mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication method in a mobile communication system in which a macro cell (#A1) where first broadcast information is transmitted using a first frequency geographically overlaps at least partially with a femtocell (#a2) where second broadcast information is transmitted using a second frequency, the method comprising: a step A of detecting the first broadcast information by a femtocell radio base station (#a2) that manages the femtocell; a step B of, in response to the detection of the first broadcast information, determining to use the first frequency to transmit guiding broadcast information by the femtocell radio base station (#a2) in a pilot cell (#a1) that geographically overlaps with the femtocell, wherein the femtocell (#a2) automatically sets the pilot cell, a step C of transmitting the guiding broadcast information by the femtocell radio base station (#a2)using the first frequency in the pilot cell (#a1); a step of assigning, by the femtocell (#a2), a permission to access said pilot cell (#a1) to a mobile station that has permission to access the femtocell radio base station (#a2), and a step D of performing a handover to the femtocell (#a2) by a mobile station communicating in the macro cell (#A1), when the mobile station detects the guiding broadcast information. a step A of detecting the first broadcast information by a femtocell radio base station (#a2) that manages the femtocell; a step B of, in response to the detection of the first broadcast information, determining to use the first frequency to transmit guiding broadcast information by the femtocell radio base station (#a2) in a pilot cell (#a1) that geographically overlaps with the femtocell, wherein the femtocell (#a2) automatically sets the pilot cell, a step C of transmitting the guiding broadcast information by the femtocell radio base station (#a2)using the first frequency in the pilot cell (#a1); a step of assigning, by the femtocell (#a2), a permission to access said pilot cell (#a1) to a mobile station that has permission to access the femtocell radio base station (#a2), and a step D of performing a handover to the femtocell (#a2) by a mobile station communicating in the macro cell (#A1), when the mobile station detects the guiding broadcast information.
A method (700, 800, 1800) of wireless communication comprising: receiving (705,805), at a user equipment, UE, served via a cell of a shared frequency band, a configuration for discontinuous reception, DRX, operation on the cell, the configuration including a set of paging opportunities comprising at least a first paging interval; enabling (725, 815, 820, 1805) reception for the first paging interval of the set of paging opportunities; detecting (740, 825, 1807) whether a downlink transmission on the cell is present during the first paging interval; and determining whether to enable reception for a second paging interval of the set of paging opportunities based at least in part on a result of the detecting; wherein the detecting comprises detecting that the downlink transmission is present on the cell during the first paging interval, the method further comprising: detecting (855, 1810) whether a paging indication is present in the downlink transmission during the first paging interval; and disabling (860, 1815) reception at an end of the first paging interval based at least in part on detecting that no paging indication for the UE is present in the downlink transmission during the first paging interval. receiving (705,805), at a user equipment, UE, served via a cell of a shared frequency band, a configuration for discontinuous reception, DRX, operation on the cell, the configuration including a set of paging opportunities comprising at least a first paging interval; enabling (725, 815, 820, 1805) reception for the first paging interval of the set of paging opportunities; detecting (740, 825, 1807) whether a downlink transmission on the cell is present during the first paging interval; and determining whether to enable reception for a second paging interval of the set of paging opportunities based at least in part on a result of the detecting; wherein the detecting comprises detecting that the downlink transmission is present on the cell during the first paging interval, the method further comprising: detecting (855, 1810) whether a paging indication is present in the downlink transmission during the first paging interval; and disabling (860, 1815) reception at an end of the first paging interval based at least in part on detecting that no paging indication for the UE is present in the downlink transmission during the first paging interval. detecting (855, 1810) whether a paging indication is present in the downlink transmission during the first paging interval; and disabling (860, 1815) reception at an end of the first paging interval based at least in part on detecting that no paging indication for the UE is present in the downlink transmission during the first paging interval.
Method for edge processing an optical lens, wherein the lens is both measured and processed in an apparatus with a measuring device and a processing device, wherein the apparatus has a loading device for feeding the lens to the measuring device and/or the processing device, wherein the lens is transferred to an intermediate conveyor after measurement by means of the loading device, characterized in that the apparatus has an unloading device for removing a processed lens, the unloading device operating independently of the loading device, and in that the intermediate conveyor operates independently of the upstream loading device and the downstream unloading device. characterized in that the apparatus has an unloading device for removing a processed lens, the unloading device operating independently of the loading device, and in that the intermediate conveyor operates independently of the upstream loading device and the downstream unloading device.
