mhurhangee/patent-ind-claim-en huggingface dataset:
Method of producing a hollow synthetic bristle for a paint brush, wherein the method comprises; - arranging at least a first end of the hollow synthetic bristle in a holder, - immersing a part of a second end of the hollow synthetic bristle in a chemically tipping fluid, - lifting up the hollow synthetic bristle from the chemically tipping fluid after a period of time, wherein the part of the hollow synthetic bristle that is immersed in the chemically tipping fluid is 1-30% of the length of the hollow synthetic bristle . - arranging at least a first end of the hollow synthetic bristle in a holder, - immersing a part of a second end of the hollow synthetic bristle in a chemically tipping fluid, - lifting up the hollow synthetic bristle from the chemically tipping fluid after a period of time,
A method of reporting a buffer status of a terminal, the method comprising: triggering a buffer status report, BSR, in a media access control, MAC, layer, based on a BSR triggering condition; transmitting, to a base station, a scheduling request, SR, for transmitting uplink data; receiving an uplink resource allocation grant, UL grant, from the base station, based on the SR; assembling a media access control protocol data unit, MAC PDU, including a BSR MAC control element, BSR MAC CE; transmitting the MAC PDU; and cancelling a BSR triggered prior to the MAC PDU assembly, in case that the BSR MAC CE includes buffer status information for all logical channel groups, LCGs, having data for transmission. triggering a buffer status report, BSR, in a media access control, MAC, layer, based on a BSR triggering condition; transmitting, to a base station, a scheduling request, SR, for transmitting uplink data; receiving an uplink resource allocation grant, UL grant, from the base station, based on the SR; assembling a media access control protocol data unit, MAC PDU, including a BSR MAC control element, BSR MAC CE; transmitting the MAC PDU; and cancelling a BSR triggered prior to the MAC PDU assembly, in case that the BSR MAC CE includes buffer status information for all logical channel groups, LCGs, having data for transmission.
A data management system , comprising: at least one processor , configured to couple to a plurality of domains of a storage memory ; and the at least one processor configured to perform actions comprising: encrypting data in each of the plurality of domains, using a plurality of domain protection keys , each domain protection key specific to one of the plurality of domains; encrypting the plurality of domain protection keys, using a system protection key ; securing the system protection key, using a master key ; creating an object by wrapping encrypted data of a first one of the plurality of domains and a domain protection key specific to the first one of the plurality of domains, with the domain protection key encrypted using a domain wrapper key , wherein the domain wrapper key is specific to the first one of the plurality of domains; and exporting the object and the domain wrapper key; said exporting being used for at least one operation of transferring said data , migrating said data , saving said data as backup data or restoring said data . at least one processor , configured to couple to a plurality of domains of a storage memory ; and the at least one processor configured to perform actions comprising: encrypting data in each of the plurality of domains, using a plurality of domain protection keys , each domain protection key specific to one of the plurality of domains; encrypting the plurality of domain protection keys, using a system protection key ; encrypting data in each of the plurality of domains, using a plurality of domain protection keys , each domain protection key specific to one of the plurality of domains; encrypting the plurality of domain protection keys, using a system protection key ; securing the system protection key, using a master key ; creating an object by wrapping encrypted data of a first one of the plurality of domains and a domain protection key specific to the first one of the plurality of domains, with the domain protection key encrypted using a domain wrapper key , wherein the domain wrapper key is specific to the first one of the plurality of domains; and exporting the object and the domain wrapper key; said exporting being used for at least one operation of transferring said data , migrating said data , saving said data as backup data or restoring said data .
An arrangement for storing energy, the arrangement comprising a heat-charging mass and a heat-transfer channeling , the arrangement also comprising a heating member adapted to heat up the heat-charging mass , characterized in that the arrangement comprises a boiler belonging to a discarded combustion power plant and converted to a thermal energy storage by at least partly filling the boiler with the heat-charging mass .
A rectangular shaft, which is composed of a plurality of shaft walls consisting of plastic material, wherein resting on the upper side of the shaft walls there is a head frame and the upper end of the shaft has a steel frame, on which one or more shaft covers can be arranged, characterised in that the head frame is composed of a plurality of head frame portions , that the steel frame rests either directly on the head frame or on a supporting mortar layer arranged on the head frame and that the head frame is fixed in position on the shaft walls by clamping means and/or locking means.
