and the connecting support members is arranged to assure a predetermined space with the corresponding floor base member. Cables and various types of equipment which constitute an office-automation system are mounted in the space defined by the floor panel member and the floor base member. The space defined by the floor panel member and the floor base member is partitioned by vertical and horizontal separator members. The cables and various types of equipment are appropriately arranged in the partitioned space.

MEANS FOR ADJUSTING THE POSITION OF A BUILDING OR BUILDING PART

FLOOR STRUCTURES PARTICULARLY SUITABLE FOR ROOMS WITH DATA PROCESSING EQUIPMENT

A floor structure for rooms housing data processing equipment having a raised false floor comprising removable tiles laid side by side over a series of supports in order to afford clearance for the routing of cables, wires, hoses or equivalent connections between the various parts of the equipment within the facility, wherein this structure is comprised of base plates 1 laid side by side on the existing floor 2 and carrying on their upper surface a certain number of stand-offs 3 which form the supporting structure, are fixed upon the base plates and are so distributed upon the plates as to form a network of channels 5 where the cables, wires, hoses or equivalent can be routed, and as to simultaneously form at their top plans 6 a fairly tight pattern of load bearing points for the floor tiles 4, wherein the base plates 1 and the stand-offs 3 are manufactured separately and can be assembled together.

LOW PROFILE RAISED PANEL FLOORING WITH METAL SUPPORT STRUCTURE

A raised flooring system and methods of forming components of such a system are disclosed. Systems consistent with embodiments of the present invention utilize thin sheet metal, typically galvanized steel, base plates (14) laid side by side on an existing floor. Attached in a rectilinear pattern to the base plates (14) are standoffs (18), which support floor panels forming the raised or false floor (which in turn are typically covered with carpet tile). In addition to supporting the floor panels, the stand-offs (18) form a network of channels where conduit, cables, hoses, pipe and similar materials can be routed. The stand-offs (18) are punched and then formed from thin sheet metal, also typically galvanized steel, and have an overall shape generally that of a truncated cone achieved with four arms that have rolled edges for enhanced loadbearing capacity.

Incombustible fireproof network elevated floorboard for skyscraper, has cover boards locked on leg supports of floorboard by screws, floorboard being made of steel reinforcement and cement

Plancher surélevé ignifuge et incombustible pour bâtiments à plusieurs étages tels que des gratte-ciel. Dans le plancher surélevé, les panneaux de recouvrement de surface de support de base (2) sont verrouillés par des vis à des pieds de support (5) de surfaces de support d'assemblage (6). Une surface de support (7) pour des câbles (10) est définie entre les panneaux de recouvrement de surface de support de base (2) et les surfaces de support d'assemblage (6). Le plancher est réalisé en un ciment armé et permet d'améliorer l'effet ignifuge de manière à répondre aux exigences strictes d'incombustibilité des bâtiments à plusieurs étages tels que des gratte-ciel.

INSULATION ELEMENT AND A SYSTEM COMPRISING THE INSULATION ELEMENT

An insulation element and a structural system comprising such an element, wherein the insulation element (100, 200, 300, 400, 800, 900, 1000, 1100, 1200, 1500, 1800) comprises: pedestals (103, 210, 303, 411, 412, 413, 414, 901, 902, 1103, 1291, 1503), the top surface of which is suitable for bearing a floor panel (530, 1530) to be placed on top of the pedestals; and a substantially continuous surface (101) between the pedestals. The continuous surface (101) and the pedestals are fabricated in one piece in the same process from at least one heat insulating material. The mutual layout of the pedestals and the continuous surface (101) is implemented in such a way that onto the substantially continuous surface, through spaces between the pedestals, at least on top of the substantially continuous surface (101) can be pulled installation cables (41) and, in addition, possibly also installation hoses or tubes (42) across the support foundation.

MIT MOERTEL GEFUELLTE VERLEGESCHALE AUFWEISENDES AUFLAGER FUER BODENPLATTEN

DISTANZKOERPER

A spacer which may be arranged on the rear side of a customary floor or wall covering, has integrally formed projections 19 between which electrical cables 14 can be laid in any chosen direction. The spacer may be made of plastic moulded members. Various shapes of spacers are provided and with these it is also possible for holding means for attachment of the covering or of additional holding means to be accommodated in the projections. ...

Cover plate connecting structure for a computer floor

A cover plate connecting structure for a computer floor comprises a raised supporting floor (10), a connecting base (20), a tray base (30), a main cover (40), a central cover (50) and a long side cover (60). On the top periphery of the rim portion of the supporting floor (10) are a plurality of grooves (17, 18) in which may locate locking rims (41, 51, 61) installed downwards on the periphery of the main cover (40) and central cover (50) and the rim portion of the long sides of the long side cover (60). In use this arrangement serves to strengthen the structure and prevent slip, as the locking rims (41, 51, 61) may engage the grooves of two adjacent supporting floors. The locking grooves (18) may be installed on four corners of the supporting floor (10). The computer floor may be strengthened by installing a central pillar (15) on the central portion of the supporting floor.

MODULAR HOLLOW FLOOR PANELS WITH INTERLOCKING KEYS

SUPPORT PLATE SYSTEM FOR ELEVATED FLOORING TILES

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface.

ACCESS FLOOR DEVICE

An access floor device is disclosed. According to the present invention, the access floor device comprises: a plurality of bases installed on a floor surface; a plurality of support units fixated to each base and installed to get away from each other from the base to an upper side; a stringer coupled to the support unit to connect the support units; and a mount where a mounting device is mounted, supported by the stringer. COPYRIGHT KIPO 2017 ...

Improvements in or relating to trestle structures

A METHOD OF FORMING A STABLE FOUNDATION FOR AN EDIFICE

... 1287322 Foundations for buildings: shores KB ALGERS 26 May 1970 [28 May 1969] 25223/70 Headings E1A and E1E In order to provide for possible subsidence, a grid structure is provided between a building and the underlying bedding, which grid structure may be adjusted in height by e.g. jacks 20, to allow loose packing material to fall through and form a vertical support for the building. The grid structure may be incorporated in the building foundations or may be merely an interposed perforated plate (Figs. 9-11).

Readily Removable Floor Boards

A flooring (10) for use upon a supporting surface (12, 14) has a plurality of floor planks (16), each of which have a semi-cylindrical projection (42) at a first side surface (34) of a first plank (16a) for mateably engaging with the semi-cylindrical groove (48) of a second side surface (36) of an adjacent second plank (16b). There is a lower gap (50) between adjacent lower portions (40, 46) of the first and second planks (16a, 16b). The first and second planks, when so mateably engaged, can be lifted from the supporting surface, without disrupting other adjacent planks of the flooring, by the application of upward force to cause the first and second planks to lift whilst remaining mateably interengaged and to separate from their respective engagement with the other adjacent planks of the flooring.

POLYGONAL SEISMIC ISOLATION SYSTEMS

The invention is drawn to a methods and systems employing at least one seismic isolation bearing having a substantially polygonal shape in a top and/or bottom view. Preferably the polygonal shape is other than a square shape; preferably the shape is other than a rectangular shape. Such polygonal isolation bearings can be easily and securely joined to other components o the flooring or platform, and are of particular use in modular seismic isolation systems, in which the floor or platform can be assembled tp suit the available space. In preferred systems the polygonal isolation bearings may be used in low profile systems, for example, in locations having restricted headroom.

RAISED FLOOR SYSTEM AND METHOD OF INSTALLING SAME

A raised floor system for installation over a base floor that allows ready access to the space created thereunder. Raised floor panels are supported above the base floor by and secured to base floor web tile assemblies that interconnect one to another. Each. base floor web tile assembly includes a plurality of hollow metal cylinders with a lower portion to which a plastic base floor web tile is over--molded. The base floor web tile has adhesion pads with apertures which allow adhesive to be injected below the tile from above. The adhesive is used to affix the interconnected base floor web tile assemblies to the base floor. Further , an upper surface of each metal cylinder has over-molded thereto a plastic floor panel support boss. The floor panel support boss engages with a threaded panel fastener to secure a raised floor panel to a floor panel support of a base floor web tile assembly. Services such as telephone, electricity and computer cables may be installed in the space under the raised ...

SERIAL FLOOR PANEL FOR HOT WATER HEATING

According to the present invention, a serial floor panel (100) for hot water heating comprises a flat insulator (110) formed to allow a boiler hose (H) to be installed thereon, and a cover (120) attached to an upper surface of the insulator (110). The insulator (110) includes: a flat body (111); protuberance units (115) which protrude from an upper surface (112) of the body (111) in a disk shape, are arranged in a grid shape, and have intervals (L) adjusted to allow the boiler hose (H) to be inserted; and a plurality of protrusions (119) protruding from the upper surface (112) of the body (111) to be arranged between four of the protuberance units (115) to form internals (M) to allow the boiler hose (H) to be inserted. Also, the cover (120) is formed by being matched as if the cover (120) is coated on the upper surface (112) of the body (111), the protuberance units (115), and the protrusions (119). Therefore, the insulator (110) can be prevented from being damaged during transport and ...

Fireproof network elevated floorboard

PANEL FOR FLOORS WALLS/CEILINGS

Decking support system

MODULAR HOLLOW FLOOR PANELS WITH INTEGRAL DUCTING

INTERIOR PANEL UNIT FOR PERMITTING ARRANGEMENT OF CABLES AND DEVICES ON ROOM FLOOR

Heat storage system and installation method of latent heat storage material therefor

A heat storage system 1 comprising: an indoor space (IDS); a heat storage space (HSS) adjacent to the indoor space (IDS) and having arranged therein latent heat storage material (H) having a melting point or freezing point that is in the range of 5–30°C; and a natural ventilation device (NV) that controls the introduction and blocking of external air to the heat storage space (HSS). The thermal resistance between the heat storage space (HSS) and external air is made greater than the thermal resistance between the heat storage space (HSS) and the indoor space (IDS).

