mhurhangee/ep-ind-claims huggingface dataset:
A holder for holding a silicon core wire used during manufacturing of polycrystalline silicon by a Siemens method, comprising, in a main body thereof: a core wire insert hole which is a hole part extending from an upper surface toward a lower surface side, and into which the silicon core wire is inserted; and a gap part which is a slit-like gap part located on a virtual plane including a central axis of the core wire insert hole, or a slit-like gap part located on a plane parallel to the virtual plane, and which extends from the core wire insert hole to reach an outer surface of the holder main body; wherein the holder is provided with a fixing member, which fixes the silicon core wire inserted in the core wire insert hole by fastening the holder so as to narrow a gap of the gap part. a core wire insert hole which is a hole part extending from an upper surface toward a lower surface side, and into which the silicon core wire is inserted; and a gap part which is a slit-like gap part located on a virtual plane including a central axis of the core wire insert hole, or a slit-like gap part located on a plane parallel to the virtual plane, and which extends from the core wire insert hole to reach an outer surface of the holder main body; wherein the holder is provided with a fixing member, which fixes the silicon core wire inserted in the core wire insert hole by fastening the holder so as to narrow a gap of the gap part.
A method for producing tetrafluoropropene of the formula CF 3 CX=CHX wherein one X is F and the other is H, comprising contacting an organic substance containing monochlorotrifluoropropene of the formula CF 3 CY=CHY wherein one Y is Cl and the other is H with anhydrous HF in the presence of a chromium oxide fluorination catalyst in a reactor, wherein the amount of the anhydrous HF supplied to the reactor is ≥ 30 moles per mole of the organic substance supplied to the reactor.
A method of wireless communication performed by a user equipment, UE, comprising: sending, to a network entity, a report indicating positioning capabilities of the UE, the positioning capabilities indicating a number of positioning calculations that the UE can perform per unit of time, per unit of frequency, or both; receiving a request to perform a first set of positioning-related measurements and to report a second set of positioning-related measurements that are associated with a set of positioning reference signal, PRS, resources to be used for the first and second sets of positioning-related measurements, a set of reporting parameters to be used for the reporting, an accuracy configuration, a latency configuration, or any combination thereof; and performing the first set of positioning-related measurements of the set of PRS resources and reporting the second set of positioning-related measurements based on the reported positioning capabilities of the UE, the set of PRS resources to be used for the first and second sets of positioning-related measurements, the set of reporting parameters, the accuracy configuration, the latency configuration, or any combination thereof. sending, to a network entity, a report indicating positioning capabilities of the UE, the positioning capabilities indicating a number of positioning calculations that the UE can perform per unit of time, per unit of frequency, or both; receiving a request to perform a first set of positioning-related measurements and to report a second set of positioning-related measurements that are associated with a set of positioning reference signal, PRS, resources to be used for the first and second sets of positioning-related measurements, a set of reporting parameters to be used for the reporting, an accuracy configuration, a latency configuration, or any combination thereof; and performing the first set of positioning-related measurements of the set of PRS resources and reporting the second set of positioning-related measurements based on the reported positioning capabilities of the UE, the set of PRS resources to be used for the first and second sets of positioning-related measurements, the set of reporting parameters, the accuracy configuration, the latency configuration, or any combination thereof.
A sesame seed hulling machine including, as the main structure, a main body, a middle helix which provides mixing of the sesame seeds to be hulled, a top mixing helix, an air vacuum paddle box which vacuums the dust created when the seed and the hull are being separated, fore plates which provide that middle helix, top mixing helix and a bottom body are fixed to the main body, and decreasing the overall assembly height distance (d) characterized in that: said machine comprise a demountable reductor support chassis, which provide that propulsion reductors are mounted to the hulling machine, and support them vertically, duct drawers in a demountable structure which provide that the sesame seeds are transferred from the top mixing helix to the middle helix.
