mhurhangee/ep-ind-claims huggingface dataset:
A method of implementing a timing advance during an uplink communication between a user equipment, UE, and a base station of a wireless network, the method comprising: selecting at least one subframe that is scheduled for pre -transmission processing, wherein, in pre -transmission processing, payload data within each subframe transmitted from the UE to the base station are processed prior to being transmitted via the uplink communication; reducing a duration of the at least one subframe by a value of the timing advance to generate at least one reduced duration subframe; replacing at least a portion of payload data in the at least one reduced duration subframe with a pre-selected replacement value; withholding pre -transmission processing of the at least a portion of the payload data replaced with the pre-selected replacement value; performing pre -transmission processing of any remaining portion of the at least one subframe, wherein a processing time of the remaining portion of the at least one subframe is reduced by at least the value of the timing advance; and transmitting the at least one reduced duration subframe via the uplink stream to the base station. selecting at least one subframe that is scheduled for pre -transmission processing, wherein, in pre -transmission processing, payload data within each subframe transmitted from the UE to the base station are processed prior to being transmitted via the uplink communication; reducing a duration of the at least one subframe by a value of the timing advance to generate at least one reduced duration subframe; replacing at least a portion of payload data in the at least one reduced duration subframe with a pre-selected replacement value; withholding pre -transmission processing of the at least a portion of the payload data replaced with the pre-selected replacement value; performing pre -transmission processing of any remaining portion of the at least one subframe, wherein a processing time of the remaining portion of the at least one subframe is reduced by at least the value of the timing advance; and transmitting the at least one reduced duration subframe via the uplink stream to the base station.
An ignition system comprising: - a spark-plug having a first end defining a spark-gap between a first electrode and a second electrode; - a transformer comprising a primary winding and a secondary winding, the electromagnetic coupling between the primary winding and the secondary winding being less than 80%, the secondary winding having a resistance of less than 1kΩ and an inductance of less than 0.25H and being connected with the first electrode in a secondary circuit having a resonance frequency; and - a drive circuit connected to the primary winding and which drive circuit comprises a power oscillator configured to oscillate at the resonance frequency of the secondary circuit and to transfer energy to the secondary circuit during successive cycles of oscillation, until a breakthrough voltage of the spark-gap is reached. - a spark-plug having a first end defining a spark-gap between a first electrode and a second electrode; - a transformer comprising a primary winding and a secondary winding, the electromagnetic coupling between the primary winding and the secondary winding being less than 80%, the secondary winding having a resistance of less than 1kΩ and an inductance of less than 0.25H and being connected with the first electrode in a secondary circuit having a resonance frequency; and - a drive circuit connected to the primary winding and which drive circuit comprises a power oscillator configured to oscillate at the resonance frequency of the secondary circuit and to transfer energy to the secondary circuit during successive cycles of oscillation, until a breakthrough voltage of the spark-gap is reached.
A crusher inspection hatch assembly provided at a crusher having a hatch opening in a wall of the crusher to allow access to an internal region defined by the wall, the hatch opening surrounded by a hatch frame, the assembly comprising: a door mountable at the frame to close the opening and having at least one slot extending inwardly from a perimeter of the door; at least one attachment bolt to attach the door to the frame, the bolt having an elongate shaft and a bolt head; at least one abutment flange provided at the shaft; characterised in that: the attachment bolt is removably mounted at the frame; the abutment flange is separated axially from the bolt head such that the bolt head is configured to sit opposed to an outward facing surface of the door whilst the flange is configured to sit opposed to an inward facing surface of the door; and the slot comprises two notches positioned at opposed regions of the slot projecting inwardly to at least partially close an inner region of the slot to define a neck portion of the slot to inhibit the bolt sliding outward from the inner region. a door mountable at the frame to close the opening and having at least one slot extending inwardly from a perimeter of the door; at least one attachment bolt to attach the door to the frame, the bolt having an elongate shaft and a bolt head; at least one abutment flange provided at the shaft; characterised in that: the attachment bolt is removably mounted at the frame; the abutment flange is separated axially from the bolt head such that the bolt head is configured to sit opposed to an outward facing surface of the door whilst the flange is configured to sit opposed to an inward facing surface of the door; and the slot comprises two notches positioned at opposed regions of the slot projecting inwardly to at least partially close an inner region of the slot to define a neck portion of the slot to inhibit the bolt sliding outward from the inner region. the attachment bolt is removably mounted at the frame; the abutment flange is separated axially from the bolt head such that the bolt head is configured to sit opposed to an outward facing surface of the door whilst the flange is configured to sit opposed to an inward facing surface of the door; and the slot comprises two notches positioned at opposed regions of the slot projecting inwardly to at least partially close an inner region of the slot to define a neck portion of the slot to inhibit the bolt sliding outward from the inner region.