A portable socket holder for sockets or bits connectable to a power tool, the portable socket holder comprising: socket compartments for different types of sockets or bits; visual indication means arranged to visually indicate a socket compartment ; a processor comprising a positioning module adapted to obtain an absolute position of the portable socket holder; a memory containing instructions executable by the processor, whereby the portable socket holder is operative to visually indicate by means of the visual indication means a socket compartment based on the absolute position of the portable socket holder; wherein the portable socket holder is further operative to lock a power tool associated with the portable socket holder in case the absolute position of the portable socket is outside an allowed area. socket compartments for different types of sockets or bits; visual indication means arranged to visually indicate a socket compartment ; a processor comprising a positioning module adapted to obtain an absolute position of the portable socket holder; a memory containing instructions executable by the processor, whereby the portable socket holder is operative to visually indicate by means of the visual indication means a socket compartment based on the absolute position of the portable socket holder; wherein the portable socket holder is further operative to lock a power tool associated with the portable socket holder in case the absolute position of the portable socket is outside an allowed area.
A communication apparatus comprising: notifying means (201, 205, 206, S501-S502, F704) for notifying an external device of position information; receiving means (205, 206, S504, F707) for receiving an identifier notified from the external device after notifying the position information; storing means (204, 206, S508) for storing the identifier received by the receiving means as management information for specifying a message that the communication apparatus is to subscribe to; obtaining means (S509, F710) for, in a case where a message delivered from outside and associated with the identifier stored as the management information is received, obtaining information included in the received message, and sending means (204, S507, F716) for sending, to the external device, a cancellation request for cancelling subscription to the identifier, in a case where a predetermined condition is fulfilled regarding the identifier. notifying means (201, 205, 206, S501-S502, F704) for notifying an external device of position information; receiving means (205, 206, S504, F707) for receiving an identifier notified from the external device after notifying the position information; storing means (204, 206, S508) for storing the identifier received by the receiving means as management information for specifying a message that the communication apparatus is to subscribe to; obtaining means (S509, F710) for, in a case where a message delivered from outside and associated with the identifier stored as the management information is received, obtaining information included in the received message, and sending means (204, S507, F716) for sending, to the external device, a cancellation request for cancelling subscription to the identifier, in a case where a predetermined condition is fulfilled regarding the identifier.
A method of determining the location of an object using an instrument having a wireless transceiver and a processor, the object including a sensor, the method comprising controlling the instrument to make a plurality of successive readings at different reading locations , wherein, for each reading location, the instrument receives, via the wireless transceiver, a signal from the sensor, and makes a characterization of the received signal using a receive signal strength measurement of the received signal, wherein the method further comprises: determining, by the processor, for each reading location , a circle centered at the reading location and having a radius equal to a maximum effective distance within which the sensor can be detected by the instrument; determining, by the processor, a candidate area for the location of the object based on an intersection of the circles; and determining, by the processor, a point within the candidate area based on relative receive signal strength measurements for the signals received from the sensor at the different reading locations (I1, I2, I3), wherein said point indicates the location of the object. determining, by the processor, for each reading location , a circle centered at the reading location and having a radius equal to a maximum effective distance within which the sensor can be detected by the instrument; determining, by the processor, a candidate area for the location of the object based on an intersection of the circles; and determining, by the processor, a point within the candidate area based on relative receive signal strength measurements for the signals received from the sensor at the different reading locations (I1, I2, I3), wherein said point indicates the location of the object.
A method for operating a wind turbine having a rotor , which is mounted on a rotatably mounted nacelle and which has a least one rotor blade, preferably two or four rotor blades , wherein the rotor blades of the wind turbine realized as a downwind-rotor turbine are exposed during operation to the wind on the side of the nacelle facing away from the wind, and wherein an angular deviation of the nacelle position from a setpoint position is determined, characterized in that the angle of attack of each of the rotor blades is adjusted individually and/or continuously, in such a manner that the nacelle is made to rotate for the purpose of correcting the rotor axis into the setpoint position by means of a yaw moment effected by wind forces, wherein the rotation of the nacelle is damped, at least temporarily, by means of at least one damping element .
