mhurhangee/ep-ind-claims huggingface dataset:
A peripheral controller for half duplex communication between a system and a peripheral, in which a system clock and a peripheral clock are asynchronous, the peripheral controller comprising: a FIFO including a FIFO controller and a FIFO memory and having a plurality of inputs to the FIFO; and a multiplexer circuit having a plurality of electronically controllable switches each controllable by a selection signal, wherein the plurality of controllable switches includes: a clock signal switch having a system clock input, a peripheral clock input and an output, wherein the output is connected to a write clock input of the FIFO controller and a write clock input of the FIFO memory; a write enable signal switch having a system write enable input, a peripheral write enable input and an output, wherein the output is connected to a write enable input of the FIFO controller; a read clock signal switch having a peripheral clock input, a system clock input and an output, wherein the output is connected to a read clock input of the FIFO controller; and a read enable signal switch having a peripheral read enable input, a system read enable input and an output, wherein the output is connected to a read enable input of the FIFO controller, wherein the multiplexer circuit is operable by the selection signal to supply either a first group of system and peripheral signals or a second group of system and peripheral signals different to the first group to the FIFO to operate the FIFO to transmit data from the system to the peripheral or to receive data at the system from the peripheral. a clock signal switch having a system clock input, a peripheral clock input and an output, wherein the output is connected to a write clock input of the FIFO controller and a write clock input of the FIFO memory; a write enable signal switch having a system write enable input, a peripheral write enable input and an output, wherein the output is connected to a write enable input of the FIFO controller; a read clock signal switch having a peripheral clock input, a system clock input and an output, wherein the output is connected to a read clock input of the FIFO controller; and a read enable signal switch having a peripheral read enable input, a system read enable input and an output, wherein the output is connected to a read enable input of the FIFO controller,
A medico-technical apparatus adapted to be engaged with a human or animal body, having the form of an endoscope comprising self-lubricating elements which are subjected to an internal friction and have the form of an endoscope shaft and an everting tube, each of which consists of a material that originally lacks self-lubricating properties and is modified through a surface treatment so as to become a self-lubricating element, characterized in that on the one hand the surface of the endoscope shaft includes cavities which contain a lubricant and on the other hand in that the everting tube material includes silicone rubber or consists of silicone rubber, and has a surface layer containing a lubricant preferably of a material that is selected from: graphite, nitride, fluorohydrocarbon, MoS 2, WS 2, talc, oil, polysilazane, polysiloxane, PTFE, ePTFE, gelatin, agar-agar, cellulose, a combination of polysaccharide and a protein or silicone oil.
A video coding method of deriving a block vector for intra block copy coding, the method comprising: identifying a first block vector, BVo, for prediction of a current video block, B0, wherein the first block vector points from the current video block, B0, to a first candidate block, B1; identifying at least a second block vector, BV 1, that was used to code the first candidate block, B1; generating a derived block vector, BVd, from the first block vector, BV 0, and the second block vector, BV 1, by adding the first block vector, BV 0, and the second block vector, BV 1; and coding the current video block, B0, with intra block copy coding using the derived block vector, BVd. identifying a first block vector, BVo, for prediction of a current video block, B0, wherein the first block vector points from the current video block, B0, to a first candidate block, B1; identifying at least a second block vector, BV 1, that was used to code the first candidate block, B1; generating a derived block vector, BVd, from the first block vector, BV 0, and the second block vector, BV 1, by adding the first block vector, BV 0, and the second block vector, BV 1; and coding the current video block, B0, with intra block copy coding using the derived block vector, BVd.
A method for wireless communications, the method being performed by a user equipment, UE, the method comprising: determining a first content size indicating an amount of uncompressed data packets currently stored in a first buffer of the UE; determining a second content size indicating an amount of compressed data packets currently stored in a second buffer of the UE; and generating a buffer status report, BSR, based on the first content size and the second content size, the method being characterized in that the BSR does not account for an uncompressed copy of a compressed data packet in the first buffer. determining a first content size indicating an amount of uncompressed data packets currently stored in a first buffer of the UE; determining a second content size indicating an amount of compressed data packets currently stored in a second buffer of the UE; and generating a buffer status report, BSR, based on the first content size and the second content size, the method being characterized in that the BSR does not account for an uncompressed copy of a compressed data packet in the first buffer.