Low profile raised panel flooring with metal support structure

INTERIOR PANEL UNIT FOR PERMITTING ARRANGEMENT OF CABLES AND DEVICES ON ROOM FLOOR

RAISED FLOOR SYSTEM AND METHOD OF INSTALLING SAME

A raised floor system for installation over a base floor that allows ready access to the space created thereunder. Raised floor panels are supported above the base floor by and secured to base floor web tile assemblies that interconnect one to another. Each. base floor web tile assembly includes a plurality of hollow metal cylinders with a lower portion to which a plastic base floor web tile is over--molded. The base floor web tile has adhesion pads with apertures which allow adhesive to be injected below the tile from above. The adhesive is used to affix the interconnected base floor web tile assemblies to the base floor. Further, an upper surface of each metal cylinder has over-molded thereto a plastic floor panel support boss. The floor panel support boss engages with a threaded panel fastener to secure a raised floor panel to a floor panel support of a base floor web tile assembly. Services such as telephone, electricity and computer cables may be installed in the space under the raised floor panels.

A METHOD OF FORMING A STABLE FOUNDATION FOR AN EDIFICE

Modular floor tiles and floor system

ACCESS FLOOR CONSTRUCTION

MODULAR-ACCESSIBLE-UNITS

Metal support framework for low profile raised panel flooring

SUPPORT PLATE SYSTEM FOR ELEVATED FLOORING TILES

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface.

MODULAR FLOOR SYSTEM

The present invention relates to a modular fitted flooring system comprising a plurality of bearing plates (2) and a plurality of panel elements (3) designed to be hooked onto said bearing plates (2), said bearing plates comprising a plurality of supporting elements (7), panel hooking means (13), and elements (14) for bearing the load of the panel elements, and being complete with jointing elements (20, 21 ) for connecting one bearing plate (2) to the next, said panel hooking means (13) consisting of a plurality of teeth designed to engage in grooves (17) provided on at least two edges of the panel element (3), said teeth (13) being arranged on the plate so as to create a gap between one panel element and the next in a direction (Y) crosswise to the direction of installation (X) of the panel elements.

A METHOD OF FORMING A STABLE FOUNDATION FOR AN EDIFICE

ACCESS FLOORING SYSTEM WITH REVERSIBLE PANELS

A modular access flooring system (100) comprising a plurality of reversible floor panels (103), each panel having a first and second surface suitable for orientation in an uppermost facing direction to provide the floor surface of the modular system. A plurality of support pillars (101) provide elevated support of the floor panels via respective pillar heads (102). Correct alignment of the floor panels is achieved via a spacer projection (106) extending upwardly from each pillar head and about which the floor panels may be arranged to form a tessellated modular flooring system.

Flooring system

Connecting structure of a network floor

SPACER

FLOORING SYSTEM

Paver Supporting Apparatus

The invention relates to a paver supporting apparatus. The paver supporting apparatus has a pedestal with a top plate. A modular grid is positioned on the top plate and has a ballast receiving opening and a ballast is located in the ballast receiving opening. 1. A paver supporting apparatus comprising:a pedestal having a top plate,a modular grid positioned and secured on the top plate such that the top plate supports the modular grid in an elevated position and having a lattice extending generally between perimeter edges of the modular grid and defining a plurality of lattice.2. The paver supporting apparatus of claim 1 , further comprising a tapered ballast receiving opening defined through the modular grid in an area of the lattice.3. The paver supporting apparatus of claim 2 , wherein the tapered ballast receiving opening extends from a top surface down toward an underside.4. The paver supporting apparatus of claim 3 , further comprising a ballast friction fitted in the tapered ballast receiving opening.5. The paver supporting apparatus of claim 4 , wherein the ballast is a tapered column complimentary to the tapered ballast receiving opening.6. The paver supporting apparatus of claim 2 , wherein the tapered ballast receiving opening is a regular polygon.7. The paver supporting apparatus of claim 5 , wherein the ballast is a tapered polygon column.8. The paver supporting apparatus of claim 5 , wherein the ballast has a non-uniform density.9. The paver supporting apparatus of claim 11 , wherein the ballast has a high density portion.10. The paver supporting apparatus of claim 11 , wherein the ballast has a low density portion.11. The paver supporting apparatus of claim 8 , wherein the ballast is metal.12. The paver supporting apparatus of claim 8 , wherein the ballast is a thermoplastic.13. The paver supporting apparatus of claim 8 , wherein the ballast has a metal core and a thermoplastic outer body.14. The paver supporting apparatus of claim 1 , wherein the top ...

METHOD FOR IMPROVED SEMICONDUCTOR PROCESSING EQUIPMENT TOOL PEDESTAL / PAD VIBRATION ISOLATION AND REDUCTION

The present disclosure provides a method, system, and fabrication facility that eliminates or substantially reduces process-limiting vibrations within a high-precision device manufacturing facility, wherein an elevated structure supports high-precision device manufacturing equipment and provides vibration reduction spacing between a floor and an upper surface of said elevated structure. 1. A method for eliminating , or substantially reducing , process-limiting vibrations within a high-precision device manufacturing facility , wherein a hybrid tool pedestal system supports high-precision device manufacturing equipment and provides vibration reduction spacing between a floor and an upper surface of said elevated structure , the method comprising of the following steps:Separating a base of said elevated structure from the floor using first vibration isolation pad structure, said;Filling a hollow portion of a vertical support structure with a vibration dampening materials, said vertical support structure separating said base from said upper surface and further comprising concrete mix to reduce/isolate vibration and improve stiffness;Separating said vertical support structure from the upper structure of said elevated structure using a second vibration isolation pad structure;Wherein said first vibration isolation pad structure, said vibration dampening materials, and said second isolation pad structure coordinate to eliminate, or substantially reduce, the ability of vibrations from the floor to reach high-precision device manufacturing equipment operating on the upper surface of said elevated structure; andAdding an EMI insulation or absorbing material added to and a degaussing process for removing magnetic arc blow to create the hybrid tool pedestal with EMI barrier.2. The method of claim 1 , further comprising the steps of epoxy coating or powder coating with negative ion properties said vertical support structure for structural strength.3. The method of claim 1 , ...

SUBSTRATE AND RAISED FLOOR FORMED BY USING SAME

A substrate and a raised floor formed by using the same; the substrate is provided on a support stand and can be used to mount at least one plate thereon, and the substrate has at least one first region and at least one second region thereon. The first region has a shape of a long strip, the second region and the first region are adjacently provided along a first direction, and the second region forms a misalignment with the first region along a second direction perpendicular to the first direction, such that the first region and the second region form a segment difference in the second direction; when a plurality of substrates are adjacently arranged, the plate is enabled to form mutually crossed patterns on the substrate. 1. A substrate for being mounted on a support stand , thereby enabling a plate to be mounted for forming a raised floor , and the substrate comprises:at least one first region having a shape of a long strip; andat least one second region, wherein the second region and the first region are adjacently provided along a first direction and are mutually joined, and the second region forms a misalignment with the first region on one side of a second direction perpendicular to the first direction, such that the first region and the second region form a segment difference on one side of the second direction.2. The substrate of claim 1 , wherein the substrate is further consisted of a plate body and a strengthened bottom plate provided below the plate body claim 1 , and the first region and the second region are provided on the plate body.3. The substrate of claim 2 , wherein the plate body is further provided with two of the first regions and one of the second region claim 2 , the two first regions are mutually interspaced along the first direction claim 2 , and the second region is provided between the two interspaced first regions.4. The substrate of claim 2 , wherein the plate body is further provided with two of the first regions and two of the ...

Flooring Substrate Support System

A flooring substrate system of polymer, open cell structural panels that may be attached to framing members beneath or placed atop of a waterproof membrane roof or deck structure. The panels are attached by a clip with a mechanical fastener that can be screwed into the lower framing members at a range of angles relative to the plane of the panel while the mechanical fastener and clip remain in complete mating engagement. The panels may also be operationally positioned using a disk that either has a threaded post that is bolted to the panel through a pin block and washer, a fixed pin or a pair of spring arms that lock onto rabbets in the panel's top face. 1. A system for the attachment of a planar substrate above a structural surface , said planar substrate adapted for the attachment of a flooring product , comprising;a structural panel having at least one open cell formed therethrough;at least one rigid clip for the retention of said structural panel onto a structural surface or member located there below said structural panel, said clip having a hemispherical indentation formed thereon with an orifice formed therethrough a midpoint of said indentation;a mechanical fastener having a threaded shaft with a hemispherical body drive head at a proximal end of said shaft, wherein said mechanical fastener is capable of pivotal movement within said hemispherical indentation of said clip, while said hemispherical indentation remains completely matingly engaged by an outer surface of said hemispherical body drive head.2. The system for the attachment of a planar substrate above a structural surface of wherein said said shaft has a first outer diameter and said orifice has an inner diameter claim 1 , wherein said inner diameter exceeds said first outer diameter.3. The system for the attachment of a planar substrate above a structural surface of wherein said hemispherical drive head has a second outer diameter and said second outer diameter exceeds said inner diameter.4. The ...

