36results about "Balusters" patented technology

A support structure for handrail post repair, the support structure comprising a support frame having a flange base for stabilizing the support structure and a tube comprising a rail end and a ground end such that the tube is connected to the flange base at the ground end, a support rod attached to the tube for securing a handrail post and at least one locking element extending through the tube.

The invention relates to the technical field of parapet wall curtain wall inner handrail structures, in particular to a parapet wall curtain wall inner handrail structure and an implementation method thereof.The parapet wall curtain wall inner handrail structure comprises an embedded part, the top of the embedded part is connected with a connecting base, the top of the connecting base is provided with an inserting column, and the inserting column is inserted into an inserting groove formed in the bottom of a handrail vertical rod; through holes are simultaneously formed in the outer sides of the upper and lower ends of the handrail vertical rods and the tops of the slots; the parapet wall curtain wall inner handrail structure and the implementation method have the beneficial effects that when the parapet wall curtain wall inner handrail structure is installed, before a parapet wall is poured with concrete, the installation position of the embedded part is determined according to the design requirement, the embedded part is installed according to the set position, and after the embedded part is installed, the embedded part is installed in the set position; and after concrete of the parapet wall reaches certain strength, inserting grooves in the bottoms of the handrail vertical rods are aligned with inserting columns on the tops of the embedded parts and the tops of the connecting bases, and the handrail vertical rods are installed on the tops of the connecting bases.

Kit for a parapet structure (1) on a building (2), wherein the kit comprises at least the following: - at least one parapet element (3a, 3b) made of metal, wherein the parapet element (3a, 3b) comprises *vertically oriented, spaced-apart bars (3a1, 3b1), *an upper and a lower metal profile (3a2o, 3a2u, 3b2o, 3b2u), wherein these two metal profiles (3a2o, 3a2u, 3b2o, 3b2u) are spaced apart from each other in a vertical direction, such that the upper ends of the bars (3a1, 3b1) terminate in the upper metal profile (3a2o, 3b2o) and the lower ends of the bars (3a1, 3b1) terminate in the lower metal profile (3a2u, 3b2u), and *at least one extension (3a3, 3b3) that engages at least the lower metal profile (3a2u, 3b2u), wherein the two metal profiles (3a2o, 3a2u, 3b2o, 3b2u) each have a front (3VS) facing the building (2) and a rear (3RS) facing away from the building (2), wherein the extension (3a3,3b3) projects vertically from the lower metal profile (3a2o, 3a2u, 3b2o, 3b2u), wherein the at least one extension (3a3, 3b3) has at least one projection (4), preferably in the form of a mandrel, the projection extending at least 10 cm from the metal profile (3a2o, 3a2u, 3b2o, 3b2u) in the normal direction.

A side load vertical railing is comprised of a top rail, a bottom rail, a spacer, and a plurality of balusters extending between the top rail and the bottom rail. The balusters are loaded into the structure by first positioning each baluster to a securing structure on the bottom rail and then pivoting the baluster into engagement with the spacer extending between adjacent vertical posts.

A side load vertical railing is comprised of a top rail, a bottom rail, a spacer, and a plurality of balusters extending between the top rail and the bottom rail. The balusters are loaded into the structure by first positioning each baluster to a securing structure on the bottom rail and then pivoting the baluster into engagement with the spacer extending between adjacent vertical posts.

Various implementations include a baluster. The baluster includes a first portion, a second portion, and an intermediate portion. The first portion has a first length. The first portion has a constant cross-sectional size as measured in a plane perpendicular to the longitudinal axis along the entire first length. The second portion has a second length. The second portion has a constant cross-sectional size as measured in a plane perpendicular to the longitudinal axis along the entire second length. The intermediate portion is disposed between the first portion and the second portion. The intermediate portion has an intermediate length as measured along the longitudinal axis. The intermediate portion has a varied cross-sectional size as measured in a plane perpendicular to the longitudinal axis along the intermediate length. An end of one of the first portion opposite the intermediate portion or the second portion opposite the intermediate portion defines a dowel opening.

