mhurhangee/patent-ind-claim-en huggingface dataset:
A hose joint (A) comprising: a cylindrical nipple provided along a space adapted for insertion of a flexible hose (S); an elastic sleeve which is provided so as to clamp in use the insertion space of the flexible hose (S) between an outer peripheral face of the nipple and the elastic sleeve in a radial direction and is deformable in the radial direction; and a tightening member provided outside the elastic sleeve and having a pressing part that presses in use the elastic sleeve toward the nipple , wherein the nipple has a large-diameter cylindrical face which is smooth in an axial direction and is adapted to face and pressure-weld to an inner surface (B1) of the flexible hose (B) in the radial direction on an axial direction front end of the outer peripheral face , the elastic sleeve has a cylindrical inner face which is smooth in the axial direction and is adapted to pressure-weld to an outer surface (B2) of the flexible hose (B) on a sleeve inner face facing the large-diameter cylindrical face of the nipple in the radial direction across the flexible hose (B) when in use clamped, wherein the outer peripheral face of the nipple has an annular groove provided adjacent to the large-diameter cylindrical face in the axial direction, and the sleeve inner face has an annular rib provided facing the annular groove in the radial direction across the flexible hose (B) when in use clamped, characterised in that on the sleeve inner face , the cylindrical inner face is formed partially protruding toward the outer surface (B2) of the flexible hose (B) in the radial direction. a cylindrical nipple provided along a space adapted for insertion of a flexible hose (S); an elastic sleeve which is provided so as to clamp in use the insertion space of the flexible hose (S) between an outer peripheral face of the nipple and the elastic sleeve in a radial direction and is deformable in the radial direction; and a tightening member provided outside the elastic sleeve and having a pressing part that presses in use the elastic sleeve toward the nipple , wherein the nipple has a large-diameter cylindrical face which is smooth in an axial direction and is adapted to face and pressure-weld to an inner surface (B1) of the flexible hose (B) in the radial direction on an axial direction front end of the outer peripheral face , the elastic sleeve has a cylindrical inner face which is smooth in the axial direction and is adapted to pressure-weld to an outer surface (B2) of the flexible hose (B) on a sleeve inner face facing the large-diameter cylindrical face of the nipple in the radial direction across the flexible hose (B) when in use clamped, wherein the outer peripheral face of the nipple has an annular groove provided adjacent to the large-diameter cylindrical face in the axial direction, and the sleeve inner face has an annular rib provided facing the annular groove in the radial direction across the flexible hose (B) when in use clamped, characterised in that on the sleeve inner face , the cylindrical inner face is formed partially protruding toward the outer surface (B2) of the flexible hose (B) in the radial direction.
Flip-flow screener machine comprising a carrier frame which is primarily excited by means of a drive and can be set in oscillation and to which an oscillating frame is coupled in a freely oscillating manner by means of elastic transmission elements, which oscillating frame can be secondarily excited by the carrier frame by means of the transmission elements and can be set in oscillation, wherein cross-members are arranged on the supporting frame and on the oscillating frame , wherein a cross-member arranged on the supporting frame is followed in each case by a cross-member arranged on the oscillating frame , and between two cross-members a flexible screen bottom is arranged in each case and is detachably fastened to the cross members , the screen bottoms in each case having at least one undercut by means of which they engage behind an undercut on the cross-member and in each case fasten two adjacent screen bottoms to the cross members and in each case two adjacent screen bottoms abut directly against one another on the end face, characterised in that the screen bottoms are oversized at the end face and in each case two adjacent screen bottoms abut against one another on the end face in an elastically deformed manner.
