mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal draining pump, comprising: a rotor chamber and a pump cover chamber which are separated from one another, wherein the rotor chamber includes a pump body, a permanent magnet rotor, a rotor shaft, a bearing and a bearing seat; and the pump cover chamber includes a pump cover with a water-inlet, a shaft sleeve and an impeller provided with a holding chamber in its center for holding the shaft sleeve, wherein, the shaft sleeve is provided with a tubular body, and a starting rib which is integral with the shaft sleeve extends outwardly from the tubular body; the impeller is provided with a stopping rib projecting inwardly from an internal wall of the holding chamber, and the starting rib interferes with the stopping rib after it rotates for a certain distance, the pump being characterized in that the stopping rib of the impeller has a interference contact surface into which a notch extending axially is recessed and the open-end of the notch is narrower than an inner space of the notch; and a shock absorbing pad is provided which has a convex ridge extending from its side that contacts with the interference contact surface, and the convex ridge can be embedded in the notch in a matching way, in order that the pad tightly contacts with the stopping rib and is integral with it without any clearance between them. a rotor chamber and a pump cover chamber which are separated from one another, wherein the rotor chamber includes a pump body, a permanent magnet rotor, a rotor shaft, a bearing and a bearing seat; and the pump cover chamber includes a pump cover with a water-inlet, a shaft sleeve and an impeller provided with a holding chamber in its center for holding the shaft sleeve, wherein, the shaft sleeve is provided with a tubular body, and a starting rib which is integral with the shaft sleeve extends outwardly from the tubular body; the impeller is provided with a stopping rib projecting inwardly from an internal wall of the holding chamber, and the starting rib interferes with the stopping rib after it rotates for a certain distance, the pump being characterized in that the stopping rib of the impeller has a interference contact surface into which a notch extending axially is recessed and the open-end of the notch is narrower than an inner space of the notch; and a shock absorbing pad is provided which has a convex ridge extending from its side that contacts with the interference contact surface, and the convex ridge can be embedded in the notch in a matching way, in order that the pad tightly contacts with the stopping rib and is integral with it without any clearance between them. the stopping rib of the impeller has a interference contact surface into which a notch extending axially is recessed and the open-end of the notch is narrower than an inner space of the notch; and a shock absorbing pad is provided which has a convex ridge extending from its side that contacts with the interference contact surface, and the convex ridge can be embedded in the notch in a matching way, in order that the pad tightly contacts with the stopping rib and is integral with it without any clearance between them.
A system for measuring a gastric residual volume and an intra-gastric pressure of a patient receiving enteral feeding through a supply conduit and a pre-inserted naso-gastric feeding tube, the system comprising: a transparent collection container in fluid communication with the naso-gastric feeding tube through a transparent collection conduit, and a drainage valve in fluid communication with the collection container, wherein the drainage valve is selectively opened to drain at least a portion of the stomach fluid from an open interior of the collection container, wherein the collection container is either a soft-sided bag or a stiff-sided container that has a vent to atmosphere and includes the open interior to temporarily receive a gastric residual volume of stomach fluid from the patient, a series of volumetric markings included on the collection container to measure the collected gastric residual volume of stomach fluid from the patient; wherein a series of pressure markings including a zero marking, is included on the transparent collection conduit, or on a separate printed pressure scale configured to be positioned adjacent to the transparent collection conduit, for determining the intra-gastric pressure. a transparent collection container in fluid communication with the naso-gastric feeding tube through a transparent collection conduit, and a drainage valve in fluid communication with the collection container, wherein the drainage valve is selectively opened to drain at least a portion of the stomach fluid from an open interior of the collection container, wherein the collection container is either a soft-sided bag or a stiff-sided container that has a vent to atmosphere and includes the open interior to temporarily receive a gastric residual volume of stomach fluid from the patient, a series of volumetric markings included on the collection container to measure the collected gastric residual volume of stomach fluid from the patient; wherein a series of pressure markings including a zero marking, is included on the transparent collection conduit, or on a separate printed pressure scale configured to be positioned adjacent to the transparent collection conduit, for determining the intra-gastric pressure.