A computer-implemented method moving an occupant of a vehicle seat to open airway position after a vehicle crash event, the vehicle seat having a seat cushion, a backrest and a headrest, the method comprising: detecting occurrence of a vehicle crash event, and moving at least a portion of the backrest and/or headrest backwards and pulling an occupant of the vehicle seat backwards towards the backrest by powered retraction of a seat belt of the occupant by means of a seat belt retractor. detecting occurrence of a vehicle crash event, and moving at least a portion of the backrest and/or headrest backwards and pulling an occupant of the vehicle seat backwards towards the backrest by powered retraction of a seat belt of the occupant by means of a seat belt retractor.
A process for preparing a hydrolysate of water extract of Syzygium samarangense, characterized by: subjecting a fruit material of Syzygium samarangense to an extraction treatment with water so as to obtain a water extract; and subjecting the water extract to a hydrolysis treatment with bromelain. subjecting a fruit material of Syzygium samarangense to an extraction treatment with water so as to obtain a water extract; and subjecting the water extract to a hydrolysis treatment with bromelain.
A battery module, characterized by comprising: a battery cell array structure, comprising a plurality of battery cells and a plurality of bus bars electrically connecting the plurality of battery cells respectively, the plurality of battery cells being arranged in a horizontal direction; an upper cap; and a lower cap; wherein the battery cell array structure is disposed between the upper cap and the lower cap; wherein each battery cell comprises an electrode assembly and a battery case, the electrode assembly is housed in the battery case, and the electrode assembly comprises a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; and wherein the electrode assembly is of a wound structure with a winding axis, outer surface of the electrode assembly comprises two flat surfaces opposite to each other in a vertical direction, the two flat surfaces are the largest outer surface of the electrode assembly and are parallel to the winding axis and the horizontal direction; or the electrode assembly is of a laminated structure, the first electrode plate, the separator and the second electrode plate are laminated in the vertical direction. a battery cell array structure, comprising a plurality of battery cells and a plurality of bus bars electrically connecting the plurality of battery cells respectively, the plurality of battery cells being arranged in a horizontal direction; an upper cap; and a lower cap; wherein the battery cell array structure is disposed between the upper cap and the lower cap; wherein each battery cell comprises an electrode assembly and a battery case, the electrode assembly is housed in the battery case, and the electrode assembly comprises a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; and wherein the electrode assembly is of a wound structure with a winding axis, outer surface of the electrode assembly comprises two flat surfaces opposite to each other in a vertical direction, the two flat surfaces are the largest outer surface of the electrode assembly and are parallel to the winding axis and the horizontal direction; or the electrode assembly is of a laminated structure, the first electrode plate, the separator and the second electrode plate are laminated in the vertical direction.
A self-closure damped device for sliding mobile parts, comprising an energy accumulator device, which, using a guided distancing piece as an intermediary, is charged with the opening movement of a piece of furniture, this self-closure device also having a first area or activator latch area that interacts with the drive element, an activator latch which locks the energy accumulator device in open position and a dampener, by means of which a counter force is generated, absorbing the energy from the energy accumulator device before the closed position is reached, when the activator latch is uncoupled from its locked position, comprising an integrator element with three active areas, comprising one front area that forms the first area or activator latch area, which swings, a second area or flexion area, which enables the activator latch to swing as a result of the elasticity of the material from which it is made and a third area or guide area, which guides the translation of the device and links it to the energy accumulator and the dampener, characterized in that the first area or activator latch area has at least one rotating pin linked to a guide channel and at least one locking pin linked to a locking channel of a support.
An information processing apparatus comprising: an image capturing section configured to capture an image of a hand; an extracting section configured to extract a hand area from the image input by the image capturing section; a reference line determining section configured to determine a predetermined line in the image as a reference pushdown line based on the hand area; a determining section configured to determine a pushdown move if the bottom part of the hand area comes below the reference pushdown line; a first position determining section configured to determine a depth position based on an aspect ratio of the hand area if the pushdown move is determined by the determining section; a second position determining section configured to determine a lateral position based on a position of the bottom part of the hand area if the pushdown move is determined by the determining section; and an input key determining section configured to determine an input key from the determined depth position and lateral position. an image capturing section configured to capture an image of a hand; an extracting section configured to extract a hand area from the image input by the image capturing section; a reference line determining section configured to determine a predetermined line in the image as a reference pushdown line based on the hand area; a determining section configured to determine a pushdown move if the bottom part of the hand area comes below the reference pushdown line; a first position determining section configured to determine a depth position based on an aspect ratio of the hand area if the pushdown move is determined by the determining section; a second position determining section configured to determine a lateral position based on a position of the bottom part of the hand area if the pushdown move is determined by the determining section; and an input key determining section configured to determine an input key from the determined depth position and lateral position.
