mhurhangee/patent-ind-claim-en huggingface dataset:
Two-dimensional fabric for use in production of a three-dimensional composite material part, with reinforcing weft threads and reinforcing warp threads of a reinforcing yarn, which belong to a reinforcing system , with binding warp threads of a binding yarn differing from the reinforcing yarn, which belong to a binding system and extend in a warp thread direction (K), wherein the reinforcing yarn has a higher tensile strength than the binding yarn, wherein the distance between the two outermost binding warp threads , arranged with maximal spacing at right angles to the warp thread direction (K), defines a warp beam width (B), wherein at least some of the reinforcing weft threads and the reinforcing warp threads are configured as shortened reinforcing threads which have a thread length (L) which is either smaller than the warp beam width (B) or smaller than the length of the produced fabric in the warp thread direction (K), and wherein the thread end positions of the ends of the shortened reinforcing threads and their thread length (L) are determined depending on the three-dimensional composite material part to be produced.
Machine for preparing beverages, including espresso coffee and similar, comprising: - a machine casing that presents side, top and posterior walls, thereby configuring for example a generally parallelepiped form or similar, - fluid storage means provided on a posterior part of said machine , - fluid heating means and fluid pressurization means provided inside of said casing , - collection means provided on a front part of machine above discharge means , and adapted for collecting a single portion of edible substance, - discharge means associated with said machine casing and presenting passageways for discharge of beverages, - control means provided inside of said machine casing and adapted so that can actuate said fluid heating means and fluid pressurization means , characterized in that at least one of said side and posterior walls of said machine casing presents at least a first and a second access elements adapted so that can provide access to the interior of said machine casing , whereby at least a first access element provides access to a space that is interior in respect of said machine casing and where there are arranged said fluid pressurization means , but not to said control means , so that said fluid pressurization means can be installed and replaced on respective fluid connections internal relative to said casing without removal or disassembly of said casing . - a machine casing that presents side, top and posterior walls, thereby configuring for example a generally parallelepiped form or similar, - fluid storage means provided on a posterior part of said machine , - fluid heating means and fluid pressurization means provided inside of said casing , - collection means provided on a front part of machine above discharge means , and adapted for collecting a single portion of edible substance, - discharge means associated with said machine casing and presenting passageways for discharge of beverages, - control means provided inside of said machine casing and adapted so that can actuate said fluid heating means and fluid pressurization means ,
A microfluidic valve comprising: a first reservoir ; a second reservoir ; a channel connecting the first reservoir to the second reservoir, wherein the second reservoir is to receive fluid from the first reservoir through the channel under a pressure gradient; and an inertial pump within the channel proximate the second reservoir and distant the first reservoir . a first reservoir ; a second reservoir ; a channel connecting the first reservoir to the second reservoir, wherein the second reservoir is to receive fluid from the first reservoir through the channel under a pressure gradient; and an inertial pump within the channel proximate the second reservoir and distant the first reservoir .
An exercise device configured for use by a user, the exercise device comprising: a supporting frame ; a pedal mounting assembly attached to the supporting frame at a tilt angle to a vertical plane , the tilt angle having a value greater than 0° and less than or equal to 90°; two pedal supports , each pedal support affixed at an attachment angle to the pedal mounting assembly via a pedal crank assembly , the attachment angle having a value greater than 0° and less than or equal to 90°; and two pedals , one pedal attached to and supported by each pedal support, the pedals providing for counter-rotating circular motion in a plane rotated at the attachment angle to the vertical plane , characterized in that the value of the attachment angle is adjustable, and/or, the value of the tilt angle is adjustable. a supporting frame ; a pedal mounting assembly attached to the supporting frame at a tilt angle to a vertical plane , the tilt angle having a value greater than 0° and less than or equal to 90°; two pedal supports , each pedal support affixed at an attachment angle to the pedal mounting assembly via a pedal crank assembly , the attachment angle having a value greater than 0° and less than or equal to 90°; and two pedals , one pedal attached to and supported by each pedal support, the pedals providing for counter-rotating circular motion in a plane rotated at the attachment angle to the vertical plane ,
