mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: implementing, by a processor for transmitting data in a peer to peer system, a standardized communications protocol, SCP, on a first device , wherein the first device comprises a first chip and a second chip; discovering, by the processor, a second device , wherein the second device comprises a third chip and a fourth chip; selecting, by the processor, a first transmission path between the first chip of the first device and the third chip of the second device, and a second, different transmission path between the second chip of the first device and the fourth chip of the second device, wherein the selecting is in dependence on a speed of the first transmission path and a speed of the second transmission path; dividing, by the processor, a message into a plurality of packets; determining, by the processor, a fastest method of transmitting the message by sending first packets of the message over the first transmission path and second packets of the message over the second transmission path; transmitting, using the first chip, the first packets directly to the third chip on the second device over the first transmission path; and transmitting, using the second chip, the second packets directly to the fourth chip on the second device over the second transmission path, wherein the second device assembles the first packets and the second packets into the message. implementing, by a processor for transmitting data in a peer to peer system, a standardized communications protocol, SCP, on a first device , wherein the first device comprises a first chip and a second chip; discovering, by the processor, a second device , wherein the second device comprises a third chip and a fourth chip; selecting, by the processor, a first transmission path between the first chip of the first device and the third chip of the second device, and a second, different transmission path between the second chip of the first device and the fourth chip of the second device, wherein the selecting is in dependence on a speed of the first transmission path and a speed of the second transmission path; dividing, by the processor, a message into a plurality of packets; determining, by the processor, a fastest method of transmitting the message by sending first packets of the message over the first transmission path and second packets of the message over the second transmission path; transmitting, using the first chip, the first packets directly to the third chip on the second device over the first transmission path; and transmitting, using the second chip, the second packets directly to the fourth chip on the second device over the second transmission path, wherein the second device assembles the first packets and the second packets into the message.
A system to perform distributed downhole acoustic sensing in a borehole , the system comprising: an optical fiber comprising at least one reflector , the optical fiber being configured to be coupled to a component of interest; and a tunable laser ; wherein the tunable laser is configured to perform transmissions of a range of wavelengths through the optical fiber over a time interval, resulting in sine wave interferometer signals; and further comprising a receiver configured to receive the interferometer signals resulting from the transmission, wherein the phase of the received interferometer signals has been modulated by the component of interest; the system being characterized in that it comprises a processor configured to determine the phase modulation over time of the sine wave based on the received interferometer signals , and to determine a frequency and amplitude of vibration from the phase modulation . an optical fiber comprising at least one reflector , the optical fiber being configured to be coupled to a component of interest; and a tunable laser ; wherein the tunable laser is configured to perform transmissions of a range of wavelengths through the optical fiber over a time interval, resulting in sine wave interferometer signals; and further comprising a receiver configured to receive the interferometer signals resulting from the transmission, wherein the phase of the received interferometer signals has been modulated by the component of interest; the system being characterized in that it comprises a processor configured to determine the phase modulation over time of the sine wave based on the received interferometer signals , and to determine a frequency and amplitude of vibration from the phase modulation .
Rotary compressor comprising a disc-shaped rotor having a radius R and supporting on the periphery thereof at least one first series of non-planar blades arranged on a side face of the rotor , intended for accelerating the fluid to be compressed between an intake and an outlet , a casing defining on the outside at least one generally toroidal channel that is peripheral to the rotor , and being coaxial, arranged at the radial end of said rotor and housing said blades , a static and annular core being arranged inside of said at least one toroidal channel in such a way as to define with said casing a free cross section A, the compressor comprising a separation part arranged in said at least one peripheral channel, between the intake and the outlet of said fluid, said separation part having a shape making it possible to progressively lower the pressure of said fluid before the intake of the fluid, characterised in that it comprising a second series of blades arranged in the radial extension of said rotor in a given specific channel, and that the dispositions and respective forms of the rotor , of at least one peripheral channel and of said at least one first series of blades a second series of blades are such that the ratio A/R 2 is between 6% and 16%.
A vacuum pump , in particular a turbomolecular vacuum pump , comprising a rotor rotatable about an axis of rotation and at least one rolling element bearing lubricated with an oil as lubricant for supporting the rotor , wherein the rolling element bearing comprises an outer ring and an inner ring as well as rolling elements , in particular balls, supported between the outer ring and the inner ring , wherein a respective roll-off surface , running around in the peripheral direction, for the rolling elements is formed at an inner side of the outer ring and an outer side of the inner ring , characterized in that a run-off surface , leading radially outwardly away from the roll-off surface , for the lubricant is formed at the inner side of the outer ring at both sides of the roll-off surface , and in that at least one outlet for the lubricant that is connected to the run-off surface is provided, in particular with the outlet starting from a marginal region of the inner side of the outer ring that is remote from the roll-off surface .
