125results about How to "Provide mobility" patented technology

A communication device, wherein when the communication device is in a ringing mode, audio data is output from the speaker, and when the communication device is in a silent mode, audio data is converted to a text data and the text data is output from the display in a visual fashion.

The communication device comprising a voice communication implementer and a location dependent program executing implementer.

An acetabular prosthesis having an outer member for engaging the acetabulum. The outer member has a part-spherical bearing surface terminating in a distal rim. The rim has a contour such that the portion thereof to be located between the ischium and the pubis extends distally further from an equator of the bearing surface than the contour to be implanted between the pubis and the illium and between the ischium and the illium.

A handover method in wireless telecommunication system supporting USTS is disclosed. The method for performing a handover of a mobile station in an asynchronous wireless telecommunication system supporting an uplink synchronous transmission scheme (USTS) mode, includes the steps of: a) performing a mode conversion of the mobile station from the USTS mode to a non-USTS mode based on a first signal measurement result from the mobile station; and b) performing a handover for the mobile station. In another embodiment of the present invention, the method further includes the step of: c) performing a mode conversion from the non-USTS mode to the USTS mode based on a second signal measurement result from the mobile station.

A communication device which includes a voice communicating means, an automobile controlling means, and an OCR means, which further includes a caller ID means, a call blocking means, an auto time adjusting means, a calculating means, a word processing means, a startup software means, a stereo audio data output means, a digital camera means, a multiple language displaying means, a caller's information displaying means, a communication device remote controlling means, and a shortcut icon displaying means.

An apparatus designed to empty a urinary drain bag having a battery powered wireless remote transmitter that activates a wireless remote controlled receiv r relay connected to a battery powered solenoid operated pinch valve that is attached to a flexible drain tube, attached to an outlet of a urine drain bag to an “on” position, allowing the bag to drain for a designated period of time after which time the solenoid returns to a closed or “off” position, stopping the draining of the bag.

The system comprising a communication device and an another device, (a) wherein when the communication device is identified to be located in a 1st geographic area, a pin-point location of the communication device is notified to the another device, (b) wherein when the communication device is identified to be located in a 2nd geographic area, a specific zone in which the communication device is located is notified to the another device, (c) wherein when the communication device is identified to be located in a 3rd geographic area, a false location is notified to the another device, (d) wherein when the communication device is identified to be located in a 4th geographic area, a current geographic location unknown notice is sent to the another device, and (e) wherein when the communication device is identified to be located in a 5th geographic area, a previous location which indicates the location of the communication device at a certain previous time is notified to the another device.

The method of a communication device to implement a caller's area dependent ringtone modifying function, wherein when receiving a phone call from a caller's device, a caller's device current location which indicates the current geographic location of said caller's device is identified, if said caller's device current location indicates to be located in a 1st geographic area, a 1st ringtone audio data is output from said speaker with the sound volume indicated by a 1st ringtone sound volume data, if said caller's device current location indicates to be located in a 2nd geographic area, a 2nd ringtone audio data is output from said speaker with the sound volume indicated by a 2nd ringtone sound volume data.

A multi-board presentation system has a plurality of interactive boards connected to and controlled by separate computers that are in communication with one another through a server. The multi-board system utilizes a multi-machine interface that runs concurrently on each interactive board / computer providing heterogeneous input and output capabilities. Each interactive board may be assigned or associated with an offset value that allows for various schemes of display of panels of content on the different interactive boards. Such schemes may be operated manually by a moderator or automatically via the system. A portable interactive tablet may be part of the multi-board system which interfaces with the plurality of interactive boards through the server. The present multi-board system may also include a plurality of interactive participant tablets that are in communication with the array of interactive boards. Each interactive user tablet allows the participant to select which panel of content to display on their interactive tablet. Each interactive participant tablet allows the participant to synchronize display of one or panels of content thereon as displayed on one or more of the interactive boards. Moreover, each interactive participant tablet accepts participant input that is displayable on an interactive board displaying the same panel of content, with the participant input optionally being masked or obscured.

The communication device comprising a voice communication implementer, a first software program implementer, a second software program implementer, an area dependent shortcut icon modification implementer, and a weather dependent shortcut icon modification implementer.

A computer and mobile communication system for performing wireless telephone, personal organizer and / or schedule alert functions is provided. The system may have a wireless handset for recording and playing messages, and for performing scheduling functions. The computer may be located in a base station with a common housing which contains a cradle to provide a conduit for exchange of information between the computer and the handset, as well as the circuitry to charge a battery in the handset. The handset may be switched between a telephone mode and a personal organizer mode by opening and closing a protective cover. A method of operating the system is also disclosed.