A method for selecting a codeset for use in configuring a portable device to command functional operations of an appliance, comprising: receiving at a server device via a network identity data retrieved from the appliance through use of a physical and logical interconnection referenced to a standard; using the identity data at the server device to identify, within a database having a plurality of appliance records each of which is cross-referenced to an appliance, a subset of appliance records, from the plurality of appliance records, having data in one or more record fields which matches the identity data retrieved from the appliance; using information in the identified subset of appliance records by the server device to cause further data to be obtained from the appliance through use of the interconnection referenced to the standard; using the further data at the server to identify from the subset of appliance records a single appliance record; and using a codeset identifier associated with the identified appliance record to select from a plurality of codesets a codeset for use in configuring the portable device to command functional operations of the appliance. receiving at a server device via a network identity data retrieved from the appliance through use of a physical and logical interconnection referenced to a standard; using the identity data at the server device to identify, within a database having a plurality of appliance records each of which is cross-referenced to an appliance, a subset of appliance records, from the plurality of appliance records, having data in one or more record fields which matches the identity data retrieved from the appliance; using information in the identified subset of appliance records by the server device to cause further data to be obtained from the appliance through use of the interconnection referenced to the standard; using the further data at the server to identify from the subset of appliance records a single appliance record; and using a codeset identifier associated with the identified appliance record to select from a plurality of codesets a codeset for use in configuring the portable device to command functional operations of the appliance.
A perfusion system comprising: a heart lung machine; a blood reservoir adapted to hold a fluid,; a blood level sensor configured to determine a fluid level within the blood reservoir; a controller configured to receive the fluid level from the blood level sensor; wherein the heart lung machine is configured to adjust an operating parameter based on the fluid level, characterized by that the blood reservoir has a capacity determined by a geometric configuration, wherein the blood reservoir includes an information device for communicating information about the geometric configuration of the blood reservoir. a heart lung machine; a blood reservoir adapted to hold a fluid,; a blood level sensor configured to determine a fluid level within the blood reservoir; a controller configured to receive the fluid level from the blood level sensor; wherein the heart lung machine is configured to adjust an operating parameter based on the fluid level,
Method for communications in a cellular network comprising a plurality of mobile stations (MS1 to MS3) adapted for performing wireless communications with at least one base station (BS, BS1, BS2) using a first transmission technology, the method comprising: forming a cooperating cluster comprising two or more of the mobile stations (MS1, MS2), and performing short-range communications between the mobile stations (MS1, MS2) of the cooperating cluster using a second transmission technology being different from the first transmission technology for improving, for at least one mobile station (MS1, MS2) of the cluster, the performance of the wireless communications with the base station, by using the cooperating cluster with MIMO techniques for at least one of interference suppression and cancellation, by using at least one of transmit pre-coding for uplink transmissions and receive antenna weighting for downlink reception, wherein, for forming the cooperating cluster, at least one mobile station requests cooperation with at least one further mobile station, the further mobile station accepting or rejecting the request, based on at least one of an approval or disapproval of a user of the further mobile station, a battery status of the further mobile station, or a velocity of the further mobile station. forming a cooperating cluster comprising two or more of the mobile stations (MS1, MS2), and performing short-range communications between the mobile stations (MS1, MS2) of the cooperating cluster using a second transmission technology being different from the first transmission technology for improving, for at least one mobile station (MS1, MS2) of the cluster, the performance of the wireless communications with the base station, by using the cooperating cluster with MIMO techniques for at least one of interference suppression and cancellation, by using at least one of transmit pre-coding for uplink transmissions and receive antenna weighting for downlink reception, wherein, for forming the cooperating cluster, at least one mobile station requests cooperation with at least one further mobile station, the further mobile station accepting or rejecting the request, based on at least one of an approval or disapproval of a user of the further mobile station, a battery status of the further mobile station, or a velocity of the further mobile station.
