mhurhangee/ep-ind-claims huggingface dataset:
A system for rapid-deployment and delivery of a layer-2 connection, comprising: a first FastL2 provider-edge appliance installed at a first customer site, the first provider-edge appliance comprising an ethernet port connected to an access circuit connecting a first customer-edge appliance, and an ethernet port connecting to a packet switched network; a second FastL2provider-edge appliance installed at a second customer site, the second FastL2provider-edge appliance comprising an ethernet port connected to an access circuit connecting a second customer-edge appliance, and an ethernet port connecting to a packet-switched network; a first and second provider-core appliance (320, 330) installed at a provider site, the provider-core appliances (320, 330) each comprising an ethernet port connected to a packet-switched network (105, 205) and an ethernet port connected to a cross-connect, characterized in that the first and second FastL2 provider edge appliances (104, 204) are configured to use their respective packet-switched network (105, 205) connections to establish respective packet-switched network tunnels (410A, 410B) to their respective provider-core appliances (320, 330) thereby originating respective pseudo-wire connections (400A, 400B) between the respective first and second access circuits (103, 203) and the cross-connect, such that an end-to-end pseudo-wire connection exists between the first access circuit and the second access circuit. a first FastL2 provider-edge appliance installed at a first customer site, the first provider-edge appliance comprising an ethernet port connected to an access circuit connecting a first customer-edge appliance, and an ethernet port connecting to a packet switched network; a second FastL2provider-edge appliance installed at a second customer site, the second FastL2provider-edge appliance comprising an ethernet port connected to an access circuit connecting a second customer-edge appliance, and an ethernet port connecting to a packet-switched network; a first and second provider-core appliance (320, 330) installed at a provider site, the provider-core appliances (320, 330) each comprising an ethernet port connected to a packet-switched network (105, 205) and an ethernet port connected to a cross-connect, characterized in that the first and second FastL2 provider edge appliances (104, 204) are configured to use their respective packet-switched network (105, 205) connections to establish respective packet-switched network tunnels (410A, 410B) to their respective provider-core appliances (320, 330) thereby originating respective pseudo-wire connections (400A, 400B) between the respective first and second access circuits (103, 203) and the cross-connect, such that an end-to-end pseudo-wire connection exists between the first access circuit and the second access circuit.
A coated paper or cardboard, comprising • at least one layer of paper or cardboard, • a layer of an adhesion promoter, arranged on the layer of paper or cardboard, and • a layer of a bioplastic, arranged on the layer of an adhesion promoter, • characterised in that the bioplastic is a polar type of bioplastic, and that • a layer of a polyolefin or a modified polyolefin, like LDPE and/or HDPE or a layer of PP or PE or of EBA, EMA, EAA or EAH is arranged between the layer of paper or cardboard and the layer of an adhesion promoter. • at least one layer of paper or cardboard, • a layer of an adhesion promoter, arranged on the layer of paper or cardboard, and • a layer of a bioplastic, arranged on the layer of an adhesion promoter, • characterised in that the bioplastic is a polar type of bioplastic, and that • a layer of a polyolefin or a modified polyolefin, like LDPE and/or HDPE or a layer of PP or PE or of EBA, EMA, EAA or EAH is arranged between the layer of paper or cardboard and the layer of an adhesion promoter.
