mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a hardware memory module including a plurality of memory regions, each memory region including a plurality of segments; a failure detection module that detects one or more failed segments in one or more of the plurality of memory regions; and a clustering module that logically clusters the one or more failed segments by remapping each failed segments to a working segment located at an edge of the memory region, the working segment selected to maximize contiguous logical memory space within the memory region. a hardware memory module including a plurality of memory regions, each memory region including a plurality of segments; a failure detection module that detects one or more failed segments in one or more of the plurality of memory regions; and a clustering module that logically clusters the one or more failed segments by remapping each failed segments to a working segment located at an edge of the memory region, the working segment selected to maximize contiguous logical memory space within the memory region.
A water heater arrangement comprising a valve assembly , a tank , a cold-water supply pipe , an internal cold-water pipe and a hot-water delivery pipe ; said valve assembly having a first connection for said cold-water supply pipe , a second connection for said internal cold-water pipe and a third connection for said hot-water delivery pipe and a check valve ; said cold-water supply pipe , said check valve and said internal cold-water pipe being parts of a flow path leading pressurized cold-water to a bottom of the tank ; the valve assembly further comprising a cavity , said cavity and said hot-water delivery pipe being parts of a flow path leading hot-water from a top of said tank ; said water heater arrangement further comprises a suction pipe , a circulation pump , an external cold waterpipe , an external return pipe and an internal return pipe , an external heat source , said valve assembly has a fourth connection for said suction pipe , and a seventh connection for said internal return pipe , characterized in that said valve assembly has a fifth connection for said external cold water pipe , a sixth connection for said externa return pipe ; said suction pipe , external cold water pipe , circulation pump and said internal return pipe forming a flow path for cold-water from the bottom of said tank , through heating by said external heat source to a middle of said tank ; and said arrangement further comprising a hot-water cabinet coupled to said hot-water delivery pipe and a hot-water circulation pipe coupled between said hot-water cabinet and said valve assembly ; said hot-water delivery pipe , said hot-water cabinet , said hot-water circulation pipe and said internal return pipe forming a path for circulation of hot-water between said tank and said hot water cabinet and back to said middle of said tank . said valve assembly having a first connection for said cold-water supply pipe , a second connection for said internal cold-water pipe and a third connection for said hot-water delivery pipe and a check valve ; said cold-water supply pipe , said check valve and said internal cold-water pipe being parts of a flow path leading pressurized cold-water to a bottom of the tank ; the valve assembly further comprising a cavity , said cavity and said hot-water delivery pipe being parts of a flow path leading hot-water from a top of said tank ; said water heater arrangement further comprises a suction pipe , a circulation pump , an external cold waterpipe , an external return pipe and an internal return pipe , an external heat source , said valve assembly has a fourth connection for said suction pipe , and a seventh connection for said internal return pipe , characterized in that said valve assembly has
A method in a radio access network, RAN, for managing security protection for multicast and/or broadcast services, MBS, the method comprising: receiving, by the RAN and from a core network, CN, a data packet associated with an MBS session; prior to transmitting the data packet to a plurality of user equipment, UEs, determining, by the RAN, whether the data packet is to be transmitted to the plurality of UEs by using multicast or unicast; when the data packet associated with the MBS session is to be transmitted to the plurality of UEs by using multicast, transmitting, by the RAN, the data packet to the plurality of UEs using a first security protection of a plurality of security protections; and when the data packet associated with the MBS session is to be transmitted by using unicast, transmitting, by the RAN, the data packet to a UE of the plurality of UEs using a second security protection of the plurality of security protections. receiving, by the RAN and from a core network, CN, a data packet associated with an MBS session; prior to transmitting the data packet to a plurality of user equipment, UEs, determining, by the RAN, whether the data packet is to be transmitted to the plurality of UEs by using multicast or unicast; when the data packet associated with the MBS session is to be transmitted to the plurality of UEs by using multicast, transmitting, by the RAN, the data packet to the plurality of UEs using a first security protection of a plurality of security protections; and when the data packet associated with the MBS session is to be transmitted by using unicast, transmitting, by the RAN, the data packet to a UE of the plurality of UEs using a second security protection of the plurality of security protections.
