mhurhangee/patent-ind-claim-en huggingface dataset:
A variable volume infusion port , comprising: a hollow body forming a reservoir , the hollow body including a base and an open top; a septum disposed across at least a portion of the open top; a hollow stem in fluid communication with the reservoir, the hollow stem projecting at least partially from the hollow body ; and a flexible member disposed in the reservoir to provide a variable volume reservoir; a biasing element that is configured to bias the flexible member , in the absence of an insertion of an injection device into the reservoir , to a first position proximate the septum such that the reservoir contains a first fluid volume; at least a portion of the flexible member being displaceable by the insertion of the injection device into the reservoir to a second position distal from the septum such that the reservoir contains a second fluid volume that is greater than the first fluid volume, characterized in that the flexible member is sealed against at least a portion of the inner surface of the reservoir such that, in the second position, a portion of the flexible member is displaced distal from the septum with a curved shape. a hollow body forming a reservoir , the hollow body including a base and an open top; a septum disposed across at least a portion of the open top; a hollow stem in fluid communication with the reservoir, the hollow stem projecting at least partially from the hollow body ; and a flexible member disposed in the reservoir to provide a variable volume reservoir; a biasing element that is configured to bias the flexible member , in the absence of an insertion of an injection device into the reservoir , to a first position proximate the septum such that the reservoir contains a first fluid volume; at least a portion of the flexible member being displaceable by the insertion of the injection device into the reservoir to a second position distal from the septum such that the reservoir contains a second fluid volume that is greater than the first fluid volume, characterized in that the flexible member is sealed against at least a portion of the inner surface of the reservoir such that, in the second position, a portion of the flexible member is displaced distal from the septum with a curved shape.
An integrated circuit for association with a fluid ejection device comprising a plurality of fluid actuation devices, the integrated circuit comprising: a first memory element and a second memory element on at least one die that does not include the fluid ejection device; a plurality of first data lines (D1 1-3 ); a second data line (D2); an ID line (ID); a first select line (S4); and a second select line (S5); the first memory element configured to be enabled in response to first data on the plurality of first data lines (D1 1-3 ) and in response to a first logic level on the first select line (S4); and the second memory element configured to be enabled in response to second data on the second data line (D2) and in response to a first logic level on the second select line (S5) and a first logic level on the ID line (ID). a first memory element and a second memory element on at least one die that does not include the fluid ejection device; a plurality of first data lines (D1 1-3 ); a second data line (D2); an ID line (ID); a first select line (S4); and a second select line (S5); the first memory element configured to be enabled in response to first data on the plurality of first data lines (D1 1-3 ) and in response to a first logic level on the first select line (S4); and the second memory element configured to be enabled in response to second data on the second data line (D2) and in response to a first logic level on the second select line (S5) and a first logic level on the ID line (ID).
Clutch support designed to support at least one first clutch , said support delimiting a duct having at least one outlet orifice allowing a hydraulic fluid to circulate from an actuating system towards the at least one first clutch and comprising at least one radial-extension part , characterized in that the duct further comprises an annular part , the actuating system comprising a passage designed to cooperate with the duct in order to allow fluidic circulation of the hydraulic fluid between the duct and the passage . said support delimiting a duct having at least one outlet orifice allowing a hydraulic fluid to circulate from an actuating system towards the at least one first clutch and comprising at least one radial-extension part , characterized in that the duct further comprises an annular part , the actuating system comprising a passage designed to cooperate with the duct in order to allow fluidic circulation of the hydraulic fluid between the duct and the passage .
Photosensitive particle which has a carrier element to which a material adheres by means of an adhesive , wherein the material contains light-active dye molecules .