An arrangement for estimating network traffic based on angle of arrival determination in a cellular network, the arrangement being adapted to carry out the method according to claim 10, in which a cell is served by a base station, wherein said base station is adapted to transmit radio frequency signals to a plurality of user equipments via a downlink channel and to receive said radio frequency signals from a plurality of said user equipments via an uplink channel within said cell, the arrangement comprising: a. an antenna array of directional antennas (12, 20, 22), wherein each of said directional antennas (12, 20, 22) is configured to receive uplink signals coming from said user equipments at a specific direction or a phased array of omnidirectional antennas configured to receive uplink signals coming from said user equipments at specific directions; b. a downlink receiving antenna (14, 24) mounted on said antenna array configured to receive downlink signals from said base station; c. a combiner adapted to combine all received said uplink signals from said directional antennas (12, 20, 22) and to send the combined signal to said base station; and d. an angle processing unit configured to determine the angle of arrival of said radio frequency signals from said user equipments and communicatively linked to said base station. a. an antenna array of directional antennas (12, 20, 22), wherein each of said directional antennas (12, 20, 22) is configured to receive uplink signals coming from said user equipments at a specific direction or a phased array of omnidirectional antennas configured to receive uplink signals coming from said user equipments at specific directions; b. a downlink receiving antenna (14, 24) mounted on said antenna array configured to receive downlink signals from said base station; c. a combiner adapted to combine all received said uplink signals from said directional antennas (12, 20, 22) and to send the combined signal to said base station; and d. an angle processing unit configured to determine the angle of arrival of said radio frequency signals from said user equipments and communicatively linked to said base station.
An apparatus comprising: a processor that comprises one or more cores; a non-volatile memory - NVM - coupled to the processor via an I/O interface by the processor, the NVM having stored thereon a compressed Pre-Extensible Firmware Interface - PEI - Basic Input and Output System - BIOS - image; a cache within the processor; and a non-volatile random accessible memory - NVRAM - coupled to the processor and being byte-rewritable and byte-erasable by the processor, the NVRAM having stored thereon an uncompressed PEI BIOS image, which is produced by the processor from the compressed PEI BIOS image during the PEI phase of the boot process, wherein execution of the uncompressed PEI BIOS images places the cache from a No Eviction Mode in the write-back mode during the PEI phase of the boot process. a processor that comprises one or more cores; a non-volatile memory - NVM - coupled to the processor via an I/O interface by the processor, the NVM having stored thereon a compressed Pre-Extensible Firmware Interface - PEI - Basic Input and Output System - BIOS - image; a cache within the processor; and a non-volatile random accessible memory - NVRAM - coupled to the processor and being byte-rewritable and byte-erasable by the processor, the NVRAM having stored thereon an uncompressed PEI BIOS image, which is produced by the processor from the compressed PEI BIOS image during the PEI phase of the boot process, wherein execution of the uncompressed PEI BIOS images places the cache from a No Eviction Mode in the write-back mode during the PEI phase of the boot process.
A mounting device for fixing a sunshade element to a supporting element, wherein the mounting device comprises the following: - a nut channel limited by at least one rear channel limit and by a front channel wall for the engaging of at least one counter-locking element in the nut channel as needed; and - at least one elongated hole in the front channel wall which enables the variable positioning of the at least one counter-locking element in its direction of extension, characterized in that the mounting device further comprises at least one inlet opening for at least one fixing element for fixing the position of the mounting device on the supporting element. - a nut channel limited by at least one rear channel limit and by a front channel wall for the engaging of at least one counter-locking element in the nut channel as needed; and - at least one elongated hole in the front channel wall which enables the variable positioning of the at least one counter-locking element in its direction of extension,
Powder bed fusion additive manufacturing machine, this additive manufacturing machine comprising a work surface, a build sleeve extending from the work surface and below the work surface, and a build platform moving translationally between a raised position and a lowered position inside the build sleeve under the effect of an actuator, the platform being connected to the actuator by a support, the build sleeve comprising a slot in its height allowing the support to pass through the build sleeve to connect the platform to the actuator when the build platform translates from its raised position to its lowered position in the build sleeve, a closing-off element allowing a slot in the sleeve to be closed off progressively as the platform effects its translational movement inside the sleeve from its raised position to its lowered position, a closing-off element being a tape, the additive manufacturing machine being characterized in that the upper end of a closing-off tape is fixed to the upper edge of the build sleeve or to the work surface.
