82 results about "Stile" patented technology

The utility model discloses a door pocket and door leaf assembly. The door pocket and door leaf assembly comprises an auxiliary pocket upright, the indoor side flat plate line is connected to one side of the auxiliary sleeve upright and is positioned on the indoor side of the door opening wall body; the outdoor side flat plate line is connected to the other side of the auxiliary sleeve vertical stile and positioned on the outdoor side of the door opening wall, the outdoor side flat plate line is made of metal, and the side, facing the door leaf, of the outdoor side flat plate line protrudes out of the auxiliary sleeve vertical stile to form a door closing limiting part. According to the utility model, the door closing limiting part is arranged on the outdoor side flat plate line, so that the outdoor side flat plate line has the function of a door stop line, not only can shield a glue line, but also can serve as the door stop line, and as the door closing limiting part is directly formed on the outdoor side flat plate line, the depth of the outdoor side is reduced, and on the premise of keeping an inward opening mode, the door closing limiting part can be used as the door stop line. The outer side of the door leaf and the outer side of the outdoor side flat plate line can be kept closer to each other and even on the same plane. The outdoor side flat plate line is made of metal, and compared with a wooden door stop line, the outdoor side flat plate line is more resistant to impact and does not have the problems of cracking, deformation and the like.

The subject-matter of the invention comprises a roof window and an assembly method for that window, constructed out of a jamb and a sash with a glass unit, and the roof window sash is seated in the jamb circumference using a pair of hinges, and the jamb is constructed out of four stiles attached to each other to form a rectangular frame, that is upper stile (11), lower stile (13) and two side stiles (12), wherein upper stile (11) in its assembled state in a roof is higher than all the other stiles in the roof, and jamb stiles feature window assembly in roof depth markers (4), characterized in that, in an assembled state in a roof, roof window slope angle α is within the 1-30° range and angle α is different than roof pitch angle β.

A door frame fillers plate and method, for installation of a smart lock to a narrow lock stile, is provided. A main body has an interior face, an exterior face, a distal edge, and a lock stile adjacent edge. The interior face and the exterior face define a door depth spacer thickness. A first transverse handle aperture has a cross bore diameter and a center point being equidistant from an all points on the cross bore diameter. The center point and the lock stile adjacent edge define a backset length. A latch hole extends through the main body from the center point to the lock stile adjacent edge.

The utility model relates to the technical field of door products, in particular to a sliding door which comprises a door frame, a hanger rail mechanism installed through the door frame, a door leaf installed through the hanger rail mechanism and a ground guide mechanism, the ground guide mechanism comprises at least two horizontal guide wheels, and wheel shafts of the horizontal guide wheels are fixed to the ground; a guide groove is formed in the bottom face of a lower stile of the door leaf, the guide groove has a certain length in the moving direction of the door leaf, and the inner wall faces of the two side walls of the guide groove abut against the two horizontal guide wheels respectively. According to the sliding door adopting the technical scheme, on the premise that the advantages of the hanger rail type sliding door are not affected, the problem that the door leaf is prone to shaking in the moving process of the hanger rail type sliding door is solved, the hanger rail mechanism keeps working smoothly, the problems of jamming, noise, loosening and the like are solved, and the hanger rail mechanism is simple in structure, light in self weight, convenient to use and high in practicability. And the sinking problem is avoided.

This utility model relates to the field of window technology, specifically to an aluminum alloy ultra-low energy consumption bulletproof and explosion-proof safety window, including an upper window frame, a stile, a window sash, and a lower window frame; a first bulletproof safety glass is provided between the upper window frame and the stile; a second bulletproof safety glass is provided on the window sash; a first bulletproof steel plate structure is provided on the upper window frame; a second bulletproof steel plate structure is provided on one side of the stile and the window sash; a third bulletproof steel plate structure is provided on one side of the window sash and the lower window frame; this utility model widens the dimensions of the upper window frame, stile, window sash, and lower window frame, and provides a first, second, and third bulletproof steel plate structure on the outdoor side; it also configures the first and second bulletproof safety glass to ensure that the outer cross-section is protected by steel plates or bulletproof glass, and uses extended fireproof rubber strips on the outside to ensure the bulletproof and explosion-proof performance of the entire window.

