59 results about "Sliding glass door" patented technology

A sliding glass door has a pair of rollers mounted adjacent the upper corners, which rollers are cantilevered rearwardly and cooperate with a horizontally elongate L-shaped support track which spans horizontally across the door opening and across an adjacent upright wall panel to enable the door to move into an opened position wherein it overlies the adjacent wall panel. The height of the roller-track arrangement and of the structure defining such arrangement, as it extends across the upper edge of the door opening and the adjacent wall panel, is minimized to provide improved aesthetics.

A sliding door actuator having a small electric motor and cable system is added to a standard sliding glass door for a residence. As the motor may be controlled by a remote, an individual could simply press a button to open the door. This convenience would be especially helpful to older individuals and those having limited mobility. The sliding door actuator having a winch spool drivingly connected to the drive motor. A drive cable is spoolably connected to the winch spool. The drive cable is connected to a sliding door. A return spring is connected to the drive cable for biasing the sliding door. An exit sensor is electrically connected to the drive motor to selectively actuate the sliding door.

Disclosed is storm shutter apparatus for protecting building apertures such as door and window openings from hurricanes, wind-blown debris, gales, rain, and vandals using very low cost, low profile extrusion brackets designed specifically for installation during original building construction in combination with a variety of conventional manufactured windows, hinged doors or sliding glass doors in conventional building structures, and the use of those brackets with very low cost adjustable, lightweight isosceles trapezoidal corrugated panels. The first objective is to render building apertures compliant with the International Building Code (“I.B.C.”) even though they are constructed with conventional fenestration products unmodified for I.B.C. compliance. Another objective is to accomplish the foregoing without the expense of separate labor costs for the installation of hurricane shutters and without the expense of purchasing fenestration products modified for I.B.C. compliance.

A moveable sliding glass door track clip guide, ideally formed of plastic, and attached to the bead on the top of the rail on the sill which is subsequently secured in place by a sliding glass door track clip cover which will inhibit the door from jumping the track in strong wind loads. The guide contributes significantly to the general security of the SGD installation, since SGD's, by design, must be lifted then set upon their track. The guide slidably engages the upper bead on the track on the sill and thus resists the effort of the door to jump off the track by actually gripping the track itself. The method of the present invention involves the steps of first positioning a moveable panel in place. Thereafter, the main attachment screw is removed, and passed through the clip assembly. Only after the track clip guide has been positioned over the bead on the rail. The track clip cover is then secured over the track clip guide to lock the lower jaws of the track clip guide against any scissor-like action which would assist in dislodging the same.

A door stop formed of a suction cup attached to body, typically formed of a block of material such as clear plastic, which may be used to lock sliding glass doors and windows in either a closed or in a partially open position. The suction cup will hold to the glass for up to 3 months and dual suction plugs may be used for added security. The body is designed to tip and press the suction cup down to prevent sliding and thereby hold the stop assembly in place even when a strong horizontal force is applied. The body contains an alarm to discourage intruders in the event that the stop is dislodged from the door.

A window locking mechanism or sliding door locking mechanism includes a cover having an internal compartment for receiving a push button locking assembly therein. The push button locking assembly includes a rocker lever arm sub-assembly, a locking pin, a releasing pin and a push button housing all connected together. The rocker lever arm sub-assembly includes a lever arm having a tensioning spring mounted on each outer end. The rocker lever arm sub-assembly is movable between a locking position and an unlocking position for activating the releasing pin to withdraw the locking pin from the push button housing in order to allow a pair of windows or sliding doors to be unlocked, and for activating the locking pin for insertion of the locking pin in the push button housing in order to lock a pair of windows or sliding doors in a locked position.