A cap for a container that stores and dispenses fluids or gels comprising: a shroud (14, 214) having a shroud wall surrounding an opening (28, 228), the shroud (14, 214) having a bottom portion (26, 226) and a top portion (24, 224) that has a first side portion (30, 230) and a second side portion (32, 232); a collar (12, 212, 312) connected on the shroud (14, 214) so that the collar (12, 212, 312) selectively rotates relative to the shroud (14, 214), the collar (12, 212, 312) being rotatable between a closed position and an open position; an actuator (16, 216) being connected to the shroud (14, 214) and having a contact portion (36, 236), the contact portion (36, 236) being in the opening (28, 228) of the shroud (14, 214), the actuator (16, 216) being movable in both the closed position and the open position by a force that is applied to the contact portion (36, 236); characterised by the collar (12, 212, 312) being between the top portion (24, 224) and the bottom portion (26, 336) of the shroud (14, 214); and a removable tab (20, 220) connected to the collar (12, 212, 312), the removable tab (20, 220) disposed between the first side portion (30, 230) and the second side portion (32, 232) to minimize rotation of the collar (12, 212, 312) prior to removal. a shroud (14, 214) having a shroud wall surrounding an opening (28, 228), the shroud (14, 214) having a bottom portion (26, 226) and a top portion (24, 224) that has a first side portion (30, 230) and a second side portion (32, 232); a collar (12, 212, 312) connected on the shroud (14, 214) so that the collar (12, 212, 312) selectively rotates relative to the shroud (14, 214), the collar (12, 212, 312) being rotatable between a closed position and an open position; an actuator (16, 216) being connected to the shroud (14, 214) and having a contact portion (36, 236), the contact portion (36, 236) being in the opening (28, 228) of the shroud (14, 214), the actuator (16, 216) being movable in both the closed position and the open position by a force that is applied to the contact portion (36, 236); characterised by the collar (12, 212, 312) being between the top portion (24, 224) and the bottom portion (26, 336) of the shroud (14, 214); and a removable tab (20, 220) connected to the collar (12, 212, 312), the removable tab (20, 220) disposed between the first side portion (30, 230) and the second side portion (32, 232) to minimize rotation of the collar (12, 212, 312) prior to removal.
A method for analyzing the status of an electromechanical joining system wherein an output force or output torque for a joining method carried out by the electromechanical joining system is generated by an electrical drive by means of a screw drive, which drive comprises a servo motor, which servo motor drives a drive shaft by means of a gear and a belt drive; wherein a monitoring device is supplied with actual values (IW, IW`) of the electrical drive as input variables, wherein an actual value (IW, IW`) is a rotational speed (n) of the drive shaft or a required current of the servo motor; wherein a sensor determines additional measurement values, which sensor is used to measure the course of forces or torques over time during the joining method; wherein the monitoring device is supplied with the additional measurement values as input variable, wherein the actual values (IW, IW`) of the electrical drive as well as the additional measurement values of the sensor are determined at the same point of time in the joining process and transmitted to the monitoring device; wherein the monitoring device uses an algorithm to link the actual values (IW, IW`) with the additional measurement values; wherein the algorithm calculates an efficiency (η) from the ratio of the actual values (IW, IW') and the additional measurement values; and wherein the monitoring device uses this linkage to detect upcoming wear of a wear-prone component of the electromechanical joining system.
