mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a network interface configured to receive first messages from a first wireless device; a controller configured to generate second messages corresponding to the first messages; and a first field device protocol interface configured to transmit the second messages to a process controller (302, 352) over a wired communication link (328A, 358, 360, 412A); wherein, for each first message that contains primary process variable data corresponding to measured process variable values, the controller is configured to generate the corresponding second message and to provide that second message to the first field device protocol interface for transmission to the process controller (302, 352); wherein, for each first message that contains other process variable data that is not primary process variable data, the controller is configured to generate the corresponding second message and depending on a configuration of the apparatus to selectively provide that second message to (i) the first field device protocol interface for transmission to the process controller (302, 352) or (ii) an additional interface for transmission to another destination; and wherein the apparatus is further configured to receive configuration information derived from device descriptors provided by device manufacturers, and use said configuration information to configure the process controller (302, 352). a network interface configured to receive first messages from a first wireless device; a controller configured to generate second messages corresponding to the first messages; and a first field device protocol interface configured to transmit the second messages to a process controller (302, 352) over a wired communication link (328A, 358, 360, 412A); wherein, for each first message that contains primary process variable data corresponding to measured process variable values, the controller is configured to generate the corresponding second message and to provide that second message to the first field device protocol interface for transmission to the process controller (302, 352); wherein, for each first message that contains other process variable data that is not primary process variable data, the controller is configured to generate the corresponding second message and depending on a configuration of the apparatus to selectively provide that second message to (i) the first field device protocol interface for transmission to the process controller (302, 352) or (ii) an additional interface for transmission to another destination; and wherein the apparatus is further configured to receive configuration information derived from device descriptors provided by device manufacturers, and use said configuration information to configure the process controller (302, 352).
A method for displaying an "attitude director indicator" in a heads-up display system for an aircraft, said heads-up display system comprising: - a head support supporting a display device; - a posture detection system for detecting the posture of said head support; - sensors for detecting various parameters defining the attitude of said aircraft; - means for computing and graphically generating said attitude in said display device, the set of parameters displayed in the form of symbols being denoted "attitude director indicator", said attitude director indicator being displayed in a determined angular field, characterised in that, with the attitude director indicator being displayed in a terrestrial reference or locally in a reference associated with the head support and in the field of the display device, the attitude director indicator is displayed in the correct position except under the following conditions: when the head support is oriented in a determined direction forming, with the line of horizon and/or with the "speed vector", an angle that is greater than a first determined value; and/or when at least one of the attitude parameters of the aircraft exceeds a second determined value, the attitude director indicator is displayed in a terrestrial reference or locally in a reference associated with the head support and in the field of the display device. - a head support supporting a display device; - a posture detection system for detecting the posture of said head support; - sensors for detecting various parameters defining the attitude of said aircraft; - means for computing and graphically generating said attitude in said display device, the set of parameters displayed in the form of symbols being denoted "attitude director indicator", said attitude director indicator being displayed in a determined angular field, when the head support is oriented in a determined direction forming, with the line of horizon and/or with the "speed vector", an angle that is greater than a first determined value; and/or when at least one of the attitude parameters of the aircraft exceeds a second determined value, the attitude director indicator is displayed in a terrestrial reference or locally in a reference associated with the head support and in the field of the display device.
A pneumatic tire comprising a belt composed of at least three belt layers on the tire radial-direction outer side of a carcass, wherein a reinforcing material of at least an outermost belt layer among the at least three belt layers is a steel cord which has a layer-twisted structure comprising a core composed of two core filaments having a circular cross section and a sheath composed of eight sheath filaments that are twisted together around the core, the two core filaments are twisted together, and a steel cord amount in the outermost belt layer, which is represented by the following Equation, is 37 to 49: Steel cord diameter mm × Steel cord end count steel cords / 50 mm characterised in that: the twisting direction of the core filaments is different from the twisting direction of the sheath filaments (2.
