mhurhangee/ep-ind-claims huggingface dataset:
A rotary angle sensor for an electric power assisted steering system of a motor vehicle, the rotary angle sensor comprises - an optical sensor unit with a light source, optical components (12, 13, 16, 14, 15) and a photo detector and - a disc with an optical pattern, wherein the optical sensor unit and the disc are arranged in such a way, that they are able to rotate relative to each other around a rotary axis, characterized in that the optical sensor unit is build in such a way, that light reflected from the optical pattern is measured by the photo detector, wherein the optical pattern comprises steps and spaces separating the steps, designed such that light reflected by steps and spaces destructively interferes leading to an intensity modulation of the reflected light according to the optical pattern which encodes a binary type code for the rotary angle of the disc, and wherein the optical sensor unit includes a focusing lens moveable along the rotational axis of the steering shaft and the optical sensor unit apart from the focusing lens is fixed to a housing, wherein this arrangement translates the steering wheel rotation into a linear motion of the focusing lens between the optical sensor unit and the disk in such a way, that the linear motion results in light attenuation, which can be detected by the photo detector and converted into the absolute rotary angle of the disc over multiple turns. - an optical sensor unit with a light source, optical components (12, 13, 16, 14, 15) and a photo detector and - a disc with an optical pattern, wherein the optical sensor unit and the disc are arranged in such a way, that they are able to rotate relative to each other around a rotary axis, characterized in that the optical sensor unit is build in such a way, that light reflected from the optical pattern is measured by the photo detector, wherein the optical pattern comprises steps and spaces separating the steps, designed such that light reflected by steps and spaces destructively interferes leading to an intensity modulation of the reflected light according to the optical pattern which encodes a binary type code for the rotary angle of the disc, and wherein the optical sensor unit includes a focusing lens moveable along the rotational axis of the steering shaft and the optical sensor unit apart from the focusing lens is fixed to a housing, wherein this arrangement translates the steering wheel rotation into a linear motion of the focusing lens between the optical sensor unit and the disk in such a way, that the linear motion results in light attenuation, which can be detected by the photo detector and converted into the absolute rotary angle of the disc over multiple turns.
Method which comprises: determining the distance (c, e, r1) between a first transceiver unit (T1, T11) and a second transceiver unit, wherein the first transceiver unit (T1, T11) is mounted on a vehicle and the second transceiver unit is mounted on a trailer which is connected to the vehicle; and determining at least one parameter relating to the trailer, taking into account the distance (c, e, r1) between the first transceiver unit (T1, T11) and the second transceiver unit, characterized in that the first transceiver unit is integrated into a camera unit and is arranged laterally on the vehicle, the second transceiver unit is integrated into a radio camera system and is arranged on the rear edge of the trailer at a distance (b) from the lateral edge of the trailer, and determining the at least one parameter relating to the trailer comprises: determining the length of the trailer on the basis of the determined distance (c), the distance between the first transceiver unit and a front edge of the trailer, and a horizontal offset (b) between the second transceiver unit and the first transceiver unit. determining the distance (c, e, r1) between a first transceiver unit (T1, T11) and a second transceiver unit, wherein the first transceiver unit (T1, T11) is mounted on a vehicle and the second transceiver unit is mounted on a trailer which is connected to the vehicle; and determining at least one parameter relating to the trailer, taking into account the distance (c, e, r1) between the first transceiver unit (T1, T11) and the second transceiver unit, characterized in that the first transceiver unit is integrated into a camera unit and is arranged laterally on the vehicle, the second transceiver unit is integrated into a radio camera system and is arranged on the rear edge of the trailer at a distance (b) from the lateral edge of the trailer, and determining the at least one parameter relating to the trailer comprises: determining the length of the trailer on the basis of the determined distance (c), the distance between the first transceiver unit and a front edge of the trailer, and a horizontal offset (b) between the second transceiver unit and the first transceiver unit.