A turbocharger configured to receive an exhaust gas stream from an engine configured to operate over a range of standard operating conditions, and to compress input air into a pressurized air stream, comprising: a housing including a turbine housing; and a rotor configured to rotate within the housing along an axis of rotor rotation, the rotor including an axial turbine wheel, a compressor wheel, and a shaft extending along the axis of rotor rotation and connecting the turbine wheel to the compressor wheel; wherein the turbine wheel is configured with a hub, and with a plurality of axial turbine blades configured to drive the rotor in rotation around the axis of rotor rotation when the turbocharger receives the exhaust gas stream from the engine, the blades having an axially upstream edge, an axially downstream edge, a hub end, and a tip end opposite the hub end, the trailing edge being characterized by a radius at the hub end and a radius of the tip end; wherein the compressor wheel is configured to compress the input air into the pressurized air stream when the rotor is driven in rotation around the axis of rotor rotation by the turbine wheel; characterized in that: the turbine housing forms an inwardly spiraling turbine primary-scroll passageway that turns in an axial direction; and the radius at the hub end of the turbine wheel trailing edge is no more than 60% of the radius of the tip end of the turbine wheel trailing edge. a housing including a turbine housing; and a rotor configured to rotate within the housing along an axis of rotor rotation, the rotor including an axial turbine wheel, a compressor wheel, and a shaft extending along the axis of rotor rotation and connecting the turbine wheel to the compressor wheel; wherein the turbine wheel is configured with a hub, and with a plurality of axial turbine blades configured to drive the rotor in rotation around the axis of rotor rotation when the turbocharger receives the exhaust gas stream from the engine, the blades having an axially upstream edge, an axially downstream edge, a hub end, and a tip end opposite the hub end, the trailing edge being characterized by a radius at the hub end and a radius of the tip end; wherein the compressor wheel is configured to compress the input air into the pressurized air stream when the rotor is driven in rotation around the axis of rotor rotation by the turbine wheel; characterized in that: the turbine housing forms an inwardly spiraling turbine primary-scroll passageway that turns in an axial direction; and the radius at the hub end of the turbine wheel trailing edge is no more than 60% of the radius of the tip end of the turbine wheel trailing edge. the turbine housing forms an inwardly spiraling turbine primary-scroll passageway that turns in an axial direction; and the radius at the hub end of the turbine wheel trailing edge is no more than 60% of the radius of the tip end of the turbine wheel trailing edge.
Wind system for converting energy, comprising: - at least one kite adapted to be driven from ground immersed in at least one wind current; - at least one module adapted to translate on at least one rail (6; 7) placed next to ground, said module being connected through at least one rope to said kite, said kite being adapted to be driven by said module in order to drag said module on said rail (6; 7) and perform said conversion of wind energy into electric energy through at least one generating system cooperating with said module and said rail (6; 7), said rope being adapted both to transmit mechanical energy from and to said kite and to control a flight trajectory of said kite, wherein the wind system further comprises at least one recovering system of said kite, characterised in that said generating system is configured to convert mechanical energy into electrical energy by means of a relative movement between said module and said rail (6; 7). - at least one kite adapted to be driven from ground immersed in at least one wind current; - at least one module adapted to translate on at least one rail (6; 7) placed next to ground, said module being connected through at least one rope to said kite, said kite being adapted to be driven by said module in order to drag said module on said rail (6; 7) and perform said conversion of wind energy into electric energy through at least one generating system cooperating with said module and said rail (6; 7), said rope being adapted both to transmit mechanical energy from and to said kite and to control a flight trajectory of said kite,
A system for securing a bone fixation device to a bone, comprising: a flexible longitudinal element extending between a head at a proximal end thereof and a distal end, the longitudinal element being configured to wrap about and stabilize one of a target portion of bone and a bone stabilizing element, the longitudinal element including a plurality of projections extending distally from a first surface thereof, each projection including a proximal abutting surface; and a bone fixation element including a channel extending therethrough sized and shaped to slidably receive therein a portion of the longitudinal element distal of the head, the bone fixation element including a recess shaped to receive the head and prevent the head from being drawn distally through the channel, one of the bone fixation element and the longitudinal element including a tab configured to engage within the channel one of the proximal abutting surfaces preventing a portion of the longitudinal element on which the projections are formed from moving proximally relative to the tab. a flexible longitudinal element extending between a head at a proximal end thereof and a distal end, the longitudinal element being configured to wrap about and stabilize one of a target portion of bone and a bone stabilizing element, the longitudinal element including a plurality of projections extending distally from a first surface thereof, each projection including a proximal abutting surface; and a bone fixation element including a channel extending therethrough sized and shaped to slidably receive therein a portion of the longitudinal element distal of the head, the bone fixation element including a recess shaped to receive the head and prevent the head from being drawn distally through the channel, one of the bone fixation element and the longitudinal element including a tab configured to engage within the channel one of the proximal abutting surfaces preventing a portion of the longitudinal element on which the projections are formed from moving proximally relative to the tab.
