mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for controlling a position of a sample in a liquid chromatography system, comprising: a sample compartment for a liquid chromatography system, the sample compartment comprising an enclosure; a rotary drive mechanism for controlling a rotational position of a sample tray enclosed within the enclosure, comprising: a shaft 2. that extends through an opening in the enclosure, the shaft having a first portion disposed inside the enclosure and a second portion external to the sample compartment ; a mounting platform disposed inside and enclosed by the enclosure, the mounting platform being secured to the first portion of the shaft , and configured to receive the sample tray . Z a rotational coupling secured to the second portion of the shaft ; and a rotary position encoder Z disposed about the second portion of the shaft ; Z a stepper motor having a motor shaft , the stepper motor being external to the sample compartment ; and a coupling element engaging the rotational coupling of the rotary drive mechanism and the motor shaft . a sample compartment for a liquid chromatography system, the sample compartment comprising an enclosure; a rotary drive mechanism for controlling a rotational position of a sample tray enclosed within the enclosure, comprising: a shaft 2. that extends through an opening in the enclosure, the shaft having a first portion disposed inside the enclosure and a second portion external to the sample compartment ; a mounting platform disposed inside and enclosed by the enclosure, the mounting platform being secured to the first portion of the shaft , and configured to receive the sample tray . Z a rotational coupling secured to the second portion of the shaft ; and a rotary position encoder Z disposed about the second portion of the shaft ; Z a shaft 2. that extends through an opening in the enclosure, the shaft having a first portion disposed inside the enclosure and a second portion external to the sample compartment ; a mounting platform disposed inside and enclosed by the enclosure, the mounting platform being secured to the first portion of the shaft , and configured to receive the sample tray . Z a rotational coupling secured to the second portion of the shaft ; and a rotary position encoder Z disposed about the second portion of the shaft ; Z a stepper motor having a motor shaft , the stepper motor being external to the sample compartment ; and a coupling element engaging the rotational coupling of the rotary drive mechanism and the motor shaft .
A lighting device comprising: - a luminescent concentrator , the luminescent concentrator comprising a waveguide having a radiation input face , a radiation exit face , and a width (W) being defined by the radiation input face and an opposite face , the waveguide comprising a radiation converter element distributed in the waveguide with a radiation converter concentration, wherein the waveguide comprises a single crystal or a ceramic; - a solid state light source configured to irradiate the radiation input face of the waveguide with solid state light source radiation ; wherein the radiation converter element is configured to absorb at least part of the light source radiation and to convert into radiation converter element radiation , and wherein the radiation converter concentration is selected at least three times higher than necessary to absorb 98% of the light source radiation over the width (W) of the waveguide ; - wherein the radiation converter element comprises a radiation excitation spectrum and a radiation emission spectrum, wherein the overlapping area of the excitation spectrum and the emission spectrum is in the range of 2 - 50 % of the emission spectrum. - a luminescent concentrator , the luminescent concentrator comprising a waveguide having a radiation input face , a radiation exit face , and a width (W) being defined by the radiation input face and an opposite face , the waveguide comprising a radiation converter element distributed in the waveguide with a radiation converter concentration, wherein the waveguide comprises a single crystal or a ceramic; - a solid state light source configured to irradiate the radiation input face of the waveguide with solid state light source radiation ; wherein the radiation converter element is configured to absorb at least part of the light source radiation and to convert into radiation converter element radiation , and wherein the radiation converter concentration is selected at least three times higher than necessary to absorb 98% of the light source radiation over the width (W) of the waveguide ; - wherein the radiation converter element comprises a radiation excitation spectrum and a radiation emission spectrum, wherein the overlapping area of the excitation spectrum and the emission spectrum is in the range of 2 - 50 % of the emission spectrum.
