mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a fabric of processing elements , each processing element comprising a fabric router coupled to a compute element , the fabric of processing elements enabled to perform dataflow-based processing and instruction-based processing; wherein each processing element is enabled to selectively communicate fabric packets with others of the processing elements at least in part via the fabric router of the respective processing element; and wherein each compute element comprises a memory and is enabled to decode an instruction , the instruction comprising an operand field , access an operand descriptor based at least in part on the operand field, decode the operand descriptor to determine a particular one of a plurality of types the operand descriptor refers to, the plurality of types comprising a fabric type and a memory type , access an operand in accordance with the operand descriptor and the particular type (2412, 2427-2429), wherein the access of the operand is via the respective fabric router coupled to the compute element when the particular type is the fabric type, and wherein the access of the operand is via the memory when the particular type is the memory type. a fabric of processing elements , each processing element comprising a fabric router coupled to a compute element , the fabric of processing elements enabled to perform dataflow-based processing and instruction-based processing; wherein each processing element is enabled to selectively communicate fabric packets with others of the processing elements at least in part via the fabric router of the respective processing element; and wherein each compute element comprises a memory and is enabled to decode an instruction , the instruction comprising an operand field , access an operand descriptor based at least in part on the operand field, decode the operand descriptor to determine a particular one of a plurality of types the operand descriptor refers to, the plurality of types comprising a fabric type and a memory type , access an operand in accordance with the operand descriptor and the particular type (2412, 2427-2429), wherein the access of the operand is via the respective fabric router coupled to the compute element when the particular type is the fabric type, and wherein the access of the operand is via the memory when the particular type is the memory type. decode an instruction , the instruction comprising an operand field , access an operand descriptor based at least in part on the operand field, decode the operand descriptor to determine a particular one of a plurality of types the operand descriptor refers to, the plurality of types comprising a fabric type and a memory type , access an operand in accordance with the operand descriptor and the particular type (2412, 2427-2429), wherein the access of the operand is via the respective fabric router coupled to the compute element when the particular type is the fabric type, and wherein the access of the operand is via the memory when the particular type is the memory type.
A compound of Formula Ia, or a pharmaceutically acceptable salt thereof, for use in a method of treating a human suffering from a viral infection, the method comprising administering to the human a therapeutically effective amount of the compound of Formula Ia, or a pharmaceutically acceptable salt thereof: wherein the human is not administered chloroquine, or an analog or salt thereof, during treatment of the viral infection; wherein the human has not been administered chloroquine, or an analog or salt thereof, within 10 days of receiving the first dose of the compound of Formula Ia, or pharmaceutically acceptable salt thereof; and wherein chloroquine, or an analog or salt thereof, is chloroquine, desethylchloroquine, hydroxychloroquine, desethylhydroxychloroquine, bisdesethylhydroxychloroquine, or a pharmaceutically acceptable salt of any of the foregoing. wherein the human is not administered chloroquine, or an analog or salt thereof, during treatment of the viral infection; wherein the human has not been administered chloroquine, or an analog or salt thereof, within 10 days of receiving the first dose of the compound of Formula Ia, or pharmaceutically acceptable salt thereof; and wherein chloroquine, or an analog or salt thereof, is chloroquine, desethylchloroquine, hydroxychloroquine, desethylhydroxychloroquine, bisdesethylhydroxychloroquine, or a pharmaceutically acceptable salt of any of the foregoing.
