mhurhangee/patent-ind-claim-en huggingface dataset:
A broadband ultrathin sound absorption or sound insulation structure controlling an acoustic wave propagation path, comprising at least one sound absorption unit or sound insulation unit, wherein each sound absorption unit or sound insulation unit comprises at least one acoustic wave focused section and at least one acoustic wave absorption section ; each acoustic wave focused section is formed by an acoustic wave focused cavity filled with acoustic materials ; the acoustic wave focused cavity is a variable-section cavity, and the acoustic materials used to fill the variable-section cavity are isotropic or anisotropic acoustic material; the anisotropic acoustic material is formed by embedding membranes or string nets into the isotropic acoustic material; each acoustic wave absorption section is formed by an acoustic wave absorption labyrinth passage filled with sound absorption materials ; the acoustic wave absorption labyrinth passage is a labyrinth-shaped simply connected passage with two ends; one end of the passage communicates with the acoustic wave focused cavity of the acoustic wave focused section , and the other end of the passage is closed or open; the sound absorption materials used to fill the acoustic wave absorption labyrinth passage are same or different; and wherein, in the acoustic wave absorption labyrinth passage , local oscillators or membranes or string nets or perforated plates are arranged at an equal interval or different intervals; the local oscillators have different inherent frequencies and form periodic local oscillators with multiple different inherent frequency points in the whole passage; the local oscillators are metal particles coated with soft materials, or are membranes partially bonded to metal sheets; and in each sound absorption unit or sound insulation unit, the acoustic wave absorption labyrinth passage is closely arranged through the measures of circuity, bending, coiling or stacking in a monolayer or multilayer or spatial spiral structural form, and occupies whole of available space outside the acoustic wave focused sections .
Method for identifying a suitable parking space (7-16) for a motor vehicle and a route leading thereto, characterised in that the method comprises the following stages: - requesting, through a navigation apparatus of the motor vehicle , at least one item of information concerning a parking place search from at least one external server that manages at least one parking area having at least one parking space (7-16), before reaching the parking area - sending the at least one requested item of information from the external server to the navigation apparatus of the motor vehicle - carrying out, through the navigation apparatus , a route search from a start node to a destination node, in which an initial basic accessibility test of at least one destination node from at least one start node is carried out - identifying at least one route segment that is required in order to reach the at least one destination node from the at least one start node - transmitting detailed parameters of the motor vehicle to the external server - carrying out a second accessibility test that is more detailed in at least one test property than the initial accessibility test, and a suitability test of at least one parking space (7-16) of the parking area that is specific for at least one of the parameters of the motor vehicle , the second accessibility test and the suitability test being carried out through the external server - loading the at least one identified route segment from the external server into the navigation apparatus of the motor vehicle - calculating at least one collision-free route. - requesting, through a navigation apparatus of the motor vehicle , at least one item of information concerning a parking place search from at least one external server that manages at least one parking area having at least one parking space (7-16), before reaching the parking area - sending the at least one requested item of information from the external server to the navigation apparatus of the motor vehicle - carrying out, through the navigation apparatus , a route search from a start node to a destination node, in which an initial basic accessibility test of at least one destination node from at least one start node is carried out - identifying at least one route segment that is required in order to reach the at least one destination node from the at least one start node - transmitting detailed parameters of the motor vehicle to the external server - carrying out a second accessibility test that is more detailed in at least one test property than the initial accessibility test, and a suitability test of at least one parking space (7-16) of the parking area that is specific for at least one of the parameters of the motor vehicle , the second accessibility test and the suitability test being carried out through the external server - loading the at least one identified route segment from the external server into the navigation apparatus of the motor vehicle - calculating at least one collision-free route.