Communication apparatus , comprising - transceiving means adapted to communicate with a telecommunications network, - interfacing means for allowing interactions with a user of said communication apparatus , - processing means configured for • detecting a first interaction of the user with the interfacing means for starting, through the transceiving means , a first communication session towards a recipient, • detecting a second interaction of the user with the interfacing means for requesting the interruption of said first communication session, wherein said processing means are also configured for • interrupting said first communication session, • evaluating, on the basis of the time of occurrence of said first interaction and said second interaction, whether to transmit a courtesy message to said recipient, and, should the transmission of said courtesy message be necessary, transmitting said courtesy message to said recipient, characterized by said courtesy message being transmitted to said recipient in the course of a second communication session - transceiving means adapted to communicate with a telecommunications network, - interfacing means for allowing interactions with a user of said communication apparatus , - processing means configured for • detecting a first interaction of the user with the interfacing means for starting, through the transceiving means , a first communication session towards a recipient, • detecting a second interaction of the user with the interfacing means for requesting the interruption of said first communication session, wherein said processing means are also configured for • interrupting said first communication session, • evaluating, on the basis of the time of occurrence of said first interaction and said second interaction, whether to transmit a courtesy message to said recipient, and, should the transmission of said courtesy message be necessary, transmitting said courtesy message to said recipient, characterized by said courtesy message being transmitted to said recipient in the course of a second communication session • detecting a first interaction of the user with the interfacing means for starting, through the transceiving means , a first communication session towards a recipient, • detecting a second interaction of the user with the interfacing means for requesting the interruption of said first communication session, wherein said processing means are also configured for • interrupting said first communication session, • evaluating, on the basis of the time of occurrence of said first interaction and said second interaction, whether to transmit a courtesy message to said recipient, and, should the transmission of said courtesy message be necessary, transmitting said courtesy message to said recipient, characterized by said courtesy message being transmitted to said recipient in the course of a second communication session
An optical amplifier for optical packet communication comprising an erbium doped fiber having an active region whose diameter is between 3.4μm and 10μm, inclusive, wherein the numerical aperture of the erbium doped fiber is less than or equal to 0.2, wherein the erbium doped fiber comprises a core and a clad surrounding the core , the core being doped with erbium as a rare earth, and the clad being doped with a lower concentration of erbium than that included in the core. wherein the numerical aperture of the erbium doped fiber is less than or equal to 0.2, wherein the erbium doped fiber comprises a core and a clad surrounding the core , the core being doped with erbium as a rare earth, and the clad being doped with a lower concentration of erbium than that included in the core.
A water current turbine arrangement of a water current turbine farm at a location, the arrangement comprising: a plurality of water current turbine power generating units wherein the location has a flow direction, and wherein the water current turbine power generating units are arranged in a series, each water current turbine power generating unit being spaced apart from the next unit in the series substantially parallel, and substantially perpendicular, to the flow direction; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially parallel to a main flow direction at the location; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially perpendicular to a main flow direction at the location; and wherein the packing density of the water current turbine power generating units is higher at the extremities of the arrangement , so that incoming water current flow is diverted towards the centre of the arrangement . a plurality of water current turbine power generating units wherein the location has a flow direction, and wherein the water current turbine power generating units are arranged in a series, each water current turbine power generating unit being spaced apart from the next unit in the series substantially parallel, and substantially perpendicular, to the flow direction; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially parallel to a main flow direction at the location; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially perpendicular to a main flow direction at the location; and wherein the packing density of the water current turbine power generating units is higher at the extremities of the arrangement , so that incoming water current flow is diverted towards the centre of the arrangement .
Method for producing a metal-ceramic substrate , in which at least one metal layer is attached to at least one surface side of a ceramic layer , which metal layer is structured into several metallization regions respectively separated from one another by at least one trench-shaped intermediate space to form conductive paths and/or connective surfaces and/or contact surfaces, wherein at least the intermediate space is filled with an electrically insulating filler material , wherein first edges of the metallization regions facing and adjoining the surface side of the ceramic layer in the intermediate space , as well as at least one second edge of the metallization regions facing away from the surface side of the ceramic layer in the intermediate space , are covered by the filler material , characterized in that the filler material is filled into at least the intermediate space after at least one electric or electronic component is mounted onto the metal layer . first edges of the metallization regions facing and adjoining the surface side of the ceramic layer in the intermediate space , as well as at least one second edge of the metallization regions facing away from the surface side of the ceramic layer in the intermediate space , are covered by the filler material , characterized in that the filler material is filled into at least the intermediate space after at least one electric or electronic component is mounted onto the metal layer .
