mhurhangee/ep-ind-claims huggingface dataset:
Stirring device comprising at least one agitator, with at least one holder specifically designed for holding at least one brittle unit, which is elastically deformable by external force impact and can be destroyed by said force impact before the brittle unit is permanently plastically deformable, within a container relative to at least one container wall of the container and which for this purpose comprises at least one holding unit, said holding unit comprising at least one carrier unit which is configured to at least partially receive a weight force and/or a transverse force of the brittle unit and which is connected to the container wall in at least one mounted state, the holding unit also comprising at least one connection unit, which is configured to at least partially engage around the brittle unit in a circumferential direction and to connect the brittle unit to the container wall, characterised in that by means of the holding unit at least one holding position of the holder with respect to the container wall is adaptable for a compensation of manufacturing and/or mounting tolerances, and the connection unit is supported movably relative to the carrier unit in at least one pre-mounted state in which components are connected to each other movably but are not yet in their final position. with at least one holder specifically designed for holding at least one brittle unit, which is elastically deformable by external force impact and can be destroyed by said force impact before the brittle unit is permanently plastically deformable, within a container relative to at least one container wall of the container and which for this purpose comprises at least one holding unit, said holding unit comprising at least one carrier unit which is configured to at least partially receive a weight force and/or a transverse force of the brittle unit and which is connected to the container wall in at least one mounted state, the holding unit also comprising at least one connection unit, which is configured to at least partially engage around the brittle unit in a circumferential direction and to connect the brittle unit to the container wall, characterised in that by means of the holding unit at least one holding position of the holder with respect to the container wall is adaptable for a compensation of manufacturing and/or mounting tolerances, and the connection unit is supported movably relative to the carrier unit in at least one pre-mounted state in which components are connected to each other movably but are not yet in their final position.
A computer implemented method, comprising: receiving an indicator of an operation of a deletion or an insertion performed on a database row; determining a timestamp corresponding to the operation and a row number associated with the database row edited via the operation; sequentially analyzing a sparse timestamp block (124A, 124B, 124N; 124) to determine a next available memory slot; and storing the row number and the timestamp in the next available memory slot, wherein the sparse timestamp block (124A, 124B, 124N; 124) has a row including: the row number indicating the number of the database row; and the timestamp corresponding to the operation. receiving an indicator of an operation of a deletion or an insertion performed on a database row; determining a timestamp corresponding to the operation and a row number associated with the database row edited via the operation; sequentially analyzing a sparse timestamp block (124A, 124B, 124N; 124) to determine a next available memory slot; and storing the row number and the timestamp in the next available memory slot, wherein the sparse timestamp block (124A, 124B, 124N; 124) has a row including: the row number indicating the number of the database row; and the timestamp corresponding to the operation. the row number indicating the number of the database row; and the timestamp corresponding to the operation.
Device (1, 1A) for barring the entrance to a crevice of a construction which is at least partly submerged in order to produce a secure artificial habitat for fish of given sizes, and in particular fry, said device comprising: - a plate (10, 20, 30, 40, 50); - a first network of barrier elements formed from rods (6, 60) fixed to the plate (10 to 50), said rods extending perpendicularly with respect to the plane of said plate (10 to 50); - a second network of barrier elements formed from at least one strand (7, 8) which interconnects the rods (6, 60) of the first network; and - means for fixing the plate (10 to 50) on a rockfill fully or partly delimiting the crevice, characterized in that said fixing means are in the form of a stake or rod making an anchoring in the rockfill possible. - a plate (10, 20, 30, 40, 50); - a first network of barrier elements formed from rods (6, 60) fixed to the plate (10 to 50), said rods extending perpendicularly with respect to the plane of said plate (10 to 50); - a second network of barrier elements formed from at least one strand (7, 8) which interconnects the rods (6, 60) of the first network; and - means for fixing the plate (10 to 50) on a rockfill fully or partly delimiting the crevice,
An apparatus comprising a heater configured to heat smokeable material to volatilize at least one component of the smokeable material, wherein: the heater comprises a plurality of heating projections arranged sequentially along a longitudinal axis of the heater; characterised in that the heating projections are configured to heat smokeable material located between the projections; and the heating projections comprise a main heating surface which faces a main heating surface of at least one neighbouring heating projection. the heater comprises a plurality of heating projections arranged sequentially along a longitudinal axis of the heater; characterised in that the heating projections are configured to heat smokeable material located between the projections; and the heating projections comprise a main heating surface which faces a main heating surface of at least one neighbouring heating projection.
