mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a semiconductor light emitting element; providing a layer of a wavelength converting material; determining the wavelength spectrum of light emitted by the combination of the light emitting element and the wavelength converting material; and reducing the amount of wavelength converting material by laser ablating to obtain a combined predefined wavelength spectrum, wherein the layer of wavelength converting material is provided by depositing the wavelength converting material on the light emitting element; characterized in that - reducing the amount of wavelength converting material comprises reducing the amount of wavelength converting material deposited on a localized area of the light emitting element to form a pattern; and - the wavelength converting material is a wavelength converting ceramic. - reducing the amount of wavelength converting material comprises reducing the amount of wavelength converting material deposited on a localized area of the light emitting element to form a pattern; and - the wavelength converting material is a wavelength converting ceramic.
A damper device, comprising: a cylinder unit including an internal space having a contacting inner wall surface; a piston unit having a piston head that has an outer circumferential portion that slides on the contacting inner wall surface of the cylinder unit and that divides the internal space of the cylinder unit into a first gas chamber and a second gas chamber, a rod that extends from an end of the piston head on a side of the second gas chamber, and a hole with a bottom that opens on the piston head on a side of the first gas chamber and that extends through an inside of the rod toward the side of the second gas chamber; and a guide shaft having a base portion that is fixed on the cylinder unit on a side of the first gas chamber, a shaft portion that extends from the base portion toward a side of the piston unit, coaxial with a sliding center axis of the piston unit, a tip portion that is provided on a tip of the shaft portion and that has an outer peripheral surface that slides on an inner wall surface of the hole with the bottom of the piston unit, and a shield ring for maintaining airtightness provided between the outer peripheral surface of the tip portion of the guide shaft and the inner wall surface of the hole with the bottom, wherein in the piston unit, the hole with the bottom is guided along the outer peripheral surface of the guide shaft, and the outer circumferential portion is guided on the contacting inner wall surface of the cylinder unit, to move along the sliding center axis, such that the first gas chamber and the second gas chamber act as a damper with respect to a movement of the piston unit, characterised in that the shield ring is retained within the outer peripheral surface of the tip portion of the guide shaft. a cylinder unit including an internal space having a contacting inner wall surface; a piston unit having a piston head that has an outer circumferential portion that slides on the contacting inner wall surface of the cylinder unit and that divides the internal space of the cylinder unit into a first gas chamber and a second gas chamber, a rod that extends from an end of the piston head on a side of the second gas chamber, and a hole with a bottom that opens on the piston head on a side of the first gas chamber and that extends through an inside of the rod toward the side of the second gas chamber; and a guide shaft having a base portion that is fixed on the cylinder unit on a side of the first gas chamber, a shaft portion that extends from the base portion toward a side of the piston unit, coaxial with a sliding center axis of the piston unit, a tip portion that is provided on a tip of the shaft portion and that has an outer peripheral surface that slides on an inner wall surface of the hole with the bottom of the piston unit, and a shield ring for maintaining airtightness provided between the outer peripheral surface of the tip portion of the guide shaft and the inner wall surface of the hole with the bottom,
A method of performing a video call between a first terminal and a second terminal, the method comprising: capturing video data, for the video call, with a camera of the first terminal; transmitting the captured video data in real time to the second terminal for use in the video call sufficient to cause output of the captured video data in real-time at a display of the second terminal in the video call; receiving a video hold input from a user at the first terminal to initiate a video hold state at the first terminal and transmitting a video hold message to the second terminal, wherein in response to receiving the video hold message, holding video data are output at the display of the second terminal in the video hold state instead of outputting video data captured by said camera of the first terminal in real-time; and characterised in that the method comprises, during the video hold state, capturing video data at the first terminal and transmitting the captured video data to the second terminal. capturing video data, for the video call, with a camera of the first terminal; transmitting the captured video data in real time to the second terminal for use in the video call sufficient to cause output of the captured video data in real-time at a display of the second terminal in the video call; receiving a video hold input from a user at the first terminal to initiate a video hold state at the first terminal and transmitting a video hold message to the second terminal, wherein in response to receiving the video hold message, holding video data are output at the display of the second terminal in the video hold state instead of outputting video data captured by said camera of the first terminal in real-time; and characterised in that the method comprises, during the video hold state, capturing video data at the first terminal and transmitting the captured video data to the second terminal.