A method in a network node, comprising: determining a mapping between one or more types of traffic and one or more classes; and communicating an indicator to a wireless device, wherein the indicator indicates to use the mapping to determine which of the classes to use during a listen before-talk procedure for determining whether the wireless device can transmit in a channel, wherein the one or more classes comprises a first class that the mapping associates with a first type of traffic and a second class that the mapping associates with a second type of traffic, the first class providing a higher likelihood of acquiring the channel than the second class, and the indicator indicates to use the first class for a transmission that includes the first type of traffic and to use the second class for a transmission that includes the second type of traffic. determining a mapping between one or more types of traffic and one or more classes; and communicating an indicator to a wireless device, wherein the indicator indicates to use the mapping to determine which of the classes to use during a listen before-talk procedure for determining whether the wireless device can transmit in a channel, wherein the one or more classes comprises a first class that the mapping associates with a first type of traffic and a second class that the mapping associates with a second type of traffic, the first class providing a higher likelihood of acquiring the channel than the second class, and the indicator indicates to use the first class for a transmission that includes the first type of traffic and to use the second class for a transmission that includes the second type of traffic.
Reflector for an illuminating device of a vehicle with a reflection surface and with a bowl-shaped metallic base body supporting the reflection surface , where the reflection surface is positioned on one inner surface of the base body so that at least the reflection surface of the reflector is formed by an injection-molded element made of plastic material applied to the metallic base body of the reflector and so that the base body in formed in such a way that the applied injection-molded element is connected in fixed position to the metallic base body , characterized in that the metallic base body features a recess to form a fixing area in such a way that the injection-molded element can be connected by means of firstly injecting through the recess and secondly injection molding to an edge section of the recess allocated to the outside surface of the metallic base body .
An unlocking structure for unlocking pluggable modules locked by mounting cages with cages' engagement springs , comprising: a casing ; an unlocking plate set onto the casing to slide along the casing in the casing's longitudinal direction, wherein the unlocking plate can complete module unlocking once the unlocking plate slides to a designated position, the unlocking plate including a detention edge; and a motion block piece set between the unlocking plate and the casing , wherein the motion block piece can move in a transverse direction in relation to the casing , or in a direction containing the transverse direction, the motion block piece including a detention bulge ; characterized in that when the unlocking plate slides to the designated position and completes module unlocking, the detention edge of the unlocking plate is locked by the detention bulge . a casing ; an unlocking plate set onto the casing to slide along the casing in the casing's longitudinal direction, wherein the unlocking plate can complete module unlocking once the unlocking plate slides to a designated position, the unlocking plate including a detention edge; and a motion block piece set between the unlocking plate and the casing , wherein the motion block piece can move in a transverse direction in relation to the casing , or in a direction containing the transverse direction, the motion block piece including a detention bulge ;
An optical package, comprising: a package substrate , wherein the package substrate comprises a recessed edge ; a compute die on the package substrate ; an optics die on the package substrate and overhanging the recessed edge of the package substrate ; an integrated heat spreader, IHS , over the compute die and the optics die ; and a lid covering the recess in the package substrate , wherein the lid comprises a plate and posts extending towards the IHS between ferrules which are provided on the IHS, wherein the lid, the package substrate , and the IHS define a cavity in the optical package, and wherein the cavity is filled with a sealant . a package substrate , wherein the package substrate comprises a recessed edge ; a compute die on the package substrate ; an optics die on the package substrate and overhanging the recessed edge of the package substrate ; an integrated heat spreader, IHS , over the compute die and the optics die ; and a lid covering the recess in the package substrate , wherein the lid comprises a plate and posts extending towards the IHS between ferrules which are provided on the IHS, wherein the lid, the package substrate , and the IHS define a cavity in the optical package, and wherein the cavity is filled with a sealant .
A method for producing an aluminum hydroxide-coated SiC particle powder comprising a step (C) of preparing a raw material dispersion which contains SiC particles, an alkali, and water and has a pH of from 9.0 to 12.0 and a raw material solution containing sodium aluminate and water and step (D) of adding the raw material solution and an acid to the raw material dispersion to maintain a pH in a range of from 9.0 to 12.0 and wherein the alkali is at least one selected from the group consisting of ammonia, potassium hydroxide, sodium hydroxide, ammonium hydrogen carbonate, ammonium carbonate, potassium hydrogen carbonate, potassium carbonate, sodium hydrogen carbonate, sodium carbonate, tetramethylammonium hydroxide, tetraethylammonium hydroxide, tetrabutylammonium hydroxide, methylamine, dimethylamine, trimethylamine, ethylamine, diethylamine, triethylamine, ethylenediamine, monoethanolamine, N-(β-aminoethyl)ethanolamine, hexamethylenediamine, diethylenetriamine, triethylenetetramine, anhydrous piperazine, piperazine hexahydrate, 1-(2-aminoethyl)piperazine, N-methylpiperazine, guanidine, imidazole, and triazole.