A method for purifying ropinirole hydrochloride, 4-(2-di-n-propylaminoethyl)-1,3-dihydro-2H-indol-2-one hydrochloride, represented by a structural formula (II), wherein -R represents C 1 -C 6 alkyl or C 6 -C 10 aromatic group; and -L represents halogen -X, or acyloxy comprising the following steps: mixing ropinirole hydrochloride containing an impurity A, monopropyl ropinirole, represented by a structural formula (I) with water and an organic solvent, stirring and dissolving to obtain a clear solution at room temperature, adding an alkali, stirring, standing for demixing, and removing an aqueous layer, wherein the organic solvent is an aprotic solvent; and the alkali is a hydroxide, carbonate or bicarbonate of an alkali metal or alkaline earth metal, or an amine mono- or polysubstituted by C 1 -C 6 alkyl; drying an organic layer obtained over anhydrous magnesium sulfate and filtering; or subjecting the organic layer obtained directly to a next step without addition of anhydrous magnesium sulfate; adding acid halide or acid anhydride of a structural formula (IV) to the organic layer, stirring and concentrating; and after concentrating to dryness to obtain an oily substance, adding an organic solvent to the obtained oily substance, adding a concentrated hydrochloric acid, and stirring to obtain ropinirole hydrochloride, wherein the organic solvent is an alcohol. wherein -R represents C 1 -C 6 alkyl or C 6 -C 10 aromatic group; and -L represents halogen -X, or acyloxy mixing ropinirole hydrochloride containing an impurity A, monopropyl ropinirole, represented by a structural formula (I) with water and an organic solvent, stirring and dissolving to obtain a clear solution at room temperature, adding an alkali, stirring, standing for demixing, and removing an aqueous layer, wherein the organic solvent is an aprotic solvent; and the alkali is a hydroxide, carbonate or bicarbonate of an alkali metal or alkaline earth metal, or an amine mono- or polysubstituted by C 1 -C 6 alkyl; drying an organic layer obtained over anhydrous magnesium sulfate and filtering; or subjecting the organic layer obtained directly to a next step without addition of anhydrous magnesium sulfate; adding acid halide or acid anhydride of a structural formula (IV) to the organic layer, stirring and concentrating; and after concentrating to dryness to obtain an oily substance, adding an organic solvent to the obtained oily substance, adding a concentrated hydrochloric acid, and stirring to obtain ropinirole hydrochloride, wherein the organic solvent is an alcohol.
A semiconductor device comprising: a semiconductor substrate mounted on a carrier, the semiconductor substrate including a Schottky diode, the Schottky diode having an anode and a cathode ; one or more bond wires connecting the cathode to a first electrically conductive portion of the carrier; and one or more bond wires connecting the anode to a second electrically conductive portion of the carrier, wherein the first electrically conductive portion of the carrier is electrically isolated from the second electrically conductive portion of the carrier, wherein the first electrically conductive portion of the carrier extends at least partially around a periphery of the semiconductor substrate , or the first electrically conductive portion of the carrier extends at least partially beneath the semiconductor substrate so to provide shielding against electromagnetic interference associated with switching of the anode during operation of the device, and wherein both the cathode and the first electrically conductive portion of the carrier are electrically isolated from a backside of the semiconductor substrate . a semiconductor substrate mounted on a carrier, the semiconductor substrate including a Schottky diode, the Schottky diode having an anode and a cathode ; one or more bond wires connecting the cathode to a first electrically conductive portion of the carrier; and one or more bond wires connecting the anode to a second electrically conductive portion of the carrier, wherein the first electrically conductive portion of the carrier is electrically isolated from the second electrically conductive portion of the carrier, wherein the first electrically conductive portion of the carrier extends at least partially around a periphery of the semiconductor substrate , or the first electrically conductive portion of the carrier extends at least partially beneath the semiconductor substrate so to provide shielding against electromagnetic interference associated with switching of the anode during operation of the device, and wherein both the cathode and the first electrically conductive portion of the carrier are electrically isolated from a backside of the semiconductor substrate .
A method for producing tungsten carbide, comprising the steps of: subjecting a raw material mixture comprising tungsten recycled material containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of 800 °C or more to obtain tungsten carbide. subjecting a raw material mixture comprising tungsten recycled material containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of 800 °C or more to obtain tungsten carbide.