A high frequency electrical connector (102, 104), comprising: an outer conductive shell (106, 108) supporting at least one signal contact therein and comprising a front end for mating with a mating connector and a back end opposite the front end for electrically connecting to a printed circuit board or a coaxial cable; characterized in that, the high frequency connector further comprises a primary ground connection (110,112) located inside of the outer conductive shell, the primary ground connection being configured to electrically engage the mating connector with the printed circuit board or with the coaxial cable; and a secondary ground connection (120, 122) separate from the primary ground connection (110, 112) located either inside or outside of the outer conductive shell, the secondary ground connection being configured to electrically engage the mating connector with the printed circuit board or with the coaxial cable, wherein the primary and secondary grounding connections define separate grounding paths of the electrical connector. an outer conductive shell (106, 108) supporting at least one signal contact therein and comprising a front end for mating with a mating connector and a back end opposite the front end for electrically connecting to a printed circuit board or a coaxial cable; characterized in that, the high frequency connector further comprises a primary ground connection (110,112) located inside of the outer conductive shell, the primary ground connection being configured to electrically engage the mating connector with the printed circuit board or with the coaxial cable; and a secondary ground connection (120, 122) separate from the primary ground connection (110, 112) located either inside or outside of the outer conductive shell, the secondary ground connection being configured to electrically engage the mating connector with the printed circuit board or with the coaxial cable, wherein the primary and secondary grounding connections define separate grounding paths of the electrical connector.
A die for extrusion molding comprising: a first face; a second face formed opposite the first face; a raw material supply section with a first through hole that extends from the first face toward the second face; and a molding section with a second through hole that extends from the second face toward the first face so as to communicate with the first through hole, wherein the die is obtainable through the steps of: machining a material of the die to form the material into a predetermined shape and to form a machining-affected layer on the inner wall surface of the second through hole in the molding section; forming an oxidized layer by heating the machining-affected layer to oxidize the layer so as to convert the machining-affected layer into the oxidized layer; removing the oxidized layer so that a treated surface is formed; and nitriding the treated surface by ion implantation to form a nitride layer. a first face; a second face formed opposite the first face; a raw material supply section with a first through hole that extends from the first face toward the second face; and a molding section with a second through hole that extends from the second face toward the first face so as to communicate with the first through hole, machining a material of the die to form the material into a predetermined shape and to form a machining-affected layer on the inner wall surface of the second through hole in the molding section; forming an oxidized layer by heating the machining-affected layer to oxidize the layer so as to convert the machining-affected layer into the oxidized layer; removing the oxidized layer so that a treated surface is formed; and nitriding the treated surface by ion implantation to form a nitride layer.
A composition for use in a method of in vivo diagnosis of atherosclerosis, which composition comprises a radioisotope-labeled compound which is a bifunctional chelating agent-mannosylated human serum albumin, labeled with a radioisotope.
A well cap assembly for use with a wellhead, the wellhead enabling a fluid extracted from a well to flow therethrough, the well cap assembly comprising: a port component having: a bore extending therethrough; an upper neck portion; an upper threaded portion formed adjacent the upper neck portion, the upper neck portion having a diameter which is less than a diameter formed by the upper threaded portion; a lower threaded portion; a circumferential barb formed on the upper neck portion configured to slidably receive an external flexible tube which is temporarily secured over the upper neck portion, to thus form a generally leak proof connection with the external flexible tube; and a cap element having an internally threaded portion for threadably engaging with the upper threaded portion of the upper neck portion and sealing the bore of the port component. a port component having: a bore extending therethrough; an upper neck portion; an upper threaded portion formed adjacent the upper neck portion, the upper neck portion having a diameter which is less than a diameter formed by the upper threaded portion; a lower threaded portion; a circumferential barb formed on the upper neck portion configured to slidably receive an external flexible tube which is temporarily secured over the upper neck portion, to thus form a generally leak proof connection with the external flexible tube; and a bore extending therethrough; an upper neck portion; an upper threaded portion formed adjacent the upper neck portion, the upper neck portion having a diameter which is less than a diameter formed by the upper threaded portion; a lower threaded portion; a circumferential barb formed on the upper neck portion configured to slidably receive an external flexible tube which is temporarily secured over the upper neck portion, to thus form a generally leak proof connection with the external flexible tube; and a cap element having an internally threaded portion for threadably engaging with the upper threaded portion of the upper neck portion and sealing the bore of the port component.