A head rest accessory for coupling to a frame member at a head end of a pivotable torso support section of a hospital bed , the head rest accessory comprising a frame having a pair of rails that are spaced apart and substantially parallel and that extend from a distal end to a proximal end , a crossbeam coupled to the distal ends of the pair of rails , a U-shaped connector that is coupled to the proximal ends of a respective rail of the pair of rails , the U-shaped connector opening downwardly to permit the U-shaped connector to be insertable downwardly over the frame member to couple the frame to the pivotable torso support section so that the frame is cantilevered from the frame member , a head rest mount coupled to the frame and extending between the pair of rails , the head rest mount having at least one releasable clamp that grips a corresponding one of the pair of rails to lock the head rest mount in place on the frame when the releasable clamp is in a locked condition, and the head rest mount being repositionable along the pair of rails when the releasable clamp is in an unlocked condition, and a head rest coupled to the head rest mount , the head rest including a face rest shell having an upwardly facing concave surface and having a generally T-shaped cutout to receive a patient's eyes, nose, mouth, and a central chin region of the patient's face when the patient is in a prone position on the head rest accessory . a frame having a pair of rails that are spaced apart and substantially parallel and that extend from a distal end to a proximal end , a crossbeam coupled to the distal ends of the pair of rails , a U-shaped connector that is coupled to the proximal ends of a respective rail of the pair of rails , the U-shaped connector opening downwardly to permit the U-shaped connector to be insertable downwardly over the frame member to couple the frame to the pivotable torso support section so that the frame is cantilevered from the frame member , a head rest mount coupled to the frame and extending between the pair of rails , the head rest mount having at least one releasable clamp that grips a corresponding one of the pair of rails to lock the head rest mount in place on the frame when the releasable clamp is in a locked condition, and the head rest mount being repositionable along the pair of rails when the releasable clamp is in an unlocked condition, and a head rest coupled to the head rest mount , the head rest including a face rest shell having an upwardly facing concave surface and having a generally T-shaped cutout to receive a patient's eyes, nose, mouth, and a central chin region of the patient's face when the patient is in a prone position on the head rest accessory .
Method for producing a motor vehicle closing device, in particular a motor vehicle latch, comprising at least one metal base element in each case and a closing element , characterized in that the base element and the closing element are subsequently at least locally reinforced after a shaping process, the base element being designed as a latch plate and the closing element being designed as a catch , the elements (1; 2) being locally reinforced intrinsically and/or extrinsically, each element (1; 2) being produced from a heat-treatable steel, each element (1; 2, 3, 4) being induction-hardened.
An adapter for mounting a tool , the adapter being for use with a drive shaft comprising at least one key-zone arranged in the axial direction on the outside of the drive shaft, and at least one key present in the at least one key-zone , and a collar for positioning a spring , and for use with the spring for introducing a pressure between the drive shaft and the adapter after mounting, the adapter comprising: - a seat for accommodating the drive shaft , the seat comprising: at least one keyway configured for allowing insertion of the drive shaft and the at least one key into the adapter , each keyway having a recess for each key-zone for allowing rotation of the drive shaft relative to the adapter after the drive shaft is inserted in the adapter in such a way that the spring is under pressure between the collar of the drive shaft and a surface of the adapter , the recess comprising at least one blocking element for blocking the at least one key when the drive shaft is rotated in the keyway , so that, when the drive shaft is mounted in the adapter , the drive shaft can transmit a moment of torsion to the adapter , characterized in that the blocking element is a shoulder, and that the key is pressed against said shoulder of the recess as soon as a shaft of the drive shaft is rotated relative to the adapter during the mounting, and in that the recess comprises a second portion where the key pushes against in order to bring about a moment of torsion. - a seat for accommodating the drive shaft , the seat comprising: at least one keyway configured for allowing insertion of the drive shaft and the at least one key into the adapter , each keyway having a recess for each key-zone for allowing rotation of the drive shaft relative to the adapter after the drive shaft is inserted in the adapter in such a way that the spring is under pressure between the collar of the drive shaft and a surface of the adapter , the recess comprising at least one blocking element for blocking the at least one key when the drive shaft is rotated in the keyway , so that, when the drive shaft is mounted in the adapter , the drive shaft can transmit a moment of torsion to the adapter , characterized in that the blocking element is a shoulder, and that the key is pressed against said shoulder of the recess as soon as a shaft of the drive shaft is rotated relative to the adapter during the mounting, and in that the recess comprises a second portion where the key pushes against in order to bring about a moment of torsion.
A platform for a vehicle for road transport, said platform defining a support plane on which one or more objects to be transported by said vehicle can be placed, said platform comprising a plurality of low friction sliding means configured to hold a first position, in which they do not project from said support plane and a second position in which they project from said support plane allowing said one or more objects to be supported in a sliding manner in respect to said support plane , characterized in that said vehicle comprises a bottom wall on which said platform is housed, said support plane being defined by at least a first element fixed to said bottom wall , said platform further comprising at least a second element which is mobile in respect to said bottom wall and configured to house said low friction sliding means and for holding a first position in respect to said bottom wall in which said low friction sliding means do not project from said support plane and a second position in which said low friction sliding means project from said support plane , said first and second elements comprising box shaped bars extending in a longitudinal manner along said bottom wall and interposed between one another.
