mhurhangee/patent-ind-claim-en huggingface dataset:
A lamp unit used for a vehicular lamp system that performs selective light irradiation to the surroundings of a vehicle comprising: a light source ; an optical shutter part (13a, 13b, 14-16) that modulates light emitted from the light source; and an optical system that projects the light transmitted through the optical shutter part; wherein the optical shutter part comprises: a pair of polarizers ; a liquid crystal element disposed between the pair of polarizers and in which the initial alignment of liquid crystal molecules is horizontally aligned and causes an alignment change in the in-plane direction upon application of an electric field; a first optical plate which is a positive A-plate disposed between one of the pair of polarizers closer to the light source and the liquid crystal element; and a second optical plate which is a positive C-plate disposed between the first optical plate and the liquid crystal element. a light source ; an optical shutter part (13a, 13b, 14-16) that modulates light emitted from the light source; and an optical system that projects the light transmitted through the optical shutter part; wherein the optical shutter part comprises: a pair of polarizers ; a liquid crystal element disposed between the pair of polarizers and in which the initial alignment of liquid crystal molecules is horizontally aligned and causes an alignment change in the in-plane direction upon application of an electric field; a first optical plate which is a positive A-plate disposed between one of the pair of polarizers closer to the light source and the liquid crystal element; and a second optical plate which is a positive C-plate disposed between the first optical plate and the liquid crystal element. a pair of polarizers ; a liquid crystal element disposed between the pair of polarizers and in which the initial alignment of liquid crystal molecules is horizontally aligned and causes an alignment change in the in-plane direction upon application of an electric field; a first optical plate which is a positive A-plate disposed between one of the pair of polarizers closer to the light source and the liquid crystal element; and a second optical plate which is a positive C-plate disposed between the first optical plate and the liquid crystal element.
Olive pomace or an olive pomace solid substrate comprising: up to 1 % (m/m) of olive fat material and up to 0.06 % (m/m) of phytotoxic compounds, wherein the phytotoxic compounds are phenolic compounds selected from the following list: aglyconic and glycosidic forms. up to 1 % (m/m) of olive fat material and up to 0.06 % (m/m) of phytotoxic compounds, wherein the phytotoxic compounds are phenolic compounds selected from the following list: aglyconic and glycosidic forms.
A method of manufacturing a rod-type linear motor, comprising a magnet rod having a large number of magnetic poles arranged at given pitches along an axial direction, and a forcer having a through-hole into which the magnet rod is fitted and travels forward and backward relatively with respect to the magnet rod according to a supplied electric signal, wherein the forcer comprises a forcer housing having the through-hole defined therein, and coil members that are arranged on an inner peripheral surface of the through-hole of the forcer housing and are supplied with the electric signal, and wherein the forcer housing is formed by molding of an insulating nonmetallic inorganic material, the method comprising the steps of: preparing a base shaft having a diameter that is larger than the diameter of the magnet rod by an amount corresponding to a gap between an outer peripheral surface of the magnet rod and the inner peripheral surface of the coil members , inserting the base shaft and the coil members into a mold after the coil members are assembled in contact with the outer peripheral surface of the base shaft , wherein a pair of bearing support members into which the base shaft is closely fitted is disposed adjacent to both sides of the coil members ; injecting the insulating nonmetallic inorganic material into a cavity of the mold to mold the forcer housing such that the bearing support members are integrated with the coil members and the forcer housing ; extracting the base shaft from the coil members and the forcer housing to form a through-hole, fixing bearing bushes to the pair of bearing support members , respectively, and inserting the magnet rod into the through-hole, wherein the magnet rod is fitted into the bearing bushes so as to be movable forward and backward. preparing a base shaft having a diameter that is larger than the diameter of the magnet rod by an amount corresponding to a gap between an outer peripheral surface of the magnet rod and the inner peripheral surface of the coil members , inserting the base shaft and the coil members into a mold after the coil members are assembled in contact with the outer peripheral surface of the base shaft , wherein a pair of bearing support members into which the base shaft is closely fitted is disposed adjacent to both sides of the coil members ; injecting the insulating nonmetallic inorganic material into a cavity of the mold to mold the forcer housing such that the bearing support members are integrated with the coil members and the forcer housing ; extracting the base shaft from the coil members and the forcer housing to form a through-hole, fixing bearing bushes to the pair of bearing support members , respectively, and inserting the magnet rod into the through-hole, wherein the magnet rod is fitted into the bearing bushes so as to be movable forward and backward.
