mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station in a wireless communication system, the method comprising: performing a random access procedure with a user equipment, UE, by using a preamble and a response message to the preamble; configuring a power reduction duration in a first region of a subframe for performing a downlink transmission with a first downlink transmission power lower than a second downlink transmission power for performing a second downlink transmission in a second region of the subframe, the second region for which a power reduction duration is not configured; generating a first transport block for the first region and a second transport block for the second region by mapping downlink data of at least one physical downlink shared channel, PDSCH, to each of the first transport block and the second transport block; transmitting the first transport block with the first downlink transmission power assigned to the first region through the first region; and transmitting the second transport block with the second downlink transmission power assigned to the second region through the second region, wherein the first region and the second regions are different from each other, and wherein the power reduction duration is configured for protecting uplink transmissions in a neighbor cell. performing a random access procedure with a user equipment, UE, by using a preamble and a response message to the preamble; configuring a power reduction duration in a first region of a subframe for performing a downlink transmission with a first downlink transmission power lower than a second downlink transmission power for performing a second downlink transmission in a second region of the subframe, the second region for which a power reduction duration is not configured; generating a first transport block for the first region and a second transport block for the second region by mapping downlink data of at least one physical downlink shared channel, PDSCH, to each of the first transport block and the second transport block; transmitting the first transport block with the first downlink transmission power assigned to the first region through the first region; and transmitting the second transport block with the second downlink transmission power assigned to the second region through the second region, wherein the first region and the second regions are different from each other, and wherein the power reduction duration is configured for protecting uplink transmissions in a neighbor cell.
Tap changer for uninterrupted switching over between at least two winding taps (12, 14) of a tapped transformer, wherein a load branch with a path, comprising a series arrangement of at least one vacuum switching tube and at least one mechanical switching element, is provided, and wherein two resistance branches (20, 22), each comprising a series arrangement of at least one vacuum switching tube (TTV 1; TTV 2), at least one mechanical switching element (TTF 1; TTF 2) and a resistance (R 1; R 2), are provided, wherein the at least two winding taps (12, 14) can be variably coupled together and/or acted on by a load shunt, wherein the, in total, at least three vacuum switching tubes (TTV 1; TTV 2; MSV) and at least three mechanical switching elements (TTF 1; TTF 2; MTF) are switchable in common with defined offset in time with respect to one another in respectively different switching directions, and wherein the mechanical switching element in the load branch has a switch-over instant between the two winding taps (12, 14) of the tapped transformer at which the contact of the vacuum switching tube connected in series with the mechanical switching element is open.
Anti-theft device for a handbag, comprising a deterrent system having a personal alarm and an alarm holding small pocket made of a tear resistant material, containing the alarm, said alarm holding small pocket provided in its upper part with a hooking point; a connecting element joining the deterrent system to an object to be secured; a second hooking element of the deterrent system to be fastened inside said handbag; wherein: - said second hooking element being fastened to said hooking point; - a first metal ring is located at one end of said connecting element and is able to hook said object; - a second ring is located at the other end of the connecting element and is able to connect to the lower part of the alarm by means of a first hooking element; - by said second ring and said first hooking element said connecting element is joinable to the lower part of the alarm provided with anti-tear string having an audible signaler with interchangeable batteries. - said second hooking element being fastened to said hooking point; - a first metal ring is located at one end of said connecting element and is able to hook said object; - a second ring is located at the other end of the connecting element and is able to connect to the lower part of the alarm by means of a first hooking element; - by said second ring and said first hooking element said connecting element is joinable to the lower part of the alarm provided with anti-tear string having an audible signaler with interchangeable batteries.
An apparatus for conditioning an inlet air for an air-cooled heat exchanger, comprising: a pre-cooler tube bundle configured to circulate a cooling medium, wherein the pre-cooler tube bundle is configured to remove heat from air circulated across the pre-cooler tube bundle, wherein the pre-cooler tube bundle is configured to be positioned on an air inlet side of the air-cooled heat exchanger in a plenum; characterised by a controller, wherein the controller is configured to circulate the cooling medium through the pre-cooler tube bundle when an ambient air temperature is above a first preselected temperature and stop circulation of the cooling medium through the pre-cooler tube bundle when the ambient air temperature is below a second preselected temperature. a pre-cooler tube bundle configured to circulate a cooling medium, wherein the pre-cooler tube bundle is configured to remove heat from air circulated across the pre-cooler tube bundle, wherein the pre-cooler tube bundle is configured to be positioned on an air inlet side of the air-cooled heat exchanger in a plenum; characterised by a controller, wherein the controller is configured to circulate the cooling medium through the pre-cooler tube bundle when an ambient air temperature is above a first preselected temperature and stop circulation of the cooling medium through the pre-cooler tube bundle when the ambient air temperature is below a second preselected temperature.