A ladder (1) that can be used by persons and is equipped with hollow rungs (4) open at both ends connecting two stiles (2) and has two casters (6) so that the ladder (1) can be moved on the ground for transport, wherein the casters (6) are supported by an axle (7) that penetrates one of the hollow rungs (4) and wherein the casters (6) can be moved from a position in use, in which they are intended to roll on the ground, into a position out of use and back again and can be locked in both the position in use and in their position out of use by means of a locking device (7) each, characterized in that the axle (7) with its two free end sections (8) is mounted in two retaining devices (9) and is screwed to the retaining devices (9) which are supported on the stiles (2), and that a locking device (11) is located on each retaining device (9),that a support element (15) carrying a caster (6) is arranged on each holding device (9) and that the support elements (15) are mounted on the holding devices (9) so as to be movable about a horizontal axis (13') and are connected to the locking devices (11).

1. The name of this design product: Center column angle bracket (F). 2. Purpose of this design product: Accessories used to fix the stiles of doors and windows. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the key points of the design: main view.

The present invention relates to a foot, in particular a ladder foot, for a climbing device, such as a folding, leaning, step, foot and / or trestle ladder or a work platform, which can assume an active position with the stiles spread apart and a stowed position with the stiles approaching each other, comprising a fastening section for attaching it to a stile of the climbing device, a support oriented essentially parallel to the ground in the active position, a stop inclined relative to the support, which is designed for contact, in particular, with a surface-level contact with a foot of an opposite stile of the climbing device, which is designed to be identically formed, and a support inclined relative to the support and the stop, which in the stowed position is oriented essentially parallel to the ground and is designed for contact, in particular, with a surface-level contact with the ground.

1. Name of the product in this design: Slanted Window Stile (European Style). 2. Purpose of this design: for use in door and window fittings. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

To provide a sliding sash which is selected from a plural kinds of sliding sashes that are different in stile depth and whose manufacturing cost can be reduced.SOLUTION: Provided is a sliding sash 3 / 6, which is selected from among a plural kind of sliding sashes 3 and 6 that are different in depth of a stile 33 / 63, and have the stile 33 / 63 and a face material 35 / 65 arranged inside the stile 33 / 63. The stiles 33 and 63 of the plural of kinds of sashes 3 and 6 have component mounting sections 331a and 631a having abutting surfaces 33a and 63a on which a mounting component 8 is abutted for mounting, the abutting surfaces 33a and 63a are constituted by including at least the depth surfaces 33a and 63a of the stiles 33 and 63, and the shapes of the component mounting sections 331a and 631a are formed in the same shape in any of the sites 33 and 63 of the plural kinds of sliding sashes 3 and 6.SELECTED DRAWING: Figure 4

The present invention relates to a door panel comprising a stile (1) filled with rock wool and covered on both sides with mineral sodium silicate barrier or gypsum board, a door panel comprising MDF board (2) covered on both sides of the mineral sodium silicate barrier or gypsum board barrier, and a door comprising said door panel. The inventive door panel and door provide both fire resistance and acoustic insulation.

A window combination latch (140) includes a sash lock (142) and tilt a latch assembly (230). The sash lock (142) installs on a top rail of a window sash (110) and includes a cam (214) that rotatably couples with a keeper (144) to lock the window sash (110). The cam (214) includes a slot (320). The latch assembly (230) when installed has a tip (422) of a latch bolt (232) adjacent to a surface of a stile (112) of the window sash (110) and a head (412) of the latch bolt (232) engaged in the slot (320). The latch bolt (232) may be a one-piece structure that may include a flexible extension (414).

To improve designability by unifying lateral widths of stiles on a door end side and a tail end side of two sashes without the need of constituting so that a stile on the door end side of one sash covers and swallows an indoor side visible surface of a stile on the door end side of the other sash when the stiles on the door end side of the two sashes slidingly moving on the same rail are butted against each other.SOLUTION: A first sash and a second sash configured to slide on an indoor-side rail extending along a longitudinal direction of a lateral frame, the first sash including a first door head-side stile and a first door bottom-side stile, the second sash including a second door head-side stile and a second door bottom-side stile; In a closed state of the first sash and the second sash, a lateral width of the entire first door head side stile and the entire second door head side stile in a state where the first door head side stile and the second door head side stile are butted against each other is equal to a lateral width of each of the first door tail side stile and the second door tail side stile.SELECTED DRAWING: Figure 2