A side load vertical railing is comprised of a top rail, a bottom rail, a spacer, and a plurality of balusters extending between the top rail and the bottom rail. The balusters are loaded into the structure by first positioning each baluster to a securing structure on the bottom rail and then pivoting the baluster into engagement with the spacer extending between adjacent vertical posts.

The application discloses a railing assembly structure and a construction method. The assembly structure comprises a foundation, a pre-buried support is embedded in the foundation, the pre-buried support extends out of the foundation and is arranged on a connecting piece, the connecting piece is connected with a railing column, the pre-buried support and the connecting piece are located in the railing column, and connecting concrete is cast in the railing column and acts between the pre-buried support, the connecting piece and the railing column. The construction method comprises the following steps: determining the position of the railing column; pre-buried support installation; connecting piece installation; railing installation; and grouting. The application has the beneficial effects that: the positioning transition of the connecting piece facilitates the positioning of the railing column when the railing column is placed, and the deviation of the railing column relative to the pre-buried support is avoided; the connecting transition of the connecting piece increases the wrapping and connecting effect of the concrete, improves the subsequent support strength, and meanwhile, the connecting piece realizes the fixed connection between the pre-buried support and the railing column, and guarantees the connection reliability.

The application discloses a load-bearing type balcony for fabricated building, which comprises a bottom plate, a positioner, an adjusting frame, a driver and a dryer, the top of the bottom plate is provided with a baffle, the inner wall of the bottom plate is provided with the positioner, and the bottom of the bottom plate is provided with a plurality of load-bearing frames. The positioner and the second positioning plate are installed, so that the position of the load-bearing type balcony can be temporarily limited, the installation efficiency is improved, after the load-bearing type balcony is moved to the installation site, the one end of the load-bearing plate is moved into the limiting groove of the fabricated wall body, the output end of the micro motor is rotated to drive the bidirectional lead screw to rotate, the one end of the second positioning plate is moved out of the inside of the load-bearing plate and into the limiting groove of the wall body, the position of the load-bearing plate is limited, the position of the load-bearing type balcony can be temporarily limited through the load-bearing plate, and the purpose that the position of the load-bearing type balcony can be temporarily positioned is achieved.

A balustrade system (1) for an offshore facility (2) is disclosed, comprising two or more balusters (3) including connection means (4) for connecting the balusters (3) to the offshore facility (2), and at least one rail (11) with two or more longitudinal rail surfaces (5), at least one of the two or more longitudinal rail surfaces (5) being a T-slot surface (6) with at least one T-slot (7). The balustrade system (1) also includes at least two fastening devices (8) arranged to connect at least one rail (11) to two or more balusters (3) such that the T-slot surface (6) of the rail (11) presses against the first side (9) of the balusters (3), each of the at least two fastening devices (8) including a bolt means (10) including a pin portion (12) and a head (13), the head (13) being disposed at one end of the pin portion (12), the head (13) being disposed in at least one T-slot (7), and the pin portion (12) being secured to the bolt means (10). The rail (11) is a balustrade system (1) having a first side (9) opposite the second side (17) and the at least two fastening devices (8) are made of aluminum, the at least one rail (11) and the at least two fastening devices (8) further comprising a collar (15) surrounding the pin portion (12) on a second side (17) of the balustrade (3), the first side (9) being opposite the second side (17), the collar (15) being connected to the pin portion (12) by a compression joint (18), the at least two balustrades (3), the at least one rail (11) and the at least two fastening devices (8) being made of aluminum. A method for assembling the balustrade system (1) on an offshore facility (2) and a use of the balustrade system (1) are also disclosed.

Baluster connectors and railing systems utilizing baluster connectors. The baluster connectors can include a baluster engaging portion, a support engaging portion, and a flange.