This disclosure describes a work site utility carrier that configures into a dolly and hand truck in its retracted mode and a work bench in its elevated mode. A lower receptacle formed as part of a chassis with wheels, and an upper receptacle are pivotally connected by a unique positioning apparatus. In a retracted position the two receptacles lie side-by-side with their top surfaces essentially planar. In this mode, the carrier serves as a dolly or a hand truck. In the elevated mode the second receptacle pivots up to station securely above the chassis, The top of the second receptacle becomes a work bench. The receptacles may comprise tool boxes. One or both tool boxes may include tool drawers. Unique latching mechanisms positively secure the carrier in either mode. The latching in an elevated mode is aided by the weight of the upper receptacle.

This disclosure describes a work site utility carrier that configures as a dolly or hand truck in its retracted mode and a work bench in its elevated mode. Pivoting arm pairs enable the carrier's lower and upper receptacles to be transitioned between modes. Two “wheelbarrow” handles are pivotally attached at the lower outer end of the upper receptacle. When oriented at right angles to the upper receptacle bottom, the handles lessen the effort needed to maneuver the carrier. In a “semi-inclined” position the carrier rests in part on the handle outer ends, with much of the mass of the upper receptacle already elevated. Full elevation is facilitated by moving the lower receptacle toward the handle outer ends which act as brakes to keep the carrier stationary during the elevation.

A method, system and apparatus for cleaning a tank through the use of a pair of spray heads arranged in operable communication with a pump via a pair of hose lines. One of the spray heads is operable to disperse a heated mist of cleaning solution, while the other spray head is operable to dispense a jet stream of the cleaning solution. The spray heads can be arranged in a closed loop, recirculating flow of the cleaning solution between the pump and the spray heads, or an open loop. Each hose line has a valve to control the flow of the cleaning solution therethrough so that the spray heads can operate independently from one another.

A mobile computer security cabinet configured to prevent theft of computer equipment and includes a monitor enclosure that contains a computer monitor, allows viewing the monitor without accessing it, and prevents unauthorized entry; a central processing unit (“CPU”) enclosure that contains CPU, printer and other computer related equipment and prevents unauthorized entry; a keyboard enclosure coupled to the monitor and CPU enclosure and prevents unauthorized entry; and a wheel assembly coupled to the CPU enclosure. The keyboard enclosure further includes a drawer, which slides out of the keyboard enclosure and exposes an interior portion of the keyboard enclosure without providing access to the monitor and CPU enclosures.

A method and an apparatus are provided for marking a sheet-shaped workpiece using a marking tool. The marking tool is mounted in a punch holder of a punch press and a counter-support is fixed in place on a side opposite of a marking surface of the workpiece to be marked. The surface of the workpiece is marked by displacing the workpiece in its plane while engaging the marking tool with the workpiece. In one form, a support roller provides counter-support. In another form, an elastic element is cooperatively associated with the punch stroke of the punch press to translate an exactly defined contact pressure force between the tool tip and the workpiece to be marked.

A personal vehicle comprises a frame with a seat, two large, non-drive wheels connected by an axle at one end of the frame, an elongated swing arm attached to the axle, a pair of caster wheels connected to the frame opposite the large, non-drive wheels and a main drive wheel mounted to a fork and connected to the swing arm. The main drive wheel is located central the vehicle frame, intermediate the frame sides and intermediate frame front and rear sections.

An automaton configured to perform a task comprises a communication interface to communicate positional information with one or more anchor points provided within a given environment. The positional information enables generation of mapping information of the given environment. A motor provides the automation with mobility. A memory stores the mapping information. A controller controls the motor to enable the automaton to perform the task in the given environment using a first task route that has been generated using the mapping information.

A LAN / USB bridge apparatus is provided. The LAN / USB bridge apparatus includes a wireless LAN / USB signal processor and a controller. The wireless LAN / USB signal processor receives a wireless LAN signal transmitted from a wireless LAN access point performing a bridging function between a wired LAN and a wireless LAN, transforms the received wireless LAN signal a UWB (ultra wide band) signal, and transmits the UWB signal to at least one of wireless USB apparatuses. The wireless LAN / USB signal processor also receives a UWB signal transmitted from the wireless USB apparatuses, inverse-transforms the received UWB signal to the wireless LAN signal, and transmits the wireless LAN signal to the wireless LAN access point. The controller controls and manages operations of the LAN / USB signal processor.

An automaton configured to perform a task comprises a communication interface to communicate positional information with one or more anchor points provided within a given environment. The positional information enables generation of mapping information of the given environment. A motor provides the automation with mobility. A memory stores the mapping information. A controller controls the motor to enable the automaton to perform the task in the given environment using a first task route that has been generated using the mapping information.