Container having at least one bale arm being pivotably supported in opposing side walls in such a manner that it is movable between a stacking position, in which a transverse member of the bale arm extends between the opposing side walls forming a support for a base of another container stacked thereon, and a resting position in which the transverse member is removed from an opening and rests against a resting wall portion of the container, wherein a hinge pin is provided at each end portion of the at least one bale arm and is configured to be received in a respective hinge eye inside of a respective slot formed in each of the opposing container side walls, the hinge pin having an end face including an inclined surface, characterized in that the inclined surface is configured such that, in an assembling position of the bale arm, in which the transverse member is arranged in the stacking position and the hinge pins are arranged next to the slots, the inclined surface of the end face faces the slot in an assembling direction and the hinge pin slopes or tapers in a direction towards a slot opening such that a length of the hinge pin, at a side thereof facing towards the slot opening in the assembling position, is reduced compared to a side of the hinge pin which opposes the slot opening, in order to provide an insertion ramp for inserting the hinge pin into the slot and into the hinge eye formed therein. a stacking position, in which a transverse member of the bale arm extends between the opposing side walls forming a support for a base of another container stacked thereon, and a resting position in which the transverse member is removed from an opening and rests against a resting wall portion of the container, wherein a hinge pin is provided at each end portion of the at least one bale arm and is configured to be received in a respective hinge eye inside of a respective slot formed in each of the opposing container side walls, the hinge pin having an end face including an inclined surface, characterized in that the inclined surface is configured such that, in an assembling position of the bale arm, in which the transverse member is arranged in the stacking position and the hinge pins are arranged next to the slots, the inclined surface of the end face faces the slot in an assembling direction and the hinge pin slopes or tapers in a direction towards a slot opening such that a length of the hinge pin, at a side thereof facing towards the slot opening in the assembling position, is reduced compared to a side of the hinge pin which opposes the slot opening, in order to provide an insertion ramp for inserting the hinge pin into the slot and into the hinge eye formed therein.
Support base for an iron comprising a base body provided with an upper surface suitable to support an iron, and containing a tank configured to contain water and a feed pipe which connects the tank with the iron, characterized in that it comprises an audio reproduction device integrated in said base body, wherein said audio reproduction device comprises an antenna or other reception device, configured to receive radio waves and/or radio transmissions and said base body has a cylindrical shape with respect to a central axis and comprises an upper portion in which said tank is housed, and a lower portion in which said audio reproduction device is housed, said tank being disposed in an intermediate position between the latter and said upper surface.
A business-document presenting device comprising: a storage unit configured to store text information displayed on a terminal screen during processing of a task in a past; an acquisition unit configured to acquire text information displayed on the terminal screen being operated; an extraction unit configured to compare the acquired text information and the text information stored in the storage unit and extract different items of text information among tasks as keywords for searching for business documents; and a search unit configured to search for business documents including the extracted keywords and to present the business documents as a search result to a user during processing. a storage unit configured to store text information displayed on a terminal screen during processing of a task in a past; an acquisition unit configured to acquire text information displayed on the terminal screen being operated; an extraction unit configured to compare the acquired text information and the text information stored in the storage unit and extract different items of text information among tasks as keywords for searching for business documents; and a search unit configured to search for business documents including the extracted keywords and to present the business documents as a search result to a user during processing.
Hand-operated power tool with a tool holder for holding a working tool, in particular a saw blade, and with a drive motor, in particular electrical, mounted in a housing of the hand-operated power tool and for driving the tool holder, wherein the hand-operated power tool has a mounting tool for mounting the working tool on the tool holder and a storage socket for stowing away the mounting tool, and wherein the hand-operated power tool has a safety device for movement locking of the tool holder for tool change of the working tool, wherein the safety device may be adjusted by means of an actuating element between a locking position in which the safety device mechanically blocks start-up of the drive motor and/or the tool holder against driving by the drive motor, and an operating position in which the drive motor and/or the tool holder are released for working operation of the hand-operated power tool, wherein the actuating element is adjustable relative to the housing of the hand-operated power tool between a covered position in which the storage socket is at least partly covered by the actuating element, so that the mounting tool may not be removed from the storage socket, and a release position in which the mounting tool may be removed from the storage socket, wherein the covered position is assigned to the operating position and the release position is assigned to the locking position of the safety device, characterised in that it has interlocking means for interlocking the actuating element during working operation of the hand-operated power tool, in particular with the drive motor rotating or the tool holder rotating, so that the actuating element cannot be moved from the covered position into the release position.