The invention provides an imitated Song-style handrail curtain wall system and a mounting process thereof, and relates to the field of building construction and building decoration, and the imitated Song-style handrail curtain wall system comprises a supporting stand column, a corner stand column, a connecting seeking stick, a linear modeling part, a cross modeling part, a connecting embedded part, a protection auxiliary mechanism and a connecting fixing mechanism; the corner stand columns are arranged on the inner sides of the supporting stand columns. The connecting seeking sticks are arranged above the supporting stand column and the corner stand column respectively. The straight-line-shaped parts are fixedly connected to the end parts of the outer sides of the connecting seeking sticks respectively; the cross-shaped modeling piece is fixedly connected to the joint of the two groups of connecting seeking sticks; the connecting embedded parts are arranged below the supporting stand columns and the corner stand columns correspondingly. The protection auxiliary mechanism is arranged on the outer side of the connecting seeking stick; the connecting and fixing mechanism is arranged below the supporting stand column, the height of the combined installation inserting block can be flexibly adjusted, errors in the embedding and construction process of the embedded part are effectively counteracted, and the problem that deviation occurs in connection of an existing handrail and the embedded part is solved.

A quick install baluster is provided for efficiently and installing balusters onto a rail. A railing is formed using a baluster having a tab in sidewall of the baluster proximate an end of the baluster. The tab may be flared outwards such that the end of the baluster including the tab may be inserted into an opening of a rail but the tab prevents removal of the tab and baluster through the opening of the rail.

The present disclosure provides a railing system (100) including a top-rail assembly (100) including a base-section (124) with a plurality of intermittent holes (132), a primary water pipe (126) formed of a plurality of branches (128), and a removable cap-section (122). Balusters (110) extends between the top-rail assembly (100) and a ground platform (146), and includes a central-tube region (138) with a vertical-cavity to accommodate roots of a vegetation. The balusters (110) include entry points on a surface of the central-tube region (138) to allow the vegetation to be inserted in a net-pot (140), and a hollow top-neck portion (118) affixed below the intermittent holes (132). The top-neck portion (118) includes a primary hole to allow the branches (128) of the primary water pipe (126) to enter into the vertical-cavity, such that branches (128) provide water and nutrients to the roots of the vegetation in the vertical-cavity.

An accessory mounting device for mounting accessories to deck balusters includes a mount that is coupled to a baluster of a railing. An arm is coupled to the mount wherein the arm is extends outwardly relative to the baluster of the railing. The arm includes a first beam that is angled to extend outwardly and upwardly relative to the mount. A second beam is coupled to and extends from the first beam. The second beam extends upwardly from the first beam wherein the second beam is parallel to the baluster of the railing. A receptacle is removably couplable to the arm. The receptacle includes a base that is positionable on the second beam and a frame that is coupled to and extends upwardly from the base. An accessory is removably couplable to the receptacle.

In various embodiments, the present invention provides balustrade arrangements including a plurality of vertically-extending baluster elements arranged in series along a lateral direction, with a spac

Aspects hereof provide apparatuses, systems, and / or methods directed to a top-load vertical railing structure. Specifically, a top-load vertical railing is comprised of a top rail, a bottom rail, a spacer, and a plurality of balusters extending between the top rail and the bottom rail. The balusters are loaded into the structure by sliding each baluster through a corresponding aperture in the spacer towards the bottom rail. The bottom end of the baluster engages a securing structure on the bottom rail.

The invention belongs to the field of architectural decoration and finishing, and particularly relates to a construction process for avoiding installation errors of a dam, which comprises the following steps of: field rechecking and sizing: rechecking the field size and the drawing size, and radiating up and down by taking a certain floor as a standard aiming at different floors of the same atrium; an accurate reference standard is provided for construction, repeated and tedious rechecking of the same hole and multiple floors on site is not needed, and the related workload is greatly reduced; meanwhile, construction errors caused by manual measurement, difference judgment and the like are weakened from the source through the standardized mold placing mode. The position of the upright can be quickly determined by means of galvanized steel sheet mold placing, so that the field upright positioning is clearer, and the construction is more convenient; in the construction process, a certain layer serves as a standard layer to radiate up and down, and it is guaranteed that the radian, the erecting position and the like of different floors of river blocking in the same space are kept consistent in combination with precise guiding of the formwork.