To provide building components that can improve water resistance. [Solution] The joinery comprises an upper frame 11, an upper stile 21 positioned below the upper frame 11, and a flashing material 52 provided on either the upper frame 11 or the upper stile 21 and in contact with the other contact surface 215a of the upper frame 11 and the upper stile 21, wherein the upper frame 11 has a first flashing wall portion 111 positioned along the vertical direction Z on the outdoor side Y1, an upper wall portion 114 extending from above the lower end portion 111d of the first flashing wall portion 111 toward the indoor side Y2, and a second flashing wall portion 115 extending downward from the upper wall portion 114 and positioned on the indoor side Y2 of the first flashing wall portion 111, the second flashing wall portion 115 positioned on the outdoor side Y1 of the contact surface 215a, and the joinery is a vertical sliding window or a casement window.

The utility model discloses a modularized suite finished door which comprises a door frame, a reinforcing mechanism, a door leaf and hardware, and the door leaf is connected with the door frame through the hardware. The door leaf comprises a stile, a rail and a door core plate, the stile and the rail are connected in a matched mode, and the door core plate is installed between the stile and the rail. The reinforcing mechanism comprises an L-shaped frame, a limiting arc plate used for increasing friction force and an elastic push plate used for adjusting the position of the limiting arc plate, through the arrangement of the reinforcing mechanism, the connection stability can be enhanced, the connection firmness can be guaranteed under the condition that the size deviates, on one hand, in the assembling process, on the other hand, the assembly efficiency is improved, and the production cost is reduced. When the size deviates, the connecting firmness is guaranteed, the situation that a finished door shakes or loosens in the using process can be avoided, in the connecting process, the connecting stability can be enhanced, and the service life of the finished door can be guaranteed.

The utility model relates to the technical field of casement windows, in particular to an outward-opening type full-hidden system window, an outer frame comprises a plurality of frame material groups, and each frame material group comprises an indoor frame section bar and a first outdoor frame section bar / second outdoor frame section bar. The mullion comprises an indoor middle section bar and a first outdoor middle section bar / a second outdoor middle section bar / a third outdoor middle section bar, the opening sash comprises a plurality of sash material sets, the indoor frame section bar and the indoor middle section bar are each provided with a pressing line auxiliary frame, and the pressing line auxiliary frames and the sash material sets are arranged in an overlapped mode. The pressing line auxiliary frame and the inner side face of the sash material set are arranged on the same face, the pressing line auxiliary frame and the sash material set are arranged in an overlapped mode, the pressing line auxiliary frame is used for shielding the indoor face of the sash material set, the sash material set is hidden, the daylighting area of the opening sash is increased, meanwhile, the situation that when the opening sash is in a closed state, a connecting seam formed by lap joint of the sash material set is exposed on the indoor face can be avoided, and the service life of the opening sash is prolonged. And the attractiveness of the whole window and the visual experience of a user are improved.

To provide a sash and a window device having the same, capable of restraining damage of an end part of a stile, while arranging a bracing member.SOLUTION: A sash 10A includes left and right stiles 15, a side 20A, an anti-vibration member 28 attached to at least one first end portion of an upper end portion and a lower end portion of at least one first stile side 20A of the left and right stiles and provided with a receiving groove 29 for receiving a rail portion 7 provided on a frame body 2, and a reinforcing plate 16 attached to one side 29a in a sash thickness direction of the first end portion so as to vertically straddle a groove bottom 21a of the receiving groove when viewed in the sash thickness direction.SELECTED DRAWING: Figure 1

A fenestration unit configured to support a shootbolt locking system includes a panel including a panel frame with a stile member and a rail member that are attached by a corner joint. The stile and rail members are elongate and extend along a respective linear axis. The stile member is configured to receive and support at least part of the shootbolt locking system. The stile member includes a stile end with a first wall, and the rail member includes a rail end with a second wall. The corner joint includes a first bracket and a second bracket that are attached together. The first bracket is disposed within the stile end. The first wall is disposed between the first and second brackets. The second bracket projects away from the stile member, and the second bracket is received within the rail end and attached to the second wall.

