48results about How to "Secure structure" patented technology

A multiple-fire securing device includes a hollow outer shaft, a reloader, a reloader movement assembly, a rail, and securing structures each defining an inner securing orifice. The reloader longitudinally moves within the outer shaft and has a distal end shaped to temporarily contact one of the securing structures. The rail is disposed within the reloader and has an installing location. The securing structures are disposed on the rail. The reloader movement assembly moves the reloader longitudinally in a distal direction to deliver a first securing structure to the installing location from a first proximal position and moves the reloader proximally away from the installing location without the first securing structure to a position in which the distal end of the reloader temporarily contacts a second one of the securing structures. The second and successive securing structures are moved one at a time to the installing location.

The electromagnetic clamp and method includes an electromagnet and a clamping piece located on opposite sides of a structure to clamp the structure. The electromagnet attracts the clamping piece through the structure when the electromagnet is energized, such that the electromagnet and clamping piece exert force on the structure, and an operation, such as drilling and/or fastener installation, may be performed on the structure. The configuration of the electromagnet creates the force necessary to securely clamp the structure. The electromagnet includes a coil and a core, and the core of the electromagnet is located within a longitudinal aperture that extends through the coil. The smallest lateral dimension of the core is chosen to maximize the flux density between the core and the clamping piece. As such, the smallest lateral dimension of the electromagnet may be greater than the distance between the clamping piece and the electromagnet.

My invention will secure a ladder to a building or roof and will not slide or come loose. Saving Lives.

A tether for securing a baby bottle or toy to a structure such as a highchair or car seat for the baby. The tether has an elongated member with a flexible portion and having opposed ends with a securing device at each of the opposed ends. Both of the securing devices are straps that have a fastening system such as a hook and loop system such that the securing devices can form a loop of a desired size to encircle an item, such as a baby bottle or a toy and structure to secure the tether to both the item and the structure. As such, the baby bottle or toy can be secured to a structure such as a highchair or car seat and if dropped, the item will be restrained so as to not contact the floor and become contaminated.

This apparatus provides a means by and through which a children's bottle or sip cup can be secured to structural components, such as car seat headrest, utilizing a bottle holder, a tether, and a clip. The bottle holder is comprised of a flexible, insulating material that securely fits around said bottle in such a manner that it cannot be easily extracted by a child. Furthermore, the bottle holder helps maintain desired temperature of the liquid within the bottle through the utilization of insulating materials. The tether can be adjusted to variable desired lengths. The tether has attached to it, a clip with easily and quickly secures to many different structural components. The clip can be easily removed as well. The invention allows a child to drop or throw a bottle or cup without misplacing the bottle or cup. The caretaker or child simply grabs the tether which has the bottle or cup securely attached.

A connection element 2, 3 for attaching a horizontal element 7, 8 to a vertical element is proposed. In this arrangement, a free end of the horizontal element 7, 8 comprises at least one top projection 18 and at least one bottom projection 17; and on the vertical element 56 at least one hooking-in aperture 20 for accommodating the top projection 18 of the horizontal element 7, 8 and at least one horizontal projection 25 for the vertical support of the bottom projection 17 of the horizontal element 7, 8 are provided, wherein a clamping element 30 with locking means 32 is provided for horizontal securing of the bottom projection 17 of the horizontal element 7, 8.

A temporary closure with a solid pane of for example glass framed in a quadrangular frame that includes four side members forming at least a part of each their side of the frame sides; eight corner members each telescopically connected to a side member and in pairs forming the four corners of the frame; four longitudinal mountings fastened on each their side member and each arranged to displaceably receive an area of the pane, and a fastener for fixing the pane in a wanted position in the frame. The frame includes at least one corner plate fastened on each of the corners of the frame and having sides that are longer than the extent of the adjacent mounting in the transverse direction. The temporary closure can be mounted and demounted quickly and easily, and its size can be changed to adapt to an opening. The temporary closure gives good security against the intrusion of unauthorized persons, as the solid pane cannot easily be broken through or cut open in the same way as panes consisting of a flexible plastic sheet.