An electromagnetically moving device , comprising: - a movable core ; - a stationary core with which the movable core is provided in a releasably attachable manner thereto and a permanent magnet is provided so as to attract the movable core , the stationary core being provided at a position where it forms, when the movable core is not attached thereto, a magnetic path without going through the permanent magnet ; - a stopper plate which is provided at a position where the movable core reaches its moving end after being separated from the stationary core ; - a drive coil which, when a driving current is applied thereto, is adapted to cause the movable core to move; and a magnetic-flux variation measuring unit ; characterised in that : - the stopper plate is made up of a magnetic member; - the electromagnetically moving device further comprises a support column for supporting the stopper plate , which is fixed to the stationary core , and is made up of a magnetic member; - the magnetic flux variation measuring unit is provided on the support column placed outside a closed magnetic path that passes attached surfaces of the movable core and the stationary core when the movable core and the stationary core are being attached to each other and is adapted to measure a magnetic-flux variation that emerges in the support column at the time the movable core moves due to a magnetic force generated when the driving current is applied to the drive coil . - a movable core ; - a stationary core with which the movable core is provided in a releasably attachable manner thereto and a permanent magnet is provided so as to attract the movable core , the stationary core being provided at a position where it forms, when the movable core is not attached thereto, a magnetic path without going through the permanent magnet ; - a stopper plate which is provided at a position where the movable core reaches its moving end after being separated from the stationary core ; - a drive coil which, when a driving current is applied thereto, is adapted to cause the movable core to move; and - the stopper plate is made up of a magnetic member; - the electromagnetically moving device further comprises a support column for supporting the stopper plate , which is fixed to the stationary core , and is made up of a magnetic member; - the magnetic flux variation measuring unit is provided on the support column placed outside a closed magnetic path that passes attached surfaces of the movable core and the stationary core when the movable core and the stationary core are being attached to each other and is adapted to measure a magnetic-flux variation that emerges in the support column at the time the movable core moves due to a magnetic force generated when the driving current is applied to the drive coil .
A method for producing a press-formed product from a blank metal plate , wherein the press-formed product includes a main body part that bends along a lengthwise direction in plan view and has a first end part and a second end part respectively on both ends of the main body part , and a protruded part that protrudes outward of bending from a bent part of the main body part , the main body part and the protruded part each comprise top plate parts and vertical wall parts each extending from opposite sides of the top plate parts, a groove part along the lengthwise direction of the main body part is provided on a surface of the top plate part of the main body part , among the vertical wall parts, the vertical wall part extending from the first end part of the main body part to the protruded part has a corner part connecting the main body part and the protruded part , and in a ridge part formed by the top plate part and the vertical wall part extending from the first end part (11 a) of the main body part to the protruded part , an angle that is formed by a part which is on the main body side from the corner part and a part which is on the protruded part side from the corner part is an acute angle, the method for producing the press-formed product being characterized by : a first step; and a second step, wherein in the first step, by applying press-working to the blank metal plate , a surface shape on the second end part side from the bent part of the main body part is formed, in a surface shape of the top plate part, and further the vertical wall part extending from the first end part side of the main body part to the protruded part is formed, and in the second step, a surface shape on the first end part side from the bent part of the main body part is formed, in the surface shape of the top plate part, by applying press-working to the blank metal plate after the first step.
Screw spindle pump designed for delivering a cooling liquid for cooling of a battery and/or power electronics or a drive assembly of a motor vehicle or a cleaning or supply liquid of a motor vehicle, comprising a housing in which a working spindle , which is to be or is coupled to a drive assembly, and at least one running spindle , which meshes with said working spindle, are accommodated, and comprising a feather-key-like support element , which is fixed by the housing and against which the working spindle and the running spindle are axially supported, wherein, in the housing , there is provided at least one aperture through which it is possible to insert the support element , which, in the assembled position, is received with one end in the aperture and with the other end in a receiving part situated diametrically opposite the aperture , wherein the support element is secured via at least one securing element which closes the aperture at the outside.