A method of transmitting a physical layer convergence procedure, PLCP, protocol data unit, PPDU in a wireless communication system, the method comprising: generating a plurality of PPDUs in a plurality of subchannels, each of the plurality of PPDUs comprising a PLCP preamble, a PLCP header and a PLCP service data unit, PSDU, wherein a PLCP preamble, a PLCP header and a PSDU in each of the plurality of PPDUs are independently generated in each of the plurality of subchannels, wherein a transmission time of the PPDUs is maintained to be identical based on a zero padding to the PPDUs; and transmitting the plurality of PPDUs in the plurality of subchannels, wherein the plurality of PPDUs is transmitted to a plurality of stations. generating a plurality of PPDUs in a plurality of subchannels, each of the plurality of PPDUs comprising a PLCP preamble, a PLCP header and a PLCP service data unit, PSDU, wherein a PLCP preamble, a PLCP header and a PSDU in each of the plurality of PPDUs are independently generated in each of the plurality of subchannels, wherein a transmission time of the PPDUs is maintained to be identical based on a zero padding to the PPDUs; and transmitting the plurality of PPDUs in the plurality of subchannels, wherein the plurality of PPDUs is transmitted to a plurality of stations.
A release system for a supply boat or tugboat, wherein the release system comprises a towing hook configured to be rotatably mounted and provided with a fastening hook for receiving a towing rope, where the fastening hook is equipped with an open, through-running groove for receiving a towing wire that runs to a winch, wherein the towing hook comprises one or more sensors (60,62) which register a vertical and/or horizontal angular direction of the towing hook relative to the boat, wherein said sensor(s) (60,62) is/are connected to a control unit which, based on registered angular direction of the towing hook, is arranged to activate a release mechanism on the towing hook for release of the towing rope from the fastening hook or to activate a release mechanism on the winch which releases the towing wire, and the fastening hook of the towing hook comprises two upwardly projecting hook parts (12a,12b) for forming the open, through-running grove lying between said hook parts (12a,12b), where a bolt runs between the two upwardly projecting hook parts (12a,12b) of the fastening hook, said bolt being removable to allow insertion or removal of the towing wire in the through-running groove. the towing hook comprises one or more sensors (60,62) which register a vertical and/or horizontal angular direction of the towing hook relative to the boat, wherein said sensor(s) (60,62) is/are connected to a control unit which, based on registered angular direction of the towing hook, is arranged to activate a release mechanism on the towing hook for release of the towing rope from the fastening hook or to activate a release mechanism on the winch which releases the towing wire, and the fastening hook of the towing hook comprises two upwardly projecting hook parts (12a,12b) for forming the open, through-running grove lying between said hook parts (12a,12b), where a bolt runs between the two upwardly projecting hook parts (12a,12b) of the fastening hook, said bolt being removable to allow insertion or removal of the towing wire in the through-running groove.
Blank for dental purposes which comprises a first and a second layer (3, 5) which, independently of each other, are based on glass, glass-ceramic or ceramic, wherein the first layer and the second layer differ in colour and form a boundary surface, wherein the boundary surface runs obliquely, wherein the blank has a rotation axis and an insertion axis, wherein the rotation axis is the axis about which the blank is rotated during the machining for shaping the desired dental restoration, and the insertion axis is the axis running in the cervical-incisal direction, wherein in a first sectional plane through the blank, which runs parallel to the insertion axis of the blank, the boundary surface has an angle of 10 to 70°, preferably 10 to 60°, to the rotation axis of the blank, wherein the angle between the insertion axis and the rotation axis of the blank in the first sectional plane is from 70 to 110°. glass, glass-ceramic or ceramic, wherein the first layer and the second layer differ in colour and form a boundary surface, wherein the boundary surface runs obliquely, wherein the blank has a rotation axis and an insertion axis, wherein the rotation axis is the axis about which the blank is rotated during the machining for shaping the desired dental restoration, and the insertion axis is the axis running in the cervical-incisal direction, wherein in a first sectional plane through the blank, which runs parallel to the insertion axis of the blank, the boundary surface has an angle of 10 to 70°, preferably 10 to 60°, to the rotation axis of the blank, wherein the angle between the insertion axis and the rotation axis of the blank in the first sectional plane is from 70 to 110°.
