52results about How to "Quickly and easily adapted" patented technology

The invention relates to a method for seamless handover of mobile devices in heterogeneous networks. A mobile device (10) is moved between different topological network locations (30 / 31 / 32 / 33) and transmits and / or receives data by means of different network access technologies without the data transfer between a Client IP application (11), running on the mobile device (10), and a Server IP application (21) being interrupted, wherein the Client IP application (11) of the mobile device (10) makes a request with first data units to a client-service module (12), wherein the client service module (12) creates second data units based on the received first data units and makes a request to a server-service module (22) with the second data units, wherein the server-service module (22) creates third data units based on the received second data units and makes a request to the Server IP application (21) with the third data units to handle the data exchange between the Client IP application (11) and the Server IP application (21).

A discharge unit for an animal feeder attaches to the feed outlet of the feeder. The discharge unit has an upwardly extending coupling tube which engages the feeder outlet. Several feeder tubes extend outwardly from the lower end of the coupling tube and together with the lower end of the coupling tube define a central chamber of the discharge unit. A spreader cone is located within a floor region of the central chamber. Feed passing from the feed outlet of the feeder passes through the internal diameter of the coupling tube of the discharge unit and over the spreader cone before passing through the central chamber and through the feeder tubes to be discharged from the feeder.

Each one of a set of substitutable paintball magazines of different capacities can be quickly mounted on a universal coupling base plugged into the projectile feeding port of a paintball marker. The coupling base incorporates a motor whose shaft connects to a paintball agitator within the magazine. The set of magazines offers a convenient selection of loading capacities to accommodate a variety of game circumstances and environments.

A device for the voltage supply of an occupant protection system in a motor vehicle having a switching unit and a voltage supply unit, which supplies an operating voltage to the occupant protection system, the switching unit providing a supply voltage to the voltage supply unit when the supply voltage exceeds a predefined threshold value voltage level. A configuration unit is also provided which provides various reference voltage levels for the switching unit as threshold value voltage levels.

A tensile strength testing machine comprises a frame assembly that defines a test zone. The frame assembly includes a frame member that has first and second opposed ends. The ends have inner sides that generally face one another across the test zone, and outer sides that are generally opposed to one another and the test zone. An arbor element is mounted for generally axial movement relative to the first end. The arbor element is slidably mounted in the first end. The arbor element projects inwardly into the test zone and outwardly from the outer side of the first end. The arbor element is adapted to being attached to a test specimen, which mounted in the test zone. A portion of the arbor element that projects outwardly from the outer side of the first end is generally surrounded by an array of jack bolts. The jack bolts are threadably mounted in a collar member that is substantially axially fixed relative to the arbor element. The jack bolts are positioned to bear generally against the outer side of the first end. Typically, at least a thrust collar, and, preferably, a load determining assembly are interposed between this outer side and the bearing ends of the jack bolts. Torquing down the jack bolts against the outer side of the first end places the arbor element in tension. This tensile load is applied to a test specimen mounted in the test zone, and the magnitude of the load is determined.

The present invention relates to systems and methods that facilitate wireless device communications and configuration. A detection component identifies N devices that are coupled together via a biological medium, N being an integer, wherein the medium includes direct or indirect touching to a device or devices. After biological contact, a configuration component initiates a configuration between a subset of the devices. Although configurations and / or other communications can be conducted through a medium such as the human body, the present invention can employ an initial touch to identify respective devices whereby other electronic configuration sequences commence without further device contact. Other aspects include chain touching between users and / or devices to facilitate contact between the devices. Location detection components can also be provided to identify when users are present near a device, the detected presence to commence further automated procedures, and / or the location detection components can enable devices to identify other devices in a crowded wireless environment.

A carrier includes a supporting unit that is amenable to supporting a wide variety of items. The carrier includes shelves and / or baskets as well as a unit that can be used to support large and / or bulky items. The carrier further includes a stabilizer unit as well as a brake unit. Various attachments can also be mounted on the carrier.

A container yoke for lifting of at least one container, including a base frame, two travelling beams, which are telescopically displaceable in the base frame and on whose outer end portions are arranged transverse beams provided with locking members, so called twist locks, for engagement in, and locking to, the corner boxes of a container. The container yoke includes cables arranged to displace a respective travelling beam into the desired position in the frame of the container yoke. The cables, for displacement of a travelling beam, are simultaneously reeled up and unreeled with the aid of one and the same cable drum. Two cable drums of the container yoke are driven by a common actuator, and the cables are fastened in the end portion of a respective travelling beam via spring-loaded cable tensioners.

A test core clamp comprising a first longitudinally split tube comprising a split portion having opposing ends and attached to a base, and a tightening device for moving the opposing ends towards each other. The tightening device comprises two brackets one affixed to each of the opposing ends and both having apertures therein. One of the bracket apertures is threaded to engage one end of a clamping bolt inserted through and rotating freely within the other bracket aperture such that rotation of the clamping bolt causes the opposing ends to close or open. According to a preferred embodiment, an insert comprising a second longitudinally split tube having a plurality of fins extending radially from its outer surface is slideably located inside of the first split tube with the fins frictionally engaging the inner surface of the first split tube such that closing and opening of the first split tube results in opening and closing of the second split tube.