A device for the placement of material on a surface, said device comprising: a housing; a motor coupled to said housing; a driving component coupled to said housing and powered by said motor; at least one guide chute (111, 112), said guide chute (111, 112) and said driving component defining a guide channel (160, 164); a layup roller coupled to said housing adjacent said guide channel (160, 164), said layup roller comprising a roller surface, wherein said guide channel (160, 164) is configured to discharge a quantity of material to the roller surface, said layup roller configured to deposit the material onto the surface; and a cartridge coupled to said housing, said cartridge configured to discharge the material to said guide channel (160, 164); characterized in that said cartridge comprises a strip holder configured to hold the material, the material including a plurality of strips, said strip holder further configured to discharge one strip at a time toward said guide channel (160, 164). a housing; a motor coupled to said housing; a driving component coupled to said housing and powered by said motor; at least one guide chute (111, 112), said guide chute (111, 112) and said driving component defining a guide channel (160, 164); a layup roller coupled to said housing adjacent said guide channel (160, 164), said layup roller comprising a roller surface, wherein said guide channel (160, 164) is configured to discharge a quantity of material to the roller surface, said layup roller configured to deposit the material onto the surface; and a cartridge coupled to said housing, said cartridge configured to discharge the material to said guide channel (160, 164); characterized in that said cartridge comprises a strip holder configured to hold the material, the material including a plurality of strips, said strip holder further configured to discharge one strip at a time toward said guide channel (160, 164).
An electron emitter comprising a cathode holder and a needle-like substance fixed to an end of the cathode holder, wherein: the end of the cathode holder to which the needle-like substance is fixed is bent at an angle α,wherein α satisfies 5° < α ≤ 70°, formed with respect to a cathode axis which is a longitudinal direction of the cathode holder; the needle-like substance is fixed with its longitudinal side to a surface portion of the bent end of the cathode holder, wherein the surface portion forms due to said bending said angle α with said cathode axis, and wherein thereby the needle-like substance forms with its longitudinal direction said angle α with said cathode axis; the needle-like substance is a single crystal nanowire or a nanotube; and a relation L/T between a thickness T of the end of the cathode holder at the end-face thereof and a length L by which the needle-like substance protrudes from the end of the cathode holder satisfies 0.3 ≤ L/T ≤ 2.5. the end of the cathode holder to which the needle-like substance is fixed is bent at an angle α,wherein α satisfies 5° < α ≤ 70°, formed with respect to a cathode axis which is a longitudinal direction of the cathode holder; the needle-like substance is fixed with its longitudinal side to a surface portion of the bent end of the cathode holder, wherein the surface portion forms due to said bending said angle α with said cathode axis, and wherein thereby the needle-like substance forms with its longitudinal direction said angle α with said cathode axis; the needle-like substance is a single crystal nanowire or a nanotube; and a relation L/T between a thickness T of the end of the cathode holder at the end-face thereof and a length L by which the needle-like substance protrudes from the end of the cathode holder satisfies 0.3 ≤ L/T ≤ 2.5.
Method of synchronization between transmission of first data by a wireless transceiver and reception of second data by a wireless receiver, the method comprising: reception of said second data by said wireless receiver, said second data being received in a form of a data burst; first determination of characteristics of said reception of said second data, said characteristics comprising a burst on-time of said data burst, a burst periodicity of said data burst, and information representative of a time of reception of different layers of said second data if said second data is encoded according to a scalable video encoding; second determination of a time period for transmission, via said wireless transceiver, of at least part of said first data, said second determination taking into account said characteristics, said time period for transmission comprising said on-time of said data burst corresponding to a reception of said second data from at least one scalable video enhancement layer if said second data is encoded according to a scalable video encoding; transmission, during said time period, and via said wireless transceiver, of a request for reservation of a time slot for transmission of at least part of said first data; reception, via said wireless transceiver, of information representative of a time slot reservation; and transmission, via said wireless transceiver, of said at least part of said first data during said reserved time slot. reception of said second data by said wireless receiver, said second data being received in a form of a data burst; first determination of characteristics of said reception of said second data, said characteristics comprising a burst on-time of said data burst, a burst periodicity of said data burst, and information representative of a time of reception of different layers of said second data if said second data is encoded according to a scalable video encoding; second determination of a time period for transmission, via said wireless transceiver, of at least part of said first data, said second determination taking into account said characteristics, said time period for transmission comprising said on-time of said data burst corresponding to a reception of said second data from at least one scalable video enhancement layer if said second data is encoded according to a scalable video encoding; transmission, during said time period, and via said wireless transceiver, of a request for reservation of a time slot for transmission of at least part of said first data; reception, via said wireless transceiver, of information representative of a time slot reservation; and transmission, via said wireless transceiver, of said at least part of said first data during said reserved time slot.