SUPPORT SYSTEM FOR RAISED FLOORING AND FLOORING OBTAINED BY THIS SUPPORT SYSTEM

The present invention refers to a support system for raised flooring made with wooden boards and to the relative flooring obtained by this system. The supporting system is used for obtaining a floor with boards made of wood or similar material wherein the floor is elevated with respect to the reference ground. The supporting system includes a trampling plate and at least three supporting feet fixed to the plate in order to support the plate with respect to the reference ground. 1) Supporting system for obtaining a floor with boards made of wood or similar material , said floor being elevated with respect to the reference ground , said supporting system comprising a trampling plate and at least three supporting feet fixed to the plate in order to support said plate with respect to the reference ground , characterized by the fact that the plate comprises at least one grid of quadrangular conformation , at least two wooden boards being fixed to the at least one grid , said wooden boards having a length equal to the length of the at least one grid and having an overall width equal to the width of the at least one grid so as to cover the entire surface of said at least one grid.2) Supporting system according to claim 1 , wherein at least one seat is formed in the at least one grid claim 1 , a strip in a rigid material being received in said seat.3) Supporting system according to claim 2 , wherein the at least one seat is formed along a side of the at least one grid.4) Supporting system according to claim 2 , wherein the at least one grid comprises four seats claim 2 , a strip being received in each seat.5) Supporting system according to claim 4 , wherein each of the four seats is formed along each side of the at least one grid.6) Supporting system according to claim 3 , wherein the at least one grid comprises four seats claim 3 , a strip being received in each seat.7) Supporting system according to claim 6 , wherein each of the four seats is formed along each side of the ...

POLYGONAL SEISMIC ISOLATION SYSTEMS

The invention is drawn to a methods and systems employing at least one seismic isolation bearing having a substantially polygonal shape in a top and/or bottom view. Preferably the polygonal shape is other than a square shape; preferably the shape is other than a rectangular shape. Such polygonal isolation bearings can be easily and securely joined to other components o the flooring or platform, and are of particular use in modular seismic isolation systems, in which the floor or platform can be assembled to suit the available space. In preferred systems the polygonal isolation bearings may be used in low profile systems, for example, in locations having restricted headroom. 2) The bearing plate of wherein said frame element is welded to said load-bearing surface component.3) The bearing plate of wherein the load-bearing surface component thereof has a cross sectional profile comprising a shape selected from the group consisting of:i) a combination of linear and curved shapes;ii) a combination of different linear shapes,iii) a combination of different curved shapes.4) The bearing plate of wherein the frame polygonal shape is an octagon.5) The bearing plate of wherein the frame component comprises a series of holes for joining to at least one other component of said isolation platform or flooring system.6) The bearing plate of wherein at least one said component(s) is selected from the group consisting of:i) another isolation bearing plate,ii) a connecting component,iii) a frame element of said isolation platform or flooring system, andiv) a floor or foundation.7) The bearing plate of wherein said load-bearing surface component comprises a substantially circular shape in a top view.8) The bearing plate of wherein said load bearing surface component comprises a substantially polygonal shape in a top view.10) The isolation bearing assembly of wherein the frame element of at least said top bearing plate and said bottom bearing plate is welded to its respective load- ...

SUPPORT PLATE SYSTEM FOR ELEVATED FLOORING TILES

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface. 1. A method of constructing an elevated flooring surface , comprising:locating a plurality of support pedestals upon a fixed surface with a predetermined spacing between the support pedestals;placing support plates over top surfaces of the plurality of support pedestals; wherein each support plate includes a base having a top surface, a bottom surface opposite to the top surface, a plurality of corner portions, a plurality of outer edge segments disposed between adjacent corner portions, and a locating structure attached to a first of the outer edge segments and extending away from the top surface; wherein a second of the outer edge segments of each support plate is free of locating structures extending away from the top surface; and wherein each support plate includes at least three corner portions that are respectively disposed over the top surfaces of at least three of the support pedestals; andpositioning each of a plurality of surface tiles over a respective one of the support plates so that one of a plurality of outer edge segments of the surface tile abuts the locating structure of the first outer edge segment of the support plate, wherein each surface tile includes a top surface, a bottom surface opposite to the top surface, and a plurality of corner portions, wherein each outer edge segment of each support tile is disposed between adjacent corner portions of the surface tile, wherein at least one adhesive secures the bottom surface of each surface tile to the top surface of the one of the support plates, and wherein the top surfaces of the surface tiles collectively form the elevated flooring surface over the fixed surface.2. The method of claim ...

Braced flooring tray support system and method

Exemplary implementations of a braced flooring tray support system comprise a braced pedestal subsystem and one or more trays. The braced pedestal subsystem may include several pedestals rigidly interconnected by several brace elements. The pedestals may include position-adjustable brace interface elements having vertical fins or an annular flange projecting radially. The tray corners are supported by respective pedestals. The brace elements may have an opposing pair of pedestal interface portions which include a fin-receiving or flange-receiving slot, and a pair of pin alignment apertures intersecting the slot. Brace fasteners configured to be manually installed in and removed from the pedestal interface portions. Each brace fastener may include a pair of fastener pins configured to extend through respective pin alignment apertures and respective attachment apertures when the brace fastener is installed. The fastener pins may include a detent portion configured to releasably secure the installation without requiring any threaded engagement.

RADIO FREQUENCY TRANSMISSIVE RAISED ACCESS FLOOR PANEL

Disclosed is a sensor floor tile that utilizes a RF frequency transmissive disk that transmits sensor data from sensors located in a plenum of a raised floor system. An antenna is located adjacent to the disk so that sensor signals can be transmitted from the sensor located in the plenum under the floor tile to a wireless receiver located in an elevated location in a data center room, a computer room, a clean room, an office space, etc. A network connection can also be provided by the antenna when the antenna is connected to a router in the plenum. 1. A floor tile comprising:a metal floor tile having an opening that extends from a top surface to a bottom surface of said floor tile;a sensor located below said floor tile that generates electrical sensor signals;a transmitter that generates radio frequency signals in response to said electrical sensor signals;a flange plate that is mounted to said bottom surface of said floor tile at a predetermined distance below said top surface of said floor tile;an insert disposed in said opening and placed against said flange plate, said insert having a thickness that corresponds to said predetermined distance so that said insert is flush with said top surface of said floor tile when said insert is disposed in said opening and placed against said flange plate, said insert made from a material that has high transmissivity of said radio frequency signals;an antenna disposed adjacent to said insert that is adapted to wirelessly transmit said radio frequency signals;wherein said radio frequency signals are wirelessly transmitted from said antenna through said insert.2. A method of transmitting sensor data in a raised floor system comprising:providing a floor tile with a top surface and a bottom surface and an opening that extends through the thickness of said floor tile between said top surface and said bottom surface;generating sensor signals from a sensor located below said floor tile;generating radio frequency signals from an ...

SUPPORT PLATE SYSTEM FOR ELEVATED FLOORING TILES

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface. 1. A method of constructing an elevated flooring surface , comprising:locating a plurality of support pedestals upon a fixed surface with a predetermined spacing between the support pedestals;placing support plates over top surfaces of the plurality of support pedestals; wherein each support plate includes a base having a top surface, a bottom surface opposite to the top surface, a plurality of corner portions, a plurality of outer edge segments disposed between adjacent corner portions, a first locating structure attached to a first of the outer edge segments and extending away from the top surface, a second locating structure attached to a second of the outer edge segments and extending away from the top surface; wherein the second outer edge segment is adjacent the first outer edge segment; wherein a first corner portion of the plurality of corner portions is positioned between the first and second outer edge segments; wherein the first and second locating structures extend towards but not to the first corner portion; wherein each support plate includes at least three corner portions that are respectively disposed over the top surfaces of at least three of the support pedestals;positioning each of a plurality of surface tiles over a respective one of the support plates so that a first of a plurality of outer edge segments of the surface tile abuts the first locating structure of the first outer edge segment of the support plate and so that a second of the plurality of outer edge segments of the surface tile abuts the second locating structure of the second outer edge segment of the support plate, wherein each surface tile includes a top surface, a ...

Support plate system for elevated flooring tiles

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface.

Deck board

This invention relates to a deck board ( 1 ) and more particularly, to a reduced material deck board ( 1 ). In accordance with this invention there is provided a deck board ( 1 ) comprising an operatively upper board section ( 4 ) having at least one operatively downwardly depending support leg ( 5 ) terminating in at least one flange ( 7 ), an underside of the flange ( 7 ) having a concave surface.

FASTENERS FOR PEDESTAL SUPPORTED TILES OR DECKING

A fastener () for attaching surface tiles () or the like to a support pedestal (), wherein the pedestal includes a base and a head member for directly or indirectly supporting a tile. Each tile corner comprises a triangular slot () for receiving the fastener (), which is generally rhomboidal in shape, with a central slot () extending between two opposed corners of the fastener. A tab () projects from the corner of the fastener adjacent each slot () end. An anchoring means such as a screw, in use, is located in the slot, and screws into the head of the pedestal (). In use, the fastener can be located in or moved out of the slots in the sides of the surface tiles and the sliding movement can be used to secure the tiles to the pedestal or to disengage a tile when removal of a tile is required. 1. A fastener for attaching surface tiles or the like to a support pedestal , the pedestal including a base which can be located on a surface , and a head member for directly or indirectly supporting a tile , the tile defining a slot in its side for receiving the fastener , wherein the fastener is generally rhomboidal in shape and defines a central elongate slot which extends between two opposed corners of the fastener.2. A fastener as claimed in claim 1 , wherein a tab projects up from the fastener adjacent each end of the slot.3. A fastener as claimed in claim 2 , including an anchoring means having a head and wherein the head of the anchoring means is wider than the width of the slot.4. A fastener as claimed in claim 2 , including a circular recess defined in the centre of the slot for receiving the head of the anchoring means for use in locking the fastener in position in the centre of four tiles and preventing accidental movement of the fastener.5. A fastener as claimed in claim 4 , including a generally cruciform support element for supporting the fastener the support element defining a central hole for receiving a shaft of the anchoring means.6. A raised floor including a ...

