65 results about "Wind brace" patented technology

The invention discloses a lower bearing type tied-arch bridge structure unit and an arch bridge structure and a construction method thereof. The lower bearing type tied-arch bridge structure unit comprises pier columns, pier column connecting tie beams, supporting bases, arch ribs, arch feet, tie beams and hanging rods, wherein the supporting bases and the arch ribs are installed on the tops of the pier columns, the arch feet are arranged at the bottoms of the two ends of the arch ribs, the tie beams are connected between the two ends of the arch ribs, and the hanging rods make the tie beams and the arch ribs connected. The number of the arch ribs is two, the two arch ribs are arranged transversely in parallel at an interval, and wind bracing transverse rods are connected between the two arch ribs; end cross beams are connected between the arch feet on the corresponding sides of the two arch ribs; the tie beams are of a steel framework concrete structure comprising a tie beam steel framework, pre-stress steel bars and tie beam concrete poured on the outer side of the tie beam steel framework and the outer sides of the pre-stress steel bars; the tie beams on the two arch ribs are connected through a group of middle cross beams. According to the unit, the technical problems that when a traditional steel tube concrete arch bridge is constructed, the concrete disengaging effect islikely to occur, the navigation width is small during construction, and a platform cannot be erected or constructed in a channel are solved.

The invention discloses a magnetic adjustment type upper suspension window which comprises a window frame fixedly connected to a wall. Sliding grooves are formed in the opposite sides of the window frame correspondingly; sliding blocks are slidably connected into the sliding grooves; a window rack is mounted on the inner side of the window frame through wind braces; sliding parts of the wind braces are slidably connected with the sliding grooves through the sliding blocks; the sliding blocks are fixedly connected to the inner bottoms of the sliding grooves through first tensile springs; a ventilation cavity is formed in the side wall of the lower end of the window rack in the horizontal direction in a penetrating mode; and axial flow blades are mounted at the two ends of the ventilation cavity correspondingly, and the two axial flow blades rotate synchronously through a connecting shaft. By arranging the axial flow blades, the connecting shaft, a strip-shaped plate, a magnetic slidingblock, a magnetic sliding plug and a traction rope, the window can be automatically closed to be slightly open during wind blowing outside the window, and thus damage to indoor object due to the windis reduced; and by arranging a movable block and a bell cover, when the wind outside the window is too large, people in a room are reminded to close the window, and thus the safety performance of thewindow is improved.

The invention discloses a high-rise building anti-collision suspension window with a self-cleaning function. The high-rise building anti-collision suspension window comprises a window frame mounted ona wall, sliding grooves are formed in the opposite side walls of the window frame correspondingly, sliding blocks are slidably connected into the sliding grooves, the side walls of the sliding blocksare fixedly connected with a mounting frame through wind braces, the inner wall of the mounting frame is fixedly connected with a window body, an anti-collision mechanism is arranged on the window frame and comprises telescopic airbags fixedly connected into the sliding grooves, connecting air pipes are arranged at the upper ends of the telescopic airbags in a communicating mode, control pipes are arranged on the side wall of the window frame in a penetrating mode, and the side walls of the control pipes communicate with the side walls of the connecting air pipes; and control mechanisms are arranged on the junctions of the connecting air pipes and the control pipes, the side wall, close to the lower end, of the window frame is fixedly connected with a baffle, a mounting groove is formed in the side wall of the baffle, and an elastic balloon is arranged in the mounting groove. Very large noise is not made, the window frame and the suspension window are also protected, the time and energy of people can further be greatly saved, and safety of people is guaranteed.

The invention discloses a telescopic wind brace which comprises a telescopic element, a first friction part arranged at one end of the telescopic element and in sliding fit with a window sash in a sliding mode, and a fixing part arranged on a window frame and detachably connected with the other end of the telescopic element. The first friction part and the fixing part are arranged to be matched with the telescopic element for use, so that space for placing the wind brace is reduced, and positioning and installing of the wind brace are facilitated. According to the telescopic wind brace, the space for placing the wind brace is reduced, and positioning and installing of the wind brace are facilitated.