Gas delivery apparatus comprising a combination of: a gas flow meter having a body and a control knob turnable to control the rate of flow of gas through the gas flow meter; and a respiratory gas safety valve for use in medical apparatus for delivering a gas capable of combustion or of supporting combustion; said valve being operable to close the flow path of gas from the source thereof upon the occurrence of a fire, said respiratory gas safety valve comprising a body , a valve member having a valve head resiliently biased towards a valve-closure position and a fusible retainer holding the valve member, against the bias, in a valve-open position, the valve body defining a fluid flow passage, between an outlet and the said valve head , within which is an elongate link member extending from the valve head to a foot which engages the fusible retainer , a nozzle connectable to a delivery line for delivering the gas to an end utiliser, and connection means operable to removably connect the body of the valve directly to the body of the gas flow meter in line with the gas delivery path of the gas flow meter. a gas flow meter having a body and a control knob turnable to control the rate of flow of gas through the gas flow meter; and a respiratory gas safety valve for use in medical apparatus for delivering a gas capable of combustion or of supporting combustion; said valve being operable to close the flow path of gas from the source thereof upon the occurrence of a fire, said respiratory gas safety valve comprising a body , a valve member having a valve head resiliently biased towards a valve-closure position and a fusible retainer holding the valve member, against the bias, in a valve-open position, the valve body defining a fluid flow passage, between an outlet and the said valve head , within which is an elongate link member extending from the valve head to a foot which engages the fusible retainer , a nozzle connectable to a delivery line for delivering the gas to an end utiliser, and connection means operable to removably connect the body of the valve directly to the body of the gas flow meter in line with the gas delivery path of the gas flow meter.
A turbine bucket comprising: a radially inner mounting portion , a shank radially outward of the mounting portion, a radially outer airfoil and a substantially planar platform radially between the shank and the airfoil ; at least one axially-extending angel wing seal flange on a leading end of the shank thus forming a circumferentially extending trench cavity along the leading end of the shank , radially between an underside of the platform leading edge and the angel wing seal flange ; and a plurality of grooves formed on a radially outer surface of said angel wing seal flange and extending into said shank , characterised in that the grooves extend axially along their length on an outer surface of the angel wing seal flange ; and said plurality of grooves are substantially non-uniformly distributed in a circumferential direction along said trench cavity . a radially inner mounting portion , a shank radially outward of the mounting portion, a radially outer airfoil and a substantially planar platform radially between the shank and the airfoil ; at least one axially-extending angel wing seal flange on a leading end of the shank thus forming a circumferentially extending trench cavity along the leading end of the shank , radially between an underside of the platform leading edge and the angel wing seal flange ; and a plurality of grooves formed on a radially outer surface of said angel wing seal flange and extending into said shank , characterised in that the grooves extend axially along their length on an outer surface of the angel wing seal flange ; and said plurality of grooves are substantially non-uniformly distributed in a circumferential direction along said trench cavity .
A textile machine producing or processing yarn and comprising a plurality of identical working stations arranged next to each other and possibly comprising also other functional parts of the machine, the other functional parts of the machine include system for bobbin withdrawal, system for supplying tubes, attending device, which is arranged movable along at least one row of of the working stations with an option of stopping at a selected working station, while attending device creates machine operator; whereby each working station and/or the other functional part of the machine comprises a plurality of actuators and a plurality of sensors, which are controlled and monitored by a control system , which is arranged at each working station and/or in the other functional part of the machine and which collects data from the sensors and on the basis of the inserted program controls the actuators, characterized in that to the control system is connected an active contactless NFC module for autonomous bi-directional communication over short distances, the active contactless NFC module is situated at the working station and/or at the other functional part of the machine the active contactless NFC module is configured for communication between the control system and personal wireless active communication device with an NFC function, which is equipment of the human and/or machine operator of the machine, the personal wireless active communication device and the control system are equipped with means for reading, transmitting and writing data between the control system and the personal wireless active communication device through the active contactless NFC module after approaching the personal wireless active communication device of the operator into the signal field of the active contactless NFC module .