The utility model belongs to the field of window screens, and particularly relates to a clamping and embedding type outward-opening cantilever which comprises a main frame and a main stile which are connected with the clamping and embedding type cantilever to form a new structure, one side of the clamping and embedding type cantilever is sequentially provided with a corner connector cavity, an angle assembling steel sheet groove, an adhesive tape groove and a clamping groove, the corner connector cavity is square, the size of the angle assembling steel sheet groove is larger than that of the adhesive tape groove, and the clamping groove is connected with the main frame. The clamping groove is located below the corner connector cavity, the clamping groove of the clamping-embedded cantilever is connected with the main frame to form a frame structure, the clamping-embedded cantilever is connected with the main stile to form two mullion structures, and when the clamping-embedded cantilever is installed on one side of the main stile, the clamping-embedded cantilever is used for single-side fixing. When installed on the two sides of the main stile, the fixing device is used for fixing the two sides. A screw connection mode adopted by a traditional switching frame is replaced, and the phenomena of sealing and water leakage at screws are avoided; and through the combination with the main frame and the main stile, the assembly of various window types can be realized. According to the window screen assembled by adopting the structure, the width of a visual surface is reduced, namely, the width of a decorative surface at an opening position is reduced, so that a fight looks more attractive.

To provide a sliding sash whose airtightness can be improved between an indoor-side meeting stile that is in mutual opposition to an outdoor-side meeting stile of the other sliding sash, and a window device equipped with the same.SOLUTION: A sliding sash 40B has a crescent receiver 84 attached to an outdoor-side meeting stile 70B, which receives a crescent 83 that constitutes a crescent lock 80 and is attached to an indoor-side meeting stile 70A of an indoor-side sliding sash 40A. The crescent receiver has a fixed piece portion 86 that is aligned with the indoor-side of the outdoor-side meeting stile and fixed to the outdoor-side meeting stile by a fastener 9. The outdoor-side meeting stile has a protruding piece portion 73 that protrudes toward the indoor-side meeting stile and whose tip surface in the protruding direction terminates in a receiving portion 73a for a seal portion 75 provided on the indoor-side meeting stile. The protruding piece portion has an insertion hole 73b that penetrates the base end portion of the protruding piece portion and through which the fixed piece portion is inserted.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of door and window structures, in particular to a high-performance energy-saving casement window which comprises a fixed window frame and a casement window frame matched with the fixed window frame, an upper frame of the casement window frame is matched with a transverse mullion of the fixed window frame, and a plurality of drainers are arranged on the transverse mullion. The upper end of the drainer is communicated to the glass sash water accumulation groove of the transverse mullion, and a horizontal drainage opening is formed in the lower end of the drainer and is flush with the outer surface of the transverse mullion; at least two layers of sealing strips are arranged between the casement window frame and the fixed window frame and between the casement window frame and the transverse mullion to form two layers of sealing. According to the casement window, the drainage structure of the casement window is improved, the sealing performance is improved, convection of indoor and outdoor temperature can be reduced, and therefore indoor energy is saved; meanwhile, a two-layer sealing structure is adopted, so that the waterproof performance and the sound insulation effect can be improved, and the comfort of the indoor environment is improved.

A door frame fillers plate and method, for installation of a smart lock to a narrow lock stile, is provided. A main body has an interior face, an exterior face, a distal edge, and a lock stile adjacent edge. The interior face and the exterior face define a door depth spacer thickness. A first transverse handle aperture has a cross bore diameter and a center point being equidistant from an all points on the cross bore diameter. The center point and the lock stile adjacent edge define a backset length. A latch hole extends through the main body from the center point to the lock stile adjacent edge.

1. Name of the Design Product: Profile (Sash of PD Door Hinge). 2. Use of the Design Product: This design product is a profile used for installation on doors and windows. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photograph Most Indicating the Design Key Points: Combined State Diagram. 5. Other Situations Requiring Explanation: Other Explanation: This product is a profile and can be stretched and retracted according to the actual production site.

Provided are a sash and a construction method for the sash which make it possible to reduce machining of an end part of a stile or an end part of a rail. A sash 20 includes: a framework body 200 which has a pair of vertical members 23, 24 and a pair of horizontal members 21, 22, and is configured by framing the same; corner blocks 25, 26, 27, 28 which are provided between the vertical members 23, 24 and the horizontal members 21, 22 at corner parts of the framework body 200; overlapping parts 20a, 20b, 20c, 20d in which portions of the vertical members 23, 24 and portions of the horizontal members 21, 22 are arranged in a manner overlapping with each other, when viewed in the depth direction, in a state where the end parts of the horizontal members 21, 22 are disposed in the vicinity of glass groove bottom parts 230a, 240a of the vertical members 23, 24; and fixing members 25a, 26a, 27a, 28a which fasten the vertical members 23, 24 and the horizontal members 21, 22 and are at least partially disposed inward of the corner blocks 25, 26, 27, 28.