The sliding panel (1) comprise on at least one of sides thereof in the direction of the movement thereof, the reinforcing member (4) consisting of two aluminum sections (4a and 4b) connected by a polyamide thermal break (4c) and having two edges (4d and 4e) that define the longitudinal groove (22) having the same width from one end of the member (4) to the other end thereof. The guides (10) and the longitudinal inverted channel section (11) are placed in stationary positions on the benches (8 and 9) belonging to the profile sections of the frame (2) of the sliding window or sliding glass door. Each guide (10) comprises, in the center of the block (12), the vertical rod (20) having, on the top end thereof, ball bearings (21) that are located exactly between the edges (4d and 4e) and are located in the longitudinal channel (22) through which the panel (1) is guided in the movements thereof.

The invention relates to a cabinet forming a showcase, including at least one glass door fastened on a ferrule moving along a rail, and a latch housed in the structure of the cabinet in such a manner that the bolt of the latch is engageable, when the door is in a locking position, in a notch formed in the ferrule or in an endpiece mounted at the end of said ferrule, wherein the notch includes an internally chamfered wall with a rake angle to prevent the bolt from returning to the retracted position under the effect of movement transmitted via the door as a result of residual slack between the ferrule and the rail.

The invention relates to drilling equipment, in particular to high-precision steel plate drilling equipment for the orthopedics department. The high-precision steel plate drilling equipment for the orthopedics department is convenient to adjust, easy to operate and accurate in drilling. The high-precision steel plate drilling equipment for the orthopedics department comprises a base, a first fixing frame, a second fixing frame, a heat dissipation plate, a sliding glass door, a rodless air cylinder and an electric drill, the first fixing frame is arranged on one side of the top of the base, the heat dissipation plate is arranged on the top of the first fixing frame, and the sliding glass door is arranged on one side of the first fixing frame in a sliding mode; and the rodless air cylinder is arranged on the inner wall of the upper portion of the first fixing frame, the electric drill is arranged on a telescopic rod of the rodless air cylinder, and the second fixing frame is arranged on the other side of the top of the base. By arranging a supporting mechanism and a moving mechanism, a steel plate is clamped and limited, then the steel plate is driven to move, the electric drill moves up and down to drill the steel plate, and the basic function of the high-precision steel plate drilling equipment is achieved.

A panel and frame system with latches for easy installation to protect windows and doors, including sliding glass doors, in hurricanes and as a security measure for preventing unwanted intrusion of wind and personnel in the building.

A Magnetic drapery track without mounting hardware (brackets). An extruded aluminum and or extruded thermoplastic track having single or multiple channels. Various properties and number of magnets along said channel having opposed flat surfaces defining north and South Pole surfaces. Back said surface is attracted to a ferrous material so that the drapery track can be (releasable). Ferrous material being but not limited to a concealed corner bead/lath, generally installed during the construction phase, that surrounds a drywall/plasterboard (gypsum) opening. Any opening that may contain but not limited to a sliding glass door, windows and doors and contains ferrous materials. It is because of the concealed corner bead/lath and or exposed metal moldings and trims at the header and its surrounding opening that the magnetic drapery track can adhere without mounting hardware (brackets).

The invention relates to the technical field of showcases, in particular to a transmission open type showcase, thereby solving defects in the prior art. The transmission open type showcase comprises acabinet body having a cavity structure. A sliding glass door is slidably arranged on the inner wall of the cabinet body; a connecting plate is fixed to the bottom of the sliding glass door through countersunk bolts. A supporting base is fixed to the inner wall of the cabinet body through bolts. One side of the supporting base is movably connected with a cylinder mounting base through a pin shaft;an oscillating cylinder is fixedly mounted on one side of the cylinder mounting base through a bolt; and a piston rod is arranged in the oscillating cylinder. With the oscillating cylinder, a limiting baffle and the like, the glass door is pushed to be opened and closed through air cylinder transmission, the moving stroke of the glass door can be limited through the limiting baffle, so that the sealing performance of the showcase can be effectively kept while collision with the showcase body is avoided; the glass door can be automatically locked through the self-locking characteristic of theair cylinder, so that the showcase is more attractive and convenient to operate.