A tightening device for use in an automotive production environment for tightening and/or loosening a bolt located inside a cavity with limited clearance (Δy, Δz) between a head of the bolt and wall sections of the cavity, the tightening device comprising: - a ring gear having outer teeth for engaging a driving gear set and having inner ridges for engaging an outer periphery of a head of the bolt ; - the driving gear set comprising a driving gear and at least one intermediate gear , the at least one intermediate gear being located between the driving gear and the ring gear ; - the ring gear and the at least one intermediate gear being accommodated in a housing comprising a half-disk-shaped housing portion and a rectangular-beam-shaped housing portion ; - the half-disk-shaped housing portion and the rectangular beam-shaped housing portion having a height (H) of at most 5 mm, characterized in that the housing is a metal housing, wherein the half-disk-shaped housing portion and the rectangular beam-shaped housing portion being made of tempered steel having a hardness in the range from 40 to 45 HRC. - a ring gear having outer teeth for engaging a driving gear set and having inner ridges for engaging an outer periphery of a head of the bolt ; - the driving gear set comprising a driving gear and at least one intermediate gear , the at least one intermediate gear being located between the driving gear and the ring gear ; - the ring gear and the at least one intermediate gear being accommodated in a housing comprising a half-disk-shaped housing portion and a rectangular-beam-shaped housing portion ; - the half-disk-shaped housing portion and the rectangular beam-shaped housing portion having a height (H) of at most 5 mm,
A display substrate, comprising a plurality of pixel units disposed on a substrate , wherein the display substrate further comprises: each of the pixel units is correspondingly provided with a filter functional unit; the filter functional unit includes at least three microcavity structures; the three microcavity structures being different in cavity length along a direction perpendicular to the substrate ; only light with specific wavelength being capable of running through the microcavity structures with different cavity lengths; and the cavity length of the microcavity structures corresponding to subpixel units of a same type in the pixel unit is the same, the microcavity structures are disposed on the light-emitting side of the luminous unit, the three microcavity structures with different cavity lengths include isolation layers with different thicknesses, an isolated space is disposed between the isolation layers and a luminous unit, characterized in that : each of the isolation layers with different thicknesses includes at least one Al material layer and some of the isolation layers with different thicknesses include at least one Al material layer and at least one SiO x material layer alternately arranged, the isolation layers in the microcavity structures for different colors of light are formed sequentially and the number of Al material layers and SiO x material layers is different.
A loudspeaker system (1, 1', 1") in a vehicle, comprising: a plurality of electroacoustic sound transducers (52a-52h) forming a loudspeaker array and coupled to first sound guides (92a-92h) for sound output in a first area , wherein each sound guide (92a-92h) includes a sound outlet opening , wherein the plurality of sound outlet openings are arranged such that an average distance (ds) between the sound outlet openings is smaller than a possible average distance (d A ) between the juxtaposed electroacoustic sound transducers (52a-52h); wherein the loudspeaker system (1, 1', 1") includes a controller configured to individually control the electroacoustic sound transducers (20a-20h, 52a-52h, 54a-54i) to perform, with the help of the plurality of the electroacoustic sound transducers (20a-20h, 52a-52h, 54a-54i) of the loudspeaker array , acoustic beamforming for forming the sound beams (22a-22d, 22aL, 22aR); or wherein the loudspeaker array or the sound outlet openings of the loudspeaker array is/are arranged in a roof lining of the vehicle, the center console of the vehicle, the dashboard of the vehicle or the rear shelf of the vehicle. a plurality of electroacoustic sound transducers (52a-52h) forming a loudspeaker array and coupled to first sound guides (92a-92h) for sound output in a first area , wherein each sound guide (92a-92h) includes a sound outlet opening , wherein the plurality of sound outlet openings are arranged such that an average distance (ds) between the sound outlet openings is smaller than a possible average distance (d A ) between the juxtaposed electroacoustic sound transducers (52a-52h); wherein the loudspeaker system (1, 1', 1") includes a controller configured to individually control the electroacoustic sound transducers (20a-20h, 52a-52h, 54a-54i) to perform, with the help of the plurality of the electroacoustic sound transducers (20a-20h, 52a-52h, 54a-54i) of the loudspeaker array , acoustic beamforming for forming the sound beams (22a-22d, 22aL, 22aR); or wherein the loudspeaker array or the sound outlet openings of the loudspeaker array is/are arranged in a roof lining of the vehicle, the center console of the vehicle, the dashboard of the vehicle or the rear shelf of the vehicle.
An end piece for a sunshade's edge rail , said end piece comprising an end plate , said end plate having a first edge surface , a second edge surface , a first end surface and a second end surface to be placed against an end of the edge rail , said second end surface being provided with at least one gripping protrusion adaptable to fit inside the edge rail, and said end plate being provided with a first hole for the penetration of a guiding string , which end piece includes a string channel , said string channel having a width, a first end which opens onto the first edge surface , and a second end which opens onto the second edge surface , and said first hole opens into the string channel , wherein between the string channel and the first end surface is provided a wall , said wall including a through-going groove , said groove having its first end at a first end of the string channel and its second end at a second end of the string channel , and said groove having a width which is substantially less than the width of the string channel , said groove being intended to enable placement of the guiding string in the string channel through the wall and the wall is provided with a through-going aperture , said aperture having a width exceeding the width of the groove and said aperture being in alignment with the first hole .
