mhurhangee/ep-ind-claims huggingface dataset:
A liquid guiding structure, comprising: a bottom plate, comprising a first surface and a second surface arranged oppositely; and a liquid guiding assembly, configured to absorb liquid on the bottom plate, wherein the liquid guiding assembly comprises: a first liquid guiding portion, arranged on the first surface and cooperating with the bottom plate to form at least one first liquid guiding channel; and a second liquid guiding portion, comprising at least one second liquid guiding channel, wherein one end of the second liquid guiding channel is in communication with the first liquid guiding channel, characterised in that the transverse dimension of the first liquid guiding channel decreases gradually in the direction toward the second liquid guiding portion, a capillary force of the second liquid guiding channel is greater than a capillary force of the first liquid guiding channel, liquid absorbed by the first liquid guiding portion by the capillary force of the first liquid guiding channel is guided to the second liquid guiding portion. a bottom plate, comprising a first surface and a second surface arranged oppositely; and a liquid guiding assembly, configured to absorb liquid on the bottom plate, wherein the liquid guiding assembly comprises: a first liquid guiding portion, arranged on the first surface and cooperating with the bottom plate to form at least one first liquid guiding channel; and a second liquid guiding portion, comprising at least one second liquid guiding channel, wherein one end of the second liquid guiding channel is in communication with the first liquid guiding channel, characterised in that a first liquid guiding portion, arranged on the first surface and cooperating with the bottom plate to form at least one first liquid guiding channel; and a second liquid guiding portion, comprising at least one second liquid guiding channel, wherein one end of the second liquid guiding channel is in communication with the first liquid guiding channel, characterised in that the transverse dimension of the first liquid guiding channel decreases gradually in the direction toward the second liquid guiding portion, a capillary force of the second liquid guiding channel is greater than a capillary force of the first liquid guiding channel, liquid absorbed by the first liquid guiding portion by the capillary force of the first liquid guiding channel is guided to the second liquid guiding portion.
A device configured to process digital signals, the device comprising: a sampling module configured to sample a received signal to generate a sampled signal; one or more analysis modules (315, 320, 325), a respective analysis module of the one or more analysis modules configured to analyze a characteristic of the sampled signal associated with a respective plurality of windows of frequencies associated with a respective communication mode of a plurality of communication modes to generate one or more respective values for the characteristic, wherein the characteristic comprises one or more of amplitude, power, or power spectral density; and a classification module configured to determine a communication mode of the received signal from the plurality of communication modes based on the one or more respective values. a sampling module configured to sample a received signal to generate a sampled signal; one or more analysis modules (315, 320, 325), a respective analysis module of the one or more analysis modules configured to analyze a characteristic of the sampled signal associated with a respective plurality of windows of frequencies associated with a respective communication mode of a plurality of communication modes to generate one or more respective values for the characteristic, wherein the characteristic comprises one or more of amplitude, power, or power spectral density; and a classification module configured to determine a communication mode of the received signal from the plurality of communication modes based on the one or more respective values.
A method for seeking a delivery locker, comprising: determining (110; 205) a target starting position where a user sending a delivery locker seeking request is located and determining among all delivery lockers at least one delivery locker to be sought corresponding to the delivery locker seeking request based on a navigation path from the target starting position to a delivery locker corresponding to the delivery locker seeking request; wherein the navigation path is a path in minimum time among a plurality of paths determined according to acquired user track data, and the plurality of paths includes paths from the target starting position to each delivery locker of said all delivery lockers; acquiring (120; 206) a target delivery locker selected from the at least one delivery locker to be sought and a target navigation mode corresponding to the target delivery locker; determining (130; 207; 307) a target navigation path corresponding to both the target starting position and the target navigation mode; and guiding (140; 208; 308) the user to find the target delivery locker according to the target navigation path. determining (110; 205) a target starting position where a user sending a delivery locker seeking request is located and determining among all delivery lockers at least one delivery locker to be sought corresponding to the delivery locker seeking request based on a navigation path from the target starting position to a delivery locker corresponding to the delivery locker seeking request; wherein the navigation path is a path in minimum time among a plurality of paths determined according to acquired user track data, and the plurality of paths includes paths from the target starting position to each delivery locker of said all delivery lockers; acquiring (120; 206) a target delivery locker selected from the at least one delivery locker to be sought and a target navigation mode corresponding to the target delivery locker; determining (130; 207; 307) a target navigation path corresponding to both the target starting position and the target navigation mode; and guiding (140; 208; 308) the user to find the target delivery locker according to the target navigation path.
