mhurhangee/ep-ind-claims huggingface dataset:
A digital signage comprising: a first Radio Frequency identification, RFID, reader; a wireless communication transceiver operable on a local area network; a motion detector; and a processor coupled to the motion detector, to the wireless communication transceiver and to the first RFID reader, the processor being operable to trigger the first RFID reader to read any RFID tags in proximity to the first RFID reader in response to the motion detector detecting a motion in proximity to the first RFID reader, characterized in that the first RFID reader is part of the local area network that includes other RFID readers in the surrounding environment of the first RFID reader, and wherein the processor is operable to direct the transceiver to communicate with those other RFID readers in the local area network in order to trigger those other RFID readers to read any RFID tags in proximity to those other RFID readers following motion being detected in proximity to the first RFID reader, in order to detect whether a tag previously read near the first RFID reader can subsequently be read by one of those other RFID readers, whereupon a network controller in communication with the one of those other RFID readers will remove an item associated with that RFID tag from an inventory at a location of the first RFID reader. a first Radio Frequency identification, RFID, reader; a wireless communication transceiver operable on a local area network; a motion detector; and a processor coupled to the motion detector, to the wireless communication transceiver and to the first RFID reader, the processor being operable to trigger the first RFID reader to read any RFID tags in proximity to the first RFID reader in response to the motion detector detecting a motion in proximity to the first RFID reader, characterized in that the first RFID reader is part of the local area network that includes other RFID readers in the surrounding environment of the first RFID reader, and wherein the processor is operable to direct the transceiver to communicate with those other RFID readers in the local area network in order to trigger those other RFID readers to read any RFID tags in proximity to those other RFID readers following motion being detected in proximity to the first RFID reader, in order to detect whether a tag previously read near the first RFID reader can subsequently be read by one of those other RFID readers, whereupon a network controller in communication with the one of those other RFID readers will remove an item associated with that RFID tag from an inventory at a location of the first RFID reader.
A shunt tube assembly, comprising: a first shunt tube; a second shunt tube; and a jumper tube comprising: a first tubular member engaged with the first shunt tube; a second tubular member axially disposed within the first tubular member, wherein the second tubular member slidingly engages within the first tubular member, and wherein the second tubular member is engaged with the second shunt tube; and a locking member configured to prevent the second tubular member from axially displacing into the first tubular member. a first shunt tube; a second shunt tube; and a jumper tube comprising: a first tubular member engaged with the first shunt tube; a second tubular member axially disposed within the first tubular member, wherein the second tubular member slidingly engages within the first tubular member, and wherein the second tubular member is engaged with the second shunt tube; and a locking member configured to prevent the second tubular member from axially displacing into the first tubular member. a first tubular member engaged with the first shunt tube; a second tubular member axially disposed within the first tubular member, wherein the second tubular member slidingly engages within the first tubular member, and wherein the second tubular member is engaged with the second shunt tube; and a locking member configured to prevent the second tubular member from axially displacing into the first tubular member.
A slide mount assembly for attachment to a wall or other structure in a location behind a mounted display and for mounting of electronics equipment, the slide mount assembly comprising: a base frame configured to attach to a structure, the base frame having a mounting flange with holes for use in securing the base frame to the structure; a slide frame slidably attached to the base frame by a sliding attachment, the sliding attachment being provided by at least one slide assembly, the slide frame including upper and lower flanges which are attached to or formed integral with a slide frame plate, each flange having a plurality of spaced apart mounting apertures; and a mounting plate attached to the slide frame, the mounting plate having a generally planar portion with a plurality of mounting apertures, the planar portion having upper and lower edges, at least one mounting tab (12 A) is formed on and extends outward from each of the upper and lower edges of the mounting plate, each mounting tab being configured to engage with one of the mounting apertures on the slide frame; characterized by the upper and lower flanges of the slide frame being joggled outward from the slide frame plate, with each flange including a first leg (16 A) and a second leg (16 B), the first leg (16 A) being offset from the slide frame plate and at a right angle to the second leg (16 B) which is at a right angle to the slide frame plate; and wherein the mounting apertures on the flange of the slide frame are formed in the second leg. a base frame configured to attach to a structure, the base frame having a mounting flange with holes for use in securing the base frame to the structure; a slide frame slidably attached to the base frame by a sliding attachment, the sliding attachment being provided by at least one slide assembly, the slide frame including upper and lower flanges which are attached to or formed integral with a slide frame plate, each flange having a plurality of spaced apart mounting apertures; and a mounting plate attached to the slide frame, the mounting plate having a generally planar portion with a plurality of mounting apertures, the planar portion having upper and lower edges, at least one mounting tab (12 A) is formed on and extends outward from each of the upper and lower edges of the mounting plate, each mounting tab being configured to engage with one of the mounting apertures on the slide frame; characterized by the upper and lower flanges of the slide frame being joggled outward from the slide frame plate, with each flange including a first leg (16 A) and a second leg (16 B), the first leg (16 A) being offset from the slide frame plate and at a right angle to the second leg (16 B) which is at a right angle to the slide frame plate; and wherein the mounting apertures on the flange of the slide frame are formed in the second leg.
