mhurhangee/ep-ind-claims huggingface dataset:
A system with extended peripheral component interconnect express (PCIe) fabric comprising: a host PCIe fabric (100comprising a host root complex, the host PCIe fabric having a first set of bus numbers and a first memory mapped input/output (MMIO) space on a host central processing unit; and an extended PCIe fabric characterised in that the extended PCIe fabric comprises a root complex endpoint (RCEP) configured as an endpoint of the host PCIe fabric, the extended PCIe fabric having a second set of bus numbers and a second MMIO space separate from the first set of bus numbers and the first MMIO space, respectively; wherein the RCEP is a bridge between the extended PCIe fabric and the host PCIe fabric and the second MMIO space is mapped into the first MMIO space. a host PCIe fabric (100comprising a host root complex, the host PCIe fabric having a first set of bus numbers and a first memory mapped input/output (MMIO) space on a host central processing unit; and an extended PCIe fabric characterised in that the extended PCIe fabric comprises a root complex endpoint (RCEP) configured as an endpoint of the host PCIe fabric, the extended PCIe fabric having a second set of bus numbers and a second MMIO space separate from the first set of bus numbers and the first MMIO space, respectively; wherein the RCEP is a bridge between the extended PCIe fabric and the host PCIe fabric and the second MMIO space is mapped into the first MMIO space.
Method for operating at least one distance sensor (18a, 18b, 18c, 18d) for detecting surroundings, having the following steps of: a) emitting at least one transmission pulse (38.1, 38.2) having known sensor parameters (32, 34); b) receiving signals in at least one measurement cycle (ΔT); c) classifying the received signals as echo signals (38.3) or interference signals (39.1, 39.2), the measurement cycle (ΔT) being divided into at least one receiving interval (ΔT 2) and at least one listening window (ΔT 3) and continuous and discontinuous interference signals (39.1, 39.2) being detected and distinguished in the listening window (ΔT 3), and the interference signals (39.1, 39.2) being discriminated according to inherent interference (39.1) and external interference; and d) adapting at least one sensor parameter for subsequent transmission pulses (38.1, 38.2) in response to detected inherent interference (39.1), characterized in that inherent interference (39.1) is identified using a plausibility check, the plausibility check comprising the fact that a detection threshold (39.3) is adapted in the listening window (ΔT 3) when discontinuous interference signals (39.1) are detected in the listening window (ΔT 3), the plausibility check including the number or duration for which the interference signals exceed the detection threshold (39.3) in the listening window (ΔT 3). a) emitting at least one transmission pulse (38.1, 38.2) having known sensor parameters (32, 34); b) receiving signals in at least one measurement cycle (ΔT); c) classifying the received signals as echo signals (38.3) or interference signals (39.1, 39.2), the measurement cycle (ΔT) being divided into at least one receiving interval (ΔT 2) and at least one listening window (ΔT 3) and continuous and discontinuous interference signals (39.1, 39.2) being detected and distinguished in the listening window (ΔT 3), and the interference signals (39.1, 39.2) being discriminated according to inherent interference (39.1) and external interference; and d) adapting at least one sensor parameter for subsequent transmission pulses (38.1, 38.2) in response to detected inherent interference (39.1), characterized in that inherent interference (39.1) is identified using a plausibility check, the plausibility check comprising the fact that a detection threshold (39.3) is adapted in the listening window (ΔT 3) when discontinuous interference signals (39.1) are detected in the listening window (ΔT 3), the plausibility check including the number or duration for which the interference signals exceed the detection threshold (39.3) in the listening window (ΔT 3).
Telescopic cleaning device intended to spray at least one cleaning and/or drying fluid towards a glass surface to be cleaned of a motor vehicle, such as an optical surface of an optical sensor of an optical detection system, comprising at least one fluid distribution element, which is rendered movable, along an axis of elongation and at the end of a movable piston between a retracted first position and a deployed second position for cleaning and/or drying, wherein the fluid distribution element has a distribution bar inside which a fluid distribution channel extends, the distribution bar is equipped with a heating device integrated at least in part into the distribution bar so as to heat the fluid passing through said distribution channel, characterized in that the distribution bar extends transversely on either side of the axis of elongation along which the movable piston slides. wherein the fluid distribution element has a distribution bar inside which a fluid distribution channel extends, the distribution bar is equipped with a heating device integrated at least in part into the distribution bar so as to heat the fluid passing through said distribution channel, characterized in that the distribution bar extends transversely on either side of the axis of elongation along which the movable piston slides.
