mhurhangee/ep-ind-claims huggingface dataset:
A method for indicating channel access, applied in a terminal device, the method comprising: receiving first indication information transmitted by a network device wherein the first indication information comprises mode information indicating a channel access mode; and obtaining one or more channel access parameters based on the first indication information, the one or more channel access parameters being used for determining channel access for a target uplink transmission wherein the target uplink transmission comprises Message 3 in a random access procedure; wherein the first indication information is carried in a Random Access Response, RAR, message; and characterised by the first indication information being carried in the RAR message comprises the first indication information being obtained from a part of bits in a Physical Uplink Shared Channel, PUSCH, frequency resource allocation field in a RAR grant field in the RAR message, the first indication information occupying N bits of the PUSCH frequency resource allocation field, which occupies 14 bits in the RAR grant field. receiving first indication information transmitted by a network device wherein the first indication information comprises mode information indicating a channel access mode; and obtaining one or more channel access parameters based on the first indication information, the one or more channel access parameters being used for determining channel access for a target uplink transmission wherein the target uplink transmission comprises Message 3 in a random access procedure; wherein the first indication information is carried in a Random Access Response, RAR, message; and characterised by the first indication information being carried in the RAR message comprises the first indication information being obtained from a part of bits in a Physical Uplink Shared Channel, PUSCH, frequency resource allocation field in a RAR grant field in the RAR message, the first indication information occupying N bits of the PUSCH frequency resource allocation field, which occupies 14 bits in the RAR grant field.
A control box comprising: a case providing an inner accommodation space, the case having an opening formed in an upper surface thereof; a first plate supported by a lower surface of the case; a second plate located on the first plate, the second plate being spaced apart from the first plate; a third plate located on the second plate, the third plate being spaced apart from the second plate; a rotary plate covering the opening, the rotary plate being rotatably mounted to the third plate; and a transceiver located inside the case, the transceiver being coupled to the rotary plate. a case providing an inner accommodation space, the case having an opening formed in an upper surface thereof; a first plate supported by a lower surface of the case; a second plate located on the first plate, the second plate being spaced apart from the first plate; a third plate located on the second plate, the third plate being spaced apart from the second plate; a rotary plate covering the opening, the rotary plate being rotatably mounted to the third plate; and a transceiver located inside the case, the transceiver being coupled to the rotary plate.
A liquid ejection apparatus comprising: a nozzle; a first channeled structure defining a first liquid channel, the first liquid channel communicating with the nozzle; a second liquid channel; a communication opening connecting the first liquid channel and the second liquid channel; a laminated body including a piezoelectric element and a metal layer, the laminated body having a first portion supported by the first channeled structure and a second portion extending over the first liquid channel and not supported by the first channeled structure; characterised in that: the communication opening extends through the second portion of the laminated body such that the second portion surrounds the communication opening; wherein the second portion of the laminated body includes the metal layer surrounding the communication opening. a nozzle; a first channeled structure defining a first liquid channel, the first liquid channel communicating with the nozzle; a second liquid channel; a communication opening connecting the first liquid channel and the second liquid channel; a laminated body including a piezoelectric element and a metal layer, the laminated body having a first portion supported by the first channeled structure and a second portion extending over the first liquid channel and not supported by the first channeled structure; characterised in that: the communication opening extends through the second portion of the laminated body such that the second portion surrounds the communication opening; wherein the second portion of the laminated body includes the metal layer surrounding the communication opening. the communication opening extends through the second portion of the laminated body such that the second portion surrounds the communication opening; wherein the second portion of the laminated body includes the metal layer surrounding the communication opening.
Apparatus for the analysis of the dynamic behavior of a pneumatic tyre at an interface region with the ground, including: • a support frame; • a multilayer detection plate, consisting of at least two different layers (4, 5) overlapping one another, carried by said support frame, in turn comprising: - an interface layer which, in use, comes into contact with the pneumatic tyre in motion, - a base layer, coupled to said interface layer; • an image detection device arranged in such a manner as to be able to frame and directly or indirectly capture the base layer of the multilayer detection plate. wherein said interface layer is at least partially transparent and has a roughness (Ra) >= 16 μm at least at said interface region and wherein said base layer is at least partially transparent. • a support frame; • a multilayer detection plate, consisting of at least two different layers (4, 5) overlapping one another, carried by said support frame, in turn comprising: - an interface layer which, in use, comes into contact with the pneumatic tyre in motion, - a base layer, coupled to said interface layer; - an interface layer which, in use, comes into contact with the pneumatic tyre in motion, - a base layer, coupled to said interface layer; • an image detection device arranged in such a manner as to be able to frame and directly or indirectly capture the base layer of the multilayer detection plate.