An aircraft/spacecraft fluid cooling system for an aircraft/spacecraft, the aircraft/spacecraft fluid cooling system comprising: a storage tank for storing a fluid; a pump for feeding the fluid to an engine of the aircraft / spacecraft; a first feed pipe connecting the storage tank to the pump for feeding the fluid from the tank to the pump , and a second feed pipe for connecting the pump to the engine of the aircraft/spacecraft; and a cooling section arranged to - in operation of the aircraft/spacecraft - expand part of the fluid having traveled through the pump , feed the expanded fluid to an outer periphery of at least one of the first feed pipe and the second feed pipe so as to cool fluid in the at least one of the first feed pipe and the second feed pipe , and discharge the expanded fluid to the outside, wherein the cooling section is arranged to form a double-walled pipe (27;32) together with the at least one of the first feed pipe and the second feed pipe , wherein an inner pipe of the double-walled pipe (27;32) serves as the first feed pipe or the second feed pipe , and wherein the cooling section is arranged to make the expanded fluid travel between an outer pipe and the inner pipe of the double-walled pipe (27;32). a storage tank for storing a fluid; a pump for feeding the fluid to an engine of the aircraft / spacecraft; a first feed pipe connecting the storage tank to the pump for feeding the fluid from the tank to the pump , and a second feed pipe for connecting the pump to the engine of the aircraft/spacecraft; and a cooling section arranged to - in operation of the aircraft/spacecraft - expand part of the fluid having traveled through the pump , feed the expanded fluid to an outer periphery of at least one of the first feed pipe and the second feed pipe so as to cool fluid in the at least one of the first feed pipe and the second feed pipe , and discharge the expanded fluid to the outside, wherein the cooling section is arranged to form a double-walled pipe (27;32) together with the at least one of the first feed pipe and the second feed pipe , wherein an inner pipe of the double-walled pipe (27;32) serves as the first feed pipe or the second feed pipe , and wherein the cooling section is arranged to make the expanded fluid travel between an outer pipe and the inner pipe of the double-walled pipe (27;32).
A transport chiller unit comprising: a casing configured to be attached to a body front wall of a van body, the casing comprising an inside space in a height direction that increases toward the body front wall ; a compressor disposed inside the casing to compress a refrigerant; a vibration-isolating member provided below the compressor ; a sub-bracket supporting the vibration-isolating member from a lower side, the compressor being fixed to the sub-bracket via the vibration-isolating member ; and a lower portion strength member extending in a horizontal direction as a strength member provided inside the casing , characterized in that the lower portion strength member supports the sub-bracket from the lower side and, the sub-bracket being fixed to the lower portion strength member from the lower side at a fixation position, in that another strength member is provided inside the casing , extending in a vertical direction, and connected to the lower portion strength member , in that the compressor is configured to be disposed in the vicinity of the body front wall and disposed in the vicinity of the other strength member , and in that the lower portion strength member is provided with a guide portion that slides the sub-bracket in the horizontal direction and positions the sub-bracket at the fixation position. a casing configured to be attached to a body front wall of a van body, the casing comprising an inside space in a height direction that increases toward the body front wall ; a compressor disposed inside the casing to compress a refrigerant; a vibration-isolating member provided below the compressor ; a sub-bracket supporting the vibration-isolating member from a lower side, the compressor being fixed to the sub-bracket via the vibration-isolating member ; and a lower portion strength member extending in a horizontal direction as a strength member provided inside the casing , characterized in that the lower portion strength member supports the sub-bracket from the lower side and, the sub-bracket being fixed to the lower portion strength member from the lower side at a fixation position, in that another strength member is provided inside the casing , extending in a vertical direction, and connected to the lower portion strength member , in that the compressor is configured to be disposed in the vicinity of the body front wall and disposed in the vicinity of the other strength member , and in that the lower portion strength member is provided with a guide portion that slides the sub-bracket in the horizontal direction and positions the sub-bracket at the fixation position.
A holder comprising a holding element , having a longitudinal dimension (T) along an axis X-X', a transversal dimension (t) along an axis Y-Y', an internal face , and at least two legs placed on opposite edges of said holding element and each extending on the internal face of said holding element , the legs being integral with the holding element , wherein the at least two legs are linked by a strap , characterized in that the holding element is flat and comprises a slot for housing an electronic device on one edge of the holding element, in that the shape of said strap may be elongated from a retracted shape to an extended shape , in that said retracted shape of the strap is selected from one or more of waves , angled lines, or equivalent, and wherein the elongated shape of the strap is a substantially straight line and in that the legs are parallel to each other when the strap has a retracted shape, and that the legs are bended toward the outside of the holding element when the strap has an extended shape.