A height adjusting structure for a stand of a display device is provided. The stand includes a guide rail, base, supporting unit, and guide unit. The guide rail is fixedly installed to a rear surface of the display device. The base is supported on a horizontal surface. The supporting unit extends upward from the base. The guide unit is fixedly installed on the supporting unit, to be guided and moved along the guide rail. The height adjusting structure uses a minimum number of parts, is easy to assemble, is highly resistant to external shocks, is able to securely support a display device, operates quieter, and has improved operating reliability.

Several new and useful concepts for a manually propelled vehicle such as a wheel chair are provided. In one concept, the vehicle is configured to be selectively placed in an automatic lock condition in which (i) the wheel chair can move in a conventional manner while an occupant is seated in the wheel chair, and (ii) the wheel chair is automatically locked against movement when an occupant begins to rise from a seated position on the wheel chair. In another concept, a particularly secure structure is provided for locking the wheel of the wheel chair against movement. In yet another concept, important components of the wheel chair are formed in a manner that facilitates assembly of those components into the wheel chair, by an internal fastening system and in a modular fashion.

The invention relates to a safety valve for a cryogenic insulated gas cylinder, which comprises a valve body, and the valve body further comprises a gas inlet flow channel, a valve seat, a slide way, a valve core and a spring, a gas inlet connecting thread and an adjusting nut. An adjusting nut exhaust hole set on said adjusting nut, a spring set between the said adjusting nut and a spring bracket with an exhaust hole. A valve assembly further comprises the valve core, a plurality of guide rings, a positioning steel ball and a valve flap, a valve core exhaust hole is provided in the valve core. The safety valve has high stability in discharge pressure and return pressure, high repeatability and good sealing performance, and is firm in structure, difficult to be damaged and high in safety.

A bag made from a length of material (10) divided into a series of three or more substantially equal sized sections (12, 14, 16, 18, 20). Every other section is filled with sand (14, 18), or other particulate material and there is an unfilled section (12, 20) at each end.

An earring fastening post that allows for the attachment of an ornamental or decorative portion without need of an earring back or fastener. The device comprises of a rotating earring post attached that can be utilized with any ornamental or decorative earring. The post has two outer post members pivotably attached to a center securing member. The center securing member rotates and locks perpendicularly to the outer post members, securing a user's ear lobe between the ornamental earring and the securing member.

A latching system includes a closing wedge module with two closing wedges supported for movement relative to one another and having wedge faces, and a closing wedge holder for movably receiving the closing wedges. A holding jaw module has two holding jaws to receive the closing wedge module there between. The holding jaws have keyways configured to complement a contour of the wedge faces of the closing wedges. A drive unit moves the closing wedges apart to thereby push the wedge faces into the keyways of the holding jaws and to couple a vehicle flap with a structural part of a vehicle body. At least one of the closing wedges has a predetermined breaking point to separate into a keyway-proximal part and a closing-wedge-holder-proximal part, when the closing wedge is pushed into the keyways and a stress resistance of the closing wedge is exceeded by a mechanical load during operation.

A leveling foot having a base section with a raised, hollow column. A spring is arranged in the hollow column. A moveable top piece engages the column, and is movable in the vertical direction against the force of the spring. The top piece is slightly larger than the column, such that side walls of the top piece overlap the sides of the column when the spring is compressed. The bottom edges of the side walls of the top piece are angled. A generally U-shaped wedge device is provided that may be pressed into engagement with the base section, whereby a leg of the U engages each side of the column. The top surfaces of the legs of the U-shaped device are angled in the form of wedges, the angles of the top surfaces of the legs corresponding to the angles of the side walls of the movable top piece, such that the side walls of the top piece will rest upon the angled top surfaces of the legs of the wedge device when the top piece is under load.