An electromagnetic contactor, comprising: a lower frame having an accommodation space therein; a bobbin having a fixed core, and accommodated in the lower frame; a movable core inserted into the bobbin so as to be moveable up and down; a spring installed between the bobbin and the movable core, and configured to provide an upward restoration force to the movable core; and a 'b' contact switch installed at one side of the bobbin, characterized in that a button for operating a switch lever of the 'b' contact switch is provided at a movable core plate positioned above the movable core, wherein the button is formed as an elastic member. a lower frame having an accommodation space therein; a bobbin having a fixed core, and accommodated in the lower frame; a movable core inserted into the bobbin so as to be moveable up and down; a spring installed between the bobbin and the movable core, and configured to provide an upward restoration force to the movable core; and a 'b' contact switch installed at one side of the bobbin, characterized in that a button for operating a switch lever of the 'b' contact switch is provided at a movable core plate positioned above the movable core, wherein the button is formed as an elastic member.
Packaging for clock hands, each of said hands comprising at least one pipe defining a hand axis, and a bearing surface connected to said pipe and substantially perpendicular to said hand axis, and at least one hand body that is substantially radial relative to each said pipe, said packaging comprising at least one pallet provided for receiving, holding, storing and carrying said hands, said at least one pallet comprising a series of bores or trunnions for receiving said pipes, each said bore or respectively trunnion being adjacent to a recess arranged to house one said hand body resting on an upper pallet surface which is opposite a lower pallet surface situated on the opposite face of said at least one pallet, said recesses being parallel to one another, each being arranged to receive a said hand in a longitudinal direction of said pallet, each said recess being delimited by at least two lateral stops in a transverse direction perpendicular to said longitudinal direction and to said hand axes, and at least one said pallet comprising at least one transverse bearing surface arranged to receive all of said bearing surfaces of a series of said hands and oriented in said transverse direction, and, substantially parallel to said transverse bearing surface, characterised in that a first side of at least one transverse bearing surface, comprises first oblong pieces, the width whereof in said longitudinal direction is adapted for the insertion of robotic grippers or of tweezers for loading or unloading said hands, and which are arranged to limit capillarity plating of said hands on said upper pallet surface so as to facilitate the deposition thereof by a vacuum handling means, and to facilitate the passage of leaching fluids and/or the application of certain treatments on said hands deposited on said at least one pallet, through the thickness thereof.
A method in a distributed unit, DU, of a distributed base station, the distributed base station including the DU and a central unit, CU, for managing early data communication with a user equipment, UE, the method comprising: communicating (1402; 304; 403; 405; 504), by the DU, with the UE using a temporary identifier of the UE; characterized by further comprising receiving (1404; 306; 490; 590), from the CU, a first CU-to-DU message requesting a configured resources configuration for the UE; transmitting (1406; 308A; 308B; 490: 590), to the CU, a DU-to-CU message including the configured resources configuration for the UE; receiving (310A; 310B, from the CU, a second CU-to-DU message including a message including the configured resources configuration and a configured scheduling RNTI, CS-RNTI, indicating to release a radio resource control connection; extracting the message from the second CU-to-DU message; and transmitting (311A; 311B; 312A; 312B) the message to the UE; communicating (1408; 392A, 392B; 492; 592) with the UE in accordance with the configured resources configuration while the radio resource control connection between the UE and the distributed base station is not active. communicating (1402; 304; 403; 405; 504), by the DU, with the UE using a temporary identifier of the UE; characterized by further comprising receiving (1404; 306; 490; 590), from the CU, a first CU-to-DU message requesting a configured resources configuration for the UE; transmitting (1406; 308A; 308B; 490: 590), to the CU, a DU-to-CU message including the configured resources configuration for the UE; receiving (310A; 310B, from the CU, a second CU-to-DU message including a message including the configured resources configuration and a configured scheduling RNTI, CS-RNTI, indicating to release a radio resource control connection; extracting the message from the second CU-to-DU message; and transmitting (311A; 311B; 312A; 312B) the message to the UE; communicating (1408; 392A, 392B; 492; 592) with the UE in accordance with the configured resources configuration while the radio resource control connection between the UE and the distributed base station is not active.
A robot component comprising: a neck comprising: a first linear actuator coupled to a first end of a first rod, wherein the first linear actuator linearly drives the first rod; a second linear actuator coupled to a first end of a second rod, wherein the second linear actuator linearly drives the second rod; an appendage coupled to the neck, the appendage comprising: a first channel that receives a second end of the first rod to slidably engage the first rod; and a second channel that receives a second end of the second rod to slidably engage the second rod. a first linear actuator coupled to a first end of a first rod, wherein the first linear actuator linearly drives the first rod; a second linear actuator coupled to a first end of a second rod, wherein the second linear actuator linearly drives the second rod; a first channel that receives a second end of the first rod to slidably engage the first rod; and a second channel that receives a second end of the second rod to slidably engage the second rod.