An apparatus for removing at least one layer of the sheath of electrical conductors or light guides, having at least two clamping jaws which can be moved towards the conductor for fixing the conductor in the longitudinal direction, and having a rotary stripping head which has a rotating body, wherein the stripping head has at least one stripping blade which can rotate about the axis of rotation of the stripping head and can be moved radially relative to the axis of rotation for cutting through at least one layer of the cladding of the conductor, wherein the at least one stripping blade is mounted on the rotating body, having a first drive system for the one or more stripping blade(s), characterized in that the stripping head has at least two centring jaws which can be moved relative to the axis of rotation of the stripping head and are arranged directly at the blade or blades for centring the conductor in the axis of rotation of the stripping head, wherein the at least two centring jaws are mounted on the rotating body, with at least one separate second drive system which can be actuated independently of the first drive system the centring jaws, wherein the one or more stripping blade(s) and their drive system (23, 28, 15, 24, 18) including the drive motor is/are mounted on a drawing carriage which can be displaced by a motor in the direction of the axis of rotation of the stripping head.
Use of an electrically conductive carbon material in a catalyst layer for a fuel cell, comprising the carbon material, at least one catalytically active material and at least one ionomer, for improving a distribution of the ionomer in the catalyst layer, where the carbon material has a carbon lattice which comprises carbon atoms and nitrogen atoms, where a fraction of carbon material in the catalyst layer is 25 to 65 mass%, based on the total mass of the catalyst layer, and/or where a weight ratio of ionomer to carbon material is 0.2-1.0, and where a fraction of nitrogen in the carbon material is 0.3 to 1.0 mass%, based on the total mass of the carbon material. where a fraction of carbon material in the catalyst layer is 25 to 65 mass%, based on the total mass of the catalyst layer, and/or where a weight ratio of ionomer to carbon material is 0.2-1.0, and where a fraction of nitrogen in the carbon material is 0.3 to 1.0 mass%, based on the total mass of the carbon material.
A wheel assembly comprising: a wheel portion comprising a web having an inboard surface, wherein a torque bar retention slot is defined in the web and extends from the inboard surface of the web; and a bushing disposed in the torque bar retention slot; and a torque bar configured to be coupled to rotors of a brake assembly and to the wheel portion, wherein the bushing comprises an open end, and wherein a boss of the torque bar is configured to extend into the bushing through the open end of the bushing such that the boss of the torque bar is at least partially disposed within the torque bar retention slot of the wheel portion, characterized in that: the bushing comprises furthermore a closed end. a wheel portion comprising a web having an inboard surface, wherein a torque bar retention slot is defined in the web and extends from the inboard surface of the web; and a bushing disposed in the torque bar retention slot; and a torque bar configured to be coupled to rotors of a brake assembly and to the wheel portion, wherein the bushing comprises an open end, and wherein a boss of the torque bar is configured to extend into the bushing through the open end of the bushing such that the boss of the torque bar is at least partially disposed within the torque bar retention slot of the wheel portion, characterized in that: the bushing comprises furthermore a closed end.