A method for allocating radio channel resources in a radio communications system characterized by: determining whether a data communication requested between a radio network and a mobile radio station is associated with a symmetric service or an asymmetric service, wherein the symmetric data communication is a voice over IP, VoIP, communication and wherein the radio communications system is a GPRS or EDGE type system, the radio channel resources are time slots, and the symmetric VoIP connection includes an uplink temporary block flow, TBF, and a downlink TBF; if the data communication is associated with a symmetric service, establishing a symmetric data connection between the mobile radio station and the radio network for communicating data packets associated with the data communication; assigning substantially the same amount of radio channel resources to the symmetric connection for transporting data packets uplink from the mobile radio station to the radio network as for transporting data packets downlink from the radio network to the mobile radio station; using the fact that substantially the same amount of radio channel resources have been assigned to manage and allocate time slots; and pairing VoIP data communications when assigning time slots by assigning a first VoIP data communication in a pair to a first time slot in which to transmit and a second time slot in which to receive, and assigning a second VoIP data communication in the pair to the first time slot in which to receive and the second time slot in which to transmit. determining whether a data communication requested between a radio network and a mobile radio station is associated with a symmetric service or an asymmetric service, wherein the symmetric data communication is a voice over IP, VoIP, communication and wherein the radio communications system is a GPRS or EDGE type system, the radio channel resources are time slots, and the symmetric VoIP connection includes an uplink temporary block flow, TBF, and a downlink TBF; if the data communication is associated with a symmetric service, establishing a symmetric data connection between the mobile radio station and the radio network for communicating data packets associated with the data communication; assigning substantially the same amount of radio channel resources to the symmetric connection for transporting data packets uplink from the mobile radio station to the radio network as for transporting data packets downlink from the radio network to the mobile radio station; using the fact that substantially the same amount of radio channel resources have been assigned to manage and allocate time slots; and pairing VoIP data communications when assigning time slots by assigning a first VoIP data communication in a pair to a first time slot in which to transmit and a second time slot in which to receive, and assigning a second VoIP data communication in the pair to the first time slot in which to receive and the second time slot in which to transmit.
A method of controlling at least a part of a start-up or re-light process of a gas turbine engine, the method comprising: controlling rotation of a low pressure compressor using a first electrical machine to increase angular velocity of the low pressure compressor; determining if an exit pressure of the low pressure compressor is equal to or greater than a threshold exit pressure; if the exit pressure of the low pressure compressor is not equal to or greater than the threshold exit pressure, controlling rotation of a high pressure compressor using a second electrical machine to restrict angular velocity of the high pressure compressor while the angular velocity of the low pressure compressor is increased; and if the exit pressure of the low pressure compressor is equal to or greater than the exist pressure, controlling rotation of the high pressure compressor using the second electrical machine to increase angular velocity of the high pressure compressor. controlling rotation of a low pressure compressor using a first electrical machine to increase angular velocity of the low pressure compressor; determining if an exit pressure of the low pressure compressor is equal to or greater than a threshold exit pressure; if the exit pressure of the low pressure compressor is not equal to or greater than the threshold exit pressure, controlling rotation of a high pressure compressor using a second electrical machine to restrict angular velocity of the high pressure compressor while the angular velocity of the low pressure compressor is increased; and if the exit pressure of the low pressure compressor is equal to or greater than the exist pressure, controlling rotation of the high pressure compressor using the second electrical machine to increase angular velocity of the high pressure compressor.