A session connection establishment method, wherein the method is applied to a mobile communications network and the communications network comprises a core network, and the method comprises: determining (S201), by a control plane network element in the core network, a first user plane network element set from a plurality of preset user plane network element sets of the core network based on a service requested by a terminal device, wherein the first user plane network element set comprises a plurality of first user plane network elements; selecting (S202), by the control plane network element from the first user plane network element set, a first target user plane network element that supports the service; and establishing (S203), by the control plane network element, a session connection of the terminal device based on the first target user plane network element, characterised by : physical distances between the plurality of first user plane network elements and a base station in the mobile communications network fall within a specified first distance range. determining (S201), by a control plane network element in the core network, a first user plane network element set from a plurality of preset user plane network element sets of the core network based on a service requested by a terminal device, wherein the first user plane network element set comprises a plurality of first user plane network elements; selecting (S202), by the control plane network element from the first user plane network element set, a first target user plane network element that supports the service; and establishing (S203), by the control plane network element, a session connection of the terminal device based on the first target user plane network element, characterised by : physical distances between the plurality of first user plane network elements and a base station in the mobile communications network fall within a specified first distance range.
A method comprising: beginning parsing of a bitstream of variable length coded compressed video data, wherein said parsing comprises N Bits at a time (Nbaat) parsing of a Bitstream; detecting an escape code in the bitstream; using circuitry to extract run and level data associated with the detected escape code from the bitstream, in parallel with continued decoding of the remaining bitstream, and then merging, the extracted run and level data with the results of the decoding of the remaining bitstream characterized by in response to detecting the escape code, inserting or associating a location marker in the bitstream where the escape code was detected, and using the location marker for said merging without breaking from the Nbaat parsing flow. beginning parsing of a bitstream of variable length coded compressed video data, wherein said parsing comprises N Bits at a time (Nbaat) parsing of a Bitstream; detecting an escape code in the bitstream; using circuitry to extract run and level data associated with the detected escape code from the bitstream, in parallel with continued decoding of the remaining bitstream, and then merging, the extracted run and level data with the results of the decoding of the remaining bitstream characterized by in response to detecting the escape code, inserting or associating a location marker in the bitstream where the escape code was detected, and using the location marker for said merging without breaking from the Nbaat parsing flow.
A method for producing a monocrystalline silicon ingot having a neck, a main body suspended from the neck, and an outwardly flaring portion disposed between the neck and the ingot main body, by the horizontal magnetic field Czochralski method, the monocrystalline silicon ingot being grown in an ingot puller apparatus having a heat shield, the method comprising: contacting a seed crystal with a silicon melt held within a crucible; pulling the neck from the silicon melt, wherein: a horizontal magnetic field is not applied to the melt while the neck is pulled from the melt; the crucible is rotated at a crucible rotation rate of 8 rpm or more while pulling the neck from the melt; and a distance between the melt and a bottom of the heat shield is at least 60 mm while pulling the neck from the melt; pulling the outwardly flaring portion from the melt, wherein a horizontal magnetic field is not applied to the melt while pulling the outwardly flaring portion from the melt; and pulling the ingot main body from the melt, the main body being suspended from the neck, the outwardly flaring portion being disposed between the neck and the ingot main body, wherein a horizontal magnetic field is applied to the melt while the ingot main body is pulled from the melt. contacting a seed crystal with a silicon melt held within a crucible; pulling the neck from the silicon melt, wherein: a horizontal magnetic field is not applied to the melt while the neck is pulled from the melt; the crucible is rotated at a crucible rotation rate of 8 rpm or more while pulling the neck from the melt; and a distance between the melt and a bottom of the heat shield is at least 60 mm while pulling the neck from the melt; a horizontal magnetic field is not applied to the melt while the neck is pulled from the melt; the crucible is rotated at a crucible rotation rate of 8 rpm or more while pulling the neck from the melt; and a distance between the melt and a bottom of the heat shield is at least 60 mm while pulling the neck from the melt; pulling the outwardly flaring portion from the melt, wherein a horizontal magnetic field is not applied to the melt while pulling the outwardly flaring portion from the melt; and pulling the ingot main body from the melt, the main body being suspended from the neck, the outwardly flaring portion being disposed between the neck and the ingot main body, wherein a horizontal magnetic field is applied to the melt while the ingot main body is pulled from the melt.