A humanized anti-Tau antibody that specifically binds an epitope within amino acids 15-24 (SEQ ID NO: 51) of Tau polypeptide, for use in the treatment of Alzheimer's disease in a human subject, wherein said treatment reduces the level of Aβ40 and/or Aβ42 in a neuronal cell and/or extracellular fluid in the human subject.
Non-woven fabric comprising: a three-dimensional array of fibers, wherein at least a portion of the three-dimensional array of fibers comprises: an array of standing fibers (80, 703) extending perpendicular to a plane of the non-woven fabric and attached to a base substrate; and multiple layers of non-woven parallel fibers running parallel to the plane of the non-woven fabric in between the array of standing fibers (80, 703) in a defined pattern of fiber layer orientations, wherein the base substrate is at least one of a metal base substrate or a mandrel substrate, wherein the array of standing fibers (80, 703) comprises an ordinarily solid material selected from a group consisting of boron, carbon, aluminum, silicon, titanium, zirconium, niobium, molybdenum, hafnium, tantalum, tungsten, rhenium, yttrium, osmium, uranium, thorium, plutonium, nitrogen, oxygen, and combinations thereof; and the multiple layers of non-woven parallel fibers running parallel to the plane of the fabric comprise an ordinarily solid material selected from a group consisting of boron, carbon, aluminum, silicon, titanium, zirconium, niobium, molybdenum, hafnium, tantalum, tungsten, rhenium, yttrium, osmium, uranium, thorium, plutonium, nitrogen, oxygen, and combinations thereof. an array of standing fibers (80, 703) extending perpendicular to a plane of the non-woven fabric and attached to a base substrate; and multiple layers of non-woven parallel fibers running parallel to the plane of the non-woven fabric in between the array of standing fibers (80, 703) in a defined pattern of fiber layer orientations, wherein the base substrate is at least one of a metal base substrate or a mandrel substrate, wherein the array of standing fibers (80, 703) comprises an ordinarily solid material selected from a group consisting of boron, carbon, aluminum, silicon, titanium, zirconium, niobium, molybdenum, hafnium, tantalum, tungsten, rhenium, yttrium, osmium, uranium, thorium, plutonium, nitrogen, oxygen, and combinations thereof; and the multiple layers of non-woven parallel fibers running parallel to the plane of the fabric comprise an ordinarily solid material selected from a group consisting of boron, carbon, aluminum, silicon, titanium, zirconium, niobium, molybdenum, hafnium, tantalum, tungsten, rhenium, yttrium, osmium, uranium, thorium, plutonium, nitrogen, oxygen, and combinations thereof.
A coast stop vehicle which executes coast stop control for stopping an engine during the travel of the vehicle, comprising: a frictional engagement element provided between the engine and a driving wheel; a first deceleration calculating means adapted to calculate first deceleration, which is rotation deceleration of a rotation shaft on the driving wheel side of the frictional engagement element; an engine rotation speed detecting means adapted to detect the engine rotation speed; a second deceleration calculating means adapted to calculate second deceleration, the second deceleration being the engine rotation deceleration and an engagement-state control means adapted to control an engagement state of the frictional engagement element so that decrease of the engine rotation speed is suppressed on the basis of the first deceleration and the second deceleration while the coast stop control is executed, characterized in that the engagement-state control means releases the frictional engagement element if the engine rotation speed is smaller than a first predetermined speed at which the engine can be re-started by re-injection of fuel and also, the second deceleration is larger than the first deceleration; and engages the frictional engagement element if the engine rotation speed is smaller than the first predetermined speed and also, the second deceleration is at the first deceleration or less. a frictional engagement element provided between the engine and a driving wheel; a first deceleration calculating means adapted to calculate first deceleration, which is rotation deceleration of a rotation shaft on the driving wheel side of the frictional engagement element; an engine rotation speed detecting means adapted to detect the engine rotation speed; a second deceleration calculating means adapted to calculate second deceleration, the second deceleration being the engine rotation deceleration and an engagement-state control means adapted to control an engagement state of the frictional engagement element so that decrease of the engine rotation speed is suppressed on the basis of the first deceleration and the second deceleration while the coast stop control is executed, characterized in that the engagement-state control means releases the frictional engagement element if the engine rotation speed is smaller than a first predetermined speed at which the engine can be re-started by re-injection of fuel and also, the second deceleration is larger than the first deceleration; and engages the frictional engagement element if the engine rotation speed is smaller than the first predetermined speed and also, the second deceleration is at the first deceleration or less.