An illumination optical system for illuminating an illumination objective surface (M) with a light from a light source (LS), the illumination optical system comprising in order along a path of the light: a first spatial light modulator _having a plurality of optical elements arranged on a first plane, controlled individually, and arranged for changing a shape of a light intensity distribution on an illumination pupil of the illumination optical system, the first plane being defined so as to cross an optical path of the illumination optical system; a second spatial light modulator having a plurality of optical elements arranged on a second plane and controlled individually, the second plane being defined so as to cross the optical path of the illumination optical system; and a polarizing member configured to give a first light having traveled via a first optical element among the plurality of optical elements of the second spatial light modulator and a second light traveled via a second optical element among the plurality of optical elements of the second spatial light modulator polarization states different from each other. a first spatial light modulator _having a plurality of optical elements arranged on a first plane, controlled individually, and arranged for changing a shape of a light intensity distribution on an illumination pupil of the illumination optical system, the first plane being defined so as to cross an optical path of the illumination optical system; a second spatial light modulator having a plurality of optical elements arranged on a second plane and controlled individually, the second plane being defined so as to cross the optical path of the illumination optical system; and a polarizing member configured to give a first light having traveled via a first optical element among the plurality of optical elements of the second spatial light modulator and a second light traveled via a second optical element among the plurality of optical elements of the second spatial light modulator polarization states different from each other.
A bubble generator comprising: a tubular main body ; and a bubble generating part provided in the main body, wherein the bubble generating part includes a plurality of slits that extend radially from a center that is a point on a cross section of the main body, and a plurality of columns that protrude from an inner peripheral surface of the main body to form a periphery of the slits, and characterised in that an amount of protrusion of the columns gradually reduces from the periphery of the slits toward an upstream side, and a recess is provided in a downstream-side surface of each of the columns.
A short-acting anti-angiogenic agent (AAA) for use in enhancing tumor response to chemotherapy in a subject with a solid tumor, wherein administration of the AAA creates a time interval of increased susceptibility of said solid tumor to at least one chemotherapeutic agent that is capable of activating the ASMase ceramide signaling pathway, thereby enhancing the effect of the at least one chemotherapeutic agent against the tumor compared to that observed when the chemotherapeutic agent is used (i) without the AAA or (ii) at a time point outside the time interval, wherein the chemotherapeutic agent is administered in the time interval of 0.5 to 2 hours after administration of the AAA, wherein the AAA has an average plasma half-life of 120 hours or less.
A conjugated fiber comprising a readily soluble polyester component and a less readily soluble component selected from the group consisting of polyester, polyamide, polyolefin, and polyphenylene sulfide, the readily soluble polyester component comprising a copolymerized polyester having 5 to 10% by mole of 5-sodium sulfoisophthalic acid copolymerized therewith, the readily soluble polyester component containing a polyalkylene glycol, the conjugated fiber being a sea-island type conjugated fiber, the readily soluble polyester component serving to constitute the sea component, the polyalkylene glycol being blended in the copolymerized polyester, the polyalkylene glycol being in the form of streaks extending in the length direction of the fiber in the longitudinal cross section of the conjugated fiber, and the streaks of the polyalkylene glycol having lengths of 10 μm or more, wherein the fiber has been crimped by buckling and crack and/or crevice is present in the buckled part. the readily soluble polyester component containing a polyalkylene glycol, the conjugated fiber being a sea-island type conjugated fiber, the readily soluble polyester component serving to constitute the sea component, the polyalkylene glycol being blended in the copolymerized polyester, the polyalkylene glycol being in the form of streaks extending in the length direction of the fiber in the longitudinal cross section of the conjugated fiber, and the streaks of the polyalkylene glycol having lengths of 10 μm or more,
A method of detecting and correcting for spiraling in a downhole carrier, the method comprising: deploying the carrier in a borehole in an earth formation as part of a subterranean operation, wherein the carrier is a borehole string; acquiring time based data from at least one sensor disposed at the carrier, the time based data being selected from at least one of directional data and bending moment data; acquiring time and depth data, the time and depth data correlating time values with depths of the carrier; generating a depth based profile based on the time based data and the time and depth data; generating a frequency profile by transforming the depth based profile into the frequency domain; analyzing the frequency profile to detect a spiraling event at a selected location along the borehole string by identifying a wavelength and a corresponding frequency at one or more selected locations along the borehole string, wherein spiraling is detected at the selected location when an amplitude at the corresponding frequency exceeds a threshold; and taking corrective action based on detecting the spiraling event at the selected location along the borehole string. deploying the carrier in a borehole in an earth formation as part of a subterranean operation, wherein the carrier is a borehole string; acquiring time based data from at least one sensor disposed at the carrier, the time based data being selected from at least one of directional data and bending moment data; acquiring time and depth data, the time and depth data correlating time values with depths of the carrier; generating a depth based profile based on the time based data and the time and depth data; generating a frequency profile by transforming the depth based profile into the frequency domain; analyzing the frequency profile to detect a spiraling event at a selected location along the borehole string by identifying a wavelength and a corresponding frequency at one or more selected locations along the borehole string, wherein spiraling is detected at the selected location when an amplitude at the corresponding frequency exceeds a threshold; and taking corrective action based on detecting the spiraling event at the selected location along the borehole string.