Process for the conversion of oxygenates to C 5+ hydrocarbons boiling in the gasoline boiling range, comprising the steps of continuously a) providing one or more feed streams of one or more oxygenate compounds; b) heating the one or more feed streams to an inlet temperature of one or more downstream conversion reactors; c) introducing the one or more heated feed stream into inlet of the one or more conversion reactors; d) converting in the one or more conversion reactors the one or more heated feed stream in presence of catalyst to a converted oxygenate product comprising C 5+ hydrocarbons; e) withdrawing from the one or more conversion reactors the converted oxygenate product; f) determining at outlet of the one or more conversion reactors amount of the one or more unconverted oxygenate compounds in the withdrawn converted oxygenate product; g) separating the converted oxygenate product into a C 4- hydrocarbon fraction, a fraction with the C 5+ hydrocarbons boiling in the gasoline boiling range and a fraction comprising water and the one or more unconverted oxygenate compounds, wherein the inlet temperature of the one or more feed streams in step (b) is continuously adjusted to maintain a constant amount of the one or more unconverted oxygenate compounds as determined in step (f) and to maintain a constant level of conversion of the one or more oxygenate compounds of between 95% to 99.9%. a) providing one or more feed streams of one or more oxygenate compounds; b) heating the one or more feed streams to an inlet temperature of one or more downstream conversion reactors; c) introducing the one or more heated feed stream into inlet of the one or more conversion reactors; d) converting in the one or more conversion reactors the one or more heated feed stream in presence of catalyst to a converted oxygenate product comprising C 5+ hydrocarbons; e) withdrawing from the one or more conversion reactors the converted oxygenate product; f) determining at outlet of the one or more conversion reactors amount of the one or more unconverted oxygenate compounds in the withdrawn converted oxygenate product; g) separating the converted oxygenate product into a C 4- hydrocarbon fraction, a fraction with the C 5+ hydrocarbons boiling in the gasoline boiling range and a fraction comprising water and the one or more unconverted oxygenate compounds, wherein the inlet temperature of the one or more feed streams in step (b) is continuously adjusted to maintain a constant amount of the one or more unconverted oxygenate compounds as determined in step (f) and to maintain a constant level of conversion of the one or more oxygenate compounds of between 95% to 99.9%.
A method for determining a consolidated navigation information wherein: - several independent navigation devices provide measurement data, said independent devices being inertial measurement units, IMU, and GNSS receivers; - the measurement data of these navigation devices are combined and processed by a plurality of processing modules each elaborating a hybrid navigation solution from measurement data stemming from several independent navigation devices, each hybrid navigation solution being generated from measurement data received from a different assembly of IMU and radio-navigation receivers, a protection radius corresponding to a given failure probability, being calculated for each hybrid navigation solution thereby determined, - the hybrid navigation solutions are processed to provide a consolidated navigation information, characterized in that an integrity control of the consolidated navigation information is applied, said control comprising the steps of: - determining, for a given failure probability, at least one consolidated area which encompasses protection areas which are centered on the values of the navigation solution and which correspond to the protection radii determined for said hybrid navigation solutions and for said failure probability. - determining a radius for said consolidated area, said radius being provided as a protection radius associated with the consolidated navigation information for said failure probability. - several independent navigation devices provide measurement data, said independent devices being inertial measurement units, IMU, and GNSS receivers; - the measurement data of these navigation devices are combined and processed by a plurality of processing modules each elaborating a hybrid navigation solution from measurement data stemming from several independent navigation devices, each hybrid navigation solution being generated from measurement data received from a different assembly of IMU and radio-navigation receivers, a protection radius corresponding to a given failure probability, being calculated for each hybrid navigation solution thereby determined, - the hybrid navigation solutions are processed to provide a consolidated navigation information, - determining, for a given failure probability, at least one consolidated area which encompasses protection areas which are centered on the values of the navigation solution and which correspond to the protection radii determined for said hybrid navigation solutions and for said failure probability. - determining a radius for said consolidated area, said radius being provided as a protection radius associated with the consolidated navigation information for said failure probability.