An implantable medical device , comprising control circuitry that is configured to: measure one or more electrical parameters associated with one or more of a plurality of electrodes (E1'-E32') that are connected to the implantable medical device; generate a replacement connected electrode profile from the measured one or more parameters; receive an initial connected electrode profile of the plurality of electrodes from a prior implanted medical device ; and compare the replacement connected electrode profile with the initial connected electrode profile to determine whether the plurality of electrodes are connected to the implantable medical device in a same manner as the plurality of electrodes were connected to the prior implanted medical device. measure one or more electrical parameters associated with one or more of a plurality of electrodes (E1'-E32') that are connected to the implantable medical device; generate a replacement connected electrode profile from the measured one or more parameters; receive an initial connected electrode profile of the plurality of electrodes from a prior implanted medical device ; and compare the replacement connected electrode profile with the initial connected electrode profile to determine whether the plurality of electrodes are connected to the implantable medical device in a same manner as the plurality of electrodes were connected to the prior implanted medical device.
A vial for use in airflow-driven pneumatic tube systems comprising a body and a lid , the body having an open end and a closed end and the lid being at least partially insertable into the open end of the body to seal the body , characterized in that the lid comprises or consists of two plastic components and the two components differ in their Shore hardness, wherein the component with the lower Shore hardness is arranged in a region of the lid radially inside the component with the higher Shore hardness and wherein preferably the Shore-harder component is arranged at least in a region of the lid which is insertable into the body , is formed in the circumferential direction without interruption, the plastic component with the lower Shore hardness having a Shore hardness which permits penetration with a cannula and automatic sealing of the puncture after removal of the cannula and being formed in such a way that the puncture is tight after penetration with a cannula with a diameter of 2 mm at least after removal of the cannula up to 2 bar internal pressure of the vial.
A system for detecting liquid water in a sandwich structure , the sandwich structure comprising two outer skins and a honeycomb core that rigidly interconnects the outer skins , and wherein is obtained a plurality of cells closed at opposite ends by the two outer skins , said cells being further configured to be in fluid communication with each other, wherein the system comprises at least one sensor placed within one of said cells, said sensor being sensitive to the presence of free liquid water within said cells, and a processing unit configured to receive an output signal provided by the sensor and issue a warning in case of the presence of free liquid water within said cells.
An intramedullary nail comprising: a shaft having first and second opposing ends, a length, a constant diameter, and an exterior bone contacting surface ; a leading end adjacent to the first opposing end, the leading end progressively tapering from said constant diameter at the first opposing end and terminating in a cup , the cup adapted to receive a tip of a k-wire inserted in a bone, and push out the k-wire upon insertion of the intramedullary nail into the bone; a trailing end adjacent to the second opposing end, the trailing end comprising a flared section and terminating in a fitting adapted for attachment to a driving tool; wherein the shaft , the leading end , and the trailing end are adapted for insertion into the medulla of the bone. a shaft having first and second opposing ends, a length, a constant diameter, and an exterior bone contacting surface ; a leading end adjacent to the first opposing end, the leading end progressively tapering from said constant diameter at the first opposing end and terminating in a cup , the cup adapted to receive a tip of a k-wire inserted in a bone, and push out the k-wire upon insertion of the intramedullary nail into the bone; a trailing end adjacent to the second opposing end, the trailing end comprising a flared section and terminating in a fitting adapted for attachment to a driving tool; wherein the shaft , the leading end , and the trailing end are adapted for insertion into the medulla of the bone.
A method of forming an array of nanopore sensor cells, the method comprising: introducing a nanopore proximate to a cell, the cell having a working electrode and a membrane sealing the cell, wherein the working electrode is powered by an electrically coupled power source; applying a voltage waveform across the membrane of the cell, wherein the voltage waveform starts at first voltage and increases in magnitude over a period of time to a second voltage; and inserting the nanopore into the membrane during the step of applying the voltage waveform, wherein the voltage waveform comprises a plurality of incremental steps between the first voltage and the second voltage. introducing a nanopore proximate to a cell, the cell having a working electrode and a membrane sealing the cell, wherein the working electrode is powered by an electrically coupled power source; applying a voltage waveform across the membrane of the cell, wherein the voltage waveform starts at first voltage and increases in magnitude over a period of time to a second voltage; and inserting the nanopore into the membrane during the step of applying the voltage waveform, wherein the voltage waveform comprises a plurality of incremental steps between the first voltage and the second voltage.