A film comprising a stack of polymer layers, the polymer layers being organized into layer packets, each of the layer packets having a front major surface, a back major surface, and at least three of the polymer layers between the front and back major surfaces; wherein for every pair of adjacent first and second layer packets in the stack, the first layer packet includes a backmost polymer layer that on one side thereof contacts an interior polymer layer of the first layer packet and that on an opposite side thereof contacts a frontmost polymer layer of the second layer packet, the backmost polymer layer having a weaker attachment to the frontmost polymer layer than to the interior polymer layer such that the first layer packet tends to irreversibly delaminate from the second layer packet along a delamination surface corresponding to an interface between the backmost polymer layer and the frontmost polymer layer; and wherein all of the polymer layers in the stack of polymer layers have respective polymer compositions that are coextrudable with each other; wherein the attachment of the backmost polymer layer to the frontmost polymer layer is characterized by a first peel force, and wherein the attachment of the backmost polymer layer to the interior polymer layer is characterized by a second peel force, and wherein the second peel force is at least two times the first peel force, and wherein the peel forces are measured by a method as described in the description.
Skylight comprising a blind frame and a sash frame which is displaceable with respect to the blind frame and which carries a glazing, the blind frame having at least one blind frame strut to which a metal cover sheet, which extends along the blind frame strut, is fastened by means of a fastening device, the fastening device having a holding part which is fastened to the blind frame strut and a cover part which is fastened to the blind frame strut via the holding part, the cover part being connected to the holding part by means of a positive fit fastening device and serving to mount the metal cover sheet on the blind frame strut, characterised in that a positioning projection, which overhangs a base body of the holding part in the direction away from the blind frame strut, is formed on the fastening device for positioning the sash frame with respect to the blind frame when the skylight is closed by cooperating with a positioning device present on the sash frame.
Method for influencing the transverse dynamics of a vehicle during an avoidance manoeuvre using a vehicle controller which controls the side slip angle and/or the yaw rate of the vehicle, and triggers an automatic actuating intervention when a predefined threshold value is exceeded, having the following steps: - monitoring the surroundings of a vehicle with respect to an obstacle which is possibly present in the direction of travel of the vehicle, - estimating the risk of a collision with the obstacle, characterized by - setting a specific control behaviour of the controller as a function of the hazardous situation, wherein other threshold values, gain factors and/or parameters of the controller are set in a critical driving situation than in the standard mode, - wherein a threshold value, gain factor or other parameter of the controller is set in such a way that in a critical driving situation the controller permits larger side slip angles and/or yaw rates than in a standard mode. - monitoring the surroundings of a vehicle with respect to an obstacle which is possibly present in the direction of travel of the vehicle, - estimating the risk of a collision with the obstacle, - setting a specific control behaviour of the controller as a function of the hazardous situation, wherein other threshold values, gain factors and/or parameters of the controller are set in a critical driving situation than in the standard mode, - wherein a threshold value, gain factor or other parameter of the controller is set in such a way that in a critical driving situation the controller permits larger side slip angles and/or yaw rates than in a standard mode.
A system for use in a subsea operation, comprising: a station movably positioned at a subsea location, the station comprising: a housing; a lifting arrangement coupled to the housing to enable repeated coupling of the lifting arrangement with a lift line as the station is sequentially transported from one subsea location to another for a plurality of well servicing operations; and a docking station located at least partially within the housing and having interfaces for an underwater vehicle receivable within the housing and power and data connectors for transfer of electric power and data from the station to the underwater vehicle, the docking station further comprising a power lead configured for coupling with the connectors and for selective coupling with various types of subsea infrastructure when the station is moved to different subsea locations. a housing; a lifting arrangement coupled to the housing to enable repeated coupling of the lifting arrangement with a lift line as the station is sequentially transported from one subsea location to another for a plurality of well servicing operations; and a docking station located at least partially within the housing and having interfaces for an underwater vehicle receivable within the housing and power and data connectors for transfer of electric power and data from the station to the underwater vehicle, the docking station further comprising a power lead configured for coupling with the connectors and for selective coupling with various types of subsea infrastructure when the station is moved to different subsea locations.