A method for a base station (410, 1230), the method comprising: determining whether to terminate a call connection with a terminal (400, 1200); determining whether the terminal (400, 1200) is capable of receiving a public safety service; determining (820, 881) whether the terminal (400, 1200) receives a multimedia broadcast multicast services, MBMS, if the terminal is capable of receiving the public safety service; configuring, if the terminal (400, 1200) receives the MBMS, a priority of a frequency band for receiving the MBMS to be highest among a plurality of frequency bands; and transmitting (420, 886), to the terminal (400, 1200), a connection release message including information on a priority of each of the plurality of the frequency bands. determining whether to terminate a call connection with a terminal (400, 1200); determining whether the terminal (400, 1200) is capable of receiving a public safety service; determining (820, 881) whether the terminal (400, 1200) receives a multimedia broadcast multicast services, MBMS, if the terminal is capable of receiving the public safety service; configuring, if the terminal (400, 1200) receives the MBMS, a priority of a frequency band for receiving the MBMS to be highest among a plurality of frequency bands; and transmitting (420, 886), to the terminal (400, 1200), a connection release message including information on a priority of each of the plurality of the frequency bands.
A method of controlling an engine of a generation system, the method comprising: controlling an engine under a condition of theoretical air-fuel ratio driving; performing engine revolution-per-minute, RPM, tracking control so that the engine is driven at a target engine RPM when an external load connected to a generator is changed; determining whether an engine RPM has been stabilized by determining whether the engine RPM varies within an RPM range and determining whether the external load is additionally changed; changing an air-fuel ratio to a lean air-fuel ratio upon determining that the engine RPM has been stabilized, and controlling the engine under a condition of lean air-fuel ratio driving; and controlling a control cycle of an electronic throttle control, ETC, valve, such that the control cycle is lengthened or shortened depending on the range of variation in the RPM of the engine, when the engine enters the lean air-fuel ratio driving. controlling an engine under a condition of theoretical air-fuel ratio driving; performing engine revolution-per-minute, RPM, tracking control so that the engine is driven at a target engine RPM when an external load connected to a generator is changed; determining whether an engine RPM has been stabilized by determining whether the engine RPM varies within an RPM range and determining whether the external load is additionally changed; changing an air-fuel ratio to a lean air-fuel ratio upon determining that the engine RPM has been stabilized, and controlling the engine under a condition of lean air-fuel ratio driving; and controlling a control cycle of an electronic throttle control, ETC, valve, such that the control cycle is lengthened or shortened depending on the range of variation in the RPM of the engine, when the engine enters the lean air-fuel ratio driving.
A microparticle comprising: a) an exterior shell; b) a liquid encapsulated within the shell; and c) a Janus microparticle suspended in the liquid, wherein the Janus microparticle either comprises: i) two or more distinct assemblies of particles; or ii) a core loaded with particles, the core having a first surface portion and a second surface portion that is functionally distinct from the first surface portion. i) two or more distinct assemblies of particles; or ii) a core loaded with particles, the core having a first surface portion and a second surface portion that is functionally distinct from the first surface portion.
A curable, one-part epoxy/thiol resin composition comprising: an epoxy resin component comprising an epoxy resin having at least two epoxide groups per molecule; a thiol component comprising a polythiol compound having at least two primary thiol groups; a nitrogen-containing catalyst for the epoxy resin; and a substituted barbituric acid soluble in the one-part epoxy/thiol resin composition wherein soluble in the epoxy/thiol resin composition refers to a substituted barbituric acid which, when incorporated in an epoxy/thiol resin composition in an amount of 5 wt-%, produces an epoxy/thiol resin composition with at least 80% clarity and/or at least 80% transmission measured as described in the description. an epoxy resin component comprising an epoxy resin having at least two epoxide groups per molecule; a thiol component comprising a polythiol compound having at least two primary thiol groups; a nitrogen-containing catalyst for the epoxy resin; and a substituted barbituric acid soluble in the one-part epoxy/thiol resin composition wherein soluble in the epoxy/thiol resin composition refers to a substituted barbituric acid which, when incorporated in an epoxy/thiol resin composition in an amount of 5 wt-%, produces an epoxy/thiol resin composition with at least 80% clarity and/or at least 80% transmission measured as described in the description.