A coated article comprising: (a) a substrate; (b) a porous sol-gel layer superimposed on at least one surface of the substrate; wherein the porous sol-gel layer comprises a hydrolyzed tetraalkoxysilane; and (c) a sealant layer superimposed on at least one surface of the porous sol-gel layer; wherein the sealant layer comprises an alkyltrihalosilane selected from the group of methyltrichlorosilane, vinyltrichlorosilane, ethyltrichlorosilane, n-propyltrichlorosilane, i-propyltrichlorosilane, γ-chloropropyltrichlorosilane, i-butyltrichlorosilane, n-butyltrichlorosilane, pentyltrichlorosilane, hexyltrichlorosilane, heptyltrichlorosilane, n-octyltrichlorosilane, i-octyltrichlorosilane, hexadecyltrichlorosilane, 10-undecenyltrichlorosilane, 13-tetradecenyltrichlorosilane, 14-pentadecenyltrichlorosilane, 15-hexadecenyltrichlorosilane, n-octadecyltrichlorosilane and n-hexadecyltrichlorosilane. (a) a substrate; (b) a porous sol-gel layer superimposed on at least one surface of the substrate; wherein the porous sol-gel layer comprises a hydrolyzed tetraalkoxysilane; and (c) a sealant layer superimposed on at least one surface of the porous sol-gel layer; wherein the sealant layer comprises an alkyltrihalosilane selected from the group of methyltrichlorosilane, vinyltrichlorosilane, ethyltrichlorosilane, n-propyltrichlorosilane, i-propyltrichlorosilane, γ-chloropropyltrichlorosilane, i-butyltrichlorosilane, n-butyltrichlorosilane, pentyltrichlorosilane, hexyltrichlorosilane, heptyltrichlorosilane, n-octyltrichlorosilane, i-octyltrichlorosilane, hexadecyltrichlorosilane, 10-undecenyltrichlorosilane, 13-tetradecenyltrichlorosilane, 14-pentadecenyltrichlorosilane, 15-hexadecenyltrichlorosilane, n-octadecyltrichlorosilane and n-hexadecyltrichlorosilane.
A piston ring formed from a copper-containing alloy comprising: 5 wt% to 9 wt% nickel; 1 wt% to 3 wt% silicon; 0.2 wt% to 2.0 wt% chromium; and balance copper.
A prechamber arrangement for a piston engine, the arrangement comprising - a prechamber, - a prechamber valve for opening and closing fluid communication between a fuel duct and the prechamber, - a first chamber, - a first piston, which is arranged in the first chamber and comprises a piston surface delimiting the first chamber, the first piston being in mechanical connection with the prechamber valve for moving the prechamber valve in the opening direction of the valve when hydraulic pressure is applied on the piston surface of the first piston, - a second piston, which is movable and comprises a piston surface for pressurizing pressure medium and for applying the hydraulic pressure of the pressure medium on the piston surface of the first piston, and - a pressure releasing channel, which is configured to release pressure from the first chamber for allowing closing of the prechamber valve when the second piston is in a certain predetermined position, characterized in that the pressure releasing channel is arranged in the second piston and the pressure releasing channel has a first end opening onto the piston surface and a second end opening onto a cylindrical outer surface of the second piston. - a prechamber, - a prechamber valve for opening and closing fluid communication between a fuel duct and the prechamber, - a first chamber, - a first piston, which is arranged in the first chamber and comprises a piston surface delimiting the first chamber, the first piston being in mechanical connection with the prechamber valve for moving the prechamber valve in the opening direction of the valve when hydraulic pressure is applied on the piston surface of the first piston, - a second piston, which is movable and comprises a piston surface for pressurizing pressure medium and for applying the hydraulic pressure of the pressure medium on the piston surface of the first piston, and - a pressure releasing channel, which is configured to release pressure from the first chamber for allowing closing of the prechamber valve when the second piston is in a certain predetermined position,
A blade for a gas turbine engine, comprising: an airfoil body including a first section and a second section that differ by coefficient of thermal expansion, the second section being arranged in thermomechanical juxtaposition with the first section such that the first section and the second section cooperatively thermomechanically control a profile of the airfoil body responsive to varying thermal conditions; characterized in that at least one of the first section and the second section includes a cross-pattern, and wherein one of the first section and the second section has a pressure side surface and an opposed suction side surface, and the other of the first section and the second section including the cross-pattern partially covers at least one of the pressure side surface and the suction side surface. an airfoil body including a first section and a second section that differ by coefficient of thermal expansion, the second section being arranged in thermomechanical juxtaposition with the first section such that the first section and the second section cooperatively thermomechanically control a profile of the airfoil body responsive to varying thermal conditions; characterized in that at least one of the first section and the second section includes a cross-pattern, and wherein one of the first section and the second section has a pressure side surface and an opposed suction side surface, and the other of the first section and the second section including the cross-pattern partially covers at least one of the pressure side surface and the suction side surface.