A method of controlling a pitch angle of at least one blade of a wind turbine by use of a hydraulic system, the hydraulic system comprising at least one reservoir configured to store a hydraulic fluid, and at least one pump configured to supply the hydraulic fluid from the reservoir to at least one accumulator , if a hydraulic fluid pressure in the accumulator falls below a lower threshold value and till the hydraulic fluid pressure in the accumulator exceeds an upper threshold value, wherein the accumulator is configured to store the pressurized hydraulic fluid supplied by the pump and to supply the pressurized hydraulic fluid to at least one pitch control cylinder of the hydraulic system via at least one output valve of the hydraulic system, the pressurized hydraulic fluid in the pitch control cylinder drives at least one piston to change the pitch angle of the blade, the method comprising: determining a target outflow of the pressurized hydraulic fluid from the accumulator to the pitch control cylinder; determining a difference between the determined target outflow of the pressurized hydraulic fluid from the accumulator to the pitch control cylinder and a predetermined inflow of the hydraulic fluid from the reservoir to the accumulator; and supplying the hydraulic fluid from the reservoir to the accumulator by the pump regardless whether or not the hydraulic fluid pressure in the accumulator is fallen below the lower threshold value, if the determined target outflow is larger than the predetermined inflow. determining a target outflow of the pressurized hydraulic fluid from the accumulator to the pitch control cylinder; determining a difference between the determined target outflow of the pressurized hydraulic fluid from the accumulator to the pitch control cylinder and a predetermined inflow of the hydraulic fluid from the reservoir to the accumulator; and supplying the hydraulic fluid from the reservoir to the accumulator by the pump regardless whether or not the hydraulic fluid pressure in the accumulator is fallen below the lower threshold value, if the determined target outflow is larger than the predetermined inflow.
Apparatus for percutaneous repair or replacement of a valve of a subject, the apparatus comprising: a plurality of flexible tube guides ; an annular assembly of tubes , each of the tubes being slidably disposed within a respective one of the tube guides; a plurality of threads , each of which comprising a distal end that is carried by a respective one of the tubes; an expandable annular structure coupled to the tube guides, configured to expand the assembly of tubes, from a collapsed configuration, over tissue of the subject, by moving the tube guides radially outward; and a plurality of control wires coupled directly or indirectly to the tube guides so as to render the control wires configured to flex the tube guides and thus position the tubes, subsequently to the expansion of the assembly, for deployment of the threads from the tubes and into the tissue. a plurality of flexible tube guides ; an annular assembly of tubes , each of the tubes being slidably disposed within a respective one of the tube guides; a plurality of threads , each of which comprising a distal end that is carried by a respective one of the tubes; an expandable annular structure coupled to the tube guides, configured to expand the assembly of tubes, from a collapsed configuration, over tissue of the subject, by moving the tube guides radially outward; and a plurality of control wires coupled directly or indirectly to the tube guides so as to render the control wires configured to flex the tube guides and thus position the tubes, subsequently to the expansion of the assembly, for deployment of the threads from the tubes and into the tissue.
A poly(meth)acrylate having the general formula : wherein each of R 1 to R 4 independently is hydrogen or a monovalent hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, Y is a divalent hydrocarbon group having a polycyclic structure, each X independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, T is a urethane group -O-(C=O)-NH- wherein the oxygen bonds to X, each Q independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, P is (meth)acryloyloxy group, a, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, b, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when a=1 and 2, 3 or 4 when a=2, c, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, d, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when c=1 and 2, 3 or 4 when c=2, and n is an integer of 0 to 6. Y is a divalent hydrocarbon group having a polycyclic structure, each X independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, T is a urethane group -O-(C=O)-NH- wherein the oxygen bonds to X, each Q independently is a di- or trivalent saturated hydrocarbon group which may be interrupted by one or more atoms selected from oxygen, nitrogen, sulfur and phosphorus, P is (meth)acryloyloxy group, a, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, b, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when a=1 and 2, 3 or 4 when a=2, c, representative of the number of Q-T bonded to X, is 1 when X is divalent and 2 when X is trivalent, d, representative of the number of (meth)acryloyloxy groups bonded to Q, is 1 or 2 when c=1 and 2, 3 or 4 when c=2, and n is an integer of 0 to 6.
An electrolyte for a lithium secondary battery, comprising a non-aqueous organic solvent; a lithium salt; and an additive comprising a compound represented by Chemical Formula 1: wherein, in Chemical Formula 1, A is an unsubstituted aliphatic chain or (-C 2 H 4 -O-C 2 H 4 -)n and n is an integer ranging from 1 to 10. a non-aqueous organic solvent; a lithium salt; and an additive comprising a compound represented by Chemical Formula 1: wherein, in Chemical Formula 1, A is an unsubstituted aliphatic chain or (-C 2 H 4 -O-C 2 H 4 -)n and n is an integer ranging from 1 to 10.
"Device for neutralizing the impact of electromagnetic waves by shielding through a container carrying a telecommunications device making the latter electromagnetically undetectable, consisting of a container made up of one or more parts constructed with a transparent electromagnetic metamaterial, where the metamaterial is made up of graphene or borophene so that the physical structure of these units must not exceed 280 nm, where the hermetic closure or hermetic connection of the different part or parts causes the isolation of the telecommunications device introduced therein by preventing the passage of the electromagnetic waves used by the telecommunications device, through the walls of the container, and through the closure or connection area of he respective different part or parts."