FIELD PAVER CONNECTOR AND RESTRAINING SYSTEM

An elevated building surface assembly including a plurality of surface tiles, a plurality of support pedestals disposed in spaced-apart relation on a fixed surface and having a support plate with a top surface operatively supporting the surface tiles in horizontally spaced-apart relation, and a plurality of elongate restraining members configured to restrict movement of the surface tile(s) in directions away from first and second adjacent support pedestals and/or relative to one or more adjacent surface tiles to advantageously limit movement or displacement of the surface tile(s) that may otherwise occur due to uplift forces (e.g., generated by winds and/or the like). 1. A system for supporting and restraining a plurality of surface tiles that are disposed in horizontally spaced-apart relation , the system comprising:a support structure disposed over a fixed surface;a plurality of surface tiles disposed on the support structure, wherein each of the plurality of surface tiles includes opposite top and bottom surfaces, a plurality of corner portions and an outer edge segment between adjacent ones of the plurality of corner portions and between the top and bottom surfaces, wherein the plurality of surface tiles collectively form an flooring surface, wherein the plurality of surface tiles include interior surface tiles and peripheral surface tiles disposed about the interior surface tiles, wherein collinear outer edge segments of adjacent ones of the peripheral surface tiles collectively form an outer periphery of the flooring surface; anda plurality of elongate restraining members disposed along the outer periphery of the flooring surface to restrict movement of the peripheral surface tiles in a direction away from the support structure, wherein each of the plurality of elongate restraining members includes a restraining element disposed over the top surfaces of adjacent ones of the peripheral surface tiles, a mounting element disposed under the bottom surfaces of the ...

FLOOR PANEL

The invention provides a floor panel which can prevent the cable such as the wiring arranged in the space between the floor panel and the floor surface from being damaged due to the contact with the leading end angled portion of the floor panel, and can prevent a manufacturing cost from being increased on the basis of its simple structure. In a floor panel () provided with a plate-like top plate portion () which has a plane portion and four edges in a peripheral portion thereof, and a plurality of side plate portions () which are formed by being folded from the four edges, and supported to a support table () so as to construct a free access floor (), the side plate portions () are folded and folded portions () are formed in lower end portions of the side plate portions (). 1. A floor panel comprising:a plate-like top plate portion which has a plane portion and four edges in a peripheral portion thereof;a plurality of side plate portions which are formed by being folded from said four edges; andthe floor panel being supported to a support table so as to construct a free access floor,wherein said side plate portions are folded and folded portions are formed in lower end portions of said side plate portions.2. The floor panel according to claim 1 , wherein leading end plate portions are formed in said side plate portions so as to be connected via said folded portions claim 1 , andwherein leading end portions in an opposite side to end portions connected to said folded portions of said leading end plate portions are arranged at positions closer to a center portion of said plane portion in relation to said folded portions.3. A floor panel comprising:a plate-like top plate portion which has a plane portion and four edges in a peripheral portion thereof;a plurality of side plate portions which are formed by being folded from said four edges; andthe floor panel being supported to a support table so as to construct a free access floor,wherein a round process is applied to ...

PERIPHERAL STABILIZING SYSTEM FOR ELEVATED FLOORING SURFACE

A peripheral stabilizing system for elevated flooring surfaces that is configured to resist uplift forces acting against the elevated flooring surface thereby reducing the likelihood of dislodged surface tiles and the like. Broadly, the disclosed system includes a support structure disposed over a fixed surface (e.g., roof deck or the like), a plurality of surface tiles appropriately laid over the support structure, and one or more restraint apparatuses (e.g., support ledgers) that are positionable adjacent the outer periphery of the flooring surface. Each restraint apparatus includes a mounting portion that is securable to a wall (e.g., parapet) and a restraint portion positionable over a portion of the elevated flooring surface adjacent the outer periphery for restricting movement of the flooring surface in a direction away from the fixed surface. 1. A building surface assembly , comprising:a support structure disposed on a fixed surface;a plurality of surface tiles disposed on the support structure, wherein each of the plurality of surface tiles includes opposite top and bottom surfaces, a plurality of corner portions and an outer edge segment between adjacent ones of the plurality of corner portions and between the top and bottom surfaces, wherein the plurality of surface tiles collectively form a flooring surface, wherein the plurality of surface tiles includes interior surface tiles and peripheral surface tiles disposed about the interior surface tiles, and wherein outer edge segments of the peripheral surface tiles collectively form an outer periphery of the flooring surface that is positionable adjacent a wall that extends from the fixed surface; andone or more restraint apparatuses non-movably securable to the wall and positionable adjacent the outer periphery of the flooring surface for restricting movement of at least a first of the peripheral surface tiles in a direction away from the fixed surface, wherein the bottom surface of the first peripheral ...

PERIPHERAL STABILIZING SYSTEM FOR ELEVATED FLOORING SURFACE

A peripheral stabilizing system for elevated flooring surfaces that is configured to resist uplift forces acting against the elevated flooring surface thereby reducing the likelihood of dislodged surface tiles and the like. Broadly, the disclosed system includes a support structure disposed over a fixed surface (e.g., roof deck or the like), a plurality of surface tiles appropriately laid over the support structure, and one or more restraint apparatuses (e.g., support ledgers) that are positionable adjacent the outer periphery of the flooring surface. Each restraint apparatus includes a mounting portion that is securable to a wall (e.g., parapet) and a restraint portion positionable over a portion of the elevated flooring surface adjacent the outer periphery for restricting movement of the flooring surface in a direction away from the fixed surface. 1. A method for stabilizing a building surface assembly disposed over a fixed surface adjacent a wall extending from the fixed surface , comprising:non-movably securing a restraint apparatus to the wall and over a portion of the building surface assembly adjacent an outer periphery of the building surface assembly to restrict movement of the building surface assembly in a direction away from the fixed surface.2. The method of claim 1 , wherein the restraint apparatus includes a cover member claim 1 , and wherein the securing includes:attaching the cover member to the wall so that the cover member extends downwardly towards the top surface of the building surface assembly.3. The method of claim 2 , wherein the restraint apparatus includes a restraint portion claim 2 , and wherein the method further includes:disposing the restraint portion over the top surface of the building surface assembly adjacent the outer periphery of the building surface assembly and the wall, wherein the restraint portion is disposed between the cover member and the wall.4. The method of claim 3 , wherein the disposing the restraint portion occurs ...

Paver Supporting Apparatus

The invention relates to a paver supporting apparatus. The paver supporting apparatus has a pedestal with a top plate. A modular grid is positioned on the top plate and has a ballast receiving opening and a ballast is located in the ballast receiving opening. 1. A paver supporting apparatus comprising:a pedestal having a top plate, a pedestal receiving opening defined by and through the modular grid and receiving a complementary portion of the top plate of the pedestal;', 'a lattice extending generally between perimeter edges of the modular grid and defining a plurality of lattice openings; and', 'a ballast receiving opening defined through the modular grid in an area of the lattice such that the ballast receiving opening is surrounded by the plurality of lattice openings, and, 'a modular grid positioned on the top plate such that the top plate supports the modular grid in an elevated position, the modular grid havinga ballast located in the ballast receiving opening.2. The paver supporting apparatus of claim 1 , wherein the ballast receiving opening is a tapered opening decreasing in at least one dimension from a first open end thereof on a top surface of the modular grid to a second open end thereof on a bottom surface of the modular grid.3. The paver supporting apparatus of claim 2 , wherein the tapered opening tapers uniformly through a thickness of the modular grid defined between the top surface and the bottom surface of the modular grid.4. The paver supporting apparatus of claim 3 , having the ballast friction fitted in the tapered opening.5. The paver supporting apparatus of claim 4 , wherein the ballast is a tapered column complimentary to the tapered opening.6. The paver supporting apparatus of claim 2 , wherein the tapered opening is a regular polygon.7. The paver supporting apparatus of claim 5 , wherein the ballast is a tapered polygon column.8. The paver supporting apparatus of claim 5 , wherein the ballast has a non-uniform density.9. The paver ...

DECKING SUPPORT SYSTEM

A decking support system including a plurality of decking support elements, each decking support element including a first decking support engagement feature and a second decking support engagement feature, a plurality of connection elements, each connection element including a first connection feature adapted to co-operate with said first decking support engagement feature of a decking support element, and a second connection feature adapted to co-operate with said second decking support engagement feature of a decking support element, the arrangement being such that a first of said plurality of decking support elements is engageable with a second of said plurality of decking support elements by means of one of said plurality of connection elements dependent on said respective co-operations. 1. A decking support system including:a plurality of decking support elements, each decking support element including a first decking support engagement feature and a second decking support engagement feature,a plurality of connection elements, each connection element including a first connection feature adapted to co-operate with said first decking support engagement feature of a decking support element, and a second connection feature adapted to co-operate with said second decking support engagement feature of a decking support element,wherein a first of said plurality of decking support elements is adapted to be engaged with a second of said plurality of decking support elements by one of said plurality of connection elements.2. The decking support system of claim 1 , wherein members of said plurality of decking support elements are adapted to be engaged together to provide a two dimensional frame with a support surface for decking.3. The decking support system of claim 1 , wherein said first decking support engagement feature of each decking support element is positioned at an end of said decking support element claim 1 , and said second decking support engagement feature ...

RAISED ACCESS FLOOR PANEL WITH EMBEDDED SENSORS

Disclosed is a sensor floor tile that utilizes a RF frequency transmissive disk that transmits sensor data from sensors located in a plenum of a raised floor system. An antenna is located adjacent to the disk so that sensor signals can be transmitted from the sensor located in the plenum under the floor tile to a wireless receiver located in an elevated location in a data center room, a computer room, a clean room, an office space, etc. A network connection can also be provided by the antenna when the antenna is connected to a router in the plenum. 1. A sensor floor tile comprising:a metal floor tile having an opening that extends from a top surface to a bottom surface of said floor tile;a tile bracket having a plate flange that is disposed a predetermined distance below said top surface of said floor tile;a insert having a thickness that corresponds to said predetermined distance so that said insert is flush with said top surface of said floor tile when said insert is disposed in said opening and placed against said plate flange, said insert made from a material having high transmissivity of radio frequency signals;a mounting bracket connected to said tile bracket;a sensor/transmitter/antenna disposed in said mounting bracket so that said sensor/transmitter/antenna is adjacent to said insert when said insert is disposed in said opening;sensor signals that are transmitted by said sensor/transmitter/antenna as radio frequency waves through said insert.2. The sensor floor tile of wherein said sensor/transmitter/antenna has an internal sensor claim 1 , that generates sensor signals claim 1 , an internal radio frequency transmitter that generates radio frequency signals corresponding to said sensor signals and an internal antenna that transmits said radio frequency signals.3. The sensor floor tile of wherein said sensor/transmitter/antenna comprises a transmitter that receives sensor signals from a sensor claim 1 , that is not disposed in said sensor/transmitter/antenna ...