Radiofrequency apparatus for thawing food products, using an electromagnetic field of the oscillating type, comprising a continuous conveyor belt, on which said food products are arranged, means for supporting and moving said conveyor belt forward, an inlet section for introducing said food products to be thawed, a central section, defining a tunnel in which the thawing of said food product occurs, an outlet section, from which said thawed food products exit, at least an oscillating voltage generator for generating said electromagnetic field of the oscillating type, characterised by comprising washing means for cleaning and/or sanitizing said conveyor belt and/or said inlet section and/or said central section and/or said outlet section by using liquid substances, wherein said washing means comprise first nozzles positioned below said conveyor belt, for dispensing a washing fluid, and tanks for collecting said washing fluid, said first nozzles being positioned inside said collection tanks facing towards said conveyor belt, said tank being positioned below a roller table comprised in said means for supporting and moving said conveyor belt, said roller table being provided for supporting said conveyor belt, said first nozzles being suitable to cleanse said roller table and the lower surface of said conveyor belt, and wherein said washing means comprise second nozzles for cleaning and/or sanitizing the upper surface of said conveyor belt, wherein said second nozzles are provided at a first roller and or a second roller comprised in said means for supporting and moving said conveyor belt.
Support assembly for a trailer coupling or a load carrier, as components including a cross-member and at least one holder (11, 13; 211) fitted to the cross-member (20; 120; 210) for a trailer coupling or for a coupling part of a load carrier and where applicable with side members (30; 130; 230; 31; 131; 231) connected to the cross-member (20; 120; 220) for fitting to a rear of a vehicle body, wherein at least two of the components of the support assembly (10; 110; 210) and/or at least two of its component parts are connected to one another by a plug connection, wherein a plug-in projection (50, 51, 60, 61; 150; 250) in front of the one component or the component part engages in a plug-in socket (33-36; 133; 233) of the other component or the other component parts, and the plug-in projection or projections is or are joined to the other component or the other component parts with the aid of a material bonding connection, characterised in that the plug-in projection or projections (50, 51, 60, 61; 150; 250) is or are inserted into the plug-in socket (33-36; 133; 233) from an insertion side and behind which the free side of the component opposite the insertion side is set back, so that a recess is formed in the plug-in socket (33-36; 133; 233), and that the recess is at least partly filled by the connecting material creating the material bond between the plug-in projection or projections (50, 51, 60, 61; 150; 250) and the plug-in socket (33-36; 133; 233).
An emergency call device for a motor vehicle, wherein the emergency call device is configured - to be installed in a cup holder of the motor vehicle, and - to be connected to a power supply of the motor vehicle, by way of which the emergency call device can be supplied with electric energy, wherein the emergency call device features a base plate for installing said emergency call device in the cup holder and an emergency call unit for fixing it to the base plate, wherein the emergency call unit is preferably fixed to the base plate such that it can be detached, characterised by the fact that corresponding latch or positive locking elements (6,8) are arranged on the emergency call unit and the base plate, wherein the emergency call unit or base plate can be locked by way of said latch or positive locking elements, wherein the emergency call unit must be moved - preferably rotated - relative to the base plate in two opposing directions in order to lock the emergency call unit and the base plate. - to be installed in a cup holder of the motor vehicle, and - to be connected to a power supply of the motor vehicle, by way of which the emergency call device can be supplied with electric energy, wherein the emergency call device features a base plate for installing said emergency call device in the cup holder and an emergency call unit for fixing it to the base plate, wherein the emergency call unit is preferably fixed to the base plate such that it can be detached, characterised by the fact that corresponding latch or positive locking elements (6,8) are arranged on the emergency call unit and the base plate, wherein the emergency call unit or base plate can be locked by way of said latch or positive locking elements, wherein the emergency call unit must be moved - preferably rotated - relative to the base plate in two opposing directions in order to lock the emergency call unit and the base plate.
A board fixture (1, 9, 11, 14, 17, 29) for flush joining of a first building board and a second building board, said board fixture (1, 9, 11, 14, 17, 29) comprising a first, front flange portion, a second, rear flange portion, and a web portion connecting the flange portions (2, 3), wherein the flange portions (2, 3) and the web portion, on the one hand, form a first open space for receiving an edge portion of the first building board and, on the other hand, a second open space for receiving an edge portion of the second building board, wherein the web portion exhibits a plurality of through openings (7, 15) for allowing an adhesion agent to spread between the first open space and the second open space for the formation of an adhesion joint between the edge portions (20, 25) of the building boards (19, 24), and in that the rear flange portion exhibits openings for allowing the adhesion agent to spread to the outside of the rear flange portion, characterized in that the openings in the rear flange portion at least partially open into the openings (7, 15) in the web portion.