Security insert panels for sliding glass doors and windows. The panels include rigid elements appropriately spaced to allow air ventilation and to prevent human entry. After a sliding door is opened, two panels are installed in vertically stacked relation, within the open portion of the door frame and with one side of both panels within the door jamb. The door is slid within open channels on the other side of the panels. A limit stop is inserted in the bottom channel of the door frame, between the other side of the door and the door frame, preventing the door from being opened. At least one of the panels is adjustable in height, to accommodate sliding doors and windows of different dimensions, and to provide a snug fit for the panels within the upper and lower channels of the door frame. The panels are easily removed by reversing the installation process.

A screen door kit for patio sliding glass doors that swing out structured and arranged to replace the sliding screen doors associated with sliding glass patio doors with a traditional, hinged screen door that is sold as an easy-to-install kit thereby eliminating the problems of sliding screen doors, which tend to come off their tracks or get stuck.

A plastic cellular foam (1) with a plastic film (3) laminated to it creates a highly desirable surface for the deposition of numerous adhesives (4). In one embodiment this stock material may be cut easily and double sided tape or transfer tape (7) placed around the periphery (5) to achieve an excellent, glass removable bond. This makes an excellent seal on window glass (9), doors and the like. The observed insulation value can save as much as 83% of heat transferred through the glass. Now, sliding glass doors can be insulated effectively. This invention also provides good light transmission, improves privacy for bedroom glass, creates a display for brilliant artwork, reduces dust accumulations and provides instant removability. The material cuts as easy as paper and will be very simple to fabricate; therefore, this invention can be constructed with simple kits and installed by unskilled, do-it-yourself users.

A push-draw glass door in a shower compartment comprises a door leaf and a door frame, wherein, the periphery of the main body of the door leaf is provided with rectangular toughened glass with serging; a seal ring is embedded between the serging and the toughened glass; the inner side of the serging of an open and closing edge and the outer side of a doorframe of an open and closing edge are provided with corresponding gland strips; the serging of the inner side of a bottom margin is fixed with a water-stop plate horizontally; the inner side of a rotary edge doorframe is provided with a water-stop sheet axially. The invention is novel in design and outstanding in performance, and is provided with a water-tight sealing device at non-watertight parts, thereby the water insulation effect of the glass door is improved significantly; as the main body of the door leaf adopts imported glass epoxy, materials such as serging adopt aluminium alloy sections, thereby greatly improving the strength of the door leaf, reducing the weight of the door leaf, and accordingly the burden of installation and transportation is reduced, use is more flexible and convenient; the door leaf is applicable to modularized fabrication technology, thereby maintenance and replacement is more convenient.

A curtain panel is provided for use in retrofitting vertical blinds. The curtain panel is configured to hang in place of vertical blind slats as a retrofit application that provides a greatly improved appearance as compared to traditional vertical blinds. In general the curtain panel employs a system of buttonholes along a top edge of the panel to affix it in place on the same hook system where the vertical slat deteriorating blinds were formerly held in place. In this manner a retrofit is offered as a fashionable option to ugly blinds. The user also has the ability to coordinate a patio door (sliding glass door, etc.) panel to his/her interior decor.

The invention discloses a tableware cabinet, and belongs to the field of household articles for daily use, and the tableware cabinet is used for solving the problems that iron tableware occupies space and is not attractive. The tableware cabinet comprises a tableware rear wall, wherein a magnet board is arranged on the cabinet rear wall, a plurality of stop pins are arranged on the magnet board, and the front end of the cabinet is provided with a sliding glass door. By using the tableware cabinet, knives, shovels, spoons, forks and other iron tableware can be placed on the different stop pins, can be adsorbed by the magnet board, and can be arranged randomly, so that different modeling can be formed according to personal habits, the arrangement forms are different everyday, and additional occupation on the space is avoided.