A biosensor component for use in analyzing a biological sample, said biosensor component comprising: a substrate; a conductive layer deposited on said substrate; a resistive material layer deposited on said conductive layer; and a biological reactant for electrochemically reacting with said biological sample, wherein said conductive layer comprises nickel, chromium and iron, wherein a combined weight percent of the nickel and chromium in the conductive layer is in the range of 25 to less than 95 weight percent, wherein the weight percent of nickel in the conductive layer is at least 4 weight percent, wherein the weight percent of chromium in the conductive layer is at least 10 weight percent, wherein the weight percent of iron in the conductive layer at least 2 weight percent, and wherein the conductive layer comprises 0 to 20 weight percent molybdenum; wherein said resistive material layer comprises amorphous carbon and has a thickness in the range from 5 to 100 nm. a substrate; a conductive layer deposited on said substrate; a resistive material layer deposited on said conductive layer; and a biological reactant for electrochemically reacting with said biological sample, wherein said conductive layer comprises nickel, chromium and iron, wherein a combined weight percent of the nickel and chromium in the conductive layer is in the range of 25 to less than 95 weight percent, wherein the weight percent of nickel in the conductive layer is at least 4 weight percent, wherein the weight percent of chromium in the conductive layer is at least 10 weight percent, wherein the weight percent of iron in the conductive layer at least 2 weight percent, and wherein the conductive layer comprises 0 to 20 weight percent molybdenum; wherein said resistive material layer comprises amorphous carbon and has a thickness in the range from 5 to 100 nm.
A gas turbine engine , comprising: a bearing compartment ; a seal assembly configured to establish a seal of the bearing compartment , the seal assembly including a seal and a seal plate ; and a gutter configured to collect oil (F) slung from the seal plate ; the seal is mounted to a static structure and is in contact with an axial face of the seal plate ; the seal and the seal plate are circular components and extend circumferentially around the engine central longitudinal axis (A); a nozzle is configured to spray a fluid against the seal plate ; and the seal plate is mechanically connected to a shaft of the engine and rotates together with the shaft, whereby rotation of the seal plate slings the fluid radially outward, where it is collected by the gutter ; characterized in that the gutter extends only partially around the outer circumference of the seal plate and not around the entire circumference of the seal plate ; the gutter includes an inlet section , a main passageway , and an outlet , wherein the inlet section is configured to direct oil (F) slung from the seal plate into the main passageway ; wherein the inlet section extends circumferentially about the axis of rotation of the seal plate from a first circumferential location to a second circumferential location spaced-apart from the first circumferential location in a direction of rotation of the seal plate ; the nozzle being circumferentially spaced-apart from said first location in a direction opposite the direction of rotation (X) of the seal plate . a bearing compartment ; a seal assembly configured to establish a seal of the bearing compartment , the seal assembly including a seal and a seal plate ; and a gutter configured to collect oil (F) slung from the seal plate ; the seal is mounted to a static structure and is in contact with an axial face of the seal plate ; the seal and the seal plate are circular components and extend circumferentially around the engine central longitudinal axis (A); a nozzle is configured to spray a fluid against the seal plate ; and the seal plate is mechanically connected to a shaft of the engine and rotates together with the shaft, whereby rotation of the seal plate slings the fluid radially outward, where it is collected by the gutter ; characterized in that the gutter extends only partially around the outer circumference of the seal plate and not around the entire circumference of the seal plate ; the gutter includes an inlet section , a main passageway , and an outlet , wherein the inlet section is configured to direct oil (F) slung from the seal plate into the main passageway ; wherein the inlet section extends circumferentially about the axis of rotation of the seal plate from a first circumferential location to a second circumferential location spaced-apart from the first circumferential location in a direction of rotation of the seal plate ; the nozzle being circumferentially spaced-apart from said first location in a direction opposite the direction of rotation (X) of the seal plate .