Modular-accessible-units and method of making same

A floor, ceiling, wall and partition system comprising an array of modular units disposed over a conductor-accommodating supporting layer disposed over a base surface. There are two sets of modular units, both sets being of similar shape and interchangeable with each other, the first set having a plurality of corners and the second set having one or more corners removed to accommodate accessible nodes. The supporting layer supporting modular floor, ceiling, wall and partition units allows the free passage of conductors between adjoining and opposing horizontal and vertical elements, allowing devices located in the horizontal and vertical elements to freely communicate with each other.

Method for manufacturing system floor and floor base for system floor

The present invention provides a floor panel (3) comprising a rectangular floor base (1) integrally forming each convex prop (13) in each corner portion and a concave portion (11b) on the upper surface of each prop, a height adjusting screw with a plate embedded in the concave portion of each prop, variably adjusting the height of the support position in a predetermined range between a lower position than the upper surface of the prop and a higher position than the upper surface of the prop, and a floor panel (3) supported by each prop of the floor base and having a through hole (30) of a jig adjusting the support position of said height of the adjusting parts in each corner according to the prop. In the method of manufacturing the floor base, convex portion (11a), which integrally projects to the upper surface side on four corners of of a skin (11), is formed, a concave portion (11b) is formed on the lower surface of said convex portion, concrete (12) is packed in the concave portion (11b), and a prop is formed to be integrated with said skin.

Floor system

본 발명의 바닥 시스템은 지지대, 상기 지지대 상에 서로 일정한 틈을 이루면서 설치되고, 상기 지지대를 조작함으로써 바닥으로부터 소정 높이의 뜬 상태를 유지하는 바닥 판재들 및 상기 바닥 판재 사이의 틈에 설치되는 마감 부재;를 포함한다. The floor system of the present invention is installed on the support, the support is formed with a constant gap to each other, the bottom plate to maintain a floating state of a predetermined height from the floor by operating the support and the closing member is installed in the gap between the bottom plate It includes; 뜬 바닥, 이중 바닥, 일체, 상판, 마감재 Floating floor, double bottom, one piece, top board, finish

Assembly for raised floor

이중마루 조립체가 제공된다. 본 발명의 일 실시예에 따른 이중마루 조립체는 판상의 이중마루 패널; 상기 이중마루 패널의 하부를 지지하도록 지면에 수직하게 배치되는 복수의 지주부 및 상기 복수의 지주부를 지지하는 지지 구조체를 포함하며, 상기 지지 구조체는, 상기 지면에 배치되고 일측에 상기 복수의 지주부가 소정의 간격으로 이격되어 일렬로 배치되도록 길이 연장되는 제1 가이드부재, 상기 제1 가이드부재를 상기 지면에 고정시키는 제1 가이드부재 고정부재 및 상기 지주부의 하부를 상기 제1 가이드부재에 고정시키는 지주부 고정부재를 포함할 수 있다. A raised floor assembly is provided. A raised floor assembly according to an embodiment of the present invention includes a plate-shaped raised floor panel; a plurality of post parts disposed perpendicular to the ground to support a lower portion of the raised floor panel, and a support structure supporting the plurality of post parts, wherein the support structure is disposed on the ground and includes the plurality of post parts on one side of the raised floor panel. A first guide member extending in length so as to be spaced apart from each other at a predetermined interval and arranged in a line, a first guide member fixing member for fixing the first guide member to the ground, and a lower portion of the holding portion are fixed to the first guide member It may include a housewife fixing member.

Floor panel

フロアパネルと床面との間の空間に配置された配線等のケーブルが、フロアパネルの先端角部との接触により損傷を受けることを防止することができると共に、その構造が簡単であり、その製造費用の高額化をも防止することができるフロアパネルを提供する。平面部とこの周部に四辺を有する板状の天板部４４と、前記四辺それぞれから折曲げられて形成された複数の側板部４６を備え、支持台６に支持されてフリーアクセスフロア４２を構成するフロアパネル４０であって、側板部４６が折曲げられて側板部４６の下端部に折曲部４６ｃが形成された。 The cable such as wiring arranged in the space between the floor panel and the floor surface can be prevented from being damaged by contact with the corner of the end of the floor panel, and the structure is simple, Provided is a floor panel that can prevent an increase in manufacturing costs. A flat plate portion and a plate-like top plate portion 44 having four sides on the periphery thereof, and a plurality of side plate portions 46 formed by bending from each of the four sides, are supported by the support base 6 and the free access floor 42 is provided. In the floor panel 40 to be configured, the side plate portion 46 was bent to form a bent portion 46 c at the lower end portion of the side plate portion 46.

Floor structure

Base material

Steam generator in integrated reactor with flow distributor

본 발명은 주냉각펌프와, 주냉각펌프에서 토출되는 유량을 증기발생기 카세트로 안내하는 펌프안내관과, 상기 펌프안내관이 고정되는 펌프덕트와, 하부에 오리피스가 형성되며 상기 펌프안내관 토출구로부터 어느 정도 이격되어 환형으로 설치되는 하나 이상의 증기발생기카세트와, 상기 증기발생기카세트가 고정 설치되는 원자로집합체용기, 노심지지원통 및 채움재와, 상기 증기발생기카세트와 펌프덕트 사이 상기 펌프 안내관 토출구 밑으로 이격하여 설치되는 유동분배판를 포함하여 구성되는 일체형원자로 증기발생기에 있어서, The present invention provides a main cooling pump, a pump guide tube for guiding the flow rate discharged from the main cooling pump to the steam generator cassette, a pump duct to which the pump guide tube is fixed, and an orifice formed at a lower portion of the pump guide tube discharge port. One or more steam generator cassettes spaced to some extent and annularly installed, a reactor assembly container, a core support cylinder and a filler material in which the steam generator cassettes are fixedly installed, and spaced below the pump guide tube discharge port between the steam generator cassette and the pump duct In the integrated reactor steam generator comprising a flow distribution plate installed by 다수 개의 관통구멍이 형성된 상기 유동분배판을 구비한 일체형원자로 증기발생기에 관한 것으로, 또는 원주방향으로 경사지게 설치되는 상기 펌프안내관과 관통구멍을 상기 펌프안내관 경사 방향과 반대 방향으로 경사지게 형성한 유동분배판을 구비한 일체형원자로 증기발생기에 관한 것으로, A monolithic reactor having the flow distribution plate having a plurality of through holes formed therein, or a flow in which the pump guide tube and the through hole inclined in the circumferential direction are inclined in a direction opposite to the inclination direction of the pump guide tube. It relates to an integrated reactor steam generator having a distribution plate, 주냉각펌프에 의하여 공급되는 유체가 유동분배판에 형성된 작은 관통 구멍을 통하여 증기발생기카세트로 공급되므로 증기발생기카세트 사이에 유량 편차를 감소시킬 수 있어 증기발생기카세트 사이의 온도 편차를 감소시킬 수 있으며 이로 인해 증기발생기 및 노심이용효율을 증가시킬 수 있어 원자로출력을 증가시킬 수 있으며, 유량 편차가 감소하므로 유량 편차를 줄이기 위한 오리피스 면적을 크게 할 수 있어 오리피스에 의한 유동저항을 감소시킬 수 있으며, 유동 저항이 감소하면 주냉각펌프가 소비하는 소비전력을 감소시켜 전력생산량을 증가시킬 수 있는 일 체형원자로 증기발생기를 제공하는 것이다. Since the fluid supplied by the main cooling pump is supplied to the steam generator cassette through a small through hole formed in the flow ...

Reinforced Access Floor

본 발명은 바닥슬래브 위에 이중바닥을 형성하는 액세스 플로어에서, 바닥패널; 상기 바닥패널의 아래에서 상기 바닥패널을 지지하는 복수의 지지대 및 상기 지지대의 각각에 일단이 연결되고 타단은 상기 바닥슬래브 또는 인접한 지지대에 연결되면서 고정되는 버팀지지대를 포함하여 구성되는 것을 특징으로 하는 보강 액세스 플로어에 관한 것이다. 본 발명의 실시로 바닥패널을 지지하는 지지대의 수직 및 수평지지력이 증가한다. 즉, 바닥패널 밑에서 지지하는 각각의 지지대를 서로 버팀지지대에 의해 지지하거나 지지대 및 버팀지지대를 연결편에 의해 연결함으로써 지지대의 수직 및 수평지지력이 커지므로, 시공이 간단하고 하자가 적은 견고한 구조의 액세스 플로어를 구축할 수 있다. The present invention provides an access floor for forming a double bottom on a floor slab, comprising: a bottom panel; Reinforcement is characterized in that it comprises a plurality of supports for supporting the bottom panel below the bottom panel and one end is connected to each of the supports and the other end is supported while being connected to the bottom slab or adjacent support Relates to an access floor. The practice of the present invention increases the vertical and horizontal support forces of the support for supporting the bottom panel. In other words, the vertical and horizontal support force of the support is increased by supporting each support supported by the bottom panel by the prop support with each other or by connecting the support and the support by the connecting piece. Can be built. 액세스 플로어, 바닥패널, 지지대, 버팀지지대 Access floors, floor panels, supports, braces