An intelligent system for autonomously and securely guiding a motorized vehicle along a predetermined path (Pa) from a starting point (Dep) to an ending point (Arr) within a determined area, said system including: a) said vehicle, b) a remote cockpit comprising electronics means suitable for remotely guiding said vehicle, said vehicle and said cockpit comprising respectively a first and a second wireless communication modules suitable for exchanging information with each other, wherein said vehicle comprises a sensing module comprising a first positioning sensor suitable for receiving in real time a first GPS signal (s1_GPS) containing coordinates (x1, y1) of the position of said vehicle within the area, characterised in that said vehicle comprises a plurality of motorized directional wheels and a wheel control module comprising a processor associated with a memory storing guiding instructions for controlling the traction and the direction of said wheels so that the vehicle follows said predetermined path (Pa), said first positioning sensor being suitable for providing said coordinates (x1, y1) to said wheel control module, and the processor of said wheel control module is configured to continuously compare the received coordinates (x1, y1) with said predetermined path (Pa) and, if said coordinates (x1, y1) are not in compliance with the predetermined path (Pa), to transmit said received coordinates (x1, y1) to the remote cockpit via the communication modules (13, 23) so as to remotely guide said vehicle using the electronic means of the cockpit. a) said vehicle, b) a remote cockpit comprising electronics means suitable for remotely guiding said vehicle,
A one piece twin bladed scraper tool for scraping material from a surface comprising of a pair of opposing identical scraping blades (13,13',23,23') under a hollow fully cylindrical in line handle (12,22) wherein the handle and the twin blades all meet in one common structural connection (16,26) the blades forming an open bottomed triangle with the handle connecting directly at the apex of this triangle.
A switch device comprising: a switch; a housing; a movable shaft that moves with respect to the housing to press the switch; an elastic member that biases the movable shaft to one end side of the movable shaft in an axial direction; an arm for pressing the switch at a position eccentric from an axis of the movable shaft; and a guide part that extends in the axial direction and is formed in a convex shape or a concave shape in a radial direction of the movable shaft, wherein the arm has a guided part that is configured to be capable of being engaged with the guide part, characterised in that the arm comprises a first arm part that is connected to the other end side of the movable shaft in the axial direction and extends in the radial direction of the movable shaft, a second arm part that is connected to an extension tip side of the first arm part and extends to one side in the axial direction, and a third arm part that is connected to an extension tip side of the second arm part and extends in the radial direction or a circumferential direction of the movable shaft that is a direction in which the third arm part does not overlap the first arm part in a view in the axial direction. a switch; a housing; a movable shaft that moves with respect to the housing to press the switch; an elastic member that biases the movable shaft to one end side of the movable shaft in an axial direction; an arm for pressing the switch at a position eccentric from an axis of the movable shaft; and a guide part that extends in the axial direction and is formed in a convex shape or a concave shape in a radial direction of the movable shaft, wherein the arm has a guided part that is configured to be capable of being engaged with the guide part, characterised in that the arm comprises a first arm part that is connected to the other end side of the movable shaft in the axial direction and extends in the radial direction of the movable shaft, a second arm part that is connected to an extension tip side of the first arm part and extends to one side in the axial direction, and a third arm part that is connected to an extension tip side of the second arm part and extends in the radial direction or a circumferential direction of the movable shaft that is a direction in which the third arm part does not overlap the first arm part in a view in the axial direction.
A method of hygienization of a dishwashing machine, wherein said dishwashing machine carries out at least one wash cycle in which a wash liquid is dispensed into a tub of said dishwashing machine,the method comprising a hygienization program comprising a hygienization cycle wherein an oxidizing fluid is dispensed into said tub, said wash cycle and said hygienization cycle being distinct from each other, characterized in that said hygienization cycle is carried out during at least one interval between one wash cycle and the next wash cycle.
