mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system for imaging samples (54; 80; 80i) and comprising: a light source to irradiate a sample (54; 80; 80i) on an irradiation axis ; a first image detector mounted to receive light from the irradiated sample (54; 80; 80i) on an optical axis oblique to the irradiation axis ; a stage to support the sample (54; 80; 80i) in a specimen plane and comprising biological cells and/or tissue; a second image detector disposed on an imaging axis, wherein the first and second image detectors are disposed on opposite sides of the specimen plane from one another; a drive mechanism configured to move the stage and the imaging axis relative to one another; and a processor configured to (a) receive an image of the sample (54; 80; 80i) detected by the first image detector , (b) determine a physical location for a region of contrast produced by the sample (54; 80; 80i) within the image, and (c) send a signal to the drive mechanism based on the physical location, to dispose at least part of the sample (54; 80; 80i) producing the region of contrast in a field of view of the second image detector . a light source to irradiate a sample (54; 80; 80i) on an irradiation axis ; a first image detector mounted to receive light from the irradiated sample (54; 80; 80i) on an optical axis oblique to the irradiation axis ; a stage to support the sample (54; 80; 80i) in a specimen plane and comprising biological cells and/or tissue; a second image detector disposed on an imaging axis, wherein the first and second image detectors are disposed on opposite sides of the specimen plane from one another; a drive mechanism configured to move the stage and the imaging axis relative to one another; and a processor configured to (a) receive an image of the sample (54; 80; 80i) detected by the first image detector , (b) determine a physical location for a region of contrast produced by the sample (54; 80; 80i) within the image, and (c) send a signal to the drive mechanism based on the physical location, to dispose at least part of the sample (54; 80; 80i) producing the region of contrast in a field of view of the second image detector . (a) receive an image of the sample (54; 80; 80i) detected by the first image detector , (b) determine a physical location for a region of contrast produced by the sample (54; 80; 80i) within the image, and (c) send a signal to the drive mechanism based on the physical location, to dispose at least part of the sample (54; 80; 80i) producing the region of contrast in a field of view of the second image detector .
A tissue array production method, wherein roll-shaped tissue pieces formed by rolling sheet-like tissue pieces in the shape of a roll are arranged on a substrate in an array form, the method comprising the steps of: placing a holding member which holds a plurality of roll-shaped tissue pieces so that their axis directions are vertically directed in a container into which a melted embedding medium is poured for its accumulation, to hold the respective roll-shaped tissue pieces in the holding member; holding outer peripheries of the roll-shaped tissue pieces by the holding member, the holding member being an elastic member including a plurality of insertion holes having at least the same diameters as the minimum diameter of the roll-shaped tissue piece is used as said holding member, and the holding member having a cut-out portion for pouring the embedding medium; pouring the embedding medium into the container through the cut-out portion, to form a substrate block constituted so that the plurality of roll-shaped tissue pieces is arranged in the array form; and slicing the substrate block so that the roll-shaped tissue pieces are ring-shaped, to place the sliced pieces on the substrate. placing a holding member which holds a plurality of roll-shaped tissue pieces so that their axis directions are vertically directed in a container into which a melted embedding medium is poured for its accumulation, to hold the respective roll-shaped tissue pieces in the holding member; holding outer peripheries of the roll-shaped tissue pieces by the holding member, the holding member being an elastic member including a plurality of insertion holes having at least the same diameters as the minimum diameter of the roll-shaped tissue piece is used as said holding member, and the holding member having a cut-out portion for pouring the embedding medium; pouring the embedding medium into the container through the cut-out portion, to form a substrate block constituted so that the plurality of roll-shaped tissue pieces is arranged in the array form; and slicing the substrate block so that the roll-shaped tissue pieces are ring-shaped, to place the sliced pieces on the substrate.
A composition for forming a plating base, comprising: (A) inorganic nanoparticles that are made of at least one or two or more kinds of substances selected from a group consisting of metal, semiconductor substance, and metal oxide wherein the inorganic nanoparticles have an average particle diameter of 1 nm to 500 nm as measured according to a method of JIS H7804:2005 or JIS Z 8827-1:2008 ; (B) at least one or two or more kinds of organic pi conjugated ligands which include at least one selected from a group consisting of 2,11,20,29-tetrakis (carboxy) phthalocyanine (TCAP), 2,11,20,29- tetrakis (carboxy) naphthalocyanine (TCAN), and 2,3,11,12,20,21,29,30-Octakis (carboxy) phthalocyanine (OCAP); and (C) an aqueous or water-soluble solvent and/or dispersing medium wherein a residue of the composition exhibits electronic conductivity due to substantial loss of the aqueous or water-soluble solvent and/or dispersing medium from the composition. (A) inorganic nanoparticles that are made of at least one or two or more kinds of substances selected from a group consisting of metal, semiconductor substance, and metal oxide wherein the inorganic nanoparticles have an average particle diameter of 1 nm to 500 nm as measured according to a method of JIS H7804:2005 or JIS Z 8827-1:2008 ; (B) at least one or two or more kinds of organic pi conjugated ligands which include at least one selected from a group consisting of 2,11,20,29-tetrakis (carboxy) phthalocyanine (TCAP), 2,11,20,29- tetrakis (carboxy) naphthalocyanine (TCAN), and 2,3,11,12,20,21,29,30-Octakis (carboxy) phthalocyanine (OCAP); and (C) an aqueous or water-soluble solvent and/or dispersing medium wherein a residue of the composition exhibits electronic conductivity due to substantial loss of the aqueous or water-soluble solvent and/or dispersing medium from the composition.