A photoreactive polymer comprising a norbornene-based repeating unit represented by the following Chemical Formula 1b or 1c: wherein m is 50 to 5000, q is an integer of 0 to 4, at least one of R 1, R 2, R 3 and R 4 is a radical of Chemical Formula 1a, and the others are each independently selected from the group consisting of hydrogen; and linear or branched alkyl having 1 to 20 carbon atoms, wherein I is 1, D and D' are each independently selected from the group consisting of a single bond, oxygen, linear or branched alkylene having 1 to 20 carbon atoms, and linear or branched alkylene oxide having 1 to 20 carbon atoms, E is and in the radical of "E", the carbonyl group is bound to the phenyl ring substituted with group R15 and the carbon atom bearing X is bound to the phenyl ring substituted with groups R10 to R14, X and Y are each independently selected from the group consisting of hydrogen; and linear or branched alkyl having 1 to 20 carbon atoms, R 10, R 11, R 12, R 13, and R 14 are each independently selected from the group consisting of hydrogen, halogen, cyano, alkyl having 1 to 20 carbon atoms; and alkoxy having 1 to 20 carbon atoms, and R15 is one or two substituent(s), and each independently selected from the group consisting of hydrogen, and alkyl having 1 to 20 carbon atoms. wherein m is 50 to 5000, q is an integer of 0 to 4, at least one of R 1, R 2, R 3 and R 4 is a radical of Chemical Formula 1a, and the others are each independently selected from the group consisting of hydrogen; and linear or branched alkyl having 1 to 20 carbon atoms, wherein I is 1, D and D' are each independently selected from the group consisting of a single bond, oxygen, linear or branched alkylene having 1 to 20 carbon atoms, and linear or branched alkylene oxide having 1 to 20 carbon atoms, E is and in the radical of "E", the carbonyl group is bound to the phenyl ring substituted with group R15 and the carbon atom bearing X is bound to the phenyl ring substituted with groups R10 to R14, X and Y are each independently selected from the group consisting of hydrogen; and linear or branched alkyl having 1 to 20 carbon atoms, R 10, R 11, R 12, R 13, and R 14 are each independently selected from the group consisting of hydrogen, halogen, cyano, alkyl having 1 to 20 carbon atoms; and alkoxy having 1 to 20 carbon atoms, and R15 is one or two substituent(s), and each independently selected from the group consisting of hydrogen, and alkyl having 1 to 20 carbon atoms.
A pleated cutting or scoring balloon, the balloon including a flexible balloon wall having inner and outer surfaces, the balloon wall providing a balloon body portion extending in the direction of a longitudinal axis of the balloon and having a circumferential periphery; and a plurality of cutting or scoring elements integral with or attached to the outer surface of the balloon wall, said cutting or scoring elements extending substantially in the direction of said longitudinal axis and being spaced from one another along the circumferential periphery of the body portion; wherein balloon wall located between the cutting or scoring elements is wrapped underneath the cutting or scoring elements such that the cutting or scoring elements are exposed on the wrapped balloon; characterised in that a first part of the balloon wall between the cutting or scoring elements is pleated underneath a cutting or scoring element and a second part of said balloon wall is pleated to one side of said cutting or scoring element.
A heat exchanger for a refrigerant dryer such as a compressed air refrigerant dryer, comprising at least one first inflow surface element, past which a fluid to be dried such as compressed air can flow during operation of the heat exchanger, and comprising at least one second inflow surface element, past which a refrigerant fluid can flow as required during operation of the heat exchanger, wherein the first and second inflow surface elements are coupled at least in some areas to at least one dedicated cold store chamber which is filled with a cold accumulator medium, and wherein the first and/or second inflow surface element(s) is (are) connected to at least one heat transfer element which extends into the cold store chamber, e.g. penetrates the cold store chamber, wherein the cold store chamber is delimited at least in some areas by a first and/or second plate, wherein the first and/or second inflow surface element(s) is/are formed at least partially by the first respectively second plate (11, 12) or vice versa, that the first and/or second plate(s) (11, 12) is/are formed at least partially by the first respectively second inflow surface element, and wherein the first and/or second plate is configured as a flat plate.