A fast-wearing grade-positioning wound-exposed multifunctional animal ear tag, comprising: a primary tag , a secondary tag , an ambient temperature sensor , an animal body temperature sensor , a fast-wearing grade-positioning pin , a bearing clamp , and a chip , wherein the primary tag comprises a primary tag casing , a primary tag cover , and a primary tag grade positioning pin column disposed at an outer edge of the primary tag casing ; the secondary tag comprises a secondary tag casing , a secondary tag grade positioning pin hole formed on the secondary tag casing , and a fast-wearing pin protecting column formed on and extending from an outer side of the secondary tag grade positioning pin hole ; the fast-wearing grade-positioning pin passes through the primary tag grade positioning pin column and the secondary tag grade positioning pin hole and aligns with the bearing clamp and passes into the fast-wearing pin protecting column for a fixed connection, and a side of the primary tag casing opposite to the secondary tag has a primary tag buffer pad , and a side of the secondary tag casing opposite to the primary tag has a secondary tag buffer pad ; characterized in that the fast-wearing grade-positioning wound-exposed multifunctional animal ear tag further comprises an ultra-high frequency (UHF) radio frequency identification (RFID) chip ; the chip is a half-duplex ultra-low frequency (ULF) radio frequency identification (RFID) chip ; when the fast-wearing grade-positioning pin passes through a center opening of the primary tag grade positioning pin column , the animal ear wound is exposed; the primary tag buffer pad is a silicone pad, and the secondary tag buffer pad is a silicone pad; wherein the fast-wearing grade-positioning pin comes with a quantity of three, and the primary tag grade positioning pin column also comes with a quantity of three and the three primary tag grade positioning pin column are configured to be corresponsive to the three secondary tag grade positioning pin holes respectively; and the primary tag grade positioning pin columns and the secondary tag grade positioning pin holes are distributed in a triangular shape, which is an isosceles right-angled triangular shape or an equilateral triangular shape; wherein the primary tag buffer silicone pad is matched with the outer side of the primary tag casing , and the primary tag buffer silicone pad has a pin hole formed at a position corresponding to the primary tag grade positioning pin column , a boss formed at the periphery of the pin hole for placing an ointment, and the contact between the primary tag buffer silicone pad and the animal body temperature sensor has a sensor hole formed thereon, and the outer periphery of the sensor hole has a seal ring , and an end of the primary tag buffer silicone pad has a groove provided for installation and positioning.
An image data processing system comprising: an input data processor to process a first patient image of a first patient to add a first noise to the first patient image to form a noisy image input; and an image data denoiser to process the noisy image input using a first deep learning network to identify the first noise, the image data denoiser to train the first deep learning network using the noisy image input and to modify a network weight based on a comparison of a noise output of the first deep learning network to an expected noise output, wherein, when the first deep learning network is trained to identify the first noise, the image data denoiser is to deploy the first deep learning network as a second deep learning network model to be applied to a second patient image of the first patient to identify a second noise in the second patient image; a post-processing image generator to remove the second noise identified by the second deep learning network model from the second patient image to form a denoised patient image; and an output imager to output the denoised patient image. an input data processor to process a first patient image of a first patient to add a first noise to the first patient image to form a noisy image input; and an image data denoiser to process the noisy image input using a first deep learning network to identify the first noise, the image data denoiser to train the first deep learning network using the noisy image input and to modify a network weight based on a comparison of a noise output of the first deep learning network to an expected noise output, wherein, when the first deep learning network is trained to identify the first noise, the image data denoiser is to deploy the first deep learning network as a second deep learning network model to be applied to a second patient image of the first patient to identify a second noise in the second patient image; a post-processing image generator to remove the second noise identified by the second deep learning network model from the second patient image to form a denoised patient image; and an output imager to output the denoised patient image.
Firearm having a barrel, a sliding block , a bolt head , a firing pin with a flange-like collar, a firing pin retaining pin with a safety device, and a weapon median plane , wherein the firing pin retaining pin is slidably mounted normally to the weapon median plane in a retaining bore and designed as one piece, whereby the firing pin retaining pin is rotationally symmetrical with a head end, characterized in that the firing pin retaining pin also has a pin end and has two annular grooves , and that a locking pin mounted in a spring-loaded manner in the sliding block is, depending on the position of the firing pin retaining pin in the retaining bore , designed to optionally engage in the annular grooves in a holding position or a release position.
An atomization assembly , configured to combine with a battery assembly to form an electronic cigarette, comprising: an e-liquid storage body , an atomizing core , a connecting seat and an electrode , characterized in that the e-liquid storage body is internally provided with an e-liquid storage cavity (a) for accommodating an e-liquid, the atomizing core comprises an electric heating element having a connecting pin , and the electric heating element is used for atomizing at least part of the e-liquid supplied to the electric heating element from the e-liquid storage cavity (a), the connecting seat is connected to the e-liquid storage body , the electrode is fixed on the connecting seat , and the electrode defines thereon a connecting hole passing through the electrode and an accommodating recess , a hole opening at one end of the connecting hole is located in the accommodating recess to communicate with the accommodating recess , and at least part of the connecting pin is inserted into the connecting hole and extends into the accommodating recess , thereby forming a connection with the electrode .