Structure of setting a tile and method thereof

본 발명은 건식 타일 설치구조 및 시공방법에 관한 것으로, 바닥에 배관 또는 전선을 개재할 수 있는 상태로 다수 개 설치되며 플라스틱, 철재, 목재 또는 시멘트 등의 재질로 이루어지는 지지부재의 상부에 타일을 올려 조립함으로써 시공에 많은 시간을 필요로 하지 않고 시공법도 간편하며, 세라믹 재질의 타일을 사용함으로써 견고하고 표면에 다양한 문양을 새겨 미감을 좋게 하도록 하는 건식 타일 설치구조 및 시공방법을 제공한다. The present invention relates to a dry tile installation structure and construction method, a plurality of installed in the state that can be interposed through the pipe or wire on the floor and put the tile on the top of the support member made of a material such as plastic, steel, wood or cement By assembling, it does not require much time for construction, and the construction method is simple, and it provides a dry tile installation structure and construction method that uses a ceramic tile to make a good aesthetic by engraving various patterns on the surface. 타일, 건식 시공, 지지부재 Tile, dry construction, support member

Low profile raised panel flooring with metal support structure

Изобретението се отнася до долен профилен релефенпанел за подова настилка и метод за оформяне на компонентите й. Панелът съдържа тънък листов метал,по-специално галванизирана стомана, и базови плочи (14), разположени прилежащо една спрямо друга върху съществуващ под. В праволинейна структура към базовите плочи, обикновено покрити с декоративни килимни керамични плочки, са монтирани разделителнидържатели (18), поддържащи подовите панели, които оформят релефен или фалшив под. Държателите (18) образуват мрежа от канали, в които могат да се трасират тръбопроводи, кабели, маркучи, тръби и другиподобни материали. Разделителните държатели (18) сащанцувани и оформени от тънък листов метал, по-специално галванизирана стомана, и имат външна форма, наподобяваща тази на дънероподобен конус, която се получава чрез четири рамена с валцувани ръбове за повишаване на товароносещата способност.

The method of fixing the position of the structure

System for arranging lines in a floor and tile for use therein

Cable ducting system

Metal support framework for profile raised panel flooring

ELEMENT OF SOIL.

Flooring system.

A false floor system comprised of a series of floor support units each of which has a number of posts (21, 22) in a grid matrix and joined together by a frame (23, 24). Attachment means (26) is provided to join the units to adjacent units and location means (25) on each unit is provided to positively locate a floor panel. Services such as electricity, telephone and computer cables may be laid in the false floor cavities.

Modular floor system

Sistema de montaje modular de suelo que comprende varias placas de apoyo (2) y varios paneles (3) disertados para su anclaje en dichas placas de apoyo (2); estas últimas constan de una placa plana (4) con una superficie inferior (6) que dispone de varios soportes (7), que a su vez actúan como base para que la placa del suelo base descanse sobre ellos, y una superficie superior (5) con anclajes (13) para sujetar los paneles con elementos de sustentación de la carga de los paneles (14); están presentes acoplamientos (20, 21) en los bordes laterales de dicha placa para conectar una placa de apoyo (2) con otra placa adyacente; dicho anclaje del panel (13) consta de varios dientes que se extienden por la superficie superior (5) de la placa y están diseñados para encajar en las ranuras (17) existentes en al menos dos bordes del panel (3); los dientes están colocados en la placa de tal manera que haya un espacio entre un panel y el siguiente; los anclajes (13) están colocados en la superficie superior (5) de la placa (4) en las filas (13a, 13b) de los dientes ubicados respectivamente a lo largo de los bordes laterales (3a, 3b) de cada panel (3); los dientes de los anclajes (13) constan de un eje de apoyo (15) que se extiende desde la superficie superior (5) de la placa (4) y queda acoplado completamente en ella, así como una grapa de acoplamiento (16) colocada al final de dicho eje de apoyo, para permitir que los dientes se flexionen sin el riesgo de romperse durante la inserción de los paneles; los anclajes permiten (13) un anclaje rápido de los paneles bajo el efecto de la presión; el panel (3) está fijado sobre la placa de apoyo (2) gracias a la conformación de la grapa de acoplamiento (16); caracterizado por que dichos elementos de sustentación de la carga de los paneles (14) constan de varias nervaduras que se extienden desde la superficie superior (5) de la placa (4) y reposan en paralelo unos con otros, lo que permite que el panel (3) esté separado de la superficie ...

Floor panel having support and construction method therefor

A floor panel having a support and a construction method therefor are such that a group of supports (14, 16) composed of main support portions (14) and auxiliary support portions (16) arrange respective columns in polygonal configuration with predetermined spacings therebetween, connections (22) having a predetermined width extend substantially radially to connect the respective support portions to one another, connecting support portions (24) are provided on the connections extending outward from the support portions on one two-sided side of the polygonal configuration, and connecting fit portions (26) are provided on the connections extending outward from the support portions on the other two-sided side of the polygonal configuration, whereby a floor panel (10) is constructed. A plurality of such floor panels (10) are joined and laid by fitting of the connecting support portions (24) and the connecting fit portions (26), whereby the respective main support portions (14) and auxiliary support portions (16) are arranged evenly with equal spacings therebetween by connections (22). Further, a plurality of panels (30) are successively laid on the respective support portions in such a manner as to be supported at corners a quater of an area each by the main support portions (14) and at centers by the auxiliary support portions (16, 24), so that a double floored construction is provided.

Decking support system

A decking support system including a plurality of decking support elements, each decking support element including a first decking support engagement feature and a second decking support engagement feature, a plurality of connection elements, each connection element including a first connection feature adapted to co-operate with said first decking support engagement feature of a decking support element, and a second connection feature adapted to co-operate with said second decking support engagement feature of a decking support element, the arrangement being such that a first of said plurality of decking support elements is engageable with a second of said plurality of decking support elements by means of one of said plurality of connection elements dependent on said respective co-operations.

Modular floor system

The present invention relates to a modular fitted flooring system comprising a plurality of bearing plates (2) and a plurality of panel elements (3) designed to be hooked onto said bearing plates (2), said bearing plates comprising a plurality of supporting elements (7), panel hooking means (13), and elements (14) for bearing the load of the panel elements, and being complete with jointing elements (20, 21 ) for connecting one bearing plate (2) to the next, said panel hooking means (13) consisting of a plurality of teeth designed to engage in grooves (17) provided on at least two edges of the panel element (3), said teeth (13) being arranged on the plate so as to create a gap between one panel element and the next in a direction (Y) crosswise to the direction of installation (X) of the panel elements.

A structure for mounting a pad for floor panels of a clean room

A pad fixing structure for a floor panel of a clean room is provided to execute re-installation work of a floor panel of a clean room quickly by re-arranging pads on the suitable location for a floor panel on a post cap simply and to cut down on the cost of materials by reusing the used pad continuously. A pad fixing structure for a floor panel of a clean room is formed by inserting a pad(11) made with aluminum into a shaft part(22) of a fixing bolt(20) and coupling with a straight nut(21) temporarily, and then penetrating the straight nut coupled with the fixing bolt through a hole(14) of a post cap(10), moving the shaft part of the fixing bolt to a diverged port(15) and tightening with the fixing bolt, so that the pad is fixed on the post cap to support the corner of a floor panel strongly and suitably.

METAL FRAME OF SUPPORT FOR LOW-PROFILE SUPPLIED PANEL FLOOR COVERING

A raised flooring system and methods of forming components of such a system are disclosed. Thin sheet metal is used, typically galvanized steel, to form a first strip (30) having numerous pedestals (10) formed in a spaced apart relation on the strip (30) and connected via wings (40) extending from a second strip (30), thereby forming an overall, grid-like pattern of pedestals (10). The pedestals (10) are used to maintain floor panels (60) above a network of channels in which conduit, cables, hoses, pipe and other materials can be routed.

Modular floor system

Substrate and raised floor formed by using same

Shim and tiled floor employing the shim.

A shim (101; 401), useful in locating and supporting a tiled floor on a building surface, has a lower surface (103; 403), adapted to be facing toward a building surface. An upper surface (105; 405) of the shim (101; 401) is spaced from the lower surface (103; 403) by a body of material (107) from which the shim is formed. The upper surface (105; 405) has a plurality of radially positioned protrusions (109; 409) that extend from the upper surface in a direction perpendicular thereto. Each protrusion (109; 409) is adapted to engage a recess (205; 505) at a bottom (203; 503) of a tile perimeter (209; 509). A radially extending slot (111; 411) is provided between each adjacent pair of protrusions (109; 409). Each radially extending slot (111; 411) is adapted to optionally allow an aligning lug (17) of a pedestal to extend there through. The shim (101; 401) can be part of a tiled floor resting on a primary building surface, such as a roof, in combination with a plurality of individual tiles (201; 501) each with at least one recess (205) in a bottom perimeter thereof. The shim (101; 401) can optionally also be part of an elevated floor resting on a plurality of height adjustable pedestals (5) and be interposed between pedestal and tile (201; 501).