A light-conducting body comprising a number of light-conducting segments and a number of connecting segments, - said light-conducting segments being configured to be capable of conducting light and/or to be translucent and have each at least one light ingress surface and at least one light egress surface, and - each of said connecting segments interconnecting two light conducting segments, said light ingress surfaces and said light egress surfaces of the light-conducting segments interconnected in this manner being essentially parallel to the longitudinal axis of the connecting segment interconnecting said light-conducting segments, characterised in that said light-conducting segments and said connecting segments have a flat design and have an identical thickness. - said light-conducting segments being configured to be capable of conducting light and/or to be translucent and have each at least one light ingress surface and at least one light egress surface, and - each of said connecting segments interconnecting two light conducting segments, said light ingress surfaces and said light egress surfaces of the light-conducting segments interconnected in this manner being essentially parallel to the longitudinal axis of the connecting segment interconnecting said light-conducting segments,
A powder sterilization method for sterilizing powder, in particular an active pharmaceutical ingredient powder or a food powder, using fluid vapor, in particular steam, the fluid vapor being applied to the powder in an evacuated treatment chamber, the fluid vapor being applied to the powder, in particular in countercurrent, during a free fall of the powder along a drop section, characterized in that evacuation means for providing a negative pressure in the treatment chamber are operated in a permanent and continuous manner to provide a negative pressure in the treatment chamber, a suction pressure thus being permanently applied and the application of the fluid vapor causing the pressure to rise during the free fall after the powder has been supplied.
A separator for an electrochemical device, comprising: a porous polymer substrate; a porous coating layer formed on at least one surface of the porous polymer substrate and including inorganic particles and a binder polymer; and an electrode adhesive layer formed on the porous coating layer and forming an outermost layer of the separator, the electrode adhesive layer including organic particles and an acrylic resin binder, wherein the acrylic resin binder is present in an amount of 30-80 wt% based on the combined weight of the organic particles and the acrylic resin binder; wherein the electrode adhesive layer is formed in a film shape on at least 20% of the surface area of the separator; and wherein voids are present among the organic particles in the electrode adhesive layer. a porous polymer substrate; a porous coating layer formed on at least one surface of the porous polymer substrate and including inorganic particles and a binder polymer; and an electrode adhesive layer formed on the porous coating layer and forming an outermost layer of the separator, the electrode adhesive layer including organic particles and an acrylic resin binder, wherein the acrylic resin binder is present in an amount of 30-80 wt% based on the combined weight of the organic particles and the acrylic resin binder; wherein the electrode adhesive layer is formed in a film shape on at least 20% of the surface area of the separator; and wherein voids are present among the organic particles in the electrode adhesive layer.
A method for managing a line for industrial treatment of end-of-life vehicles which comprises at least the following stations positioned in series: - a station for individually loading the vehicles on a conveyor; - a station for removing the battery; - a station for removing the wheels; - a station for decontaminating the fluids; - a station for removing the catalytic converter and/or the particle filter; - a station for unloading the vehicles from the conveyor with view to compression or milling characterized in that each station (3 to 8) is adapted for treating a determined number n of vehicles per hour, and that the station for decontaminating fluids consists of a sufficient number x of stations of the same kind positioned in parallel for ensuring together the treatment of n vehicles per hour so as to obtain a substantially regular treatment rate of the vehicles on the whole of the line. - a station for individually loading the vehicles on a conveyor; - a station for removing the battery; - a station for removing the wheels; - a station for decontaminating the fluids; - a station for removing the catalytic converter and/or the particle filter; - a station for unloading the vehicles from the conveyor with view to compression or milling
A three-dimensionally printed article comprising a hydroxyethyl methylcellulose having a DS of 1.7 to 2.5 and an MS of at least 0.5, wherein DS is the degree of substitution of methoxyl groups and MS is the molar substitution of hydroxyethoxyl groups.