A medical surgery imaging device designed to be inserted into a patient's body, comprising: a tube in the form of a cylinder-shaped tube, comprising a medical imaging device , comprising a half-round-shaped base and an elongated half cylinder tube , the elongated half cylinder tube having a supporting stair positioned orthogonally to a flat surface of the elongated half cylinder tube , a front interface , a camera module ; and a replaceable surgical gas path apparatus , comprising a half-rounded base , a half-cylinder-shaped tube , an entrance gas path located within the half-cylinder-shaped tube and defined between an entrance gas port and a gas exit port in which gas is dispensed into a body cavity and a release gas path located within the half-cylinder-shaped tube and defined between a gas releasing port and a gas entry port in which gas is dispensed out of the body cavity, characterized in that the half-rounded base is configured to be attached to the half-round-shaped base to form a top round surface , and wherein the supporting stair is configured to facilitate the half-cylinder-shaped tube to be attached to elongated half cylinder tube to jointly form the cylinder-shaped tube, wherein the attachment of the replaceable gas path apparatus to the medical imaging device forms the medical surgery imaging device and wherein the gas path apparatus is located inside the tube and designed to maintain a gas pressure level within said cavity or hollow in a body. a medical imaging device , comprising a half-round-shaped base and an elongated half cylinder tube , the elongated half cylinder tube having a supporting stair positioned orthogonally to a flat surface of the elongated half cylinder tube , a front interface , a camera module ; and a half-round-shaped base and an elongated half cylinder tube , the elongated half cylinder tube having a supporting stair positioned orthogonally to a flat surface of the elongated half cylinder tube , a front interface , a camera module ; and a replaceable surgical gas path apparatus , comprising a half-rounded base , a half-cylinder-shaped tube , an entrance gas path located within the half-cylinder-shaped tube and defined between an entrance gas port and a gas exit port in which gas is dispensed into a body cavity and a release gas path located within the half-cylinder-shaped tube and defined between a gas releasing port and a gas entry port in which gas is dispensed out of the body cavity, a half-rounded base , a half-cylinder-shaped tube , an entrance gas path located within the half-cylinder-shaped tube and defined between an entrance gas port and a gas exit port in which gas is dispensed into a body cavity and a release gas path located within the half-cylinder-shaped tube and defined between a gas releasing port and a gas entry port in which gas is dispensed out of the body cavity,
A corner connector for a hollow profile of a door or window frame, having a shaft for insertion into the hollow profile along an axis of longitudinal extent of the shaft , a welding surface formed on an end face of an end portion of the shaft and extending at least partially parallel to a mitre of the hollow profile for the purpose of a material-locking connection with another body, a fastening device for locking the shaft within the hollow profile , wherein the shaft has a recess on its surface for receiving the fastening device , characterised in that the fastening device and the shaft each have at least one passage extending orthogonally to the longitudinal extension axis of the shaft for the passage of a screw extending orthogonally to the longitudinal extension axis of the shaft through the hollow profile for non-positively and positively fastening the fastening device and the shaft within the hollow profile . a welding surface formed on an end face of an end portion of the shaft and extending at least partially parallel to a mitre of the hollow profile for the purpose of a material-locking connection with another body, a fastening device for locking the shaft within the hollow profile , wherein the shaft has a recess on its surface for receiving the fastening device , characterised in that the fastening device and the shaft each have at least one passage extending orthogonally to the longitudinal extension axis of the shaft for the passage of a screw extending orthogonally to the longitudinal extension axis of the shaft through the hollow profile for non-positively and positively fastening the fastening device and the shaft within the hollow profile .
A method for allocating concurrent multiplex bandwidth, comprising: monitoring a traffic demand on a transmitter ; and upon the traffic demand reaching an allocation threshold, allocating an additional bandwidth to the transmitter , and transmitting a bandwidth update signal to the transmitter and to a receiver associated with the transmitter , wherein the allocating includes placing the additional bandwidth within a first multiplexing scheme if the traffic demand is less than a multiplexing mode switching threshold, and placing the additional bandwidth within a second multiplexing scheme if the traffic demand meets the multiplexing mode switching threshold. monitoring a traffic demand on a transmitter ; and upon the traffic demand reaching an allocation threshold, allocating an additional bandwidth to the transmitter , and transmitting a bandwidth update signal to the transmitter and to a receiver associated with the transmitter , allocating an additional bandwidth to the transmitter , and transmitting a bandwidth update signal to the transmitter and to a receiver associated with the transmitter , wherein the allocating includes placing the additional bandwidth within a first multiplexing scheme if the traffic demand is less than a multiplexing mode switching threshold, and placing the additional bandwidth within a second multiplexing scheme if the traffic demand meets the multiplexing mode switching threshold.
A method of making a tensioned printing screen , comprising: providing a sheet material ; tensioning the sheet material; and mounting the sheet material to a frame in tension; and then precision cutting a printing pattern comprising a plurality of apertures through the thickness of the sheet material, within a printing screen pattern boundary representing a target boundary around a periphery of at least one feature of a printing pattern to be printed on a substrate, so as to define the at least one feature on the sheet material by the plurality of apertures. providing a sheet material ; tensioning the sheet material; and mounting the sheet material to a frame in tension; and then precision cutting a printing pattern comprising a plurality of apertures through the thickness of the sheet material, within a printing screen pattern boundary representing a target boundary around a periphery of at least one feature of a printing pattern to be printed on a substrate, so as to define the at least one feature on the sheet material by the plurality of apertures.