Pallet lever for a timepiece escapement mechanism including a balance provided with a pin of a given pin radius and oscillating over a given radius of gyration, said pallet lever including, on either side of an aperture, a first horn and a second horn for cooperation with a pin of this type, wherein said first and second horns (2A; 2B) have a symmetrical profile to each other relative to a median plane passing through a pallet lever pivot axis, and each includes a concave inner profile over a first cylindrical sector bordering said aperture and having a first radius of curvature, said concave inner profile being adjacent to a convex outer profile over a second cylindrical sector having a second radius of curvature, characterized in that said first radius of curvature is greater than or equal to the sum of said radius of gyration and said pin radius, and in that said second radius of curvature is less than or equal to the difference between said radius of gyration and said pin radius and opposite said aperture.
A processing method, wherein the method comprises: receiving, by a first terminal device, first indication information from a network device, wherein the first indication information is first indication information that is sent to at least one terminal device comprising the first terminal device and the first indication information comprises at least one field used to indicate transmission types in at least one time unit on N bandwidth parts, BPs, the N BPs are N BPs in Q BPs configured by the network device for the first terminal device, the Q BPs are located on one frequency domain resource, Q is an integer greater than or equal to 1, N is a positive integer less than or equal to Q, and different transmission types are formed by various combinations of symbols in different transmission directions; and characterised by receiving, by the first terminal device, second indication information from the network device, wherein the second indication information is second indication information that is sent to the first terminal device and the second indication information is used to indicate an index relationship between at least one of the N BPs and the at least one field in the first indication information; and determining, by the first terminal device based on the index relationship and the first indication information, a field corresponding to at least one of the N BPs, and determining the transmission types in the at least one time unit on the at least one BP based on the determined field. receiving, by a first terminal device, first indication information from a network device, wherein the first indication information is first indication information that is sent to at least one terminal device comprising the first terminal device and the first indication information comprises at least one field used to indicate transmission types in at least one time unit on N bandwidth parts, BPs, the N BPs are N BPs in Q BPs configured by the network device for the first terminal device, the Q BPs are located on one frequency domain resource, Q is an integer greater than or equal to 1, N is a positive integer less than or equal to Q, and different transmission types are formed by various combinations of symbols in different transmission directions; and characterised by receiving, by the first terminal device, second indication information from the network device, wherein the second indication information is second indication information that is sent to the first terminal device and the second indication information is used to indicate an index relationship between at least one of the N BPs and the at least one field in the first indication information; and determining, by the first terminal device based on the index relationship and the first indication information, a field corresponding to at least one of the N BPs, and determining the transmission types in the at least one time unit on the at least one BP based on the determined field.
A process for producing a tablet, characterized by performing high-speed direct compression at a punch moving speed of 800 mm/s or more, while compacting a powder by a stirring feeder, wherein said powder comprises at least i) 15 to 80% by mass of crystalline cellulose with an average degree of polymerization of 150 to 450, a rate of particles remaining on a sieve of 250 μm in mesh size of 10% by mass or less, average L/D of particles of 75 μm or smaller of 2.0 or more, a bulk density of 0.25 g/cm 3 or less, and an angle of repose of 43° or more, ii) an active ingredient, and iii) a lubricant, and said powder having an angle of repose of 50° or less, a compressibility of 20% or more, and a tensile elongation at break of 30 μm or more, wherein said powder is prepared without a fluidizer. i) 15 to 80% by mass of crystalline cellulose with an average degree of polymerization of 150 to 450, a rate of particles remaining on a sieve of 250 μm in mesh size of 10% by mass or less, average L/D of particles of 75 μm or smaller of 2.0 or more, a bulk density of 0.25 g/cm 3 or less, and an angle of repose of 43° or more, ii) an active ingredient, and iii) a lubricant, and said powder having an angle of repose of 50° or less, a compressibility of 20% or more, and a tensile elongation at break of 30 μm or more, wherein said powder is prepared without a fluidizer.