Method for preparing dialkyl dicarbonates by reacting the corresponding alkyl haloformates with at least one alkali metal hydroxide, alkaline earth metal hydroxide and/or carbonate in the presence of at least one water-immiscible organic solvent and in the presence of a catalyst, characterized in that the catalyst used is at least one tertiary amine of the formula (I) NR 1 R 2 R 3 (I) where R 1 = straight-chain or branched C 1 -C 6 -alkyl, R 2 = straight-chain or branched C 16 -C 22 -alkyl and R 3 = -[CH 2 -R 4 -O] n -[CH 2 -R 4 ]-OH, where n = 0 to 12 and R 4 = -[CH 2 -CH 2 ]-, -[CH(CH 3 )]- or -CH 2 -. R 1 = straight-chain or branched C 1 -C 6 -alkyl, R 2 = straight-chain or branched C 16 -C 22 -alkyl and R 3 = -[CH 2 -R 4 -O] n -[CH 2 -R 4 ]-OH, where n = 0 to 12 and R 4 = -[CH 2 -CH 2 ]-, -[CH(CH 3 )]- or -CH 2 -.
Network entity comprising a processor configured to: determine a first threshold indicating the end of utilization (T1), by one or more User Equipments, UEs , of one or more sidelink resources and/or sidelink resource configuration , for performing sidelink transmission, based on a probability value of a link interruption, wherein the network entity is configured to: send the first threshold and the one or more sidelink resources and/or the sidelink resource configuration to the one or more UEs . determine a first threshold indicating the end of utilization (T1), by one or more User Equipments, UEs , of one or more sidelink resources and/or sidelink resource configuration , for performing sidelink transmission, based on a probability value of a link interruption, wherein the network entity is configured to: send the first threshold and the one or more sidelink resources and/or the sidelink resource configuration to the one or more UEs .
A sample imaging apparatus configured to image a sample in both of chemiluminescent light emitted by the sample, and fluorescence light emitted by the sample in a plurality of wavelength bands; the sample imaging apparatus comprising: an imaging unit configured to image sequentially chemiluminescent light and fluorescent light emitted by the sample, the imaging unit comprising an achromatic lens in which longitudinal chromatic aberration is corrected over the wavelength range 350nm to 480nm of the imaged chemiluminescent light of the sample; an excitation light source configured to irradiate the sample with excitation light for causing the sample to emit fluorescent light in the wavelength range 500nm to 700nm; and an imaging control unit configured to image the single sample a plurality of times by changing a wavelength range of the fluorescent light emitted by the sample, the imaging control unit having means configured to adjust a focal length of the achromatic lens in each imaging of fluorescent light, according to the wavelength range of the fluorescent light, and to perform imaging in a wavelength order of the fluorescent light used for the imaging. an imaging unit configured to image sequentially chemiluminescent light and fluorescent light emitted by the sample, the imaging unit comprising an achromatic lens in which longitudinal chromatic aberration is corrected over the wavelength range 350nm to 480nm of the imaged chemiluminescent light of the sample; an excitation light source configured to irradiate the sample with excitation light for causing the sample to emit fluorescent light in the wavelength range 500nm to 700nm; and an imaging control unit configured to image the single sample a plurality of times by changing a wavelength range of the fluorescent light emitted by the sample, the imaging control unit having means configured to adjust a focal length of the achromatic lens in each imaging of fluorescent light, according to the wavelength range of the fluorescent light, and to perform imaging in a wavelength order of the fluorescent light used for the imaging.
A bone anchor comprising a shank for anchoring in a bone or a vertebra and a receiving part for receiving a rod and for coupling the rod to the shank, wherein the receiving part comprises a recess by means of which a base and two free legs extending from the base are formed for inserting the rod therebetween and a bore with a bore axis (C), and wherein the legs each have a first portion extending from the base of the recess to a first distance above the base and a second portion extending from an end of the first portion towards a second distance from the base greater than the first distance, wherein an internal thread is formed in at least a section of each of the first and the second portion and wherein between the first portion and the second portion a breakaway portion is provided that permits to break away the second portion from the first portion , and wherein elongate extension members (67, 67', 67") are provided on the legs, respectively, that extend from an end of the second portion to a third distance from the base greater than the second distance; and wherein a stiffness of the elongate extension members (67, 67', 67") is less than the stiffness of the second portion of the legs .