A data storage device coupled to a host, comprising: a plality of flash memory devices, each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a virtual to physical memory address translation map from a host device, wherein a physical memory address includes a physical address for memory on the host device; store the virtual to physical memory address translation map in a memory module on the memory controller; receive commands directly from an application running on the host device such that the commands bypass a driver and kernel on the host device, wherein the commands include virtual memory addresses that refer to the memory on the host device; and translate the virtual memory addresses to physical memory addresses using the virtual to physical memory address translation map. a plality of flash memory devices, each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a virtual to physical memory address translation map from a host device, wherein a physical memory address includes a physical address for memory on the host device; store the virtual to physical memory address translation map in a memory module on the memory controller; receive commands directly from an application running on the host device such that the commands bypass a driver and kernel on the host device, wherein the commands include virtual memory addresses that refer to the memory on the host device; and translate the virtual memory addresses to physical memory addresses using the virtual to physical memory address translation map. receive a virtual to physical memory address translation map from a host device, wherein a physical memory address includes a physical address for memory on the host device; store the virtual to physical memory address translation map in a memory module on the memory controller; receive commands directly from an application running on the host device such that the commands bypass a driver and kernel on the host device, wherein the commands include virtual memory addresses that refer to the memory on the host device; and translate the virtual memory addresses to physical memory addresses using the virtual to physical memory address translation map.
Magnetic resonance apparatus with a scanner unit, a patient receiving area at least partly surrounded by the scanner unit and a patient display unit arranged within the patient receiving area, wherein the patient display unit is embodied for a visual and/or optical output of information and/or instructions to a patient during the magnetic resonance examination and comprises a reflective display, wherein the reflective display reflects light like normal paper, characterised by a display control unit, wherein the display control unit is designed to deactivate a data transmission to the reflective display and a signal processing by the reflective display during an acquisition of magnetic resonance data.
A method for detecting a prozone phenomenon using a specimen analysis tool containing substances that specifically bind to a target component contained in a sample, the specimen analysis tool comprising: a porous base material; a sample supplying portion; a reagent portion; and at least one detection portion, the sample supplying portion, the reagent portion, and the detection portion being arranged on the porous base material from upstream to downstream in a sample moving direction in this order, wherein the reagent portion contains a labeled substance that specifically binds to the target component, the detection portion contains an immobilized substance that specifically binds to the target component, and the target component is detected by detecting a complex of the target component, the labeled substance, and the immobilized substance through detection of a label of the labeled substance in the detection portion, wherein the prozone phenomenon detecting method comprises the following processes A and B: the process A: a process in which results of detection of the label obtained in the detection portion are plotted along the sample moving direction, and generation of a prozone phenomenon is detected on the basis of a shape formed by the plots thus obtained and a position of a peak in the shape of the plots; and the process B: a process in which the label is detected at two or more different time points in the detection portion, and generation of a prozone phenomenon is detected on the basis of a magnitude relationship between two or more detection results thus obtained, wherein the magnitude relationship between the detection results is at least one of a difference between the two or more detection results and a ratio between the two or more detection results. a porous base material; a sample supplying portion; a reagent portion; and at least one detection portion, the sample supplying portion, the reagent portion, and the detection portion being arranged on the porous base material from upstream to downstream in a sample moving direction in this order, the process A: a process in which results of detection of the label obtained in the detection portion are plotted along the sample moving direction, and generation of a prozone phenomenon is detected on the basis of a shape formed by the plots thus obtained and a position of a peak in the shape of the plots; and the process B: a process in which the label is detected at two or more different time points in the detection portion, and generation of a prozone phenomenon is detected on the basis of a magnitude relationship between two or more detection results thus obtained, wherein the magnitude relationship between the detection results is at least one of a difference between the two or more detection results and a ratio between the two or more detection results.
Method for obtaining ethyl (2R,4R)-1-[ -2-amino-5-[[imino(nitroamino)methyl]amino]-1-oxopentyl]-4-methylpiperidine-2-carboxylate compounded with HCl, solvated or unsolvated, comprising exposing a mixture of ethyl (2R,4R)-1-[ -2-amino-5[[imino(nitroamino)methyl]amino]-1-oxopentyl]-4-methylpiperidine-2-carboxylate and ethyl (2S,4S)-1-[ -2-amino-5[[imino(nitroamino)methyl]amino]-1-oxopentyl]-4-methylpiperidine-2-carboxylate compounded with HCl, solvated or unsolvated, to an organic or aqueous solvent or to a mixture thereof, followed by the selective precipitation and isolation of ethyl (2R,4R)-1-[ -2-amino-5-[[imino(nitroamino)methyl]amino]-1-oxopentyl]-4-methylpiperidine-2-carboxylate compounded with HCl, solvated or unsolvated.