Apparatus for cleaning exhaust air from industrial shredder facilities, having a wet scrubbing plant for bringing the pollutant-laden exhaust air into contact with a scrubbing liquid, the wet scrubbing plant containing a Venturi scrubber, characterised in that the Venturi scrubber contains several Venturi stages (14, 16) connected one behind the other in the direction of flow of the exhaust air, wherein the cross-section of a Venturi throat of a second Venturi stage which is disposed behind a first Venturi stage in the direction of flow is narrower than the cross-section of a Venturi throat of the first Venturi stage.
A saponified ethylene-vinyl ester-based copolymer pellet comprising a saponified ethylene-vinyl ester-based copolymer and a conjugated polyene, wherein an amount of the conjugated polyene determined by a below method is 30ppb or more: 20g of the saponified ethylene-vinyl ester-based copolymer pellets being agitated at room temperature for 10 minutes in 30 mL of liquid containing distilled water and methanol at a mix ratio of 1:1 in volume, and analyzing an amount of the extracted conjugated polyene; and wherein a ratio of the amount of the conjugated polyene to a total amount of the conjugated polyene contained in the saponified ethylene-vinyl ester-based copolymer pellet, SC/TC, is 0.015 % by weight or more. 20g of the saponified ethylene-vinyl ester-based copolymer pellets being agitated at room temperature for 10 minutes in 30 mL of liquid containing distilled water and methanol at a mix ratio of 1:1 in volume, and analyzing an amount of the extracted conjugated polyene; and wherein a ratio of the amount of the conjugated polyene to a total amount of the conjugated polyene contained in the saponified ethylene-vinyl ester-based copolymer pellet, SC/TC, is 0.015 % by weight or more.
A fiber-reinforced resin intermediate material comprising a melted resin powder and a reinforcing fiber substrate which is formed of reinforcing fibers, the fiber-reinforced resin intermediate material being formed by attaching a resin powder to an outer surface of the reinforcing fiber substrate, and heating the reinforcing fiber substrate, to which the resin powder is attached, to melt the resin powder to the outer surface of the reinforcing fiber substrate so as to have an uneven shape derived from the resin powder and to have an opened void space, characterized in that an uneven shape part where the resin powder is melted to the reinforcing fiber substrate has an unevenness that is 1/2 or more as large as an average particle size of the resin powder.
A blade clamp for use with a power tool having a reciprocating spindle, the blade clamp comprising: a cover threaded to the spindle for relative axial movement thereto in response to rotation of the cover relative to the spindle; an ejector pin positioned within the spindle; and a spring coupling the cover and the spindle; wherein the spring biases the cover toward a first rotational position relative to the spindle coinciding with a locked configuration of the blade clamp, wherein the cover is rotatable against the bias of the spring toward a second rotational position relative to the spindle coinciding with an unlocked configuration of the blade clamp, wherein in the unlocked configuration, the ejector pin maintains the cover in the second rotational position, and wherein, in response to insertion of a blade into the spindle, the ejector pin disengages the cover, permitting the spring to rebound and rotate the cover from the second rotational position toward the first rotational position, thereby automatically adjusting the blade clamp from the unlocked configuration to the locked configuration, wherein the cover includes an inner surface in facing relationship with the spindle and a first attachment element defined at least partially by the inner surface, the first attachment element configured to cooperate with a second attachment element of the ejector pin to maintain the cover in the second rotational position, and wherein insertion of the blade into the spindle displaces the ejection pin, thereby disengaging the first attachment element from the second attachment element. a cover threaded to the spindle for relative axial movement thereto in response to rotation of the cover relative to the spindle; an ejector pin positioned within the spindle; and a spring coupling the cover and the spindle; wherein the spring biases the cover toward a first rotational position relative to the spindle coinciding with a locked configuration of the blade clamp, wherein the cover is rotatable against the bias of the spring toward a second rotational position relative to the spindle coinciding with an unlocked configuration of the blade clamp, wherein in the unlocked configuration, the ejector pin maintains the cover in the second rotational position, and wherein, in response to insertion of a blade into the spindle, the ejector pin disengages the cover, permitting the spring to rebound and rotate the cover from the second rotational position toward the first rotational position, thereby automatically adjusting the blade clamp from the unlocked configuration to the locked configuration, wherein the cover includes an inner surface in facing relationship with the spindle and a first attachment element defined at least partially by the inner surface, the first attachment element configured to cooperate with a second attachment element of the ejector pin to maintain the cover in the second rotational position, and wherein insertion of the blade into the spindle displaces the ejection pin, thereby disengaging the first attachment element from the second attachment element.