To provide a fitting capable of securing strength while securing designability.SOLUTION: A fitting 1 includes: a frame body 2 having a vertical frame 23; a sash 3 arranged in the frame body 2 and having a stile 33; and a reinforcement member 6 provided at the vertical frame 23, for reinforcing the strength of the stile 33 by restricting the movement of the stile 33 in the depth direction in the case where the sash 3 is positioned in the closed position. An inner peripheral side end part 33a of the stile 33 is arranged along a line La of an opening on an indoor side X2 of the frame body 2.SELECTED DRAWING: Figure 3

Integrated, adjustable spacer for laid-down ladders, which is designed as a joint in the stile of the ladders, characterized in that an adjustable joint angle is installed in the upper area of ​​the ladder, approximately 10 - 100 cm from the point where the ladder is laid, preferably 30 cm from the end of the ladder.

The utility model discloses an airport entering highway pavement drainage device which comprises a bottom plate, a water suction head, a water suction pump and a winding mechanism, the winding mechanism comprises a box body, a winding roller and a water hose, the upper end of the bottom plate is fixedly connected with the box body, the top of the box body is fixedly connected with two vertical plates, the side walls of the two vertical plates are rotatably connected with a rotating shaft, the side wall of the rotating shaft is fixedly connected with the winding roller, and the side wall of the winding roller is fixedly connected with two limiting rings. A water hose is wound on the side wall, located between the two limiting rings, of the winding roller, and one end of the water hose penetrates through the top of the box body and communicates with the inner wall of the water suction head. When the water hose is wound and unwound, the water suction pipe and one end of the water hose do not need to be detached, and the problems that in the prior art, the water suction pipe and one end of the water hose need to be installed and detached when the water suction pipe and the water hose are used every time, operation is very tedious, and meanwhile connection sealing performance between the water suction pipe and the water hose is easily reduced due to frequent installation and detachment are solved. Therefore, the water leakage phenomenon is avoided.

This utility model provides an arc-shaped lifting window, relating to the field of door and window technology. It includes a window frame, a movable sash, and a lifting system. The window frame and movable sash are arc-shaped, with the movable sash connected to the window frame for lifting. It also includes a stabilizing system. The window frame includes an upper frame, side frames, and a horizontal stile. The movable sash includes an upper frame, a lower frame, side frames, and a sash connecting plate, which is fixedly connected to the side frame of the movable sash. The lifting system includes a top rod base, a top rod, and a load-bearing block. The top rod base is fixedly installed on the side of the side frame, and the load-bearing block is installed at the top of the top rod. The stabilizing system is used to improve the friction between the movable sash and the window frame. This arc-shaped lifting window, by setting a stabilizing system, can effectively withstand the force of the window sash tilting in the convex direction, avoiding mutual pressure between the window sash and the window frame, thereby reducing the friction between the window sash and the window frame, allowing the window sash to lift smoothly. This solves the problems of shaking, wear, and profile deformation caused by excessive friction in existing arc-shaped lifting windows.

This invention discloses a switchable casement and sliding door / window structure and its installation method. The door / window structure includes an outer frame with a first connecting portion; a horizontal stile, horizontally positioned within the outer frame and having a second connecting portion conforming to the first connecting portion; at least one vertical stile, vertically positioned within the outer frame and working with the horizontal stile to divide the outer frame into multiple installation areas; a casement frame, detachably installed in any installation area and connected to the first and second connecting portions respectively via opening hardware; and a sliding frame, detachably installed in any installation area, with its outer wall connected to the first and second connecting portions respectively. The casement frame and the sliding frame can be installed selectively; when the casement frame is installed, a casement door / window structure is formed; when the sliding frame is installed, a sliding door / window structure is formed. Therefore, the door / window structure can be changed by simply replacing parts, allowing users to freely switch the installation form of the door / window structure according to their needs.