An information transmission method performed by a User Equipment, UE, the information transmission method comprising: transmitting duplicated data (S7a, S7c) to a network device through one of: N relays, where N is a positive integer greater than or equal to 2; or a Uu interface between the UE and the network device as well as M relays, where M is a positive integer greater than or equal to 1; wherein prior to transmitting the duplicated data to the network device, the information transmission method further comprises: in the case that a target bearer needs to be configured or retransmission has been activated, selecting T relays (S1, S3), where T is equal to N or M; creating respectively relay connection between the UE and the network device through the T relays (S2a; S4a); creating a first association relation (S5a) among T relay links formed by the T relays, or creating a second association relation between (i) the Uu interface between the UE and the network device and (ii) each of the T relay links formed by the T relays, the first association relation being used to indicate the target bearer to transmit same data through the T relay links, the second association relation being used to indicate the target bearer to transmit same data through the Uu interface and the T relay links. transmitting duplicated data (S7a, S7c) to a network device through one of: N relays, where N is a positive integer greater than or equal to 2; or a Uu interface between the UE and the network device as well as M relays, where M is a positive integer greater than or equal to 1; wherein prior to transmitting the duplicated data to the network device, the information transmission method further comprises: in the case that a target bearer needs to be configured or retransmission has been activated, selecting T relays (S1, S3), where T is equal to N or M; creating respectively relay connection between the UE and the network device through the T relays (S2a; S4a); creating a first association relation (S5a) among T relay links formed by the T relays, in the case that a target bearer needs to be configured or retransmission has been activated, selecting T relays (S1, S3), where T is equal to N or M; creating respectively relay connection between the UE and the network device through the T relays (S2a; S4a); creating a first association relation (S5a) among T relay links formed by the T relays, or creating a second association relation between (i) the Uu interface between the UE and the network device and (ii) each of the T relay links formed by the T relays, the first association relation being used to indicate the target bearer to transmit same data through the T relay links, the second association relation being used to indicate the target bearer to transmit same data through the Uu interface and the T relay links.
A composition comprising a therapeutically effective amount of pooled human immunoglobulin G (IgG) for use in treating Alzheimer's disease in a subject with moderately severe Alzheimer's disease who is carrier of at least one APOE4 allele, wherein the amount of pooled human IgG is from 300 mg/kg to 800 mg/kg body weight of the subject per two week period, wherein the amount is administered in one or more doses during the two week period after initiation of a therapeutic regimen, and wherein the subject has a Mini-Mental Status Examination (MMSE) score of from 14 to 22.
A metal complex comprising: a tin oxide; titanium oxide nanorods in a rutile phase formed on the tin oxide; and titanium oxide nanoparticles in an anatase phase formed on the titanium oxide nanorods in a rutile phase. a tin oxide; titanium oxide nanorods in a rutile phase formed on the tin oxide; and titanium oxide nanoparticles in an anatase phase formed on the titanium oxide nanorods in a rutile phase.
A process for preparing a rifaximin polymorph Form iota-dry comprising placing rifaximin in a vacuum oven set at 23 °C and 27-102 kPa (8-30 in Hg) for 3 days, thereby producing rifaximin polymorph Form iota-dry; wherein the polymorph Form iota-dry comprises X-ray powder diffraction pattern peaks expressed in degrees 2θ (+/- 0.20 degree θ) at 6.04, 7.90, 8.92, 9.49, 12.76, and 14.14; or 7.90, 8.92, 9.49, 12.76, and 14.14; or 6.04, 8.92, 9.49, 12.76 and 14.14; or 6.04, 7.90, 9.49, 12.76 and 14.14; or 6.04, 7.90, 8.92, 12.76, and 14.14; or 6.04, 7.90, 8.92, 9.49 and 14.14; or 6.04, 7.90, 8.92, 9.49 and 12.76.