Method for producing a battery, specifically a lithium-ion battery, having an electrode layer and a current collector, wherein the electrode layer has a plurality of auxiliary channels (7, 7a to 7e) in an active material, wherein the auxiliary channels (7, 7a to 7e) are formed both on a cathode and on an anode, characterized in that the auxiliary channels (7, 7a to 7e) are created by injecting a liquid or a gelled liquid into a substantially liquid electrode film.
Sealing device (2, 103) for a propeller shaft of a marine vehicle propulsion unit, containing a plurality of sealing lips (22, 24, 26, 28, 30) axially offset relative to one another, whereby a receiving space for a hydraulic fluid is delimited by two adjacent sealing lips (22, 24), at least one buffer space (34, 36, 38) is axially offset with respect to the receiving space and delimited by two adjacent sealing lips (24, 26, 28, 30), whereby the sealing device (2, 103) contains feeding means able to supply said buffer space (34, 36, 38) with a buffer fluid, wherein the sealing device (2, 103) contains a sampling circuit able to sample fluid contained in said buffer space (34, 36, 38) and a monitoring device able to check parameters (D liq, Δ 84, Δ 86) of the fluid sampled by the sampling circuit, characterized in that the buffer fluid is a liquid containing a predetermined initial salt mass fraction (S 70, S 72), whereby the monitoring device contains means (96, 98) for measuring the salt mass fraction (S 84, S 86) of the fluid sampled by the sampling circuit to calculate a deviation (Δ 84, Δ 86) between the measured fraction (S 84, S 86) and the initial fraction (S 70, S 72) and to compare said deviation (Δ 84, Δ 86) with a predetermined warning deviation (Δ 84REF, Δ 86REF).
Device for joining a bimetal strip and a component that acts as a support for this bimetal strip in a current switching unit, said bimetal strip being electrically connected by a first end, known as the free end, to a first connection area known as the input connection area, and by another end, by way of which this bimetal strip is fixed to the abovementioned support, to a second connection area known as the output connection area, this bimetal strip being mounted so as to pass through the abovementioned support, said bimetal strip thus having a first and a second part that are situated respectively on one side and the other of the abovementioned support, the first part being situated on the side of the free end of the bimetal strip, corresponding to the surface known as the usable surface of this bimetal strip, the length of this usable surface being variable depending on the insertion length of this bimetal strip in the support, characterized in that the bimetal strip is mounted so as to pass through the abovementioned support so as to be able to be fixed at different locations along the length of this bimetal strip and in that said insertion length is determined depending on the calibre of the unit so as to obtain a constant thermal profile (x), regardless of the calibre.
Device for mounting pipette tips, having a coupling element with a longitudinal axis that extends in the axial direction and has a free end from which a pipette tip can be slid onto the coupling element in the axial direction, wherein the coupling element has: - a sealing element (21, 21') made from a resilient material which has an axial, radially extending sealing portion (23, 23') which is exposed in the axial direction towards the free end of the coupling element, against which a sealing portion of the pipette tip can be pressed axially at least in part, characterized in that the coupling element has at least one holding element (27, 57) arranged on the outside thereof for interacting with holding means of the pipette tip in order to press the sealing portion of the pipette tip against the axial sealing portion (23, 23') and to position the pipette tip in the axial direction, wherein the holding element is a peripheral spring element which is arranged in a peripheral depression located on the outside of the coupling element. - a sealing element (21, 21') made from a resilient material which has an axial, radially extending sealing portion (23, 23') which is exposed in the axial direction towards the free end of the coupling element, against which a sealing portion of the pipette tip can be pressed axially at least in part, characterized in that
A turbomachine comprising: a housing; a rotating group that is supported for rotation about an axis of rotation within the housing; a turbomachine stage including a wheel (111, 113) of the rotating group that is supported within a turbomachine housing (106, 107) of the housing; an e-machine section including an e-machine (114, 1114) that is housed within an e-machine housing of the housing, the e-machine being operably coupled to the rotating group and configured to operate as at least one of a motor and a generator; an integrated controller (150, 1150) that extends in a circumferential direction about the axis of rotation, the integrated controller configured for controlling the e-machine; and a thermally decoupled fastener arrangement that attaches the integrated controller to the e-machine housing, the fastener arrangement thermally decoupling the integrated controller from the turbomachine stage. a housing; a rotating group that is supported for rotation about an axis of rotation within the housing; a turbomachine stage including a wheel (111, 113) of the rotating group that is supported within a turbomachine housing (106, 107) of the housing; an e-machine section including an e-machine (114, 1114) that is housed within an e-machine housing of the housing, the e-machine being operably coupled to the rotating group and configured to operate as at least one of a motor and a generator; an integrated controller (150, 1150) that extends in a circumferential direction about the axis of rotation, the integrated controller configured for controlling the e-machine; and a thermally decoupled fastener arrangement that attaches the integrated controller to the e-machine housing, the fastener arrangement thermally decoupling the integrated controller from the turbomachine stage.