A two-parallel-line unit configured to supply power from a power supply device to a power reception side in a contactless manner, the two-parallel-line unit comprising: two parallel lines composed of a pair of foldable conductors (11L, 11R); and a plurality of guide plates which fix a distance between the pair of the conductors (11L, 11R), each of the guide plates having a first face and a second face opposite to the first face, characterized in that each of the guide plates is formed in an approximately rectangular flat plate shape, wherein a foldable bending part is provided between the guide plates neighboring each other, and the plurality of guide plates are stackable by being folded such that the first faces face each other and the second faces face each other. two parallel lines composed of a pair of foldable conductors (11L, 11R); and a plurality of guide plates which fix a distance between the pair of the conductors (11L, 11R), each of the guide plates having a first face and a second face opposite to the first face, characterized in that each of the guide plates is formed in an approximately rectangular flat plate shape, wherein a foldable bending part is provided between the guide plates neighboring each other, and the plurality of guide plates are stackable by being folded such that the first faces face each other and the second faces face each other.
An apparatus for illuminating a scene (120; 220; 320; 420; 520) to be captured, the apparatus comprising: an illumination source (106; 206; 306; 406; 506) configured to illuminate the scene; an adaptive optical element (110; 210; 310; 410; 510) configured to be controlled to change an illumination in the scene by the illumination source; characterised by a memory configured to store dynamic range information about a dynamic range of an image sensor that is configured to capture an image of the scene; and a controller configured to obtain the dynamic range information from the memory, determine an illumination pattern corresponding to the scene based on the dynamic range of the image sensor, and configured to control the adaptive optical element to change the illumination in the scene by the illumination source based on the determined illumination pattern. an illumination source (106; 206; 306; 406; 506) configured to illuminate the scene; an adaptive optical element (110; 210; 310; 410; 510) configured to be controlled to change an illumination in the scene by the illumination source; characterised by a memory configured to store dynamic range information about a dynamic range of an image sensor that is configured to capture an image of the scene; and a controller configured to obtain the dynamic range information from the memory, determine an illumination pattern corresponding to the scene based on the dynamic range of the image sensor, and configured to control the adaptive optical element to change the illumination in the scene by the illumination source based on the determined illumination pattern.
Equipment for forming a parking lot level comprising deck modules of rectangular shapes having longitudinal sides and transverse sides, these deck modules being supported by a load-bearing structure by being arranged to form, in the assembled position, at least part of the deck of an above-ground parking lot level, characterized in that: - each deck module includes a timber box including an upper plate and a lower plate assembled by connecting ribs, the upper plate being provided with a sealing coating; - inter-box sealing systems ensuring a continuity of sealing between the upper plates of the neighboring boxes. - each deck module includes a timber box including an upper plate and a lower plate assembled by connecting ribs, the upper plate being provided with a sealing coating; - inter-box sealing systems ensuring a continuity of sealing between the upper plates of the neighboring boxes.
Crystalline Form III of Linaclotide characterized by data selected from one of the following: (i) an X-ray powder diffraction pattern (Cu radiation, wavelength 1.541 Å; scanning parameters: range: 2-40 degrees two-theta; scan mode: continuous scan; step size: 0.05°, rate of 3 deg/min; internal standard: silicon powder) having peaks at 5.1, 7.7, 10.3, 14.8 and 22.0 degrees two theta ± 0.2 degrees two theta; or (ii) a solid state 13 C NMR (scanning parameters: pulse program: variable amplitude cross polarization with high power decoupling; magic angle spinning rate: 11 kHz; delay time: 2sec; contact time: 2ms; and number of scans: 2048) having peaks at 18.5, 43.0, 49.9, 52.4, 56.5, 61.9, 115.7, 133.8, 169.1, 171.5 ± 2 ppm (glycine external standard - 176.03 ppm for low field carboxyl signal). (i) an X-ray powder diffraction pattern (Cu radiation, wavelength 1.541 Å; scanning parameters: range: 2-40 degrees two-theta; scan mode: continuous scan; step size: 0.05°, rate of 3 deg/min; internal standard: silicon powder) having peaks at 5.1, 7.7, 10.3, 14.8 and 22.0 degrees two theta ± 0.2 degrees two theta; or (ii) a solid state 13 C NMR (scanning parameters: pulse program: variable amplitude cross polarization with high power decoupling; magic angle spinning rate: 11 kHz; delay time: 2sec; contact time: 2ms; and number of scans: 2048) having peaks at 18.5, 43.0, 49.9, 52.4, 56.5, 61.9, 115.7, 133.8, 169.1, 171.5 ± 2 ppm (glycine external standard - 176.03 ppm for low field carboxyl signal).