Method for controlling a regulating valve that regulates a flowrate of liquid coolant circulating in a cooling circuit of a recirculation line of an internal combustion engine, characterized in that it comprises steps consisting in: a) acquiring the temperature (To) of the said liquid coolant, b) determining, as a function of the temperature (To) acquired at step a), a control point for the said regulating valve in a stable position chosen from at least three stable positions, and c) controlling the regulating valve according to the control point determined in step b), characterized in that, in step b), the said control point is determined as a function of the acquired temperature (To) of the liquid coolant and of a liquid coolant target temperature (Tc) which is deduced from the ambient temperature (Ta) measured beforehand. a) acquiring the temperature (To) of the said liquid coolant, b) determining, as a function of the temperature (To) acquired at step a), a control point for the said regulating valve in a stable position chosen from at least three stable positions, and c) controlling the regulating valve according to the control point determined in step b),
A light emitting diode luminaire, comprising: a housing (106; 206) including an upper surface and an enclosed space; a printed circuit board assembly (104; 204) thermally coupled to the upper surface of the housing (106; 206); a plurality of high brightness LED emitters (102; 202) thermally coupled to the printed circuit board assembly (104; 204) to form a linear array, wherein a protective lens cap is disposed over each HB LED emitter (102, 202), the protective lens cap being seamless and positioned to have a focal point arranged such that a focal plane of a projected image extends away from the luminaire; and a linear reflector assembly (108; 208), attached to the housing (106; 206), to concentrate the light generated by the LED emitters (102; 202) over a beam angle formed by the upper surface of the housing (106; 206) and the linear reflector assembly (108; 208). a housing (106; 206) including an upper surface and an enclosed space; a printed circuit board assembly (104; 204) thermally coupled to the upper surface of the housing (106; 206); a plurality of high brightness LED emitters (102; 202) thermally coupled to the printed circuit board assembly (104; 204) to form a linear array, wherein a protective lens cap is disposed over each HB LED emitter (102, 202), the protective lens cap being seamless and positioned to have a focal point arranged such that a focal plane of a projected image extends away from the luminaire; and a linear reflector assembly (108; 208), attached to the housing (106; 206), to concentrate the light generated by the LED emitters (102; 202) over a beam angle formed by the upper surface of the housing (106; 206) and the linear reflector assembly (108; 208).
An interface including a surface, at least one actuator intended to apply a strain to said surface, and means for controlling said at least one actuator, said control means being intended to send to the actuator signals corresponding to the strains to be applied to said surface, said strains being determined by a time reversal method, the control means including a database of reversed pulse responses, characterized in that the control means also including a database of the acoustic lubrication effects including at least one continuous function representative of an acoustic lubrication effect, and means for convoluting a reversed pulse response by a continuous function, and wherein the control means are configured, to produce an acoustic lubrication in at least one given area of the surface, to generate at least one signal formed from a convolution of a reversed pulse response determined from the database of reversed pulse responses by a continuous function of the database of the acoustic lubrication effects.
Hydraulic system, consisting of at least one hydraulic working cylinder, a hydraulic control block, an electronic controller and a sensor device, wherein the control block, the controller and the sensor device are fixed to the working cylinder as add-on or built-in parts, characterised in that a first valve, a second valve, a first non-return valve, a second non-return valve and an orifice are arranged in the control block, wherein the working cylinder is provided in the form of a suspension cylinder in which piston-side working chamber and rod-side working chamber are in fluid communication with each other via a connecting line, the second valve and the second non-return valve, wherein the piston-side working chamber can be relieved to a tank side via the first valve, wherein the rod-side working chamber is connected to a pressure supply port via the orifice and the first non-return valve, wherein the system is adapted in such a manner that if the first valve remains not actuated in its blocking position and if the second valve is brought into its open position, fluid passes via the pressure supply port, the orifice, both non-return valves (79, 79') and the second valve into the piston-side working chamber of the working cylinder so that the piston rod extends, and in that, if the first valve is actuated and brought into its open position and if the second valve remains not actuated in its blocking position, fluid is released from the piston-side chamber to the tank side so that the piston rod retracts.
A method for indicating whether it is possible to fully record a program in a remaining storage space on a storage device that is coupled to a display device that has an On-Screen Display, comprising: configuring the On-Screen Display to generate a grid for display having a first axis and a second axis, the first axis for identifying programming selections and the second axis for identifying the respective broadcasting times of the programming selections, characterized in that any of the programming selections that are to be broadcast in both high definition and standard definition but are currently only capable of being recorded in the remaining storage space on the storage device in the standard definition are identified on the grid using a distinct visual identifier to indicate such capability. configuring the On-Screen Display to generate a grid for display having a first axis and a second axis, the first axis for identifying programming selections and the second axis for identifying the respective broadcasting times of the programming selections, characterized in that any of the programming selections that are to be broadcast in both high definition and standard definition but are currently only capable of being recorded in the remaining storage space on the storage device in the standard definition are identified on the grid using a distinct visual identifier to indicate such capability.