A mobile terminal for use in a system which includes a backend server having a first encryption key and an onboard unit, OBU, capable of verifying a digital signature made by the backend server and decrypting information encrypted with the first encryption key, comprising: a first sending unit configured to send, to the backend server, an identity of the OBU and identification information of a second encryption key shared between the mobile terminal and the backend server; a first receiving unit configured to receive, from the backend server, a base shared key encrypted with the second encryption key, the base shared key encrypted with the first encryption key, and a digital signature made by the backend server for demonstrating authenticity of the base shared key; a deriving unit configured to decrypt the base shared key with the second encryption key and derive first authentication information based on the base shared key and a first temporary parameter; and a second sending unit configured to send, to the OBU, the base shared key encrypted with the first encryption key, the digital signature, the first authentication information, identification information of the base shared key, and the first temporary parameter. a first sending unit configured to send, to the backend server, an identity of the OBU and identification information of a second encryption key shared between the mobile terminal and the backend server; a first receiving unit configured to receive, from the backend server, a base shared key encrypted with the second encryption key, the base shared key encrypted with the first encryption key, and a digital signature made by the backend server for demonstrating authenticity of the base shared key; a deriving unit configured to decrypt the base shared key with the second encryption key and derive first authentication information based on the base shared key and a first temporary parameter; and a second sending unit configured to send, to the OBU, the base shared key encrypted with the first encryption key, the digital signature, the first authentication information, identification information of the base shared key, and the first temporary parameter.
A heat-radiating substrate comprising: a metal base material (1,11); and i) a metal thin layer (2,12) formed over the metal base material (1,11), the metal thin layer (2,12) having a thickness equal to or smaller than 100 μm and a hardness higher than a hardness of the metal base material; characterized by an anchor layer over the metal thin layer (2,12), wherein the anchor layer comprises fragmented particles of the ceramic layer (3,13), which are bonded to each other; and a ceramic layer (3,13) over the anchor layer; or ii) a hardened layer having a thickness less than 30 μm, including the same material as the metal base material (1,11), serving as a surface layer of the metal base material (1,11) and having a hardness higher than a hardness of the metal base material (1,11); characterized by an anchor layer over the hardened layer serving as a surface layer of the metal base material (1,11), wherein the anchor layer comprises fragmented particles of the ceramic layer, which are bonded to each other; and a ceramic layer (3,13) over the anchor layer i) a metal thin layer (2,12) formed over the metal base material (1,11), the metal thin layer (2,12) having a thickness equal to or smaller than 100 μm and a hardness higher than a hardness of the metal base material; characterized by an anchor layer over the metal thin layer (2,12), wherein the anchor layer comprises fragmented particles of the ceramic layer (3,13), which are bonded to each other; and a ceramic layer (3,13) over the anchor layer; or characterized by an anchor layer over the metal thin layer (2,12), wherein the anchor layer comprises fragmented particles of the ceramic layer (3,13), which are bonded to each other; and a ceramic layer (3,13) over the anchor layer; or ii) a hardened layer having a thickness less than 30 μm, including the same material as the metal base material (1,11), serving as a surface layer of the metal base material (1,11) and having a hardness higher than a hardness of the metal base material (1,11); characterized by an anchor layer over the hardened layer serving as a surface layer of the metal base material (1,11), wherein the anchor layer comprises fragmented particles of the ceramic layer, which are bonded to each other; and a ceramic layer (3,13) over the anchor layer characterized by an anchor layer over the hardened layer serving as a surface layer of the metal base material (1,11), wherein the anchor layer comprises fragmented particles of the ceramic layer, which are bonded to each other; and a ceramic layer (3,13) over the anchor layer
A single cell two-cassette reporter system comprising: a) a first cassette comprising i) a target gene; ii) a first reporter gene, wherein translation of the first reporter gene is translationally linked to the target gene; b) a second cassette comprising i) a protein inclusion body responsive promoter operably linked to a second reporter gene, wherein the first reporter gene product and the second reporter gene product are suitable for detection. a) a first cassette comprising i) a target gene; ii) a first reporter gene, wherein translation of the first reporter gene is translationally linked to the target gene; i) a target gene; ii) a first reporter gene, wherein translation of the first reporter gene is translationally linked to the target gene; b) a second cassette comprising i) a protein inclusion body responsive promoter operably linked to a second reporter gene, wherein the first reporter gene product and the second reporter gene product are suitable for detection. i) a protein inclusion body responsive promoter operably linked to a second reporter gene,