Raised floor

Ground installation structure and method

本申请涉及一种地面安装结构及安装方法，其中，该地面安装结构包括：地板基材层；地暖隔音总成，地暖隔音总成设置有多个找平通孔；多个用于为安装地板基材层找平的找平结构件，分别设置于找平通孔中；地暖隔音总成及找平结构件均夹置于地板基材层及建筑地基面之间，通过将地暖隔音总成模块化，并将该地暖隔音总成及找平结构件均固定于地板基材层及建筑地基面之间，从而减小了地面安装完成后地面的厚度；由于直接将地暖隔音总成及找平结构件均固定于地板基材层及建筑地基面之间，从而避免了地板基材层及建筑地基面之间的架空结构，从而有效避免了因在地面的活动而影响楼下邻居。

A construction method for access-floor with floor modules and pads therefor

본 발명은 플로어 모듈에 의한 액세스 플로어 시공방법에 관한 것으로, H빔들과 포스트들, 패드, 플로어 판넬과 같은 자재들을 건물의 와플 슬라브 위에 양중하는 단계(S1), 상기 H빔의 상면에 포스트들을 고정하고, 포스트들의 상단에 플로어 패널들을 배치하여 플로어 모듈을 조립하는 단계(S2), 상기 플로어 모듈을 양중 지그를 사용하여 크레인으로 건물의 와플 슬라브 위의 플로어 설치 위치에 배치, 고정하는 단계(S3), 상기 플로어 모듈들의 플로어 판넬들이 미리 설정된 공차내에서 서로 근접 배치되게 플로어 판넬들의 위치를 조정하는 단계(S4), 플로어 모듈을 셋팅하는 단계(S5)를 포함하며, 상기 단계(S2)는 H빔들을 미리 설정된 간격으로 배치하는 단계(S21)와, 상기 H빔들 위에 미리 설정된 간격으로 포스트들을 설치하는 단계(S22), 각각의 포스트 상단에 패드들을 배치하는 단계(S23), 및 상기 패드의 4 모서리부분 위에 플로어 판넬의 모서리를 배치하여 플로어 판넬을 패드에 설치하는 단계(S24)들을 포함하여 구성됨으로써, 종래 시공 현장에서 H빔과 포스트 및 플로어 판넬들을 별도로 설치하는 시공 방법과 비교하여 액세스 플로어 시공 작업을 간편하고 신속하게 수행할 수 있어서 공기 단축과 시공비용을 절감할 수 있고, 시공작업 인력을 절감할 수 있으며, 슬라브 위에서의 작업을 최소화하여 작업자의 안전사고 위험을 크게 감소시킬 수 있는 효과가 있다. The present invention relates to a method of constructing an access floor using a floor module, in which materials such as H beams and posts, pads, and floor panels are lifted on a waffle slab of a building (S1), and the posts are fixed to the upper surface of the H beam. and assembling the floor module by arranging the floor panels on the top of the posts (S2), placing and fixing the floor module at the floor installation position on the waffle slab of the building with a crane using a lifting jig (S3) , adjusting the position of the floor panels so that the floor panels of the floor modules are disposed close to each other within a preset tolerance (S4), and setting the floor module (S5), wherein the step (S2) is an H-beam Step (S21) of arranging the posts at a preset interval (S21), the step of installing posts at a preset interval on the H beams (S22), the step of arranging pads on top of each post (S23), and the four corners of the pad By arranging the corner of the floor panel on the part and including the steps (S24) of installing the floor panel to the pad, the access floor construction work compared to the conventional construction method of separately installing the H-beam, the post, and the floor panels at the construction site can be carried out simply and ...

Interior panel unit for permitting arrangement of cables and devices on room floor

This invention relates to an interior panel unit having a structure in which a plurality of rectangular floor base members (1) to be installed on a foundation floor of a room are connected to each other by base joint members (7). A plurality of fundamental support members (11) having the same height and a plurality of connecting support members (12, 13) having the same height as that of the fundamental support members (11) are located on each floor base member (1). Each floor panel member (2) supported by the fundamental support members (11) and the connecting support members (12, 13) is arranged to assure a predetermined space with the corresponding floor base member (1). Cables and various types of equipment which constitute an office-automation system are mounted in the space defined by the floor panel member (2) and the floor base member (1). The space defined by the floor panel member (2) and the floor base member (1) is partitioned by vertical and horizontal separator members (9, 8). The cables and various types of equipment are appropriately arranged in the partitioned space.

Modular hollow floor panel with integral duct structure

Modularization bathroom

本发明公开了一种模块化卫生间，包括防水底盘、支撑所述防水底盘上的支撑网格、与所述防水底盘相连的支撑骨架、与所述支撑骨架可拆卸连接的墙体结构及吊顶结构，所述防水底盘包括多个固定构件、与所述固定构件相连的多个防水条及与所述防水条可拆卸连接的固定件，所述固定件上设有与所述支撑网格相配合的插接夹。本发明保障防水底盘在安装完成之后不会出现移动，其稳定性高；并且由于采用插接的方式，其安装方式简单，无胶水等有害物质介入，环保性和安全性高。

Patent NO125496B

Modular hollow floor panels with interlocking keys

A modular panel, which in use is laid in a continuous two-dimensional array over a supporting sub-surface to form a hollow floor, wall or ceiling suitable for reticulating electrical, optic-fibre, hydraulic and other conduit. The panel having upper and lower duct zones each partitioned by lateral ribs and longitudinal ribs respectively. The upper duct zone being in communication with the lower duct zone by way of vertical duct sets.

Interior panel unit for permitting arrangement of cables and devices on room floor

This invention relates to an interior panel unit having a structure in which a plurality of rectangular floor base members to be installed on a foundation floor of a room are connected to each other by base joint members. A plurality of fundamental support members having the same height and a plurality of connecting support members having the same height as that of the fundamental support members are located on each floor base member. Each floor panel member supported by the fundamental support members and the connecting support members is arranged to assure a predetermined space with the corresponding floor base member. Cables and various types of equipment which constitute an office-automation system are mounted in the space defined by the floor panel member and the floor base member. The space defined by the floor panel member and the floor base member is partitioned by vertical and horizontal separator members. The cables and various types of equipment are appropriately arranged in the partitioned space.

Modular floor tiles and floor system

A modular tile and modular tile system (20). The modular tile (20) includes a base structure (22) having a generally horizontal portion. Floor support members (26) are positioned on a bottom surface of the generally horizontal portion. Integral upper column members (26) extend above the horizontal portion of the modular tile. A cover (24) is supported by the upper column members (26) a distance above the horizontal portion thereby creating a chamber between the horizontal portion and the cover (24). The chamber is adapted to receive cabling (34) therein.

Raised panel floor with metal support structure

Parallel floor panel for hot water heating

본 발명에 의한 온수난방용 병렬식 바닥패널(100)은, 보일러 호스(H)가 설치 가능하도록 형성된 판상의 단열재(110)와, 상기 단열재(110)의 표면에 부착되는 것으로서 합성수지인 커버(120)를 포함한다. 그리고 상기 단열재(110)는, 판상의 바디(111)와, 상기 바디(111)의 표면에 사각 형상으로 돌출되어 격자 모양으로 배치되고 보일러 호스(H)가 끼워지도록 상호 간격틈(L)이 조정된 다수의 융기부(115)를 포함한다. 그리고 상기 커버(120)는, 상기 바디(111)의 표면 및 융기부(115)와 간격틈(L)에 부합되게 부착되어 형성된다. 따라서, 상기 단열재(110)를 상기 커버(120)가 보호하기 때문에 수송 및 시공 시에 손상되는 현상을 방지할 수 있는 효과가 있고, 바닥 시공 시 작업자가 용이하게 본 발명을 밟고 이동할 수 있는 효과가 있다. 특히 상기 시트(130)가 바디(111)의 이면(114)에 부착되기 때문에 상기 이면(114)이 손상되어 상품성을 상실하는 현상을 방지할 수 있는 효과도 있다. The parallel floor panel 100 for hot water heating according to the present invention includes a plate heat insulating material 110 formed to be able to install a boiler hose H and a cover 120 which is attached to the surface of the heat insulating material 110, . The heat insulating material 110 has a plate-like body 111 and a grid 111 protruding in a rectangular shape on the surface of the body 111. The gap L is adjusted so that the boiler hose H is inserted (Not shown). The cover 120 is formed so as to adhere to the surface of the body 111 and the ridge portion 115 in accordance with the interval gap L. [ Accordingly, since the cover 120 protects the heat insulating material 110, damage to the heat insulating material 110 during transportation and construction can be prevented, and the operator can easily walk on the present invention at the time of floor construction. have. Particularly, since the seat 130 is attached to the back surface 114 of the body 111, the back surface 114 is damaged and the merchandise property is prevented from being lost.

Trestle Structure

A trestle structure (11) for supporting a platform (19) comprises a top section (TS) having locating slots (2, 3) in which supporting boards (14) can be held edgewise. The trestle is built up from a plurality of inter-fitting sections (TS, IS, BJ) which permit platform height variation by altering the number of sections (IS, BJ). The sections (TS, IS, BJ) of the trestle are moulded with male and female formations for inter-fitting and may be filled with a particulate plastics material (eg polystyrene granules).

FLOOR UNIT

Access floor construction

A raised access floor construction comprises floor panels (10) supported above a subfloor (3) on spaced pedestal blocks (6) upstanding from the subfloor. The pedestal blocks are maintained in predetermined positions by a base layer (7) of thin sheeting material laid on the subfloor and having an array of pedestal block locating means (5) formed on its upper surface in the predetermined positions and with which the pedestal blocks are engaged.