A peptide consisting of an amino acid sequence according to SEQ ID No. 274; or a pharmaceutically acceptable salt thereof.
A computer comprising: an operating system providing a touch user interface, UI, environment appropriate for user inputs with a touch panel and a desktop UI environment different from the touch UI environment and appropriate for user inputs with a mouse and a keyboard, and a printer driver for generating print data to be transmitted to a printer , characterized in that , when executed on the computer, the operating system displays a setting screen that enables a user to set a duration of a toast notification to be displayed, if the printer driver receives (S601), from a document application conforming to the touch UI environment , drawing data and print setting information that was designated on the touch UI environment , the receipt causing a dialog to be displayed, the printer driver causes the operating system to display the toast notification on the touch UI environment without the dialog being displayed on the touch UI environment, the operating system displaying the toast notification on the touch UI environment until the set duration elapses, the operating system, in response to the toast notification being tapped by the user, changes a UI environment from the touch UI environment to the desktop UI environment, which includes the dialog displayed by the printer driver , and in response to information having been input by the user to the dialog displayed on the desktop UI environment , the printer driver generates (S607) print data to be transmitted to the printer based on the print setting information, the input information and drawing data. an operating system providing a touch user interface, UI, environment appropriate for user inputs with a touch panel and a desktop UI environment different from the touch UI environment and appropriate for user inputs with a mouse and a keyboard, and a printer driver for generating print data to be transmitted to a printer , characterized in that , when executed on the computer, the operating system displays a setting screen that enables a user to set a duration of a toast notification to be displayed, if the printer driver receives (S601), from a document application conforming to the touch UI environment , drawing data and print setting information that was designated on the touch UI environment , the receipt causing a dialog to be displayed, the printer driver causes the operating system to display the toast notification on the touch UI environment without the dialog being displayed on the touch UI environment, the operating system displaying the toast notification on the touch UI environment until the set duration elapses, the operating system, in response to the toast notification being tapped by the user, changes a UI environment from the touch UI environment to the desktop UI environment, which includes the dialog displayed by the printer driver , and in response to information having been input by the user to the dialog displayed on the desktop UI environment , the printer driver generates (S607) print data to be transmitted to the printer based on the print setting information, the input information and drawing data.
A method for operating a device that communicates via inductive coupling to detect an external tag , the method comprising: - generating, by a Tx transmitter unit of the device , a transmitted signal , wherein a Tx transmitter control unit of the device is configured for controlling the Tx transmitter unit of the device ; - sweeping, by the Tx transmitter control unit of the device , a first output value of the transmitted signal by increasing or decreasing the first output value of the transmitted signal so that a step change in a second output value of the transmitted signal is detectable, the step change being caused by the external tag harvesting sufficient energy to enable the external tag to start up; and - monitoring, by the device , the second output value of the transmitted signal , detecting the external tag when there is the step change in the second output value of the transmitted signal ; wherein the first output value of the transmitted signal comprises one of the following: - a voltage of the transmitted signal , - a power of the transmitted signal , - a current of the transmitted signal ; wherein the second output value of the transmitted signal comprises one of the following: - a current of the transmitted signal , - a voltage of the transmitted signal , - a power of the transmitted signal , and wherein the second output value is not the same as the first output value. - generating, by a Tx transmitter unit of the device , a transmitted signal , wherein a Tx transmitter control unit of the device is configured for controlling the Tx transmitter unit of the device ; - sweeping, by the Tx transmitter control unit of the device , a first output value of the transmitted signal by increasing or decreasing the first output value of the transmitted signal so that a step change in a second output value of the transmitted signal is detectable, the step change being caused by the external tag harvesting sufficient energy to enable the external tag to start up; and - monitoring, by the device , the second output value of the transmitted signal , detecting the external tag when there is the step change in the second output value of the transmitted signal ; - a voltage of the transmitted signal , - a power of the transmitted signal , - a current of the transmitted signal ; - a current of the transmitted signal , - a voltage of the transmitted signal , - a power of the transmitted signal , and