Self-tapping screw made of synthetic material having a shank on which a thread is formed, which shank defines a screw center line (S), - wherein the screw has a proximal end and a distal insertion end , - wherein the shank comprises a first portion and a second portion , - wherein the second portion is situated proximal relative to the first portion , in particular connects to the first portion, - wherein the thread has the same pitch in the first and second portions (6a; 6b), - wherein the thread has a complete thread cross-section in the second portion , - wherein in the first portion , in the direction of the thread , the thread is divided into thread segments (10a-10l), - wherein the thread segments have a leading end (10aa; 10ba) and a trailing end (10ab; 10bb), - wherein in at least the majority of the thread segments (10a-10l) the thread top (15a-15l) in question, for at least almost its full length, starting with the leading end, when considered in thread direction, is situated at a constant or decreasing radial distance (R1; R2) from the screw center line (S), characterized in that - the thread segments (10a-10l) in the first portion have an incomplete thread cross-section, - wherein relative to the screw center line (S), the leading end (10aa; 10ba) of the one thread segment extends further in radial direction than the leading end (10aa; 10ba) of the thread segment preceding it, and forms a cutting edge. - wherein the screw has a proximal end and a distal insertion end , - wherein the shank comprises a first portion and a second portion , - wherein the second portion is situated proximal relative to the first portion , in particular connects to the first portion, - wherein the thread has the same pitch in the first and second portions (6a; 6b), - wherein the thread has a complete thread cross-section in the second portion , - wherein in the first portion , in the direction of the thread , the thread is divided into thread segments (10a-10l), - wherein the thread segments have a leading end (10aa; 10ba) and a trailing end (10ab; 10bb), - wherein in at least the majority of the thread segments (10a-10l) the thread top (15a-15l) in question, for at least almost its full length, starting with the leading end, when considered in thread direction, is situated at a constant or decreasing radial distance (R1; R2) from the screw center line (S), characterized in that - the thread segments (10a-10l) in the first portion have an incomplete thread cross-section, - wherein relative to the screw center line (S), the leading end (10aa; 10ba) of the one thread segment extends further in radial direction than the leading end (10aa; 10ba) of the thread segment preceding it, and forms a cutting edge.
A method of providing a function of temporarily storing an on-screen display (OSD) protocol in a device in addition to a function of persistently storing the same, the method comprising, receiving analysis data of a video image from an apparatus capable of at least one of wired and wireless communication; displaying the video image and the analysis data of the video on a display of the device; determining whether to record the analysis data of the video image in a persistent storage device to be retained after the device being rebooted or in a temporary storage device to be erased after the device being rebooted based on a value of a Boolean element of a parameter format of an open network interface, ONVIF, protocol, wherein storing the analysis data of the video image in one of the persistent storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being true and the temporary storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being false wherein analysis data having a high variability is stored in the temporary storage device and analysis data having a low variability is stored in the persistent storage device, wherein high and low variability are determined by a user or based on a threshold value, and wherein the analysis data includes numbers of checks to be withdrawn , an ATM identification number , an amount , a quantity of checks , a location , and an image of a face of a user withdrawing the checks. receiving analysis data of a video image from an apparatus capable of at least one of wired and wireless communication; displaying the video image and the analysis data of the video on a display of the device; determining whether to record the analysis data of the video image in a persistent storage device to be retained after the device being rebooted or in a temporary storage device to be erased after the device being rebooted based on a value of a Boolean element of a parameter format of an open network interface, ONVIF, protocol, wherein storing the analysis data of the video image in one of the persistent storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being true and the temporary storage device in response to the value of the Boolean element added to the parameter format of the open network interface, ONVIF, protocol, being false wherein analysis data having a high variability is stored in the temporary storage device and analysis data having a low variability is stored in the persistent storage device, wherein high and low variability are determined by a user or based on a threshold value, and wherein the analysis data includes numbers of checks to be withdrawn , an ATM identification number , an amount , a quantity of checks , a location , and an image of a face of a user withdrawing the checks.
A communications device comprising transceiver circuitry (61.t) configured to transmit signals to and/or to receive signals from wireless communications networks, and controller circuitry (61.c) configured in combination with the transceiver circuitry to determine that the communications device is within a coverage area of a cell of a wireless communications network, wherein the wireless communications network is a public land mobile network, PLMN, or a non-public network, NPN, and is configured to provide on-demand or temporary services to the communications device regardless of which mobile network operator provides wireless communications services to the communications device, to receive a downlink signal from the cell of the wireless communications network, the downlink signal indicating whether or not the communications device can connect to the cell in order to transmit signals to and/or receive signals from the wireless communications network, and to detect , based on the downlink signal, whether or not the wireless communications network is an on-demand network and/or a temporary network. transceiver circuitry (61.t) configured to transmit signals to and/or to receive signals from wireless communications networks, and controller circuitry (61.c) configured in combination with the transceiver circuitry to determine that the communications device is within a coverage area of a cell of a wireless communications network, wherein the wireless communications network is a public land mobile network, PLMN, or a non-public network, NPN, and is configured to provide on-demand or temporary services to the communications device regardless of which mobile network operator provides wireless communications services to the communications device, to receive a downlink signal from the cell of the wireless communications network, the downlink signal indicating whether or not the communications device can connect to the cell in order to transmit signals to and/or receive signals from the wireless communications network, and to detect , based on the downlink signal, whether or not the wireless communications network is an on-demand network and/or a temporary network.