A method of producing a filled syringe comprising the steps of: forming a plastic syringe barrel in an injection molding machine immediately upstream of at least one housing assembly which defines a locally controlled environment, said syringe barrel having a cylindrical side wall, an open proximal receiving end and a frustoconically shaped outlet nozzle at its distal end; transferring said syringe barrel directly, without any additional cleaning or sterilization, from the injection molding machine, into said housing assembly to maintain a predetermined cleanliness level; directing a stream of filtered air toward said syringe barrel in said locally controlled environment to remove particles from surfaces thereof to clean said syringe barrel; delivering a stopper in said locally controlled environment; inserting said stopper into said open proximal end of said syringe barrel to close said proximal end; filling said syringe barrel with a substance through its outlet nozzle; delivering a tip cap to said locally controlled environment; air cleaning said tip cap in said locally controlled environment; assembling said tip cap to said outlet nozzle of said syringe barrel to form a prefilled syringe; and removing said prefilled syringe from said locally controlled environment. forming a plastic syringe barrel in an injection molding machine immediately upstream of at least one housing assembly which defines a locally controlled environment, said syringe barrel having a cylindrical side wall, an open proximal receiving end and a frustoconically shaped outlet nozzle at its distal end; transferring said syringe barrel directly, without any additional cleaning or sterilization, from the injection molding machine, into said housing assembly to maintain a predetermined cleanliness level; directing a stream of filtered air toward said syringe barrel in said locally controlled environment to remove particles from surfaces thereof to clean said syringe barrel; delivering a stopper in said locally controlled environment; inserting said stopper into said open proximal end of said syringe barrel to close said proximal end; filling said syringe barrel with a substance through its outlet nozzle; delivering a tip cap to said locally controlled environment; air cleaning said tip cap in said locally controlled environment; assembling said tip cap to said outlet nozzle of said syringe barrel to form a prefilled syringe; and removing said prefilled syringe from said locally controlled environment.
Tube guide for a laboratory automation system, wherein the tube guide comprises a plate having a guide opening; wherein the guide opening comprises two part openings that are separated by a crosspiece and that are connected by means of a slot; characterised in that the part openings comprise recesses that lie opposite one another on edges that face away from one another in each case for guiding a tube.
A process for producing fermentation products from starch-containing material comprising the steps of: i) liquefying the starch-containing material at a temperature above the initial gelatinization temperature using: - a Bacillus stearothermophilus alpha-amylase having a double deletion of positions 1181 + G182 or R179 + G180 and having a degree of identity of at least 60% to SEQ ID NO: 1 and - a protease having a thermostability value of more than 50% determined as Relative Activity at 80°C/70°C and further has the amino acid sequence shown as SEQ ID NO: 13 or has at least 80% sequence identity thereto; and - optionally a carbohydrate-source generating enzyme; ii) saccharifying using a carbohydrate-source generating enzyme; iii) fermenting using a fermenting organism; wherein a cellulolytic composition derived from Trichoderma reesei is present or added during fermentation or simultaneous saccharification and fermentation. i) liquefying the starch-containing material at a temperature above the initial gelatinization temperature using: - a Bacillus stearothermophilus alpha-amylase having a double deletion of positions 1181 + G182 or R179 + G180 and having a degree of identity of at least 60% to SEQ ID NO: 1 and - a protease having a thermostability value of more than 50% determined as Relative Activity at 80°C/70°C and further has the amino acid sequence shown as SEQ ID NO: 13 or has at least 80% sequence identity thereto; and - optionally a carbohydrate-source generating enzyme; - a Bacillus stearothermophilus alpha-amylase having a double deletion of positions 1181 + G182 or R179 + G180 and having a degree of identity of at least 60% to SEQ ID NO: 1 and - a protease having a thermostability value of more than 50% determined as Relative Activity at 80°C/70°C and further has the amino acid sequence shown as SEQ ID NO: 13 or has at least 80% sequence identity thereto; and - optionally a carbohydrate-source generating enzyme; ii) saccharifying using a carbohydrate-source generating enzyme; iii) fermenting using a fermenting organism;
Armrest assembly for connection to a seat cushion assembly, the armrest assembly comprising: an armrest body; an armrest support supporting the armrest body; an armrest positioning means connected to the armrest support, the armrest positioning means for raising and lowering the armrest body between a down position and an up position and also for setting an inclination angle of the armrest body, at least based on an inclination angle of a backrest frame, the armrest positioning means comprising: a seat base connection interface for connection with the seat cushion assembly; a backrest connection interface for connection with a backrest frame; an armrest adjustment arrangement connected to each of the seat base connection interface, the backrest connection interface and the armrest support for raising and lowering the armrest body and changing an inclination angle thereof based on an inclination angle of at least the backrest frame; and an actuator for actuating the movement between the down position and the up position. an armrest body; an armrest support supporting the armrest body; an armrest positioning means connected to the armrest support, the armrest positioning means for raising and lowering the armrest body between a down position and an up position and also for setting an inclination angle of the armrest body, at least based on an inclination angle of a backrest frame, the armrest positioning means comprising: a seat base connection interface for connection with the seat cushion assembly; a backrest connection interface for connection with a backrest frame; an armrest adjustment arrangement connected to each of the seat base connection interface, the backrest connection interface and the armrest support for raising and lowering the armrest body and changing an inclination angle thereof based on an inclination angle of at least the backrest frame; and an actuator for actuating the movement between the down position and the up position. a seat base connection interface for connection with the seat cushion assembly; a backrest connection interface for connection with a backrest frame; an armrest adjustment arrangement connected to each of the seat base connection interface, the backrest connection interface and the armrest support for raising and lowering the armrest body and changing an inclination angle thereof based on an inclination angle of at least the backrest frame; and an actuator for actuating the movement between the down position and the up position.