A mechanical seal installed in a seal cavity formed between a housing and a rotational axis to seal between the housing and rotational axis, comprising: a bellows that seals between a rotating-side seal ring biased in an axial direction by a biasing member, and an outer periphery face of the rotational axis; a case fitted to the rotating-side seal ring and an outer periphery of the bellows; and a drive ring that tightens the bellows to the rotational axis; said mechanical seal characterized in that: a plurality of cutout grooves running through in the axial direction are provided on the outer periphery area of the rotating-side seal ring; detent cutout areas are provided on a side face of the rotating-side seal ring on a sealing face side in a manner extending in a circumferential direction from the cutout grooves; and detent convex areas are provided at an edge area of the case on the rotating-side seal ring side in a manner facing the cutout grooves and bulging in an inner-diameter direction so as to be able to pass through the cutout grooves, while a side face of the detent cutout area abutting a back face of the detent convex area is formed in parallel with the surface crossing at right angles with the rotational axis.
Composite pane, comprising an outer pane and an inner pane, which are interconnected via a thermoplastic intermediate layer, wherein the composite pane has an opaque masking region and a transparent see-through region, wherein the intermediate layer has a functional element which covers the entire see-through region, wherein at least one region of the side edge of the functional element does not extend as far as the side edge of the composite pane but is arranged within the masking region, and wherein the surface of the outer pane facing away from the intermediate layer has a pattern of coated regions (b) in the masking region which are provided with a partially transparent reflective coating, wherein the partially transparent reflective coating transmits a significant portion of the electromagnetic radiation incident thereon in the visible spectral range from 380 nm to 780 nm and reflects a likewise significant portion of said radiation, so that the integrated light transmission and the integrated light reflection are each at least 10%, measured as specified in the description. wherein the composite pane has an opaque masking region and a transparent see-through region, wherein the intermediate layer has a functional element which covers the entire see-through region, wherein at least one region of the side edge of the functional element does not extend as far as the side edge of the composite pane but is arranged within the masking region, and wherein the surface of the outer pane facing away from the intermediate layer has a pattern of coated regions (b) in the masking region which are provided with a partially transparent reflective coating, wherein the partially transparent reflective coating transmits a significant portion of the electromagnetic radiation incident thereon in the visible spectral range from 380 nm to 780 nm and reflects a likewise significant portion of said radiation, so that the integrated light transmission and the integrated light reflection are each at least 10%, measured as specified in the description.
Active accelerator pedal of a vehicle, comprising - a pedal unit with a pedal which is arranged so as to be pivotable at a pivoting axis, and - an actuator unit with an electric drive, - wherein the actuator unit is configured to apply an opposing force to a pedal force which is exerted on the pedal, and - there is free travel between the actuator unit and the pedal unit, wherein the opposing force cannot be applied to the pedal force until after the free travel has been travelled through, wherein the actuator unit also comprises a transmission mechanism which is arranged between the electric drive and the pedal unit, characterized in that the transmission is a worm gear with a worm and a driven worm element. - a pedal unit with a pedal which is arranged so as to be pivotable at a pivoting axis, and - an actuator unit with an electric drive, - wherein the actuator unit is configured to apply an opposing force to a pedal force which is exerted on the pedal, and - there is free travel between the actuator unit and the pedal unit, wherein the opposing force cannot be applied to the pedal force until after the free travel has been travelled through, wherein the actuator unit also comprises a transmission mechanism which is arranged between the electric drive and the pedal unit,
A method for determining a change of state of an autonomous vehicle, comprising: - receiving a plurality of performance parameter values (v) obtained by monitoring at least one measurable performance parameter during autonomous operation of the vehicle; - determining a performance quantity (q) quantifying the quality of autonomous operation of the vehicle based on the obtained performance parameter values (v) and information (i) associated with a change in a software and/or hardware base of the vehicle, said information being obtained independently of performance parameter values and determining how the performance parameter values are processed and/or how the performance quantity is computed from the performance parameter values; and - determining a change of state value for the vehicle based on the performance quantity (q), the change of state value indicating the effect of the change in the software and/or hardware base on the autonomous operation of the vehicle. - receiving a plurality of performance parameter values (v) obtained by monitoring at least one measurable performance parameter during autonomous operation of the vehicle; - determining a performance quantity (q) quantifying the quality of autonomous operation of the vehicle based on the obtained performance parameter values (v) and information (i) associated with a change in a software and/or hardware base of the vehicle, said information being obtained independently of performance parameter values and determining how the performance parameter values are processed and/or how the performance quantity is computed from the performance parameter values; and - determining a change of state value for the vehicle based on the performance quantity (q), the change of state value indicating the effect of the change in the software and/or hardware base on the autonomous operation of the vehicle.