The invention discloses a high-altitude building suspended sash window rainproof system. The system comprises a window frame, a rotating shaft is rotatably connected to the inner wall of the window frame, a suspended sash window is fixedly connected to the side wall of the rotating shaft, a first sliding groove is formed in the inner wall of the window frame, a wind brace is jointly arranged on the first sliding groove and the suspended sash window, a containing groove is formed at the side wall of the window frame, and the rotating shaft extends into the containing groove. A gear is fixedly connected to the end, located in the containing groove, of the rotating shaft, and a connecting plate is fixedly connected to the side wall of the window frame. Air in an air bag enters a cavity through contraction of the air bag, then rainwater can enter a collecting box, a moving plate moves downwards under the gravity effect of the rainwater to drive the gear to rotate, the gear drives the rotating shaft to rotate, the rotating shaft drives the suspended sash window to rotate, the suspended sash window can be automatically closed during rainfall, and manual closing is not needed. Rainwater is prevented from entering a room during heavy rainfall, the suspended sash window does not need to be cleaned manually, and people can use the suspended sash window conveniently.

The invention relates to a window and a wind brace thereof. The end portion of a connecting rod is rotatably connected to a window frame, and a positioning piece is connected to the window frame. When the window is in a closed state, an elastic piece locks a locking hook of the locating piece in an insertion hole, the window frame is opened, and a slide block moves toward the locating piece; when the slide block props against the locking hook, one part of the locking hook is pushed out of the insertion hole; when a slot in the slide bock is aligned to the insertion hole, under the restoring force of the elastic piece, the locking hook will be locked in the slot to limit movement of the slide block so as to fix the position of the window frame. When the window is closed, a handle is rotated to drive an unlocking block to move linearly. When the unlocking block props against a driving portion of the locating piece, the locating piece will be driven to rotate, so that the locking hook is separated from the slot to remove limit of the locking hook on the slide block, and the window frame is pulled back inward to close the window. Therefore, the window and the wind brace thereof are quite simple and convenient to operate. The window can be only closed by rotating the handle, so that even if in high wind weather, the window is not forced to be closed as a result of wind force, and therefore, the safety of the window is greatly improved.

The invention relates to an equal-span self-anchored span wire-arched beam cooperative system bridge. The equal-span self-anchored span wire-arched beam cooperative system bridge comprises a main beam, a span-wire suspender, an arched suspender, a main cable, an arch rib, a bridge tower, abutment piers and a wind brace. The main cable and the arch rib are symmetrically arranged in the transverse direction of the bridge of the main beam, the span-wire suspender and the arched suspender which are distributed in the longitudinal direction of the bridge are connected to the main cable and the arch rib correspondingly, then the main beam is formed, and flexible support to the main beam is formed. The main cable crosses over the bridge tower, the two ends of the main cable are anchored at the end of the main beam, axial pressure is applied to the main beam, the arch rib is in rigid connection with the two ends of the main beam, the axial pressure is applied to the main beam, tension and compression are mutually balanced, and the abutment piers are supported at the two ends of the whole system. According to the equal-span self-anchored span wire-arched beam cooperative system bridge, an equal-span self-anchored suspension bridge pressing the main beam and an arch-beam composite bridge pulling the main beam are combined together, part of axial pressure in the main beam is counteracted, and the stability problem caused by overlarge axial pressure borne by the main beam when the span is large and the problems of overlarge section design and insufficient bearing capacity are solved. The structural system is reasonable in stress, the self-weight of the main beam is low, the span capacity is high, the anti-seismic and the wind-resistant performance is excellent, and the bridge is another one good structural form of large and middle span bridges.

The invention relates to spare and accessory parts of building windows and doors and particularly relates to a wind bracing device and a method for controlling a door and a window to stop in any positions by a handle. The wind bracing device comprises a baseless handle device, a driver device, a line-to-rotation steering angle device and a damping wind bracing device, wherein a slide block damping device on the damping wind bracing device linearly moves in a guide slot, and after an abnormal shaft rotates, a damping material in the slide block damping device deforms, so that the slide block damping device is matched with the guide slot, and generation of damp is controlled by rotation of the shaft. According to the device and method provided by the invention, the slide block device linearly moves in the guide slot and after an abnormal shaft rotates, the damping material in the slide block damping device deforms, so that the slide block device is matched with a fixed groove so as to open and close the door and window in any positions; the driver device is in split linkage, can be self-limited in stroke and has a door and window locking and opening function. The device is wide in application range and variable in position, and can be mounted on external vertical hinged door and window or internal vertical hinged door and window and can be further mounted on a vertical hinged door and window of a hinge in a hinge.