A system for enabling dynamic telemetry message profiling and adjustment, the system comprising: one or more computer readable storage media; a processing system; program instructions for a telemetry service stored on the one or more computer readable storage media that, when executed by the processing system, direct the processing system to, in response to receiving at least one telemetry message including a source identifier and state information such as one or more of an error descriptor, usage data, and performance data, wherein the state information is gathered from a device: determine at least one rule adjustment targeting at least one target client device; and provide the at least one rule adjustment to the at least one target client device; wherein a rule describes the parameters for collecting telemetry data on a target client device; and wherein the program instructions to determine the at least one rule adjustment comprise instructions that direct the processing system to select the at least one rule adjustment from a set of rule adjustments, wherein each member of the set of rule adjustments is mapped to one or more relevant state information parameters, wherein the set of rule adjustments is stored on the one or more computer readable storage media, by comparing the at least one telemetry message to the one or more relevant state information parameters. one or more computer readable storage media; a processing system; program instructions for a telemetry service stored on the one or more computer readable storage media that, when executed by the processing system, direct the processing system to, in response to receiving at least one telemetry message including a source identifier and state information such as one or more of an error descriptor, usage data, and performance data, wherein the state information is gathered from a device: determine at least one rule adjustment targeting at least one target client device; and provide the at least one rule adjustment to the at least one target client device; determine at least one rule adjustment targeting at least one target client device; and provide the at least one rule adjustment to the at least one target client device;
A pharmaceutical composition for use in preventing or treating mucositis, comprising, as an effective ingredient, NecroX-7, or a pharmaceutically acceptable salt thereof.
A method for securing a mobile application for execution on a mobile device, comprising: - dividing the mobile application into a non-trusted portion and a trusted portion, the trusted portion consisting on one or more trusted applications, - downloading a software trusted execution environment and a rich execution environment and load the software trusted execution environment in the mobile application; - loading the non-trusted portion of the mobile application from a non-trusted application provider onto the mobile device, wherein said non-trusted portion includes elements of the mobile application that execute in a rich execution environment of a mobile platform of the mobile device and infrastructure pieces of the trusted execution environment that do not need to be secured, - loading the trusted portion of the mobile application from a trusted application provider into the mobile device, wherein said trusted portion executes in the software trusted execution environment of the mobile application, - associating and linking the non-trusted portion to the trusted portion, so that invocations from the non-trusted portion arrive at the trusted portion, - once the trusted portion has been loaded and linked with the non-trusted portion, the mobile application is executed, - during the initial run of the mobile application, executing a key-provisioning mechanism to provision personalized cryptographic key material to the software trusted execution environment for securing the trusted portion and securing some data stored in trusted storage associated with the trusted applications. - dividing the mobile application into a non-trusted portion and a trusted portion, the trusted portion consisting on one or more trusted applications, - downloading a software trusted execution environment and a rich execution environment and load the software trusted execution environment in the mobile application; - loading the non-trusted portion of the mobile application from a non-trusted application provider onto the mobile device, wherein said non-trusted portion includes elements of the mobile application that execute in a rich execution environment of a mobile platform of the mobile device and infrastructure pieces of the trusted execution environment that do not need to be secured, - loading the trusted portion of the mobile application from a trusted application provider into the mobile device, wherein said trusted portion executes in the software trusted execution environment of the mobile application, - associating and linking the non-trusted portion to the trusted portion, so that invocations from the non-trusted portion arrive at the trusted portion, - once the trusted portion has been loaded and linked with the non-trusted portion, the mobile application is executed, - during the initial run of the mobile application, executing a key-provisioning mechanism to provision personalized cryptographic key material to the software trusted execution environment for securing the trusted portion and securing some data stored in trusted storage associated with the trusted applications.