A gas turbine engine sealing system, comprising: a case including forward and aft hooks , the aft hook arranged radially outward of the forward hook ; and a blade outer air seal having a J-hook receiving the aft hook and an end received by the forward hook , characterised in that : the system further comprises first and second stator vanes , each stator vane having a forward and aft rail , wherein the blade outer air seal includes forward and aft seals respectively secured to the end and the J-hook , the aft seal engaging the forward rail of the second stator vane , the aft seal including a radially inwardly extending flange that engages the forward rail of the second stator vane; and the blade outer air seal includes an outer diameter side, and a spring is supported on the outer diameter side and engages the aft hook to bias the blade outer air seal radially inward. a case including forward and aft hooks , the aft hook arranged radially outward of the forward hook ; and a blade outer air seal having a J-hook receiving the aft hook and an end received by the forward hook , the system further comprises first and second stator vanes , each stator vane having a forward and aft rail , wherein the blade outer air seal includes forward and aft seals respectively secured to the end and the J-hook , the aft seal engaging the forward rail of the second stator vane , the aft seal including a radially inwardly extending flange that engages the forward rail of the second stator vane; and the blade outer air seal includes an outer diameter side, and a spring is supported on the outer diameter side and engages the aft hook to bias the blade outer air seal radially inward.
An apparatus for processing foodstuff, the apparatus comprising: a receiving portion for receiving the foodstuff ; a heating source for processing the foodstuff so as to effect a change of a chromatic property of first and second surface areas of the foodstuff ; a light source for emitting light having at least two wavelengths or wavelength ranges and arranged to direct the light to the first surface area of the foodstuff ; a light detector positioned to detect at least a portion of reflected light and arranged to generate an output that provides information indicative of the chromatic property of the first surface area ; and a controller for controlling the heating source, the controller being arranged to use the provided information indicative of the chromatic property of the first surface area and predetermined calibration data to control the change of the chromatic property of the second surface area of the foodstuff , characterised in that the heating source comprises at least two heating elements that are, when the apparatus is in use, controlled individually by the controller . a receiving portion for receiving the foodstuff ; a heating source for processing the foodstuff so as to effect a change of a chromatic property of first and second surface areas of the foodstuff ; a light source for emitting light having at least two wavelengths or wavelength ranges and arranged to direct the light to the first surface area of the foodstuff ; a light detector positioned to detect at least a portion of reflected light and arranged to generate an output that provides information indicative of the chromatic property of the first surface area ; and a controller for controlling the heating source, the controller being arranged to use the provided information indicative of the chromatic property of the first surface area and predetermined calibration data to control the change of the chromatic property of the second surface area of the foodstuff , characterised in that the heating source comprises at least two heating elements that are, when the apparatus is in use, controlled individually by the controller .
A computer-implemented method for determining printing parameter values of an inkjet printing device for printing a pattern on a surface of a spectacle lens substrate comprising a curved surface, the inkjet printing device including a printhead as one single component with a plurality of printing nozzles , characterized in that the method comprises the following method steps: - (S2): grouping the plurality of printing nozzles into at least two printing nozzle groups , and - (S3): individually determining a printing parameter value for at least one adjustable printing parameter of each printing nozzle group , wherein the printhead and the spectacle lens substrate are configured to be not tilted. - (S2): grouping the plurality of printing nozzles into at least two printing nozzle groups , and - (S3): individually determining a printing parameter value for at least one adjustable printing parameter of each printing nozzle group ,
Projectile cartridge comprising a projectile and a case and comprising a sealing between the projectile and the case , wherein the sealing comprises a highly viscous sealing medium, in particular a bituminous mixture, characterized in that the sealing comprises two layers of the sealing medium, wherein a first layer comprises the sealing medium with an additive for increasing the sliding properties of the sealing medium and a second layer comprises no or a smaller proportion of the additive than the first layer .
A packaging material comprising a first foil and a woven fabric that are arranged one above the other and connected to each other, wherein the first foil comprises a plurality of first regions in which the first foil is expanded locally, and a plurality of second regions in which the first foil is not expanded locally and each of the first regions is arranged between two second regions , wherein the first and the second regions each run in a first direction, and the woven fabric comprises a thread , wherein a part of the thread runs in a direction that intersects the first direction.