The invention discloses a curtain wall glass anti-collision protection railing system, and relates to the technical field of anti-collision protection railings, the curtain wall glass anti-collision protection railing system comprises a cross rod, a stand column and a glass plate, the cross rod and the stand column both comprise a connecting seat, upper connecting frames symmetrically arranged at the top of the connecting seat and lower connecting frames symmetrically arranged at the bottom of the connecting seat; the upper connecting frames and the lower connecting frames are connected through clamping strips, a mounting groove is formed between the upper connecting frames, a steel bushing is clamped in the mounting groove, and a mounting seat is clamped in the steel bushing; positioning between the upper connecting frame and the connecting base and between the lower connecting frame and the connecting base is achieved through adaptive clamping connection of the mounting blocks and the mounting areas, the upper connecting frame and the lower connecting frame are clamped and fixed through the clamping strips and the clamping areas, meanwhile, standardized production, transportation and field installation of the curtain wall glass anti-collision protection handrail are facilitated, and the production efficiency is improved. And the construction cost and period are greatly reduced.

The application discloses a sliding roof manhole cover plate and rail linkage device and a working method, solves the problem of the existing technology that the lifting cover plate is time-consuming and laborious when being lifted, has the beneficial effects of convenient operation and construction space saving, and specifically has the following scheme: a sliding roof manhole cover plate and rail linkage device, which comprises a cover plate, the cover plate being slidable relative to a roof manhole; a handrail, the handrail comprising a handrail body, both ends of the handrail body being provided with insertion sections, the handrail body being connected with the cover plate, a plurality of open grooves being longitudinally arranged on one side of the insertion section, and adjacent two open grooves being spaced apart by a certain distance; a cylinder, the cylinder being fixed to a staircase, a recess being arranged in the cylinder, one end of the insertion section being inserted into the recess of the cylinder, a height adjusting assembly being arranged at the top end of the cylinder, the height adjusting assembly being provided with elastic locking tongues, the elastic locking tongues being capable of being inserted into the open grooves, and the elastic locking tongues being connected with a manual adjusting rod.

Guardrail (1) comprising at least two uprights (2) connected by at least two infill rails (3; 4) to which a sheet metal infill plate (5) is fixed, wherein the two uprights (2) each extend from a foot or bracket (20) to a handrail (6); wherein the two uprights (2) have vertical grooves (21) and the two infill rails (3; 4) have a lower groove and an upper groove; and the infill plate has two vertical edges engaged inside the respective vertical grooves of the two uprights, and a lower edge and an upper edge engaged inside the respective lower and upper grooves of the two infill rails; and the two infill rails and the two uprights are fixed together, two by two, to form a frame which encloses the infill plate on its four edges. Illustration: Figure 1

Comprehensive railing system: a base profile (6, 106) having a base section (8, 108) with several through-openings (9, 109) for fasteners (10, 110), a first side (11, 111) with an outer bearing element (12, 112) and a second side (13, 113) with an outer positive locking element (14, 114), wherein the outer bearing element (12, 112) and the outer positive locking element (14, 114) are oriented in opposite lateral directions starting from the base section (8, 108), a mounting profile (7, 107) which can be detachably connected to the base profile (6, 106), wherein the mounting profile (7, 107) has a first side wall section (15, 115) with an inner bearing element (16, 116) which can be brought into positive engagement with the outer bearing element (12, 112) of the base profile (6, 106) by lateral insertion, and a second side wall section (17, 117) with an inner positive locking element (18, 118) which can be brought into engagement with the outer positive locking element (14, 114) of the base profile (6, 106) by lateral displacement of the mounting profile (7, 107) in the opposite direction, wherein, in the engagement state of the positive locking elements, a recess (19, 119) is formed between the base section (8, 108) of the base profile (6, 106) and the inner bearing element (16, 116) of the mounting profile (7, 107), and a locking element (20, 120) which can be inserted into the recess (19, 119) so that the mounting profile (7, 107) is secured against lateral movement relative to the base profile (6, 106).