A method, comprising: recording charging information of a device-to-device service between a first user equipment and a second user equipment, wherein the charging information is associated at least with the first user equipment; generating a first report comprising the charging information, wherein the first report is protected by a security key of the first user equipment; and sending the first report to a network node by the first user equipment, wherein the first report is used for charging for the device-to-device service together with a second report generated at the second user equipment, and wherein the second report comprises charging information associated at least with the device-to-device service of the second user equipment and is protected by a security key of the second user equipment; characterized in that the network node comprises a core network entity and the first user equipment is connected to a core network in which the core network entity is, and wherein the first report is sent to the core network entity by the first user equipment together with the second report received from the second user equipment and the second report is ciphered for the first user equipment, against interpretation by the first user equipment, by the security key of the second user equipment that is shared between the second user equipment and the core network entity. recording charging information of a device-to-device service between a first user equipment and a second user equipment, wherein the charging information is associated at least with the first user equipment; generating a first report comprising the charging information, wherein the first report is protected by a security key of the first user equipment; and sending the first report to a network node by the first user equipment, wherein the first report is used for charging for the device-to-device service together with a second report generated at the second user equipment, and wherein the second report comprises charging information associated at least with the device-to-device service of the second user equipment and is protected by a security key of the second user equipment; characterized in that the network node comprises a core network entity and the first user equipment is connected to a core network in which the core network entity is, and wherein the first report is sent to the core network entity by the first user equipment together with the second report received from the second user equipment and the second report is ciphered for the first user equipment, against interpretation by the first user equipment, by the security key of the second user equipment that is shared between the second user equipment and the core network entity.
A method for depositing a film, comprising the steps of: irradiating ions to a partial region of a lower surface of a substrate holder, thereby, the ions are irradiated only to a certain group fed to the region among a plurality of substrates held on the lower surface and rotating; and subsequently, in a state of suspending irradiation of the ions, supplying a film deposition material of an oil repellent film to all the substrates by supplying the film deposition material to the whole region on the lower surface of the substrate holder, thereby depositing the oil repellent film on surfaces of the substrates. irradiating ions to a partial region of a lower surface of a substrate holder, thereby, the ions are irradiated only to a certain group fed to the region among a plurality of substrates held on the lower surface and rotating; and subsequently, in a state of suspending irradiation of the ions, supplying a film deposition material of an oil repellent film to all the substrates by supplying the film deposition material to the whole region on the lower surface of the substrate holder, thereby depositing the oil repellent film on surfaces of the substrates.
A photoconductor comprising an optional supporting substrate, a photogenerating layer, and a charge transport layer containing a charge transport component, a fluorinated polymer, and a core shell component, and wherein the core is comprised of a metal oxide and the shell is comprised of silica (SiO 2), wherein said shell is chemically modified with a hydrophobic agent.
A radiation-curable coating composition comprising: at least one poly(meth)acrylate compound comprising at least 6 (meth)acrylate groups, at least one unsaturated silane compound that is radiation-curable, and at least one photoinitiator, wherein said at least one poly(meth)acrylate compound comprising at least 6 (meth)acrylate groups and said at least one radiation-curable unsaturated silane compound represent at least 95 % of the weight of polymerizable compounds present in the composition, and the radiation-curable unsaturated silane compounds are present in an amount higher than or equal to 30 % by weight, as compared to the composition total weight. at least one poly(meth)acrylate compound comprising at least 6 (meth)acrylate groups, at least one unsaturated silane compound that is radiation-curable, and at least one photoinitiator, wherein said at least one poly(meth)acrylate compound comprising at least 6 (meth)acrylate groups and said at least one radiation-curable unsaturated silane compound represent at least 95 % of the weight of polymerizable compounds present in the composition, and the radiation-curable unsaturated silane compounds are present in an amount higher than or equal to 30 % by weight, as compared to the composition total weight.
Method for transferring cargo from a cargo receiving portion of a vehicle to a cargo take-up station, characterized in that the vehicle is controlled by a vehicle control unit such that the vector of the velocity of the vehicle is changed immediately before or on arrival at the cargo take-up station and the vehicle is oriented by the vehicle control unit and/or by at least one guiding system positioned in the region of the cargo take-up station before the arrival at the cargo take-up station such that the trajectory of the cargo moving away from the cargo receiving portion as a result of the change of the velocity vector ends in a receiving section of the cargo take-up station.