A device for operating at least one contact roller in contact with a take-up roller or with a polymer film bale wound to the take-up roller, preferably in a plant for stretching a polymer film which is, after the stretching step, wound to said take-up roller rotatable around a rotational axis, said at least one contact roller being rotatable around a rotational axis arranged parallel to the take-up roller's rotational axis, being supported movably by variable distances perpendicular relative to the take-up roller's rotational axis and providing for a permanent application of a predetermined pressure to the polymer film during said winding to the take-up roller or polymer film bale along a contact line being parallel to the axes of the take-up and contact rollers (0, 1) and on the surface of the contact roller and take-up roller or polymer film bale, said device characterised by comprising - at least one direct gearless-drive motor means for exerting a rotational drive force around a motor axis; - said motor axis being substantially parallel to the axes of the contact and take-up rollers (0, 1) and being capable of actuating force transmission means by its rotational movement; - said force transmission means being connected to and actuated by said at least one motor means and transforming the rotational drive force exerted by the axis of the at least one direct gearless-drive motor means into a translational drive force substantially perpendicular to the motor axis; - said force transmission means being capable of transmitting said translational drive force to the contact roller, thereby moving the contact roller towards, or away from, the take-up roller. - at least one direct gearless-drive motor means for exerting a rotational drive force around a motor axis; - said motor axis being substantially parallel to the axes of the contact and take-up rollers (0, 1) and being capable of actuating force transmission means by its rotational movement; - said force transmission means being connected to and actuated by said at least one motor means and transforming the rotational drive force exerted by the axis of the at least one direct gearless-drive motor means into a translational drive force substantially perpendicular to the motor axis; - said force transmission means being capable of transmitting said translational drive force to the contact roller, thereby moving the contact roller towards, or away from, the take-up roller.
A method for manufacturing a radio frequency device comprising an antenna connected to a capacitor, with said capacitor having at least one of its two first and second conductive plates (3A, 3B) formed by a plurality of portions P of wire conductor, with said method comprising the following steps: - forming, on a first substrate, at least one portion of the antenna, said first conductive plate connected to a first end of said portion of antenna; - forming, on a second substrate, the second conductive capacitor plate; - arranging or stacking the second substrate facing the first substrate, characterized in that it comprises the following steps: - forming, on the first substrate, at a second end of said portion of antenna, a first interconnection land or a third capacitor plate; - forming, on the second substrate in connection with the second conductive plate: - a second interconnection land so configured as to make an ohmic contact with said first interconnection land; - or a fourth capacitor plate so configured as to form a second capacitor facing said third plate. - forming, on a first substrate, at least one portion of the antenna, said first conductive plate connected to a first end of said portion of antenna; - forming, on a second substrate, the second conductive capacitor plate; - arranging or stacking the second substrate facing the first substrate, - forming, on the first substrate, at a second end of said portion of antenna, a first interconnection land or a third capacitor plate; - forming, on the second substrate in connection with the second conductive plate: - a second interconnection land so configured as to make an ohmic contact with said first interconnection land; - or a fourth capacitor plate so configured as to form a second capacitor facing said third plate.