A housing comprising: a base body ; a side frame portion vertically extending from an edge of the base body; and a fixing portion parallel to and facing the base body, the fixing portion extending from one side of the side frame portion which is away from the base body; wherein the base body, the side frame portion, and the fixing portion are made of metal and the housing is provided with an antenna; wherein the fixing portion is provided with a through hole which penetrates the fixing portion along a direction perpendicular to the base body; the through hole is configured for mounting a fixing element , to enable the fixing element to be fixed to the fixing portion in a direction perpendicular to the base body; the housing further comprises a metal dome fixed to the fixing portion by the fixing element and connecting the antenna and a main board. a base body ; a side frame portion vertically extending from an edge of the base body; and a fixing portion parallel to and facing the base body, the fixing portion extending from one side of the side frame portion which is away from the base body; wherein the base body, the side frame portion, and the fixing portion are made of metal and the housing is provided with an antenna; wherein the fixing portion is provided with a through hole which penetrates the fixing portion along a direction perpendicular to the base body; the through hole is configured for mounting a fixing element , to enable the fixing element to be fixed to the fixing portion in a direction perpendicular to the base body; the housing further comprises a metal dome fixed to the fixing portion by the fixing element and connecting the antenna and a main board.
Propulsion assembly (E) comprising an aircraft engine suspended below a pylon of the aircraft by means of engine attachments comprising, at the front, a front engine attachment , at the rear, a rear engine attachment , and between the two engine attachments, a thrust force uptake device , a vertical median plane (V) passing through a longitudinal axis (X) of the engine separating the propulsion assembly (E) into two parts, left and right, the thrust force uptake device comprising a main fitting fixed below the pylon and two links , which are arranged on either side of the vertical median plane (V) and each have a front end articulated to the engine and a rear end articulated to the main fitting by way of a spreader mounted so as to pivot on the main fitting about an axis of rotation (R1) that, on the one hand, is orthogonal to a mean plane (P) for transmission of the thrust forces parallel to the longitudinal axis (T1, T2) of each of the two links and, on the other hand, is arranged in the vertical median plane (V), the longitudinal axes (T1, T2) of the two links being convergent in a direction from the front to the rear of the propulsion assembly (E), a first link being articulated to the spreader by means of a first connecting pin (L1) extending parallel to the mean plane (P) for transmission of the thrust forces and perpendicular to the longitudinal axis (T1) of the first link, and a second link being articulated to the spreader by means of a second connecting pin (L2) extending parallel to the mean plane (P) for transmission of the thrust forces and perpendicular to the longitudinal axis (T2) of the second link, characterized in that the spreader comprises two fastening tabs for fastening the links to the spreader , with a first fastening tab associated with the first link and a second fastening tab associated with the second link , wherein each fastening tab associated with a link extends parallel to the longitudinal axis (T1, T2) of said link .
A method for performing quality control on a diagnostic analyzer, comprising: receiving a quality control measurement value from each of a plurality of diagnostic analyzers; receiving , from a target diagnostic analyzer , a quality control measurement value; comparing the quality control measurement value received from the target diagnostic analyzer with first statistical criteria based on the plurality of quality control measurement values received from the plurality of diagnostic analyzers; and communicating a comparison result to a user interface associated with the target diagnostic analyzer ; wherein the first statistical criteria define a range having an upper limit and a lower limit associated with the plurality of quality control measurement values; characterized in that when the quality control measurement value received from the target diagnostic analyzer is outside of the range, the method further comprises: determining a type of abnormality associated with the quality control measurement value received from the target diagnostic analyzer ; selecting a troubleshooting instruction based on the type of abnormality; and communicating the troubleshooting instruction to the user interface. receiving a quality control measurement value from each of a plurality of diagnostic analyzers; receiving , from a target diagnostic analyzer , a quality control measurement value; comparing the quality control measurement value received from the target diagnostic analyzer with first statistical criteria based on the plurality of quality control measurement values received from the plurality of diagnostic analyzers; and communicating a comparison result to a user interface associated with the target diagnostic analyzer ; wherein the first statistical criteria define a range having an upper limit and a lower limit associated with the plurality of quality control measurement values; characterized in that when the quality control measurement value received from the target diagnostic analyzer is outside of the range, the method further comprises: determining a type of abnormality associated with the quality control measurement value received from the target diagnostic analyzer ; selecting a troubleshooting instruction based on the type of abnormality; and communicating the troubleshooting instruction to the user interface. determining a type of abnormality associated with the quality control measurement value received from the target diagnostic analyzer ; selecting a troubleshooting instruction based on the type of abnormality; and communicating the troubleshooting instruction to the user interface.