An uplink transmission method, comprising: storing, by a terminal, an uplink transmission resource allocated by a network side device to the terminal; and when the terminal needs to send a data packet, sending , by the terminal, the data packet to the network side device by using the uplink transmission resource, wherein the data packet comprises indication information, and the indication information is used to indicate whether the data packet is initially transmitted by the terminal or the data packet is retransmitted by the terminal, characterised in that the indication information is further used to indicate whether a data packet to be sent next time by the terminal is transmitted by using the stored uplink transmission resource or is transmitted by using an uplink transmission resource allocated by the network side device as re-requested, wherein the data packet comprises a reference signal, and the indication information is carried in the reference signal, and wherein the indication information comprises a hybrid automatic repeat request, HARQ, process identity, ID, and the HARQ process ID is carried in the reference signal. storing, by a terminal, an uplink transmission resource allocated by a network side device to the terminal; and when the terminal needs to send a data packet, sending , by the terminal, the data packet to the network side device by using the uplink transmission resource, wherein the data packet comprises indication information, and the indication information is used to indicate whether the data packet is initially transmitted by the terminal or the data packet is retransmitted by the terminal, characterised in that the indication information is further used to indicate whether a data packet to be sent next time by the terminal is transmitted by using the stored uplink transmission resource or is transmitted by using an uplink transmission resource allocated by the network side device as re-requested, wherein the data packet comprises a reference signal, and the indication information is carried in the reference signal, and wherein the indication information comprises a hybrid automatic repeat request, HARQ, process identity, ID, and the HARQ process ID is carried in the reference signal.
A sense amplifier , comprising a first differential pair of transistors coupled to a first differential input from a first memory bank (400_1) storing data; a second differential pair of transistors coupled to a second differential input from a second memory bank (420_2) storing data, the second memory bank being different from the first memory bank (400_1); and a current source configured to source a current to flow through the first and second differential pairs of transistors to output data stored in the first memory bank (400_1) and data stored in the second memory bank (420_2). a first differential pair of transistors coupled to a first differential input from a first memory bank (400_1) storing data; a second differential pair of transistors coupled to a second differential input from a second memory bank (420_2) storing data, the second memory bank being different from the first memory bank (400_1); and a current source configured to source a current to flow through the first and second differential pairs of transistors to output data stored in the first memory bank (400_1) and data stored in the second memory bank (420_2).
A non-pulsation pump comprising a cam mechanism that converts a rotational motion of a shared motor into a reciprocal motion having a prescribed phase difference, a plurality of cross heads that make a reciprocal motion with a prescribed phase difference through the cam mechanism, and a plurality of reciprocating pumps that are driven with a prescribed phase difference and that include plungers connected to the cross heads, wherein a total discharge flow rate into a shared discharge pipe is kept constant, and the non-pulsation pump includes a preliminary compression step for moving the plungers of the reciprocating pumps to a discharge side by a very small amount after a suction step but before a discharging step, and characterized in that it has a stopper which is attached to the cross head such that an axial direction position with respect to the cross head changes, and which changes a gap between the cross head and the plunger in the axial direction, and adjusts an effective stroke length of the plunger in the preliminary compression step. a cam mechanism that converts a rotational motion of a shared motor into a reciprocal motion having a prescribed phase difference, a plurality of cross heads that make a reciprocal motion with a prescribed phase difference through the cam mechanism, and a plurality of reciprocating pumps that are driven with a prescribed phase difference and that include plungers connected to the cross heads, wherein a total discharge flow rate into a shared discharge pipe is kept constant, and the non-pulsation pump includes a preliminary compression step for moving the plungers of the reciprocating pumps to a discharge side by a very small amount after a suction step but before a discharging step, and characterized in that it has a stopper which is attached to the cross head such that an axial direction position with respect to the cross head changes, and which changes a gap between the cross head and the plunger in the axial direction, and adjusts an effective stroke length of the plunger in the preliminary compression step.
Method for cooling a motor, which at least drives an at least two-stage compressor of a refrigerant circuit which comprises at least one first compression stage and a second compression stage , a refrigerant being led through the refrigerant circuit , being brought from a low pressure level to a medium pressure level in the first compression stage and from the medium pressure level to a high pressure level in the second compression stage and, following the second compression stage , being expanded to the medium pressure level, dissipating heat, characterized in that the motor is cooled with the entire refrigerant stream which circulates in the refrigerant circuit as a two-phase main refrigerant stream which is at the medium pressure level.
A socket spanner comprising a drive head , which forms a polygonal profile opening , which can be plugged onto a polygonal bolt head or a polygonal screw nut, comprising a retaining element , which is enclosed in a window of the wall of the polygonal profile opening and which is acted on by a spring element , which is arranged outside the wall, characterized in that the spring element is a shrinkable tube, which is shrink-fitted on the wall , contacting the retaining element .