Contact carrier for receiving an electrical contact element, wherein the contact carrier has a base body and a holding element , wherein the base body has a plug-in side and a connection side , wherein the base body comprises a continuous opening that is configured as a contact receptacle , wherein the contact receptacle extends through the base body from the connection side to the plug-in side along a plug axis (A), and wherein the holding element can be fastened to the connection side of the base body , wherein the holding element has a guide region that protrudes into the contact receptacle , and also a latching region , wherein the latching region has at least one latching means , wherein the latching means can be latched to the base body , characterized in that the latching region and the guide region are configured in such a manner that they can rotate with respect to one another, and in that the holding element can be pulled out of the contact receptacle by rotating and unlocking the latching region , as a result of which disassembly of the contact element is made possible.
A method for washing clothing, comprising washing clothing with a detergent liquid having a pH of 3.5 or more and 8.5 or less at 20°C obtained by mixing the following component (A) and component (B), and water having a German hardness measured by using the equipment and conditions as described in the description: component (A): an internal olefin sulfonate having 15 or more and 24 or less carbon atoms, which includes an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 2 or higher and position 4 or lower (IO-1S) and an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher (IO-2S); and component (B): protease. component (A): an internal olefin sulfonate having 15 or more and 24 or less carbon atoms, which includes an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 2 or higher and position 4 or lower (IO-1S) and an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher (IO-2S); and component (B): protease.
A method for polishing, in particular for increasing the gloss of, a hard floor surface of a stone or stone-like material, the method comprising: treatment of the surface with a flexible pad comprising an open, lofty, three dimensional non-woven web of fibers, in the presence of abrasive particles, bonded to the pad, on a contact surface between the pad and the hard surface, wherein: the abrasive particles comprise diamond particles of an average diameter of 0.1 to 30 μm, the abrasive particles are bonded to the pad only in the vicinity of the contact surface, and the treatment is performed in the absence of crystallization agent on the contact surface. treatment of the surface with a flexible pad comprising an open, lofty, three dimensional non-woven web of fibers, in the presence of abrasive particles, bonded to the pad, on a contact surface between the pad and the hard surface, wherein: the abrasive particles comprise diamond particles of an average diameter of 0.1 to 30 μm, the abrasive particles are bonded to the pad only in the vicinity of the contact surface, and the treatment is performed in the absence of crystallization agent on the contact surface. the abrasive particles comprise diamond particles of an average diameter of 0.1 to 30 μm, the abrasive particles are bonded to the pad only in the vicinity of the contact surface, and the treatment is performed in the absence of crystallization agent on the contact surface.
A seismic wave generating tool , such as a spark gap of an electric arc generation device, comprising: - an upper part and a lower part which define a discharge chamber between them, - at least one retaining arm connecting the upper part to the lower part , - a first electrode associated with the upper part and a second electrode associated with the lower part , both arranged in the discharge chamber , characterised in that it comprises a first deployable device connecting the upper part to the lower part , and in that the retaining arm comprises an electrically insulating part facing the electrodes , and in that a current return is implemented by the first deployable device, the deployable device being able to be in a retracted state and in a deployed state in which it is at a distance from the electrodes . - an upper part and a lower part which define a discharge chamber between them, - at least one retaining arm connecting the upper part to the lower part , - a first electrode associated with the upper part and a second electrode associated with the lower part , both arranged in the discharge chamber ,
A method of testing a cable , the method comprising: providing a tester which is a boundary scan compliant device comprising a boundary scan interface for communicating with a computer , wherein the computer has boundary scan software installed on it, for communicating with and controlling the tester ; providing at least one connector on a board of the tester, each connector having multiple connector electrical contacts , and a computer electrically coupled to the connector electrical contacts , wherein the at least one connector includes more than two connectors having different number of contacts ; electrically coupling ends of cable electrical conductors of the cable to respective of the connector electrical contacts of the tester that have a corresponding number of contacts; sending a signal from the computer to one of the connector electrical contacts , which is in contact with one of the cable electrical conductors; and at the same time as the sending, monitoring, using the computer , at least multiple other of the connector electrical contacts ; wherein the sending and the monitoring are accomplished through the tester that includes the at least one connector and that is operatively coupled to both the computer and the ends of the cable . providing a tester which is a boundary scan compliant device comprising a boundary scan interface for communicating with a computer , wherein the computer has boundary scan software installed on it, for communicating with and controlling the tester ; providing at least one connector on a board of the tester, each connector having multiple connector electrical contacts , and a computer electrically coupled to the connector electrical contacts , wherein the at least one connector includes more than two connectors having different number of contacts ; electrically coupling ends of cable electrical conductors of the cable to respective of the connector electrical contacts of the tester that have a corresponding number of contacts; sending a signal from the computer to one of the connector electrical contacts , which is in contact with one of the cable electrical conductors; and at the same time as the sending, monitoring, using the computer , at least multiple other of the connector electrical contacts ; wherein the sending and the monitoring are accomplished through the tester that includes the at least one connector and that is operatively coupled to both the computer and the ends of the cable .