Transponder for a wireless communication and contactless identification system, of the RFID type, intended to be affixed to a buried polymer pipe, the transpondeur comprising: - an RFID chip; - an electronic switching circuit (16,17) coupled to said RFID chip; - a first antenna (11, 51) coupled to said switching circuit, said first antenna having a surface covering a first part of the outer surface of said polymer pipe; - a second antenna (12, 52) coupled to said switching circuit, said second antenna (12, 52) having a surface covering a second part of the external surface of said polymer pipe, said second part being distinct from said first part; wherein said switching circuit (16, 17) is configured to: - couple said first antenna to said RFID chip when the voltage sensed at the edge of said first antenna and corresponding to the magnetic field by an RFID transmitter is greater than the voltage sensed at edge the second antenna; - couple said second antenna to said RFID chip when the voltage sensed at the edge of said second antenna by an RFID transmitter is greater than the voltage sensed at the edge of the first antenna. - an RFID chip; - an electronic switching circuit (16,17) coupled to said RFID chip; - a first antenna (11, 51) coupled to said switching circuit, said first antenna having a surface covering a first part of the outer surface of said polymer pipe; - a second antenna (12, 52) coupled to said switching circuit, said second antenna (12, 52) having a surface covering a second part of the external surface of said polymer pipe, said second part being distinct from said first part; - couple said first antenna to said RFID chip when the voltage sensed at the edge of said first antenna and corresponding to the magnetic field by an RFID transmitter is greater than the voltage sensed at edge the second antenna; - couple said second antenna to said RFID chip when the voltage sensed at the edge of said second antenna by an RFID transmitter is greater than the voltage sensed at the edge of the first antenna.
Carrimycin or pharmaceutically acceptable salts of carrimycin for use in treating and/or preventing tumor, wherein the carrimycin is composed of a variety of spiramycin derivatives with main active components of isovaleryl spiramycin I, isovaleryl spiramycin II, and isovaleryl spiramycin III, and a total content of isovaleryl spiramycin I, isovaleryl spiramycin II, and isovaleryl spiramycin III is no less than 60%; the tumor is breast cancer, liver cancer, lung cancer, renal cancer, brain tumor, cervical cancer, prostate cancer, pancreatic cancer, esophageal cancer, gastric cancer, colon cancer, lymphoma or leukemia.
A tape-like dry fibrous reinforcement, such as a reinforcement for composite material, comprising at least one fiber/filament layer having a plurality of fibers/filaments arranged in a plurality of substantially unidirectional tows arranged alongside each other, each tow comprising a plurality of substantially unidirectional fibers or filaments, and at least one porous adhesive layer attached to the tows of at least one fiber/filament layer by surface connection, wherein the tows of the at least one fiber/filament layer are separated from each other by separation channels.