An apparatus for use in venting a compartment in a vehicle, the apparatus comprising: a housing which at least partially defines an air flow passage, a valve element which is movable from a closed condition to an open condition to enable air to flow through the air flow passage, the valve element having an inner surface facing the air flow passage when the valve element is in the closed condition, the valve element having an outer surface opposite the inner surface and facing away from the air flow passage when the valve element is in the closed condition; and a spring wire which is deflected as the valve element moves from the closed condition toward the open condition and is effective to urge the valve element toward the closed condition, characterised by the spring wire extending in a straight line from the housing to the inner surface of the valve element when the valve element is in the closed condition. a housing which at least partially defines an air flow passage, a valve element which is movable from a closed condition to an open condition to enable air to flow through the air flow passage, the valve element having an inner surface facing the air flow passage when the valve element is in the closed condition, the valve element having an outer surface opposite the inner surface and facing away from the air flow passage when the valve element is in the closed condition; and a spring wire which is deflected as the valve element moves from the closed condition toward the open condition and is effective to urge the valve element toward the closed condition, characterised by the spring wire extending in a straight line from the housing to the inner surface of the valve element when the valve element is in the closed condition.
Tray sealer comprising an endless conveyor and a sealing station for sealing a tray with a cover film, wherein the sealing station comprises a sealing tool upper part and a tray support provided with an edge support for accommodating a tray edge, wherein the endless conveyor is permanently mounted below the sealing tool upper part, wherein the edge support comprises at least two edge support sections (6a, 6b), which are movable relative to each other and transversely to a transport direction, wherein the tray support is movable towards the sealing tool upper part, characterized in that a chamber lower part is provided, wherein the chamber lower part comprises two chamber parts (14a, 14b), which are movable relative to each other and transversely to the transport direction as well as towards the sealing tool upper part, wherein the sealing tool comprises a sealing frame and a chamber upper part, and wherein an evacuatable chamber can be established between the chamber upper part of the sealing tool upper part and the chamber lower part.
A pharmaceutical injection device, comprising: a main body case having a pharmaceutical syringe attachment component on its distal end side; the pharmaceutical syringe attachment component having an inner case; a distal end cap that can be removably attached to the distal end side of the main body case; a first driver that is configured to move a pharmaceutical syringe unit attached to the pharmaceutical syringe attachment component to the distal end side along with the pharmaceutical syringe attachment component, so that an injection needle of a needle unit attached to the distal end part of the pharmaceutical syringe unit pierces the skin, or the rear side along with the pharmaceutical syringe attachment component; a second driver that is configured to move a gasket of a pharmaceutical syringe constituting the pharmaceutical syringe unit to the distal end side, so that the pharmaceutical inside the pharmaceutical syringe is injected through the injection needle into the body; the first driver and the second driver being an electrical motor; and an operating state detector (1018, 1019) that detects the operating state of the first driver; characterized in that the pharmaceutical injection device further comprises a controller that, during pharmaceutical injection, can execute a simple pharmaceutical injection mode in which only the second driver is actuated when the operating state detector (1018. 1019) has detected that the first driver is not operating properly and the distal end cap is removed. a main body case having a pharmaceutical syringe attachment component on its distal end side; the pharmaceutical syringe attachment component having an inner case; a distal end cap that can be removably attached to the distal end side of the main body case; a first driver that is configured to move a pharmaceutical syringe unit attached to the pharmaceutical syringe attachment component to the distal end side along with the pharmaceutical syringe attachment component, so that an injection needle of a needle unit attached to the distal end part of the pharmaceutical syringe unit pierces the skin, or the rear side along with the pharmaceutical syringe attachment component; a second driver that is configured to move a gasket of a pharmaceutical syringe constituting the pharmaceutical syringe unit to the distal end side, so that the pharmaceutical inside the pharmaceutical syringe is injected through the injection needle into the body; the first driver and the second driver being an electrical motor; and an operating state detector (1018, 1019) that detects the operating state of the first driver; characterized in that the pharmaceutical injection device further comprises a controller that, during pharmaceutical injection, can execute a simple pharmaceutical injection mode in which only the second driver is actuated when the operating state detector (1018. 1019) has detected that the first driver is not operating properly and the distal end cap is removed.