The invention relates to a construction method of a concrete-filled steel tube arch bridge mounting system. The construction method comprises the following construction steps: 1) preparing construction; 2) performing arch pier pouring construction; 3) connecting and positioning arch feet; 4) assembling and connecting arch ribs; 5) connecting and fixing arch rib feet; 6) mounting and positioning the wind brace; and 7) mounting and positioning the support upright. The method has the beneficial effects that the space position of the arch rib can be limited through the arch foot sleeves preset inthe arch piers, and the space positioning difficulty of the arch rib is reduced. Meanwhile, the in-pier bearing plates are preset in the arch piers, so that the influence of the arch ribs on the archpiers can be effectively reduced, and the local concentrated stress is reduced. The installed arch ribs are used as supporting stress bodies for connecting construction of the arch ribs to be installed, and the engineering quantity of field supporting system arrangement can be reduced. Meanwhile, the adjustable supporting columns and the adjustable supporting plates are arranged on the first platform plate, temporary supporting can be provided for the arch rib to be installed, and the difficulty of on-site hoisting and positioning is lowered.

The invention discloses a hook wind bracing, and relates to the field of wind bracing structures. The wind bracing comprises a sliding rail, a left sliding block and a right sliding block are arrangedon the sliding rail in a sliding mode, a long connecting rod is riveted to the left sliding block, the upper end of the long connecting rod is riveted to a supporting rod, the middle of the long connecting rod is hinged to a short connecting rod, the end, hinged to the short connecting rod, of the long connecting rod is higher than the end, riveted to the left sliding block, of the long connecting rod, a containing cavity capable of containing the short connecting rod is formed below the end, hinged to the short connecting rod, of the long connecting rod, and the lower end of the short connecting rod is riveted to the right sliding block. According to the wind bracing, the structure is simple and reliable, the left sliding block and the right sliding block are arranged on the sliding rail, and the distance between the left sliding block and the right sliding block is adjusted so that the opening angle of a window sash can be adjusted and controlled, and the opening angle of the windowsash can be flexibly adjusted and controlled; and the containing cavity is formed in the long connecting rod so that unsmooth opening or abrasion caused by hardware extrusion among the supporting rod, the long connecting rod and the short connecting rod can be avoided.

The invention relates to the technical field of casement limiting, in particular to a full-open casement wind bracing limiting device. The full-open casement wind bracing limiting device comprises two four-connecting-rod wind bracings. Each four-connecting-rod wind bracing comprises a sliding way, a sliding block, a main rod, an auxiliary rod, a connecting rod and a rotary rod. One end of each main rod is provided with a first open hole. The middle of each main rod is provided with a second open hole. One end of each auxiliary rod is provided with a third open hole. The middle of each auxiliary rod is provided with a fourth open hole. The other end of each auxiliary rod is provided with a fifth open hole. One end of each connecting rod is provided with a sixth open hole. The other end of each connecting rod is provided with a seventh open hole. One end of each rotary rod is provided with an eighth open hole. The other end of each rotary rod is provided with a ninth open hole. One end of each sliding block is provided with a tenth open hole. The other end of each sliding block is provided with an eleventh open hole. One end of each slide way is provided with a protruding block. Each protruding block is provided with a twelfth open hole. All the sliding ways are arranged on a window frame. All the main rods are arranged on a casement.

The invention provides a plastic steel window hardware which comprises a wind bracing and a corner hinge, wherein the wind bracing comprises a sliding rod and a sliding rod base; one end of the sliding rod is connected with the sliding rod base in a sliding manner; the sliding rod is positioned above the sliding rod base; the other end of the sliding rod is bent upwards firstly and is bent horizontally secondly; the horizontal bent part at the other end of the sliding rod is connected with a horizontal connecting part of the corner hinge through a hinge pin; the horizontal connecting part of the corner hinge is positioned above the other end of the sliding rod; the height of the part which is bent upwards is greater than the length of the hinge pin. As the corner hinge is connected with the wind bracing through the hinge pin, and the non-sliding end of the wind bracing is bent upwards and is further bent horizontally, the hinge pin can be conveniently put into the sliding rod for connecting the wind bracing with the corner hinge, and the problem that a small opened window cannot be opened for 90 degrees is avoided due to such a connection mode, the cost is not increased, and the plastic steel window hardware is also relatively convenient to mount; the height of the window hardware is adjusted to be adapted to the width a window leaf through vertical bending, inclined bending and bending height, so that the adaptability is improved.