An image forming apparatus comprising: an image forming portion configured to form an image on a recording material; a first metal side plate and a second metal side plate disposed to sandwich the image forming portion; a wireless communication board including an antenna configured to communicate with an external device; and a housing in which the image forming portion is disposed, wherein the housing includes a top cover that is disposed at a position vertically higher than the first metal side plate, the top cover contacts the first metal side plate and the second metal side plate, wherein in a region on a downstream side with respect to the antenna in a discharging direction where a recording material, on which an image is formed by the image forming portion, is discharged from a discharging port of the image forming apparatus, an upper end of the first metal side plate is located at a position vertically lower than the antenna, and a resin support portion connected to the first metal side plate is disposed in the region such that the resin support portion supports the top cover, and the antenna and the resin support portion are disposed along the upper end of the first metal side plate, and wherein the wireless communication board is held on the top cover. an image forming portion configured to form an image on a recording material; a first metal side plate and a second metal side plate disposed to sandwich the image forming portion; a wireless communication board including an antenna configured to communicate with an external device; and a housing in which the image forming portion is disposed, wherein the housing includes a top cover that is disposed at a position vertically higher than the first metal side plate, the top cover contacts the first metal side plate and the second metal side plate, wherein in a region on a downstream side with respect to the antenna in a discharging direction where a recording material, on which an image is formed by the image forming portion, is discharged from a discharging port of the image forming apparatus, an upper end of the first metal side plate is located at a position vertically lower than the antenna, and a resin support portion connected to the first metal side plate is disposed in the region such that the resin support portion supports the top cover, and the antenna and the resin support portion are disposed along the upper end of the first metal side plate, and wherein the wireless communication board is held on the top cover.
A policy control function network element selection method, comprising: receiving, by a first access and mobility management function network element, a registration request message of a terminal device, wherein the registration request message comprises an identifier of the terminal device; obtaining, by the first access and mobility management function network element based on the identifier of the terminal device, an identifier of a policy control function network element currently serving the terminal device and a network identifier of the policy control function network element; and when a network identifier of the first access and mobility management function network element is consistent with the network identifier of the policy control function network element, determining, by the first access and mobility management function network element, that the policy control function network element is a target policy control function network element. receiving, by a first access and mobility management function network element, a registration request message of a terminal device, wherein the registration request message comprises an identifier of the terminal device; obtaining, by the first access and mobility management function network element based on the identifier of the terminal device, an identifier of a policy control function network element currently serving the terminal device and a network identifier of the policy control function network element; and when a network identifier of the first access and mobility management function network element is consistent with the network identifier of the policy control function network element, determining, by the first access and mobility management function network element, that the policy control function network element is a target policy control function network element.
A system comprising: a distribution power network; first, second, and third loads configured to receive power from the distribution power network; and corresponding first, second, and third shunt-connected, switch-controlled VAR sources, each of the shunt-connected, switch-controlled VAR sources configured to detect a proximate voltage proximate to the corresponding load, each of the shunt-connected, switch-controlled VAR sources comprising a processor and a VAR compensation component, the processor configured to enable the shunt-connected, switch-controlled VAR source to determine, after a delay, whether to enable the VAR compensation component based on the proximate voltage and to adjust network volt-ampere reactive by controlling a switch to enable the VAR compensation component based on the determination, characterized in that the delays of the VAR sources are programmed either during manufacturing or during a calibration process; and the delays of the first, second, and third VAR sources are all different. a distribution power network; first, second, and third loads configured to receive power from the distribution power network; and corresponding first, second, and third shunt-connected, switch-controlled VAR sources, each of the shunt-connected, switch-controlled VAR sources configured to detect a proximate voltage proximate to the corresponding load, each of the shunt-connected, switch-controlled VAR sources comprising a processor and a VAR compensation component, the processor configured to enable the shunt-connected, switch-controlled VAR source to determine, after a delay, whether to enable the VAR compensation component based on the proximate voltage and to adjust network volt-ampere reactive by controlling a switch to enable the VAR compensation component based on the determination, characterized in that the delays of the VAR sources are programmed either during manufacturing or during a calibration process; and the delays of the first, second, and third VAR sources are all different.
A pharmaceutical composition comprising a therapeutically effective amount of lestaurtinib or pharmaceutically acceptable salt thereof for use in treating a prostate tumor, a breast tumor, or a gastric tumor in a subject by downregulating a speckle-type POZ protein (SPOP) substrate signaling, which use comprises administering to the subject the pharmaceutical composition, thereby downregulating the SPOP substrate signaling in the subject, wherein the subject exhibits an aberrantly high level of an SPOP substrate or SPOP substrate activity as compared to a control subject.