Method of installing a subsea system, the method comprising the steps of: - preparing a first foundation comprising at least a first dedicated position for receiving a first subsea station (3', 13'), - providing the first foundation with at least a first guide system, - installing the first foundation at a subsea location, - preparing at least a first subsea station (3', 13') comprising a first flow module for connection with a pipeline, - installing the at least first subsea station (3', 13') with the first flow module at the first dedicated position on the first foundation, - preparing a pipeline and providing the pipeline with at least a first T-connection at a determined calculated position corresponding to the first dedicated position on the first foundation, - installing the pipeline and allowing the pipeline to rest on the first guide system on the first foundation such that the first T-connection is arranged at or in the proximity of the first dedicated position on the first foundation, - preparing a first piece of pipe and connecting the first T-connection of the pipeline with the first flow module on the first subsea station (3', 13') using the first piece of pipe. - preparing a first foundation comprising at least a first dedicated position for receiving a first subsea station (3', 13'), - providing the first foundation with at least a first guide system, - installing the first foundation at a subsea location, - preparing at least a first subsea station (3', 13') comprising a first flow module for connection with a pipeline, - installing the at least first subsea station (3', 13') with the first flow module at the first dedicated position on the first foundation, - preparing a pipeline and providing the pipeline with at least a first T-connection at a determined calculated position corresponding to the first dedicated position on the first foundation, - installing the pipeline and allowing the pipeline to rest on the first guide system on the first foundation such that the first T-connection is arranged at or in the proximity of the first dedicated position on the first foundation, - preparing a first piece of pipe and connecting the first T-connection of the pipeline with the first flow module on the first subsea station (3', 13') using the first piece of pipe.
A peptide or pharmaceutically acceptable salt thereof, wherein the peptide is: Lys-Leu-Lys-Gln-Lys-Leu-Ala-Glu-Leu-Leu-Glu-Asn-Leu-Leu-Glu-Arg-Phe-Leu-Asp-Leu-Val-Nip (SEQ ID NO: 108). Lys-Leu-Lys-Gln-Lys-Leu-Ala-Glu-Leu-Leu-Glu-Asn-Leu-Leu-Glu-Arg-Phe-Leu-Asp-Leu-Val-Nip (SEQ ID NO: 108).
An industrial truck having a lift mast with at least one mast lift stage (41, 42) driven by at least one mast lift cylinder and with a free lift stage driven by at least one free lift cylinder, with which a load receiving means can be displaced along the lift mast, comprising a hydraulic system for supplying the at least one mast lift cylinder and the at least one free lift cylinder with a hydraulic fluid, wherein the hydraulic system is designed to at least at times simultaneously actuate the at least one mast lift cylinder and the at least one free lift cylinder in load lifting operation and/or in load lowering operation, wherein the hydraulic system for unloading the at least one mast lift cylinder and the at least one free lift cylinder in load lowering operation comprises a first hydraulic return line and a second hydraulic return line, characterized in that the first and the second hydraulic return line (181, 182) are fluidically coupled to one another via a third connecting line in which a third lowering valve is integrated.
A method to perform color grading for obtaining a higher dynamic range color graded image, the method comprising: providing, by a computer, an ungraded image; providing, by a computer, a color graded lower dynamic range image representing the same material as the ungraded image; and color grading, by a computer, the ungraded image based on the color graded lower dynamic range image, thereby obtaining the higher dynamic range color graded image, the method further comprising spatially and temporally aligning, by a computer, the ungraded image and the color graded lower dynamic range image, thereby obtaining an aligned ungraded image, and wherein the color grading, by a computer, is applied to the aligned ungraded image, based on the color graded lower dynamic range image, thereby obtaining the higher dynamic range color graded image. providing, by a computer, an ungraded image; providing, by a computer, a color graded lower dynamic range image representing the same material as the ungraded image; and color grading, by a computer, the ungraded image based on the color graded lower dynamic range image, thereby obtaining the higher dynamic range color graded image, the method further comprising spatially and temporally aligning, by a computer, the ungraded image and the color graded lower dynamic range image, thereby obtaining an aligned ungraded image, and wherein the color grading, by a computer, is applied to the aligned ungraded image, based on the color graded lower dynamic range image, thereby obtaining the higher dynamic range color graded image.