A bottle warming device, comprising: a housing; a heating element disposed in said housing; and a basket receivable in an opening in said housing, said basket being movable between a first position in which a bottom of said basket is positioned a first distance from a top of said housing, and a second position in which said bottom of said basket is positioned a second distance from said top of said housing, said first distance being greater than said second distance; wherein said opening in said housing has a plurality of vertically oriented long slots and a plurality of vertically oriented short slots; and wherein said basket has a plurality of vertically extending ribs configured to be selectively received in said vertically oriented long slots and said vertically oriented short slots. a housing; a heating element disposed in said housing; and a basket receivable in an opening in said housing, said basket being movable between a first position in which a bottom of said basket is positioned a first distance from a top of said housing, and a second position in which said bottom of said basket is positioned a second distance from said top of said housing, said first distance being greater than said second distance;
A method, in a source node operating in a wireless communication network, the method comprising: determining that a user equipment, UE, served by the source node is a candidate for conditional handover configuration; the method characterised by sending, to a target node for conditional handover of the UE, a conditional handover request that includes one or more parameters indicative of a likelihood that handover of the UE to the target node will be executed, wherein the one or more parameters comprise a parameter representing a probability value. determining that a user equipment, UE, served by the source node is a candidate for conditional handover configuration; the method characterised by sending, to a target node for conditional handover of the UE, a conditional handover request that includes one or more parameters indicative of a likelihood that handover of the UE to the target node will be executed, wherein the one or more parameters comprise a parameter representing a probability value.
System for feeding a stack of labels, comprising a guide (24; 50), a carriage which is guided on the guide (26; 62), and has at least one urging element for the stack of labels, said carriage being urged on the guide against a removal position of the stack of labels, wherein the carriage (26; 62) can be moved along the guide by means of a drive mechanism (22; 42: 72) driven by a drive motor, wherein the drive mechanism (22; 42; 72) receives the urging force for the urging of the carriage (26; 62) into the removal position from the torque of the drive motor, characterised in that the drive motor is a static drive, with which the torque is generated by way of its drive axle, and the drive motor is configured such that, in a removal operation, the torque is consistently generated by the constantly driven drive motor, wherein it is not of relevance for the derivation of the torque whether the drive axle of the drive motor is rotating or not.
A steer-by-wire steering system where a steering input device that receives a steering input by being steered by a driver is mechanically coupleable to or isolated from a steering operation device that causes a steered wheel to be steered in accordance with the steering input to the steering input device by the driver, the steer-by-wire steering system comprising: a steering-side motor that supplies the steering input device with a steering reaction force that opposes the steering input to the steering input device by the driver; a steered-side motor that supplies the steering operation device with a steering force that causes the steered wheel to be steered; and a power supply control circuit that controls a power supply to the steering-side motor such that the steering-side motor generates the steering reaction force in accordance with the steering input to the steering input device by the driver and that controls a power supply to the steered-side motor such that the steered-side motor generates the steering force that causes a steered angle of the steered wheel to follow a steering angle that changes on a basis of the steering input to the steering input device by the driver, wherein when a duty ratio of a duty signal that is generated to control the power supply to the steered-side motor reaches a setting value that is defined to indicate that the steered angle becomes unable to follow the steering angle, the power supply control circuit controls the power supply to the steering-side motor such that the steering-side motor increases the steering reaction force. a steering-side motor that supplies the steering input device with a steering reaction force that opposes the steering input to the steering input device by the driver; a steered-side motor that supplies the steering operation device with a steering force that causes the steered wheel to be steered; and a power supply control circuit that controls a power supply to the steering-side motor such that the steering-side motor generates the steering reaction force in accordance with the steering input to the steering input device by the driver and that controls a power supply to the steered-side motor such that the steered-side motor generates the steering force that causes a steered angle of the steered wheel to follow a steering angle that changes on a basis of the steering input to the steering input device by the driver, wherein when a duty ratio of a duty signal that is generated to control the power supply to the steered-side motor reaches a setting value that is defined to indicate that the steered angle becomes unable to follow the steering angle, the power supply control circuit controls the power supply to the steering-side motor such that the steering-side motor increases the steering reaction force.