A gas turbine engine (20; 120) comprising: a fan; a fan drive gear system coupled to drive the fan about an engine central axis; a compressor section including a first compressor and a second compressor; and a turbine section including: a first turbine coupled to drive a first spool, the first spool being coupled at a first axial (A 1) position to a compressor hub that is coupled to drive the first compressor and the first spool being coupled at a second axial position (A 2) to a fan drive input shaft that is coupled to drive the fan drive gear system, and a second turbine coupled through a second spool to drive the second compressor; characterised by further providing: a speed sensor probe (70; 170) operable to determine a rotational speed of the first spool, the speed sensor probe (70; 170) being located axially aft of the first axial position (A 1) and the second axial position (A 2). a fan; a fan drive gear system coupled to drive the fan about an engine central axis; a compressor section including a first compressor and a second compressor; and a turbine section including: a first turbine coupled to drive a first spool, the first spool being coupled at a first axial (A 1) position to a compressor hub that is coupled to drive the first compressor and the first spool being coupled at a second axial position (A 2) to a fan drive input shaft that is coupled to drive the fan drive gear system, and a second turbine coupled through a second spool to drive the second compressor; characterised by further providing: a speed sensor probe (70; 170) operable to determine a rotational speed of the first spool, the speed sensor probe (70; 170) being located axially aft of the first axial position (A 1) and the second axial position (A 2). a first turbine coupled to drive a first spool, the first spool being coupled at a first axial (A 1) position to a compressor hub that is coupled to drive the first compressor and the first spool being coupled at a second axial position (A 2) to a fan drive input shaft that is coupled to drive the fan drive gear system, and a second turbine coupled through a second spool to drive the second compressor; characterised by further providing: a speed sensor probe (70; 170) operable to determine a rotational speed of the first spool, the speed sensor probe (70; 170) being located axially aft of the first axial position (A 1) and the second axial position (A 2). a speed sensor probe (70; 170) operable to determine a rotational speed of the first spool, the speed sensor probe (70; 170) being located axially aft of the first axial position (A 1) and the second axial position (A 2).
A flame-retardant resin composition comprising: a thermoplastic resin; a metal hydroxide; and a modified silicone being a polymer having a main skeleton having a siloxane bond and having, at an end thereof, a functional group having a carbon-carbon double bond, wherein: a content of the metal hydroxide is 85 to 190 parts by mass relative to 100 parts by mass of the thermoplastic resin, a content of the modified silicone is 0.05% to 5% by mass relative to the metal hydroxide, the thermoplastic resin is a mixture containing an ethylene-vinyl acetate copolymer and polyethylene in a range of 30:70 to 100:0, and the modified silicone has a molecular weight of 1000 to 3000. a thermoplastic resin; a metal hydroxide; and a modified silicone being a polymer having a main skeleton having a siloxane bond and having, at an end thereof, a functional group having a carbon-carbon double bond, wherein: a content of the metal hydroxide is 85 to 190 parts by mass relative to 100 parts by mass of the thermoplastic resin, a content of the modified silicone is 0.05% to 5% by mass relative to the metal hydroxide, the thermoplastic resin is a mixture containing an ethylene-vinyl acetate copolymer and polyethylene in a range of 30:70 to 100:0, and the modified silicone has a molecular weight of 1000 to 3000. a content of the metal hydroxide is 85 to 190 parts by mass relative to 100 parts by mass of the thermoplastic resin, a content of the modified silicone is 0.05% to 5% by mass relative to the metal hydroxide, the thermoplastic resin is a mixture containing an ethylene-vinyl acetate copolymer and polyethylene in a range of 30:70 to 100:0, and the modified silicone has a molecular weight of 1000 to 3000.
Use as a fiber-processing agent in whirling air spinning of a composition having a kinematic viscosity at 30°C of 5 x 10 -6 to 50 x 10 -6 m 2 /s; wherein the composition comprises 50 to 100 mass% of lubricant, 0 to 20 mass% of lubricant and 0 to 50 mass% of lubricant, (total 100 mass%); wherein: Lubricant is an aliphatic ester compound of carbon number 15-60; Lubricant is a linear polyorganosiloxane, having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s; and Lubricant is a mineral oil, having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s. Lubricant is an aliphatic ester compound of carbon number 15-60; Lubricant is a linear polyorganosiloxane, having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s; and Lubricant is a mineral oil, having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s.