A ligator apparatus comprising in combination: a ligator barrel assembly having an inner barrel and an outer barrel mounted about at least a portion of the inner barrel and adapted to be rotated around the inner barrel and drivable along said outer barrel, a proximal end of the barrel assembly configured to be attached to a distal end of a scope so as to provide a viewing passage through the ligator barrel assembly and a distal end of the inner barrel configured to hold a ligating band thereon; said ligator apparatus being characterized in that it further comprises a cord channel penetrating an outer periphery of the outer barrel and having a first cord passage and second cord passage extending from the outer periphery of the outer barrel to an inner periphery of the outer barrel; and an activating cord configured to be passed through the first cord passage and through the second cord passage and to be wrapped around the inner barrel so as to rotate the inner barrel with respect to the outer barrel when the activating cord is pulled and to drive the inner barrel into an interior of the outer barrel forcing the ligating band off the inner barrel. a ligator barrel assembly having an inner barrel and an outer barrel mounted about at least a portion of the inner barrel and adapted to be rotated around the inner barrel and drivable along said outer barrel, a proximal end of the barrel assembly configured to be attached to a distal end of a scope so as to provide a viewing passage through the ligator barrel assembly and a distal end of the inner barrel configured to hold a ligating band thereon; said ligator apparatus being characterized in that it further comprises a cord channel penetrating an outer periphery of the outer barrel and having a first cord passage and second cord passage extending from the outer periphery of the outer barrel to an inner periphery of the outer barrel; and an activating cord configured to be passed through the first cord passage and through the second cord passage and to be wrapped around the inner barrel so as to rotate the inner barrel with respect to the outer barrel when the activating cord is pulled and to drive the inner barrel into an interior of the outer barrel forcing the ligating band off the inner barrel.
Strain wave gear (3, 23) having a rotating wave generator (4, 24), which generates a circulating radial force wave which circumferentially radially deforms a force-transmitting resilient ring element provided with an external toothing, and having a first ring gear (6, 26) provided with an internal toothing, wherein the pitch circle diameter of the external toothing of the force-transmitting ring element is smaller than the pitch circle diameter of the internal toothing of the first ring gear (6, 26) and, in at least two tooth engagement regions deformed by the wave generator (4, 24) and displaced circumferentially over the periphery of the first ring gear (6, 26), the external toothing of the force-transmitting ring element meshes with corresponding subregions of the internal toothing of the first ring gear (6, 26), wherein a second ring gear (8, 28) provided with an internal toothing is provided and the pitch circle diameter of the external toothing of the force-transmitting ring element is also smaller than the pitch circle diameter of the internal toothing of the second ring gear (8, 28), wherein the ring element likewise meshes with subregions of the internal toothing of the second ring gear (8, 28) in the circumferentially displaced tooth engagement regions, characterized in that the elastically deformable force-transmitting ring element is formed as a toothed elastomer belt, wherein the first ring gear (6, 26) and the toothed belt, the second ring gear (8, 28) and the toothed belt and also the first ring gear (6, 26) and the second ring gear (8, 28) each have different numbers of teeth.
A system for recognizing an identification characteristic of a medical device carrying an ultrasound emitter/sensor element comprising an acoustic multilayer stack, said system comprising an apparatus arranged to be operatively coupled to the medical device, wherein the apparatus is arranged to send a drive signal to the ultrasound emitter/sensor element and to receive a detection signal from the ultrasound emitter/sensor element, the apparatus further comprising a processor, wherein the processor of the apparatus is operable to process detection signals from the ultrasound emitter/sensor element to determine the identification characteristic of the medical device, wherein the processor is further operable to recognize the identification characteristic of the medical device from a database (211,511) of known identification characteristics of medical devices subsequent to a coupling of the medical device to the apparatus, characterized in that the identification characteristic of the medical device is determined by detection signals from the ultrasound emitter/sensor element originating within the acoustic multilayer stack of the emitter/sensor element.
An analog switch, comprising: a first circuit comprising a first NMOS transistor directly coupled in series with a second NMOS transistor, the first circuit comprising a first terminal and a second terminal, the second terminal directly coupled to a high voltage source; and a second circuit comprising a third NMOS transistor directly coupled in series with a fourth NMOS transistor, the second circuit comprising a third terminal directly coupled to the second terminal and a fourth terminal directly coupled to ground; wherein the first NMOS transistor, the second NMOS transistor, the third NMOS transistor, and the fourth NMOS transistor each comprise a gate oxide layer between 100-200 angstrom. a first circuit comprising a first NMOS transistor directly coupled in series with a second NMOS transistor, the first circuit comprising a first terminal and a second terminal, the second terminal directly coupled to a high voltage source; and a second circuit comprising a third NMOS transistor directly coupled in series with a fourth NMOS transistor, the second circuit comprising a third terminal directly coupled to the second terminal and a fourth terminal directly coupled to ground; wherein the first NMOS transistor, the second NMOS transistor, the third NMOS transistor, and the fourth NMOS transistor each comprise a gate oxide layer between 100-200 angstrom.