A pole component assembly for a circuit breaker, comprising: a circuit breaker portion assembly having a main body provided with a fixing electrode and an operating electrode therein, an insulating rod provided in an lower portion of the main body and coupled to the operating electrode to move the operating electrode up and down, and a current carrying portion coupled to the insulating rod to be connected to an external terminal, wherein the main body is coated with an elastomer, and an upper end of the main body is most thickly coated, characterised in that it further comprises: an external insulating housing having a lower body provided with a lower terminal accommodating portion to accommodate a lower terminal electrically connected to the circuit breaker portion assembly and connectable to an external power source, and a upper body provided with an upper terminal accommodating portion to accommodate an upper terminal electrically connected to the circuit breaker portion assembly and connectable to the external power source, the upper body formed integrally with an upper portion of the lower body and having a shape in which a diameter of a portion thereof gradually decreases toward an upper portion thereof, and wherein the circuit breaker portion assembly is detachably inserted into the external insulating housing after the external insulating housing is made. an external insulating housing having a lower body provided with a lower terminal accommodating portion to accommodate a lower terminal electrically connected to the circuit breaker portion assembly and connectable to an external power source, and a upper body provided with an upper terminal accommodating portion to accommodate an upper terminal electrically connected to the circuit breaker portion assembly and connectable to the external power source, the upper body formed integrally with an upper portion of the lower body and having a shape in which a diameter of a portion thereof gradually decreases toward an upper portion thereof, and wherein the circuit breaker portion assembly is detachably inserted into the external insulating housing after the external insulating housing is made.
A device for protecting electrical networks, comprising at least a first part intended to detect an electrical fault occurring in a network and a second part comprising at least one switch connecting said network to a power supply source , the first part comprising at least one reflectometry detection system configured to detect the electrical fault occurring in a network segment, itself comprising an injection unit generating a high-frequency electrical signal, said signal being injected into the network segment via coupling means and a receiving unit capable of receiving a return signal from the signal injected into the network, said unit digitizing the received signals; each detection system comprising a data processing unit and communication means , the data processing unit being configured to detect and analyse impedance changes occurring in the network segment and to decide, when a detected impedance change exceeds a given threshold, on the transmission to the second part of the device, via the communication means , of a control signal, capable of triggering the opening of the switch ; said device being characterized by said communication means further being configured to receive and transmit to the processing unit , operation information transmitted by other processing units, said information being taken into account by the processing unit to decide on the sending of the command to trigger the opening of the switch .
A locally-anchored, self-drilling, deformable, hollow rock bolt for being grouted in a borehole in a rock, said rock bolt comprising: a hollow elongated tube having inner and outer ends and having an axial bore, the inner end of the hollow tube being configured to bear a drill bit ; at least one passage configured to permit grout to flow from the axial bore and past an outer peripheral surface of the rock bolt, characterized by axially spaced local anchors (16A-16C, 18,20) including at least one intermediate anchor (16A-16C) provided axially between the drill bit and the outer end of the tube and flanked by two adjacent relatively deformable metal shank segments (22A-22D), an aggregate axial length of the local anchors (16A-16C, 18,20) being of short axial extent when compared to an axial length of the rock bolt , wherein each of the shank segments (22A - 22D) has relatively low anchoring capacity when compared to an anchoring capacity of the local anchors (16A-16C, 18,20) so that each of said shank segments (22A-22D) constrains local rock deformation through elongation thereof, wherein the local anchors (16A-16C, 18,20) and the shank segments (22A-22D) are configured such that the bolt can tolerate an elongation on the order of more than 10% over a 100 mm long section of the bolt while bearing a load equivalent to the yield load of the bolt .