A bone anchoring device including a receiving part for coupling a bone anchor to a rod and a bone anchor, the bone anchor including a shank (2, 2') for anchoring in a bone or a vertebra, wherein the receiving part (3, 3', 3", 3"', 30, 30', 30", 30"') includes a first end and a second end, the second end being connected to the shank (2, 2'), a bore extending from the first end into the receiving part for receiving a fixation device, the bore having a bore axis, an U-shaped recess (4, 4', 4") for receiving a rod (100, 1000), the recess being open at the first end of the receiving part for allowing insertion of the rod, wherein when a rod is inserted into the recess a longitudinal axis of the rod extends substantially perpendicular to the bore axis and wherein the recess (4, 4', 4") comprises opposing sidewalls on at least one side of the bore; a resilient retention element (40, 400, 400', 400", 400"') is provided on at least one of the opposing sidewalls, wherein the resilient retention element is deflectable toward the at least one side wall when the rod (100, 1000) is inserted, characterized in that the resilient retention element (40, 400, 400', 400", 400"') and the at least one sidewall are formed in a monolithic manner.
A blood pump system which comprises a housing having an inlet port and an outlet port, a rotor rotated in said housing for pumping blood, and a motor for rotating said rotor, said blood pump system comprising a motor current measuring function, and a backflow detecting function for detecting a backflow of blood by use of a motor current value continuously measured by said motor current measuring function, wherein said backflow detecting function comprises a motor current derivative calculation function for calculating a derivative by use of the motor current value sequentially measured by said motor current measuring function, and a backflow generation determining function for determining the generation of a backflow by use of said derivative calculated by said motor current derivative calculation function.
A system comprising: a wing tip device for an aircraft comprising: a unitized, monolithic leading edge torque box formed of polymer matrix fiber-reinforced material and including: a skin defining a continuous, uninterrupted outer mold line, OML, surface extending aftwardly from a leading edge of the wing tip device by a distance of at least approximately 60 percent of the local chord length of the wing tip device; and at least one internal component extending between opposing inner surfaces of the skin and being integrally formed therewith; and a tooling system for forming the leading edge torque box, the tooling system comprising: an OML tool; and a pair of rigid soluble mandrels which expand upon heating such that the mandrels compact the skin of the leading edge torque box against a surface of the OML tool while simultaneously compacting the at least one internal component of the leading edge torque box which is positioned between the pair of mandrels. a wing tip device for an aircraft comprising: a unitized, monolithic leading edge torque box formed of polymer matrix fiber-reinforced material and including: a skin defining a continuous, uninterrupted outer mold line, OML, surface extending aftwardly from a leading edge of the wing tip device by a distance of at least approximately 60 percent of the local chord length of the wing tip device; and at least one internal component extending between opposing inner surfaces of the skin and being integrally formed therewith; and a skin defining a continuous, uninterrupted outer mold line, OML, surface extending aftwardly from a leading edge of the wing tip device by a distance of at least approximately 60 percent of the local chord length of the wing tip device; and at least one internal component extending between opposing inner surfaces of the skin and being integrally formed therewith; and a tooling system for forming the leading edge torque box, the tooling system comprising: an OML tool; and a pair of rigid soluble mandrels which expand upon heating such that the mandrels compact the skin of the leading edge torque box against a surface of the OML tool while simultaneously compacting the at least one internal component of the leading edge torque box which is positioned between the pair of mandrels. an OML tool; and a pair of rigid soluble mandrels which expand upon heating such that the mandrels compact the skin of the leading edge torque box against a surface of the OML tool while simultaneously compacting the at least one internal component of the leading edge torque box which is positioned between the pair of mandrels.