Method and device for location fixing of a building

Decorating structure of dry heating panel

본 발명은 건식난방패널의 마감구조에 관한 것으로 보다 상세하게는 건축물의 기초바닥층면에 상, 하수도 배관 및 전기배선을 설치할 수 있도록 지지클램프가 설치된 열반사패널에 의해 온수패널에 발생되는 열이 기초바닥층면으로 유실되는 것을 방지하며, 다층건물에서 층간을 구획하는 콘크리트 기초바닥에 상, 하수도 배관 및 전기배선이 내설되어 있지 않아 벽체가 가변성으로 이루어질 경우 주방, 욕실, 거실 등과 같이 건축물의 내부공간 구획설계변경이 가능하여 시공효율을 향상시키는 건식난방패널의 마감구조는 건물의 기초바닥층에 방음재와 마감재가 적층된 바닥마감구조이 있어서, 건축물의 바닥층에 상, 하수도 배관과 전선배선을 고정할 수 있는 지지클램프가 상부에 설치되며 열을 반사하는 열반사판넬과 상기 열반사판넬의 상부에는 높낮이를 조절하여 수평을 유지하도록 하는 높낮이 조절이 가능하고, 충격으로부터 완충하도록 상부와 하부에는 고무패드가 설치된 완충부재와 상기 완충부재의 상부 고무패드에 안착되며 상부면에는 난방온수관이 내설되도록 반원홈부가 형성된 온수패널과 상기 온수패널의 상부에 안착되어 난방온수관을 고정할 수 있도록 상기 온수패널의 반원홈부와 대등되는 결합홈부가 형성된 마감패널을 포함하여 이루어진 구조이다. The present invention relates to the finishing structure of a dry heating panel, and more particularly, the heat generated in the hot water panel by the heat reflective panel in which the support clamp is installed so that the upper, sewer pipe and electric wiring can be installed on the base floor of the building. Prevents loss to the floor level, and divides the internal space of a building such as kitchen, bathroom, and living room if the wall is flexible because the upper, sewer pipe and electric wiring are not built on the concrete foundation floor that divides the floors in a multi-story building The finished structure of dry heating panel, which improves construction efficiency by design change, has a floor finishing structure in which soundproofing and finishing materials are laminated on the base floor of the building, so that the upper and lower sewer pipes and electric wires can be fixed on the floor of the building. The clamp is installed on the upper part of the heat-reflecting panel that reflects heat, and the height can be adjusted on the upper part of the heat-reflecting panel to adjust the height to maintain the level, and the buffer member with rubber pads installed on the upper and lower parts to cushion the impact. And a hot water panel seated on the upper rubber pad of the cushioning member and having a semi-circular groove portion formed on ...

LOW PROFILE RAISED PANEL FLOORING WITH METAL SUPPORT STRUCTURE

본 발명은 덧대기 바닥 시스템과, 그러한 시스템 구성 요소의 형성 방법에 관한 것이다 본 발명의, 실시예에 따른 시스템은 통상 아연 도금된 박판 금속과, 기존 바닥위에 나란히 높이는 베이스 플레이트(14)를 사용한다. 스태드-오프(18)는 베이스 플레이트(14)에 직선 형태로 부착되며. 덧대기 바닥 혹은 이중바닥(통상 융단 타일로 다시 씌우짐)을 형성하는 바닥 패널을 지지하는 역할을 한다. 스탠드-오프(18)는 바닥 패널을 지지하는 것에 부가적으로 도관, 케이블, 호스, 파이프, 및 그와 유사한 자재가 관통될 수 있는 홈 체계를 형성한다. 상기 스탠드-오프(18)는 펀칭된 후에 통산 아연 도금된 박판 금속으로부터 형성되며, 하중-지지 능력 강화를 위해 롤링시킨 4개의 아암을 포함하여 전체 형태가 절두원추형인 형태로 이루어진다. (선택도면 : 제2도)

Modular element system for the installation of concrete raised floors and related process

It is a system for constructing raised floors (300), comprising a plurality of bases (100), intended to be laid on a laying surface, and a plurality of upper modular elements or modules (200), intended to be laid on said bases (100), and where between these modules (200) and said bases (100) a service cavity (400) is created for the passage of cables, cable ducts, raceways, (A) and/or for ventilation purposes. Each of said modules (200) comprises an upper part (21) and support feet (22). Each of said bases (100) comprises a raised part or cup-shaped element (10), the upper edge (12) of which is configured to support a foot (22) of one or more of said modules (200) and where said one or more modules (200) and said cup-shaped element (10) are mutually constrained. Each of said bases also comprises one or more arms (15) and/or connecting portions, removably or non-removably constrained to said cup-shaped element (10) and suited to mutually constrain two or more bases (100).

Paver supporting apparatus

The invention relates to a paver supporting apparatus. The paver supporting apparatus has a pedestal with a top plate. A modular grid is positioned on the top plate and has a ballast receiving opening and a ballast is located in the ballast receiving opening.

Flooring system for low profile for low profile raised panel flooring

Deck board

Radio frequency transmissive raised access floor panel

Disclosed is a sensor floor tile that utilizes a RF frequency transmissive disk that transmits sensor data from sensors located in a plenum of a raised floor system. An antenna is located adjacent to the disk so that sensor signals can be transmitted from the sensor located in the plenum under the floor tile to a wireless receiver located in an elevated location in a data center room, a computer room, a clean room, an office space, etc. A network connection can also be provided by the antenna when the antenna is connected to a router in the plenum.

Modular floor system.

La presente invención se refiere a un sistema de piso adaptado modular que comprende una pluralidad de placas de soporte (2) y una pluralidad de elementos de panel (3) diseñados para ser enganchados sobre las placas de soporte (2) , las placas de soporte comprenden una pluralidad de elementos de soporte (7), medios de enganchamiento de panel (13), y elementos (14) para soportar la carga de los elementos de panel, y estando completo con elementos de unión (20, 21) para conectar una placa de soporte (2) a la siguiente, los medios de enganchamiento de panel (13) consisten de una pluralidad de dientes diseñados para acoplarse en las ranuras (17) provistas en al menos dos bordes de los elementos de panel (3), el diente (3) que está dispuesto en la placa a fin de crear una abertura entre un elemento de panel y el siguiente en una dirección (Y) transversalmente a la dirección de instalación (X) de los elementos de panel.

Floor chassis, raised floor system and laying method of system

本发明适用于建筑施工技术领域，提供了一种地板底盘、架空地板系统及该系统的铺设方法。其中，地板底盘的侧面设置有连接结构，安装时相邻的架空地板可通过连接结构进行固定，可有效防止架空地板发生水平位移，提高了架空地板系统的稳定性。底盘呈中空框架状，减少底盘的金属材料使用量及自重，便于工作安装作业；底盘具有高度不同的第一平台以及第二平台，水泥填充板铺设于第一平台上，瓷砖铺设于水泥填充板以及第二平台上，由于瓷砖与水泥填充板的四周由金属材质的底盘固定，因此，架空地板承载力较大，空鼓不明显，并且，瓷砖四周不容易发生崩裂。

Comprehensive gymnasium ice basket conversion process

本发明涉及复合式运动场领域，具体公开了综合体育馆冰篮转换工艺，包括以下步骤：步骤1：地基施工步骤；步骤2：在第一混凝土层上由下至上依次底板、第一防水卷材、第二混凝土层、保温层、PE膜、第三混凝土层和第四混凝土层，其中第二混凝土层内设有若干防冻排管；步骤3：若干制冷管和若干制冰排管的安装步骤；步骤4：在第四混凝土层或厚冰层上由下至上依次设置减震垫层、龙骨层、毛板层及面板，相邻两个面板之间卡扣连接。本方案可将原有的滑冰类场馆转换为球类场馆，且转换后的面板能够在减震垫层、龙骨层和毛板层的支撑下稳定地安装在第四混凝土层或厚冰层上。

Support for raised floor with shaped base and fixing bracket

本发明是一种高架地板用支撑件，包括：适于被搁置在地面上的基座(B)；可以被搁置地板面板的头部(T)；适于将立柱(A)约束至所述基座(B)的下部托架(S)；适合将所述立柱(A)约束至所述头部(T)的上部托架(P)。所述下部托架(S)包括：平面部分(S1)，其适于在所述基座(B)的所述平面部分(B1)下方被搁置在地面上；端部(S3)，其成型有齿部或升起部分或突片(S31)，以适于插入在所述基座(B)的所述平面部分(B1)中生成的对应开口或坐部(B32、B42)中，所述基座包括与所述升起部分(B2)相切或在任何情况下靠近于所述升起部分的至少一个直线型边缘(B3)。

METAL SUPPORT FRAMEWORK FOR LOW PROFILE RAISED PANEL FLOORING

본 발명은 돌출식 바닥 시스템 및 그러한 시스템의 부품을 형성하는 방법을 개시하고 있다. 통상 아연 도금강으로 이루어진 얇은 금속판이, 이격된 관계로 스트립(30)상에 형성되고 제2스트립(30)으로부터 연장되는 날개부(40)를 통해 연결되는 다수의 받침대(10)를 구비한 제1스트립(30)을 형성하는데 사용되며, 그에 따라, 받침대(10)의 전체적인 격자형 패턴이 형성된다. 받침대(10)는 도관, 케이블, 파이프, 및 다른 재료부가 통과될 수 있는 채널망 위쪽에 바닥 패널(60)을 유지시키는데 사용된다.

A device for regulating a height of a support leg of a access floor panel

The present invention relates to a device to adjust a height of the support legs of an access floor panel to support a panel separated from a floor of a building as much as a predetermined interval for electrical installation. The device to adjust the heights of the support legs of an access floor panel comprises: a height adjusting block which is movable on a floor of a building, and has an inclined surface which supports a lower end of the support legs to adjust the heights; a hook protrusion to support the support legs wherein the hook protrusion protrudes from a lower end of the inclined surface; and an insertion member inserted between the support legs and the hook protrusion to prevent the support legs from descending at a predetermined location. The horizontality of an access floor panel is adjusted by conveniently and finely adjusting the heights of the support legs which support the access floor panel.

Ground pavement pedestal, mat formation component and method for paving

本发明公开了一种地面铺装底座、铺装组件及铺装方法。地面铺装底座包括：支撑件，所述支撑件包括承载面、以及背向所述承载面的第一插接部，所述支撑件上开设有螺纹通孔，所述螺纹通孔的轴线垂直于所述承载面；底盘，所述底盘上设置有与所述第一插接部配合的第二插接部，所述第一插接部与所述第二插接部沿所述螺纹通孔的轴向插接；螺柱，所述螺柱螺接于所述螺纹通孔中，通过旋转所述螺柱调节所述承载面与所述底盘的距离。采用本发明实施例所提供的地面铺装底座、铺装组件和铺装方法，解决了地面找平的问题，并且提高了管线铺装的便捷性。

Deck board

This invention relates to a deck board (1) and more particularly, to a reduced material deck board (1). In accordance with this invention there is provided a deck board (1) comprising an operatively upper board section (4) having at least one operatively downwardly depending support leg (5) terminating in at least one flange (7), an underside of the flange (7) having a concave surface.