The application discloses a detachable general-purpose stair blocking edge, and relates to the field of buildings.The technical scheme is as follows: the detachable general-purpose stair blocking edge comprises a combined handrail, a plurality of middle supporting columns and a plurality of end supporting columns.The top end of the middle supporting column is slidably connected to the combined handrail along the length direction of the combined handrail, and the top end of the middle supporting column is detachably connected to the combined handrail.The combined handrail comprises a plurality of handrail units which are detachably connected along the length direction of the combined handrail.A plurality of recesses are formed in the end supporting column to accommodate the handrail units inserted at any length, and the handrail units are horizontally or obliquely inserted into the recesses.The detachable general-purpose stair blocking edge has high universality, can be used on different stairs, and has high reusability.

Baluster connectors and railing systems utilizing baluster connectors. The baluster connectors can include a baluster engaging portion, a support engaging portion, and a flange.

A railing system is depicted that includes a top rail, a spacer positioned adjacent the top rail, a bracket configured to be connected to a support post, a cross-pin configured to secure the spacer to the support post, a bottom rail, and a plurality of balusters extending between the top rail and the bottom rail.

The invention relates to a compound of the following formula (I): in which: - the groups R1 and R2, identical or different, represent, independently of one another, a linear, branched or cyclic, saturated or unsaturated hydrocarbon group, comprising from 1 to 6 carbon atoms, it being understood that the sum of the carbon atoms of the groups R1 and R2 ranges from 2 to 7; the groups R1 and R2 can also form together and with the carbon atom which carries them, a cycle with 6, 7 or 8 vertices, - n is an integer between, inclusive, 1 and 100 - A represents a chain of one or more units chosen from ethylene oxide, propylene oxide, butylene oxide units and their mixtures, - the group formed by R1, R2 and the carbon atom, to which R1 and R2 are attached, has a degree of branching equal to 0, 1 or 2 and The invention also relates to its preparation process, its uses and the compositions containing it.

The present invention relates to a handrail system comprising at least one post, at least one rail and at least one rail holder (5), the rail holder connecting the post to the rail, characterised in that the post is formed by a profiled hollow body and comprises a longitudinal cavity, the inside of the longitudinal cavity being accessible via at least one opening arranged on the periphery of the post, the rail holder comprising: - a mounting element (9) capable of being inserted into the longitudinal cavity, via the opening when the rail holder (5) is in a first angular position relative to the post, the mounting element (9) being further capable of being held in the longitudinal cavity upon the rotation of the rail holder (5), relative to the post, to a second angular position; and - an element (10) for receiving the rail capable of protruding from the opening, and comprising a through-hole (16) intended to receive the rail.

A slope aligning balustrade system for staircases includes a series of U-shaped mounting bars secured to stair treads, shaped panels attached to the mounting bars, and a handrail mounted across the top edges of the panels. Each shaped panel features a vertically elongated front face with bent vertical edges for rigidity and a upward curved top edge that forms a uniform line of tangency aligning with the staircase slope, accommodating slopes from 30 to 40 degrees without modification, withstanding a 200-pound load on the handrail and a 50-pound-per-square-foot load on the panels, without requiring newels or wall attachments, with panels, spaced to ensure gaps do not exceed 4 inches, may include decorative cutouts and optional decorative strips for aesthetic customization, which simplifies installation, reduces the need for specialized craftsmanship, and ensures safety and compliance with building codes.