A method for spreading out laundry items , wherein a laundry item held in each case at two adjacent corner regions or corners of an edge by two spreading clamps of a spreading device is spread out by targeted movement apart of the spreading clamps while taking into consideration the determined length of the edge, in order to eliminate or at least largely eliminate the sag of the edge of the laundry item and before transferring the corner regions or corners , respectively, of the edge of the laundry item to the spreading clamps , with adjacent corner regions or corners , respectively, of the edge of the laundry item held by holding means arranged upstream of the spreading device , the edge between the corner regions or corners of the respective laundry item which are held by the holding means is measured and the length of the edge is determined therefrom, characterized in that the length of the edge of the laundry item is determined from a spacing measurement carried out by at least one detection means arranged above the edge.
A metal complex comprising: a multivalent carboxylic acid compound, at least one metal ion selected from ions of metals belonging to Groups 2 to 13 of the periodic table, an organic ligand capable of multidentate binding to the metal ion, and a C 2 monocarboxylic acid compound which is acetic acid, the composition ratio of the multivalent carboxylic acid compound to the monocarboxylic acid compound being in a range such that multivalent carboxylic acid compound : monocarboxylic acid compound = 10:1 to 5,000:1. a multivalent carboxylic acid compound, at least one metal ion selected from ions of metals belonging to Groups 2 to 13 of the periodic table, an organic ligand capable of multidentate binding to the metal ion, and a C 2 monocarboxylic acid compound which is acetic acid, the composition ratio of the multivalent carboxylic acid compound to the monocarboxylic acid compound being in a range such that multivalent carboxylic acid compound : monocarboxylic acid compound = 10:1 to 5,000:1.
A transducer assembly operable to transmit ultrasonic energy in a desired direction towards a zone adapted to be acoustically coupled to an object or area of interest, the assembly comprising: a) a transducer layer ; b) a backing layer disposed behind said transducer layer with respect to the desired direction; c) a back-matching layer disposed between the transducer layer and the backing layer to reflect towards said transducer layer part of the ultrasonic energy directed from the transducer layer to the backing layer ; d) a heat transfer layer disposed between the back-matching layer and the backing layer to drain heat from the transducer assembly, characterized in that the heat transfer layer and the back-matching layer are bonded together or casted on each other. a) a transducer layer ; b) a backing layer disposed behind said transducer layer with respect to the desired direction; c) a back-matching layer disposed between the transducer layer and the backing layer to reflect towards said transducer layer part of the ultrasonic energy directed from the transducer layer to the backing layer ; d) a heat transfer layer disposed between the back-matching layer and the backing layer to drain heat from the transducer assembly,
A device comprising: a light emitting device comprising a substrate and a semiconductor structure comprising a light emitting layer; a first reflective layer completely surrounding the light emitting device; a wavelength converting element disposed over the light emitting device; and a second reflective layer disposed adjacent a first sidewall of the wavelength converting element ; wherein no reflective layer covers a second sidewall of the wavelength converting element . a light emitting device comprising a substrate and a semiconductor structure comprising a light emitting layer; a first reflective layer completely surrounding the light emitting device; a wavelength converting element disposed over the light emitting device; and a second reflective layer disposed adjacent a first sidewall of the wavelength converting element ; wherein no reflective layer covers a second sidewall of the wavelength converting element .
Method for controlling a synchronous machine in an electric or hybrid vehicle during travel, having the following steps: identifying (S1) a voltage profile of non-sinusoidal induced voltages over the pole wheel angle at the terminals of the rotating synchronous machine ; characterized by calculating (S2) a non-sinusoidal current profile over the pole wheel angle, which is suitable, in conjunction with the identified voltage profile, for achieving a predetermined state at the synchronous machine ; calculating (S3) a voltage profile over the pole wheel angle at the terminals of the synchronous machine , which voltage profile is suitable for setting the calculated non-sinusoidal current profile over the pole wheel angle at the synchronous machine ; and actuating (S4) the synchronous machine by way of the calculated voltage profile, wherein the identification of the voltage profile of non-sinusoidal induced voltages over the pole wheel angle takes place during travel of the electric or hybrid vehicle. identifying (S1) a voltage profile of non-sinusoidal induced voltages over the pole wheel angle at the terminals of the rotating synchronous machine ; characterized by calculating (S2) a non-sinusoidal current profile over the pole wheel angle, which is suitable, in conjunction with the identified voltage profile, for achieving a predetermined state at the synchronous machine ; calculating (S3) a voltage profile over the pole wheel angle at the terminals of the synchronous machine , which voltage profile is suitable for setting the calculated non-sinusoidal current profile over the pole wheel angle at the synchronous machine ; and actuating (S4) the synchronous machine by way of the calculated voltage profile, wherein the identification of the voltage profile of non-sinusoidal induced voltages over the pole wheel angle takes place during travel of the electric or hybrid vehicle.