A child carrier comprising: a carrying harness ; a child supporting part connected with the carrying harness , the child supporting part including a torso support portion , and a hip support portion and a thigh support portion connected with each other; and a thigh restraint extending between the carrying harness and the child supporting part , the thigh restraint being adapted to upwardly limit an upward displacement of a thigh of a child installed on the child carrier , wherein the thigh restraint includes a limiting part respectively connected with the carrying harness and the child supporting part , the limiting part has a fixed end affixed to the carrying harness and is operable to detachably connect with the torso support portion ; characterized in that : the limiting part is connected with the torso support portion by lacing through a guide loop provided on the torso support portion . a carrying harness ; a child supporting part connected with the carrying harness , the child supporting part including a torso support portion , and a hip support portion and a thigh support portion connected with each other; and a thigh restraint extending between the carrying harness and the child supporting part , the thigh restraint being adapted to upwardly limit an upward displacement of a thigh of a child installed on the child carrier , wherein the thigh restraint includes a limiting part respectively connected with the carrying harness and the child supporting part , the limiting part has a fixed end affixed to the carrying harness and is operable to detachably connect with the torso support portion ; characterized in that : the limiting part is connected with the torso support portion by lacing through a guide loop provided on the torso support portion .
A blood flow determination apparatus comprising: - a speckle density determination unit for determining a speckle density value being indicative of a level of a speckle density in an ultrasound image of an inner lumen of a blood vessel , which has been generated at an imaging location being behind an introduction location with respect to a flow direction of blood within the blood vessel , wherein at the introduction location a fluid has been introduced into the blood vessel with a known volumetric fluid flow rate, - a blood flow rate determination unit for determining a blood flow value being indicative of a volumetric blood flow rate based on the determined speckle density value and the volumetric fluid flow rate. - a speckle density determination unit for determining a speckle density value being indicative of a level of a speckle density in an ultrasound image of an inner lumen of a blood vessel , which has been generated at an imaging location being behind an introduction location with respect to a flow direction of blood within the blood vessel , wherein at the introduction location a fluid has been introduced into the blood vessel with a known volumetric fluid flow rate, - a blood flow rate determination unit for determining a blood flow value being indicative of a volumetric blood flow rate based on the determined speckle density value and the volumetric fluid flow rate.
A MIMO antenna comprising: a ground plane ; and a plurality of dipole antenna elements that are arranged in the vicinity of the ground plane ; wherein each of the plurality of dipole antenna elements includes a radiating element including a conductor portion extending along an outer edge portion of the ground plane ; a feeding portion that is configured to feed the radiating element ; and a feeding element that is spaced apart from the radiating element ; and characterised in that by being configured to cause the feeding element to resonate, the radiating element is fed at the feeding portion via the feeding element through non contact feeding by electromagnetic near field coupling to function as a radiating conductor, and provided Le37 denotes an electrical length that imparts a fundamental mode of resonance to the feeding element , Le31 denotes an electrical length that imparts a fundamental mode of resonance to the radiating element , and A denotes a wavelength on the feeding element or the radiating element at a resonant frequency of the fundamental mode of the radiating element , Le37 is less than or equal to (3/8)λ, and Le31 is greater than or equal to (3/8)A and less than or equal to (5/8)λ, wherein electromagnetic near field coupling refers to resonance coupling via an electric field and a magnetic field at a high frequency excluding electrostatic capacitive coupling and electromagnetic induction coupling. a ground plane ; and a plurality of dipole antenna elements that are arranged in the vicinity of the ground plane ; wherein each of the plurality of dipole antenna elements includes a radiating element including a conductor portion extending along an outer edge portion of the ground plane ; a feeding portion that is configured to feed the radiating element ; and a feeding element that is spaced apart from the radiating element ; and a radiating element including a conductor portion extending along an outer edge portion of the ground plane ; a feeding portion that is configured to feed the radiating element ; and a feeding element that is spaced apart from the radiating element ; and characterised in that by being configured to cause the feeding element to resonate, the radiating element is fed at the feeding portion via the feeding element through non contact feeding by electromagnetic near field coupling to function as a radiating conductor, and provided Le37 denotes an electrical length that imparts a fundamental mode of resonance to the feeding element , Le31 denotes an electrical length that imparts a fundamental mode of resonance to the radiating element , and A denotes a wavelength on the feeding element or the radiating element at a resonant frequency of the fundamental mode of the radiating element , Le37 is less than or equal to (3/8)λ, and Le31 is greater than or equal to (3/8)A and less than or equal to (5/8)λ, wherein electromagnetic near field coupling refers to resonance coupling via an electric field and a magnetic field at a high frequency excluding electrostatic capacitive coupling and electromagnetic induction coupling.