A method for signal processing, the method comprising: generating a coarse frequency adjustment for adjusting a receiver frequency based on a DC offset estimate of a preamble portion of a packet, wherein said packet comprises a channel access code portion, a header portion, a sync sequence portion and a payload portion, and wherein said channel access code portion comprises said preamble portion; adjusting said receiver frequency based on said generated coarse frequency adjustment; generating a fine frequency adjustment based on an optimum sampling instant estimate of a signal processed by a receiver with said adjusted receiver frequency; and correcting said adjusted receiver frequency based on said generated fine frequency adjustment, said preamble portion comprising a particular pattern modulated utilizing frequency shift keying; generating said DC offset estimate of said preamble portion of said packet based upon determining a midpoint between an average peak value of demodulated data of said preamble portion and an average valley value of said demodulated data of said preamble portion; and generating said fine frequency adjustment comprises determining a residual phase shift in said sync sequence portion of said packet, said sync sequence portion modulated utilizing phase shift keying. generating a coarse frequency adjustment for adjusting a receiver frequency based on a DC offset estimate of a preamble portion of a packet, wherein said packet comprises a channel access code portion, a header portion, a sync sequence portion and a payload portion, and wherein said channel access code portion comprises said preamble portion; adjusting said receiver frequency based on said generated coarse frequency adjustment; generating a fine frequency adjustment based on an optimum sampling instant estimate of a signal processed by a receiver with said adjusted receiver frequency; and correcting said adjusted receiver frequency based on said generated fine frequency adjustment, said preamble portion comprising a particular pattern modulated utilizing frequency shift keying; generating said DC offset estimate of said preamble portion of said packet based upon determining a midpoint between an average peak value of demodulated data of said preamble portion and an average valley value of said demodulated data of said preamble portion; and generating said fine frequency adjustment comprises determining a residual phase shift in said sync sequence portion of said packet, said sync sequence portion modulated utilizing phase shift keying.
An integrated circuit, comprising: first, second, and third plane-like metal layers; a first transistor having a first control terminal, a first terminal that communicates with said second plane-like metal layer and a second terminal that communicates with said first plane-like metal layer; and a second transistor having a second control terminal, a third terminal that communicates with said first plane-like metal layer and a fourth terminal that communicates with said third plane-like metal layer; characterized by a fourth plane-like metal layer that includes first, second and third contact portions for providing external connections to the integrated circuit, wherein said first, second and third contact portions are electronically isolated from each other and are connected to said second plane-like metal layer, said first plane-like metal layer and said third plane-like metal layer, respectively, wherein one of a supply voltage Vdd and a referenced voltage Vss is supplied to said first contact portion, and wherein the other of said Vdd and Vss is supplied to said third contact portion and an output voltage Vx is output by said second contact portion; wherein said fourth plane-like metal layer is a top layer above the first, second, and third plane-like metal layers, and wherein each of the first, second and third contact portions of the fourth plane-like metal layer substantially covers approximately 1/3 of the underlying area defined by said first and second transistors less an area between said first, second and third contact portions. first, second, and third plane-like metal layers; a first transistor having a first control terminal, a first terminal that communicates with said second plane-like metal layer and a second terminal that communicates with said first plane-like metal layer; and a second transistor having a second control terminal, a third terminal that communicates with said first plane-like metal layer and a fourth terminal that communicates with said third plane-like metal layer; characterized by a fourth plane-like metal layer that includes first, second and third contact portions for providing external connections to the integrated circuit, wherein said first, second and third contact portions are electronically isolated from each other and are connected to said second plane-like metal layer, said first plane-like metal layer and said third plane-like metal layer, respectively, wherein one of a supply voltage Vdd and a referenced voltage Vss is supplied to said first contact portion, and wherein the other of said Vdd and Vss is supplied to said third contact portion and an output voltage Vx is output by said second contact portion; wherein said fourth plane-like metal layer is a top layer above the first, second, and third plane-like metal layers, and wherein each of the first, second and third contact portions of the fourth plane-like metal layer substantially covers approximately 1/3 of the underlying area defined by said first and second transistors less an area between said first, second and third contact portions.
A method of communicating a signal via a wireless communications channel between a transmitter (100, 200, 400, 500) and a receiver (109, 201, 401, 501), at least one of the transmitter and the receiver comprising a plurality of transducers (106, 204, 404, 406, 504, 506) for transforming a signal between an electrical signal and a wireless signal, the method comprising: - determining (S302, S602) a measured or at least estimated delay spread of the wireless communications channel; - based on at least the determined delay spread, selecting (S303, S305) a number of transducers from the plurality of transducers; - communicating a wireless signal from the transmitter to the receiver using the selected number of transducers, characterised in that selecting comprises selecting said number sufficiently high to cause the determined delay spread to be smaller than a predetermined threshold. - determining (S302, S602) a measured or at least estimated delay spread of the wireless communications channel; - based on at least the determined delay spread, selecting (S303, S305) a number of transducers from the plurality of transducers; - communicating a wireless signal from the transmitter to the receiver using the selected number of transducers,