Antenna arrangement comprising an antenna feeding network, an electrically conductive reflector and at least one radiating element arranged on said reflector, the antenna feeding network comprising at least one substantially air filled coaxial line, each coaxial line comprising a central inner conductor and an elongated outer conductor surrounding the central inner conductor, wherein at least one radiating element and a central inner conductor of said at least one coaxial line are configured to interconnect indirectly, wherein said at least one radiating element comprises a coupling element for interconnecting with the at least one central inner conductor, wherein the coupling element (24; 124) comprises a free end portion, wherein said at least one radiating element is configured to interconnect with said at least one central inner conductor via said free end portion, wherein the electrically conductive reflector comprises an opening and wherein the coupling element extends through the opening to the inner conductor, characterized in that said antenna arrangement further comprises a snap on mechanism having a snap on portion integrally arranged on the coupling element (24; 124), at least in proximity of the free end portion, and a complementary snap on portion arranged on the inner conductor (14; 114), wherein said complementary snap on portion is provided in the form of a portion of the envelope surface of said inner conductor, and wherein said snap on portion is formed at the free end portion of the coupling element as a pair of snap on fingers configured to engage with said complementary snap on portion, wherein the snap on fingers are flexible such that the snap on fingers are removably connected to the inner conductor by being snapped onto the snap on portion.
A bleaching formulation comprising one or more particles and, separately to the particles, a transition metal ion-containing bleaching catalyst, the particles comprising: (i) a core comprising either an inorganic solid support material selected from the group consisting of clays, aluminium silicates, silicates, silicas, carbon black and activated carbon, or a catalase enzyme or a mimic thereof; and an amount of about 0 to about 10 wt% of a transition metal ion-containing bleaching catalyst, the amount of the catalyst being with respect to the weight of the core; and (ii) a coating encapsulating the core, which comprises a material that melts at a temperature of between about 30 °C and about 90 °C, with the proviso that, where the inorganic solid support material is talc or a clay, the core does not comprise a peroxy compound or source thereof or a catalase enzyme or mimic thereof. (i) a core comprising either an inorganic solid support material selected from the group consisting of clays, aluminium silicates, silicates, silicas, carbon black and activated carbon, or a catalase enzyme or a mimic thereof; and an amount of about 0 to about 10 wt% of a transition metal ion-containing bleaching catalyst, the amount of the catalyst being with respect to the weight of the core; and (ii) a coating encapsulating the core, which comprises a material that melts at a temperature of between about 30 °C and about 90 °C,
Busbar for connecting cell terminals (11, 12) of at least two battery cells of a battery module, the busbar comprising: a first contact portion configured to connect to a first cell terminal; a second contact portion configured to connect to a second cell terminal and spaced apart from the first contact portion in a first direction; an arced portion configured to connect the first contact portion and the second contact portion, wherein the contact portions (21, 22) extend in a first plane and wherein the arced portion extend in a second plane essentially perpendicular to the first plane, wherein a first bent portion extends from the first contact portion into the second plane and connects the first contact portion and the arced portion and a second bent portion extends from the second contact portion in the second plane and connects the second contact portion and the arced portion, wherein the arced portion comprises a first section extending from the first bent portion in a second direction essentially perpendicular from the first direction, a second section extending from the second bent portion in the second direction, and a third section connecting the first section and the second section and extending in the first direction, and wherein the arched portion extends over the first contact portion and over the second contact portion in the second direction. a first contact portion configured to connect to a first cell terminal; a second contact portion configured to connect to a second cell terminal and spaced apart from the first contact portion in a first direction; an arced portion configured to connect the first contact portion and the second contact portion, wherein the contact portions (21, 22) extend in a first plane and wherein the arced portion extend in a second plane essentially perpendicular to the first plane, wherein a first bent portion extends from the first contact portion into the second plane and connects the first contact portion and the arced portion and a second bent portion extends from the second contact portion in the second plane and connects the second contact portion and the arced portion, wherein the arced portion comprises a first section extending from the first bent portion in a second direction essentially perpendicular from the first direction, a second section extending from the second bent portion in the second direction, and a third section connecting the first section and the second section and extending in the first direction, and wherein the arched portion extends over the first contact portion and over the second contact portion in the second direction.