A reciprocating compressor oil comprising 2, 6-di-tert-butylphenol and tris (2, 4-di-tert-butylphenyl) phosphite as additives in a mineral oil and/or a synthetic oil as a base oil, wherein the naphthene component in the total amount of base oil is from 17 to 30% in the %C N of ring analysis according to ASTM D3238, and having a pour point of -25 ° C. or lower, wherein the content of additive 2, 6-di-tert-butylphenol is between 0.5 mass% and 6.0 mass% and the content of additive tris (2, 4-di-tert-butylphenyl) phosphite is between 0.3 mass% and 2.0 mass% based on the total amount of the compressor oil.
A solar reactive sheet of agricultural mulch shrinkfilm comprising: one or more sheets of one or more layers of augmented heat shrink material that has been augmented by a mechanical process of elongating longitudinally at an elevated temperature between 60 and 120 degrees Celsius and subsequently cooling, said heat shrink material comprising a linear low density polyethylene (LLDPE), wherein the heat shrink material will shrink by 10% to 30% in surface area, if unrestrained, but does not expand, when the temperature of the film is elevated to at least 40 degrees Celsius by exposure to solar radiation; characterised in that each sheet comprises elongated polymer molecules that are aligned in a longitudinal machine direction and has uniform thickness over the entire surface area providing a monoaxially oriented sheet, across the entire width, in the machine direction and in that at least one of the one or more layers of heat shrink material contains between 2% and 8% by weight of carbon black particles of between 17 and 100 nanometres in size.
Pluggable device combination for protecting against overvoltages, comprising: at least one plug-in module , which receives an overvoltage protection element, and a base-like, lower part with a U-shaped cross-section for receiving the at least one plug-in module ; wherein latching means (2; 3) that act between the plug-in module and the base-like lower part are provided, which comprise first means that are formed on opposite sides of the plug-in module on a pretensioned joint, which in each case interact in a latching manner with associated second means on the lower part , wherein the latching connection can be released by means of pressure on the joint on the sides of the plug-in module , and wherein each joint merges into a respective actuating surface , characterised in that at least two spaced-apart actuating surfaces are provided on one side of the plug-in module , with which a single actuating surface is associated on the opposite side of the plug-in module, the actuating surfaces are formed opposite one another on the plug-in module in such a manner that, in the case of imaginary connecting lines between the actuating surfaces , the shape of an at least approximate triangle is produced. at least one plug-in module , which receives an overvoltage protection element, and a base-like, lower part with a U-shaped cross-section for receiving the at least one plug-in module ; wherein latching means (2; 3) that act between the plug-in module and the base-like lower part are provided, which comprise first means that are formed on opposite sides of the plug-in module on a pretensioned joint, which in each case interact in a latching manner with associated second means on the lower part , wherein the latching connection can be released by means of pressure on the joint on the sides of the plug-in module , and wherein each joint merges into a respective actuating surface , characterised in that at least two spaced-apart actuating surfaces are provided on one side of the plug-in module , with which a single actuating surface is associated on the opposite side of the plug-in module, the actuating surfaces are formed opposite one another on the plug-in module in such a manner that, in the case of imaginary connecting lines between the actuating surfaces , the shape of an at least approximate triangle is produced.
A positioning device adapted to produce a position signal indicative of a rotational position of a resolver, the positioning device comprising: - a signal interface adapted to receive a first alternating signal (V_cos) and a second alternating signal (V_sin), amplitudes of the first and second alternating signals being dependent on the rotational position of the resolver so that envelopes of the first and second alternating signals have a mutual phase shift, and - a processing system adapted to generate the position signal based on the amplitudes of the first and second alternating signals and on polarity information indicative of a polarity of an excitation signal of the resolver, characterized in that the processing system is configured to: - recognize a polarity indicator on a waveform of at least the first alternating signal, and - determine the polarity information based on the recognized polarity indicator. - a signal interface adapted to receive a first alternating signal (V_cos) and a second alternating signal (V_sin), amplitudes of the first and second alternating signals being dependent on the rotational position of the resolver so that envelopes of the first and second alternating signals have a mutual phase shift, and - a processing system adapted to generate the position signal based on the amplitudes of the first and second alternating signals and on polarity information indicative of a polarity of an excitation signal of the resolver, - recognize a polarity indicator on a waveform of at least the first alternating signal, and - determine the polarity information based on the recognized polarity indicator.