A method with registration, comprising: receiving a speech signal of a speaker, wherein the receiving of the speech signal comprises receiving speech signals of the speaker through channels; after receiving the speech signals, estimating noise based on a difference between the received speech signals; subtracting the noise from each of the received speech signals received through each of the channels; synthesizing the received speech signal and a noise signal to generate a synthesized signal; generating a feature vector based on the synthesized signal; wherein the synthesizing and the generating are performed independently for each of the received signals from which the noise is subtracted to generate feature vectors through the channels; constructing a registration database, DB, corresponding to the speaker based on the generated feature vector, wherein the constructing of the registration DB comprises constructing the registration DB based on the feature vectors generated through the channels. receiving a speech signal of a speaker, wherein the receiving of the speech signal comprises receiving speech signals of the speaker through channels; after receiving the speech signals, estimating noise based on a difference between the received speech signals; subtracting the noise from each of the received speech signals received through each of the channels; synthesizing the received speech signal and a noise signal to generate a synthesized signal; generating a feature vector based on the synthesized signal; wherein the synthesizing and the generating are performed independently for each of the received signals from which the noise is subtracted to generate feature vectors through the channels; constructing a registration database, DB, corresponding to the speaker based on the generated feature vector, wherein the constructing of the registration DB comprises constructing the registration DB based on the feature vectors generated through the channels.
A method for secure transmission of information between a source of information and a destination of information, wherein - an intermediary device between the source of information and the destination of information executes a secure comparison protocol with the source of information for obtaining a blinded, encrypted comparison result about the user, blinded by the source of information; - the intermediary device decrypts the blinded, encrypted comparison result for obtaining a blinded comparison result and wherein - the intermediary device receives from the user a hash of a bit value and a first and second encrypted version of the bit value and a random number, which are encrypted with public encryption keys of the source of information and the destination of information, respectively; - the intermediary device sends the hash of the bit value and the first encrypted version of the bit value and the random number to the source of information, for blinding the comparison result with the bit value; - the intermediary device sends the hash of the bit value and the second encrypted version of the bit value and the random number to the destination of information. - an intermediary device between the source of information and the destination of information executes a secure comparison protocol with the source of information for obtaining a blinded, encrypted comparison result about the user, blinded by the source of information; - the intermediary device decrypts the blinded, encrypted comparison result for obtaining a blinded comparison result and wherein - the intermediary device receives from the user a hash of a bit value and a first and second encrypted version of the bit value and a random number, which are encrypted with public encryption keys of the source of information and the destination of information, respectively; - the intermediary device sends the hash of the bit value and the first encrypted version of the bit value and the random number to the source of information, for blinding the comparison result with the bit value; - the intermediary device sends the hash of the bit value and the second encrypted version of the bit value and the random number to the destination of information.
A method of wireless communication by a user equipment, UE, the method comprising: receiving, from a base station, a message indicating a number N of beam state information, BSI, reports that is greater than or equal to zero; receiving, from a base station, a set of signals through a set of beams; determining a received power for each signal of the set of signals received through each beam of the set of beams, each received power associated with a beam of the set of beams; determining the number N of BSI reports to send to the base station based on the received message, each of the N BSI reports indicating a beam index corresponding to a beam of the set of beams and a received power associated with the beam; sending, to the base station, N BSI reports when the number N is greater than zero based on the message indicating the number N of BSI reports; and refraining from sending BSI reports to the base station when the number N is equal to zero. receiving, from a base station, a message indicating a number N of beam state information, BSI, reports that is greater than or equal to zero; receiving, from a base station, a set of signals through a set of beams; determining a received power for each signal of the set of signals received through each beam of the set of beams, each received power associated with a beam of the set of beams; determining the number N of BSI reports to send to the base station based on the received message, each of the N BSI reports indicating a beam index corresponding to a beam of the set of beams and a received power associated with the beam; sending, to the base station, N BSI reports when the number N is greater than zero based on the message indicating the number N of BSI reports; and refraining from sending BSI reports to the base station when the number N is equal to zero.