A system for inspecting a workpiece that includes a workpiece defect and a workpiece surface , comprising an ultrasonic inspection system comprising an ultrasonic transducer that directs sound waves along a first trajectory to the workpiece defect , wherein the sound waves contact the workpiece surface at a first workpiece surface location , wherein the system further comprises a laser pointer connected to the ultrasonic inspection system , wherein the laser pointer directs a laser beam along a second trajectory against the workpiece surface to visually annunciate the first workpiece surface location , wherein the first trajectory is parallel to the second trajectory , wherein the laser beam is one of a plurality of laser beams directed from the laser pointer against the workpiece surface by the laser pointer , wherein each laser beam contacts the workpiece surface at a respective second workpiece surface location , and wherein the first workpiece surface location is centered between the second workpiece surface locations .
Distribution device for liquids containing solids, in particular liquid manure, comprising - at least one inlet opening for the introduction of liquids containing solids, - a plurality of outlets , and - a plurality of gutters , whereby the channels are concave, wherein each of the channels has a first end in the region of the inlet and a second end in the region of the outlet , wherein the channels are deeper in the region of the outlet than in the region of the inlet , and wherein the channels converge towards a common point in the region of the inlet , characterised in that the basic shape in the region of the channels essentially corresponds to that of a conical sector or a conical wedge , with a conical sector tip or conical wedge tip , a conical sector base surface and a single or double-curved lateral surface . - at least one inlet opening for the introduction of liquids containing solids, - a plurality of outlets , and - a plurality of gutters , whereby the channels are concave, wherein each of the channels has a first end in the region of the inlet and a second end in the region of the outlet , wherein the channels are deeper in the region of the outlet than in the region of the inlet , and wherein the channels converge towards a common point in the region of the inlet , characterised in that the basic shape in the region of the channels essentially corresponds to that of a conical sector or a conical wedge , with a conical sector tip or conical wedge tip , a conical sector base surface and a single or double-curved lateral surface .
A dolly axle (200; 300) comprising: - a frame (202; 302) having a front side (214; 314) directed towards a towing vehicle (2; 2'), and an upper side (204; 304); - a fifth-wheel coupling plate (212; 312) of a fifth-wheel coupling arranged on the upper side (204; 304) for detachably coupling a semitrailer; - at least one rigid axle (206; 208; 306, 308) non-steerably arranged on the frame (202; 302); characterized by - a towbar rotatably supported about a vertical axis on the front side (214; 314) of the frame (202; 302), said towbar being provided with a guiding device (20; 20C; 500) on the side intended for coupling with a towing vehicle (2; 2'), which is formed for achieving torsionally stiff coupling with the towing vehicle (2; 2'). - a frame (202; 302) having a front side (214; 314) directed towards a towing vehicle (2; 2'), and an upper side (204; 304); - a fifth-wheel coupling plate (212; 312) of a fifth-wheel coupling arranged on the upper side (204; 304) for detachably coupling a semitrailer; - at least one rigid axle (206; 208; 306, 308) non-steerably arranged on the frame (202; 302); - a towbar rotatably supported about a vertical axis on the front side (214; 314) of the frame (202; 302), said towbar being provided with a guiding device (20; 20C; 500) on the side intended for coupling with a towing vehicle (2; 2'), which is formed for achieving torsionally stiff coupling with the towing vehicle (2; 2').