A bearing device comprising: a shaft member having a shaft diameter of greater than or equal to 180 mm; a bearing member which slidably supports an outer peripheral face of the shaft member; and a lubricating oil which is supplied to a gap between the outer peripheral face of the shaft member and an inner peripheral face of the bearing member and forms an oil film in the gap, wherein the shaft member is a crankshaft, an intermediate shaft, or a propulsion shaft for a ship, an arithmetic mean roughness Ra 1 of the outer peripheral face of the shaft member is greater than or equal to 0.05 μm and less than or equal to 0.30 μm, and a protruding peak height Rpk 1 of the outer peripheral face is greater than or equal to 0.04 μm and less than or equal to 0.34 μm. a shaft member having a shaft diameter of greater than or equal to 180 mm; a bearing member which slidably supports an outer peripheral face of the shaft member; and a lubricating oil which is supplied to a gap between the outer peripheral face of the shaft member and an inner peripheral face of the bearing member and forms an oil film in the gap, wherein the shaft member is a crankshaft, an intermediate shaft, or a propulsion shaft for a ship, an arithmetic mean roughness Ra 1 of the outer peripheral face of the shaft member is greater than or equal to 0.05 μm and less than or equal to 0.30 μm, and a protruding peak height Rpk 1 of the outer peripheral face is greater than or equal to 0.04 μm and less than or equal to 0.34 μm.
A battery pack comprising: a housing; a terminal block; and a core battery assembly supported in the housing, the core battery assembly including a core housing, a plurality of battery cells supported in the core housing, a first weld strap connecting the plurality of battery cells to a positive power terminal, a second weld strap connecting the plurality of battery cells to a negative power terminal, a first sacrificial electrode connected to the first weld strap, and a second sacrificial electrode connected to the second weld strap; wherein a spacing between the first sacrificial electrode and the second sacrificial electrode is such that an ingress fluid entering the battery pack electrically shorts the first sacrificial electrode and the second sacrificial electrode to drop a voltage of the core battery assembly and discharge battery energy before damaging the battery cells. a housing; a terminal block; and a core battery assembly supported in the housing, the core battery assembly including a core housing, a plurality of battery cells supported in the core housing, a first weld strap connecting the plurality of battery cells to a positive power terminal, a second weld strap connecting the plurality of battery cells to a negative power terminal, a first sacrificial electrode connected to the first weld strap, and a second sacrificial electrode connected to the second weld strap; a core housing, a plurality of battery cells supported in the core housing, a first weld strap connecting the plurality of battery cells to a positive power terminal, a second weld strap connecting the plurality of battery cells to a negative power terminal, a first sacrificial electrode connected to the first weld strap, and a second sacrificial electrode connected to the second weld strap; wherein a spacing between the first sacrificial electrode and the second sacrificial electrode is such that an ingress fluid entering the battery pack electrically shorts the first sacrificial electrode and the second sacrificial electrode to drop a voltage of the core battery assembly and discharge battery energy before damaging the battery cells.
A connector adapted to be disposed in an opening formed in the outer surface of a device casing and including a plurality of contacts each of which includes one end to be connected to a mating contact of a mating the connector further comprising: a housing main body inside which a portion between the one end and the other end of each of the plurality of contacts is disposed, the housing main body being configured to support the plurality of contacts such that the plurality of contacts are disposed side by side; an outer mold , a gasket attached to an outer surface of the outer mold and an elastic sealing material provided on a side of the other end of each of the contacts with respect to the housing main body in such a manner as to come into tight contact with peripheries of the plurality of contacts , the elastic sealing material serving as a seal against water ingress between the housing main body and the plurality of contacts from a side of the one end to the side of the other end , wherein: the outer mold is provided in such a manner as to come into tight contact with an outer periphery of the elastic sealing material , is configured to cover the elastic sealing material and is formed by molding to encapsulate the elastic sealing material . a housing main body inside which a portion between the one end and the other end of each of the plurality of contacts is disposed, the housing main body being configured to support the plurality of contacts such that the plurality of contacts are disposed side by side; an outer mold , a gasket attached to an outer surface of the outer mold and an elastic sealing material provided on a side of the other end of each of the contacts with respect to the housing main body in such a manner as to come into tight contact with peripheries of the plurality of contacts , the elastic sealing material serving as a seal against water ingress between the housing main body and the plurality of contacts from a side of the one end to the side of the other end , wherein: the outer mold is provided in such a manner as to come into tight contact with an outer periphery of the elastic sealing material , is configured to cover the elastic sealing material and is formed by molding to encapsulate the elastic sealing material .