The invention discloses an intelligent fire-fighting smoke exhaust window opener system for a glass curtain wall opening sash and a construction process thereof, and belongs to the technical field ofintelligent fire-fighting smoke exhaust window opener systems. The intelligent fire-fighting smoke exhaust window opener system comprises a curtain wall, a set of embedded parts are preset in the curtain wall, a set of aluminum alloy stand columns are arranged on the outer side of the curtain wall, each stand column is fixedly connected with the corresponding embedded part through a first hot galvanizing steel corner brace, a set of cross beams arranged at equal intervals from top to bottom are arranged on the inner sides of the aluminum alloy stand columns. and the cross beam is fixedly installed on the stand columns through a second aluminum alloy corner brace. According to the window opener system capable of achieving intelligent fire-fighting smoke exhaust of the glass curtain wall opening sash and the construction process thereof, chain or screw transmission is adopted, operation is convenient, stainless steel hinges are adopted as opening sash accessories to replace an existing friction hinge and wind brace connecting structure, the whole system is simple in construction structure, convenient to install and operate, low in construction material consumption and low in investment of resources such as manpower, so that the whole construction period is shortened, and the construction cost is reduced.

The invention relates to the technical field of air braces, and discloses a novel upper suspension window air brace. The air brace comprises a window sash, a supporting plate, a window cabinet and a long plate, wherein the front surface of the window cabinet is fixedly connected with a supporting plate, the inner side wall of the supporting plate is in sliding connection with a sliding piece, theupper part of the front surface of the sliding piece is rotatably connected with a first metal strip, one side of the first metal strip is rotationally connected with a second metal strip, and one side of the second metal strip is rotationally connected with a third metal strip; and a fixing block is added between two sliding rails, the fixing block is fixed on the sliding rails, a convex plate isadditionally arranged on the front surface of the sliding plate, the convex plate is fixed with the sliding plate, and the convex plate slips relative to the sliding rails, when the sliding plate isstressed to slide, the convex plate can be attached to one side of the fixing block, the convex plate can define the position of the sliding plate, the fixing block abuts against the convex plate, when the window sash is opened, the sliding plate can be prevented from being separated from the sliding rails, and the using effect of the device is improved.

The invention discloses an arch bridge dismantling method. The method comprises the steps that firstly, auxiliary towers are built on the two sides of an arch bridge respectively; secondly, the auxiliary towers are connected with the arch ribs through the auxiliary zippers, then the auxiliary zippers are tensioned, and then the bridge deck system is dismantled; thirdly, the bridge deck slab is dismantled; fourthly, the cross beams are dismantled; fifthly, the longitudinal beams and the suspenders are dismantled step by step; sixthly, the arch ribs, the wind braces and the auxiliary zippers are dismantled step by step; and seventhly, the auxiliary tower and the bridge foundation are finally dismantled, and dismantling of the arch bridge is completed. The arch bridge can be safely disassembled into small blocks, the disassembled small blocks can be carried away through vehicles, ships and other carrying tools, and the surrounding environment is not affected.

The invention provides an installation method of a through tied arch bridge. The installation method comprises the following steps that S1, an arch support to be assembled is lifted; S2, the arch support to be assembled is lifted to the designed elevation, and the arch support is firmly fixed after the relative position is adjusted; S3, a 50t crane is adopted to hoist and close the wind brace arch support; S4, after wind brace arch support folding is completed, the A-shaped supporting frame is installed, and then corresponding parts are disassembled; S5, a wind brace arch support is pushed; S6, the wind brace arch support is pushed to a bridge position where a second pier is arranged, a beam falls in place, a sling is mounted, and a guide beam and a second assembly bracket are dismounted; and S7, the A-type support and the pushing support are dismantled, the sling is tensioned, and construction is completed. According to the installation method of the through tied arch bridge, the structure is simple, and operation is convenient; the support consumption investment is reduced; the hoisting cost investment is reduced; the wind brace arch supports can be assembled in a matched mode, the installation accuracy is improved, and what is guaranteed is that the deviation is within the allowable deviation range; the construction safety risk is reduced.