Electrical connection device for connecting at least one electrical conductor to, respectively, at least one contact pad of a modular electrical appliance, said appliance being housed in a substantially parallelepipedal casing suitable for mounting on a mounting support, it comprising a rear face for fixing to this support, two lateral faces via which said appliance can be attached to another appliance, a top face and a bottom face comprising the terminals for connecting the appliance to said conductors, comprising at least one connection block (17, 18) suitable for being fixedly mounted inside the casing of the appliance, said connection block (17, 18) being suitable for receiving two terminals (21, 22) each comprising a terminal cage (21 a, 22a) and a screw (21 b, 22b), characterized in that each connection block comprises, on two opposite faces (29, 30), respectively two openings (31, 32) for accessing two housings (19, 20) intended to each receive a cage terminal (21, 22), these two housings being arranged diagonally, substantially in the two angular parts of the connection block, and on one of the other two opposite faces, two openings substantially respectively facing said terminals, and intended to allow the introduction of the conductors intended to be connected to the corresponding terminals of said block, each terminal being thus introduced into said block through a lateral opening (31, 32) thereof, said terminals being staggered relative to one another in the longitudinal direction L of the support and in the height-wise direction H of the appliance, this direction being defined as belonging to the fixing plane and extending substantially at right angles to the longitudinal direction L of the support.
A laminate for a battery, comprising a polypropylene adhesive layer and a metal substrate layer, wherein the polypropylene adhesive layer satisfies at least requirements to: the adhesive comprises a propylene copolymer, a butene-containing copolymer, and an ethylene-α-olefin copolymer, and the adhesive comprises 40 to 94% by weight of the copolymer; 3 to 30% by weight of the copolymer; and 3 to 30% by weight of the copolymer relative to 100% by weight of the total thereof; the copolymer is a polymer having a melting point of 130°C or more measured with a differential scanning calorimeter, and a total proportion of a structural unit derived from ethylene is 4 to 25 mol% relative to 100 mol% of a total structural units forming all the copolymers contained in the adhesive; the copolymer includes less than 1 mol% of a structural unit derived from ethylene, and has a melting point of 100°C or less measured with a differential scanning calorimeter; and the copolymer includes 50 to 99 mol% of a structural unit derived from ethylene. the adhesive comprises a propylene copolymer, a butene-containing copolymer, and an ethylene-α-olefin copolymer, and the adhesive comprises 40 to 94% by weight of the copolymer; 3 to 30% by weight of the copolymer; and 3 to 30% by weight of the copolymer relative to 100% by weight of the total thereof; 40 to 94% by weight of the copolymer; 3 to 30% by weight of the copolymer; and 3 to 30% by weight of the copolymer relative to 100% by weight of the total thereof; the copolymer is a polymer having a melting point of 130°C or more measured with a differential scanning calorimeter, and a total proportion of a structural unit derived from ethylene is 4 to 25 mol% relative to 100 mol% of a total structural units forming all the copolymers contained in the adhesive; the copolymer includes less than 1 mol% of a structural unit derived from ethylene, and has a melting point of 100°C or less measured with a differential scanning calorimeter; and the copolymer includes 50 to 99 mol% of a structural unit derived from ethylene.
A method of controlling an operation system of a vehicle, comprising an internal combustion engine for propulsion of the vehicle, the engine comprising a cylinder (301, 302) arranged to compress air from the atmosphere received via an air guide, the engine further comprising an exhaust guide (500, 501, 502) arranged to guide a gas flow from the cylinder (301, 302) to the atmosphere, - the method comprising controlling (S1, S2, S3) the engine to provide a braking torque, - controlling, during the control of the engine to provide a braking torque, an air valve to allow a flow of compressed air from a compressed air source other than the cylinder (301, 302) via an air conduit into the exhaust guide (500, 501, 502), - and controlling the engine to provide a braking torque comprises controlling an adjustable exhaust flow restriction element so as to restrict the flow through the exhaust guide (500, 501, 502). characterized by determining a temperature of an exhaust after treatment device (705, 714, 716) located in the exhaust guide (500, 501, 502), wherein controlling the air valve comprises controlling the air valve in dependence on the determined exhaust after treatment device temperature. - the method comprising controlling (S1, S2, S3) the engine to provide a braking torque, - controlling, during the control of the engine to provide a braking torque, an air valve to allow a flow of compressed air from a compressed air source other than the cylinder (301, 302) via an air conduit into the exhaust guide (500, 501, 502), - and controlling the engine to provide a braking torque comprises controlling an adjustable exhaust flow restriction element so as to restrict the flow through the exhaust guide (500, 501, 502).