Heart rate monitor electrode comprising - points, - a flexible sheet of absorbent material comprising a contact surface and that can change form elastically between ∘ an at least partially expanded form in which the sheet of absorbent material can retain a liquid and ∘ an at least partially compressed form, in which the sheet of absorbent material occupies a lesser volume than in its expanded form and in which at least a part of a liquid contained in the sheet of absorbent material, when it is in its at least partially expanded form, is released, wherein the free end of at least some of the points is flush with the contact surface of the sheet of absorbent material or extends beyond the latter when the sheet of absorbent material is in an at least partially compressed form and releases at least a part of the liquid that it contains in its at least partially expanded form, characterized in that the points are electrically conductive and each extend from a free end to an electrically conductive circuit electrically linking the points to one another. - points, - a flexible sheet of absorbent material comprising a contact surface and that can change form elastically between ∘ an at least partially expanded form in which the sheet of absorbent material can retain a liquid and ∘ an at least partially compressed form, in which the sheet of absorbent material occupies a lesser volume than in its expanded form and in which at least a part of a liquid contained in the sheet of absorbent material, when it is in its at least partially expanded form, is released, wherein the free end of at least some of the points is flush with the contact surface of the sheet of absorbent material or extends beyond the latter when the sheet of absorbent material is in an at least partially compressed form and releases at least a part of the liquid that it contains in its at least partially expanded form, characterized in that the points are electrically conductive and each extend from a free end to an electrically conductive circuit electrically linking the points to one another. ∘ an at least partially expanded form in which the sheet of absorbent material can retain a liquid and ∘ an at least partially compressed form, in which the sheet of absorbent material occupies a lesser volume than in its expanded form and in which at least a part of a liquid contained in the sheet of absorbent material, when it is in its at least partially expanded form, is released,
A print control apparatus capable of discharging printed sheets printed by printing means (102, 105, 106) to a plurality of discharging destinations, the print control apparatus comprising: first determination means configured, when printing operation based on an input print job is to be executed by the printing means, to determine a number of sheets to be discharged, corresponding to a single copy based on the print job; second determination means configured to determine a number of discharging destinations required for discharging the number of sheets determined by the first determination means; and characterised by selecting means configured, if the number of discharging destinations determined by the second determination means is a multiple value and there is one or more discharging destinations to which the sheets are not dischargeable, to select multiple discharging destinations located closest to each other, among the plurality of discharging destinations to which the sheets are dischargeable, as discharging destinations for the sheets printed according to the printing operation based on the print job, the multiple discharging destinations, being selected by the selecting means, before the printing means begins the printing operation based on the print job. first determination means configured, when printing operation based on an input print job is to be executed by the printing means, to determine a number of sheets to be discharged, corresponding to a single copy based on the print job; second determination means configured to determine a number of discharging destinations required for discharging the number of sheets determined by the first determination means; and characterised by selecting means configured, if the number of discharging destinations determined by the second determination means is a multiple value and there is one or more discharging destinations to which the sheets are not dischargeable, to select multiple discharging destinations located closest to each other, among the plurality of discharging destinations to which the sheets are dischargeable, as discharging destinations for the sheets printed according to the printing operation based on the print job, the multiple discharging destinations, being selected by the selecting means, before the printing means begins the printing operation based on the print job.
A vehicle-mounted apparatus to which a portable information terminal loaded with a plurality of application programs is connected, characterized by comprising a control portion that is configured to output caution or warning information to an occupant in a vehicle if the vehicle-mounted apparatus does not continually receive information that is sent from a portable information terminal connected to the vehicle-mounted apparatus and that shows that an application program that is presently being operated in the portable information terminal has an attribute of being permitted to be used during moving of the vehicle.
Use of a coating comprising a layer comprising an inorganic-organic hybrid matrix, wherein the layer comprising an inorganic-organic hybrid matrix is obtainable by wet-chemical application of a coating composition on at least one metal surface or inorganic surface of the object or material and hardening the coating composition, wherein the coating composition comprises a heterocondensate and an organic monomer, oligomer or polymer which comprises at least one polymerisable group selected from epoxy, vinyl, acrylic and methacrylic groups, and the heterocondensate is a metallosiloxane or borosiloxane and contains heteroatom units of heteroatoms selected from B, Al, Ga, In, Tl, Ge, Ga, Sn, Pb, Ti, Zr, Hf, Sc, Y and La, which are incorporated in the siloxane skeleton by means of oxygen bridges, and siloxane units, in which the silicon atom has a non-hydrolysable organic group, preferably a non-hydrolysable organic polymerisable group, wherein the inorganic-organic hybrid matrix is an IPN (interpenetrating polymer networks) polymer formed of two interpenetrating polymers, namely an inorganic condensate and an organic polymer, as an anti-limescale coating on at least one metal surface or inorganic surface of an object or material.
Method of determining a control parameter of a system for irradiating a predetermined target volume in a body with a particle beam, the system being constructed to direct the particle beam at a multiplicity of target points in the target volume in succession in order to produce at each of the target points a predetermined dose distribution in a region around the target point, wherein the control parameter controls the extent of an overlap of the dose distribution of a first target point with the dose distributions of neighbouring target points, comprising the following steps: determination of a movement parameter which quantitatively characterises the movement of the body at the first target point; determination of the control parameter in dependence on the movement parameter and wherein a moving region is irradiated using an enlarged beam focus or a widened beam having an enlarged diameter or broader beam profile. determination of a movement parameter which quantitatively characterises the movement of the body at the first target point; determination of the control parameter in dependence on the movement parameter and wherein a moving region is irradiated using an enlarged beam focus or a widened beam having an enlarged diameter or broader beam profile.