Elevator safety device (ASE) with a trigger which has an actuating element preloaded by means of at least one main spring and an electromagnetic actuator which holds the actuating element in its standby position by means of the electromagnetically generated force against the tension of the main spring , while the actuating element is brought into its triggering position by the main spring as soon as the electromagnetically generated force of the actuator drops, wherein the electromagnetic actuator acts on the actuating element via a converter, wherein the converter is designed in such a way that the force the actuator has to apply electromagnetically to hold the actuating element in its standby position is less than the force generated by the tension of the main spring , characterized in that the converter is formed by a blocking device or blocking rod coupled directly to the actuator in combination with a retaining element and a retaining tube and, against the effect of an auxiliary spring , the actuator holds the blocking element or the blocking rod in a position which forces a positive engagement between the at least one radially movable retaining element and the actuating element , wherein, when the actuator is not energized or not sufficiently energized, the auxiliary spring moves the blocking element into a position in which the positive engagement between the at least one retaining element and the actuating element can be cancelled by the force of the main spring .
An oral dosage form comprising ketamine or a pharmaceutically acceptable salt or solvate thereof for use in the treatment of depression in patients with depression and bipolar disorder who have not responded to antidepressants, wherein the dosage form provides an in vitro release of ketamine, when measured according to the USP Basket Method I in 0.1M HCl at 37°C at 100 rpm of 0 to 40% after 2 hours, of 10 to 70% after 4 hours, of 30 to 85% after 6 hours and of 45 to 100% after 8 hours, wherein the dosage form is a matrix controlled release dosage form or a multi particulate controlled release dosage form, wherein in said matrix controlled release dosage form ketamin is dissolved or dispersed in an inert matrix and is released primarily by diffusion through the inert matrix once administered, and wherein in said multi particulate controlled release dosage form comprises pellets containing a core comprising ketamine and a release control layer coated upon the core.
Anti-fall safeguard for an insulating glass element of a glass facade, which element is fastened, in particular fastened by adhesive bonding, to a wooden structure, at least comprising: 1.1. a first connecting element which, in the mounted state, has two stops in a direction perpendicular to the glass facade and, in the mounted state, is fastened to the wooden structure, 1.2. a second connecting element which, in the mounted state, on the one hand engages in a groove in an outermost pane of the insulating glass element and on the other hand is displaceable between the two stops of the first connecting element and is connected to the first connecting element in a form-fitting manner, wherein, in the mounted state, the connecting elements are displaceable with respect to one another in a direction perpendicular to the glass facade. 1.1. a first connecting element which, in the mounted state, has two stops in a direction perpendicular to the glass facade and, in the mounted state, is fastened to the wooden structure, 1.2. a second connecting element which, in the mounted state, on the one hand engages in a groove in an outermost pane of the insulating glass element and on the other hand is displaceable between the two stops of the first connecting element and is connected to the first connecting element in a form-fitting manner,
A fluid ejection device , comprising: a fluid supply chamber to store fluid; a plurality of ejection chambers including nozzles and corresponding ejection members to selectively eject the fluid through the respective nozzles ; a channel to establish fluid communication between the fluid supply chamber and the ejection members ; a temperature adjustment module to establish at least one temperature of the fluid of the fluid ejection device ; and a sensor unit having a sensor plate , the sensor unit to detect at least one impedance in the fluid corresponding to the at least one temperature, characterised in that the sensor plate is disposed in the channel . a fluid supply chamber to store fluid; a plurality of ejection chambers including nozzles and corresponding ejection members to selectively eject the fluid through the respective nozzles ; a channel to establish fluid communication between the fluid supply chamber and the ejection members ; a temperature adjustment module to establish at least one temperature of the fluid of the fluid ejection device ; and a sensor unit having a sensor plate , the sensor unit to detect at least one impedance in the fluid corresponding to the at least one temperature, characterised in that the sensor plate is disposed in the channel .
A security processing method for a car sharing service, characterized by comprising: a smart terminal encrypting a second random code according to a first smart terminal encryption key, to obtain a first cyphertext, the first smart terminal encryption key comprising a first random code and order form information sent by a cloud server; the smart terminal sending the first cyphertext to a vehicle; the smart terminal receiving a third random code sent by the vehicle, wherein the third random code is sent to the smart terminal after being encrypted according to the first vehicle encryption key by the vehicle, the third random code being obtained by the vehicle by decrypting the first cyphertext according to a first vehicle encryption key, the first vehicle encryption key comprising the first random code and the order form information sent by the cloud server; the smart terminal subjecting the second random code and the third random code to comparative verification, to obtain an identity authentication result; when the identity authentication result has passed, the smart terminal sending encrypted service data to the vehicle; and the vehicle decrypting the service data to execute the service data. a smart terminal encrypting a second random code according to a first smart terminal encryption key, to obtain a first cyphertext, the first smart terminal encryption key comprising a first random code and order form information sent by a cloud server; the smart terminal sending the first cyphertext to a vehicle; the smart terminal receiving a third random code sent by the vehicle, wherein the third random code is sent to the smart terminal after being encrypted according to the first vehicle encryption key by the vehicle, the third random code being obtained by the vehicle by decrypting the first cyphertext according to a first vehicle encryption key, the first vehicle encryption key comprising the first random code and the order form information sent by the cloud server; the smart terminal subjecting the second random code and the third random code to comparative verification, to obtain an identity authentication result; when the identity authentication result has passed, the smart terminal sending encrypted service data to the vehicle; and the vehicle decrypting the service data to execute the service data.
A method in a node (100; 1100; 1300; 1600) of a wireless communication network of controlling radio transmission in the wireless communication network, the method comprising: managing sending of downlink control information to a user equipment (10; 1500; 1700), the downlink control information controlling reception of a data channel which is based on modulation using subcarriers from a first frequency subband and a second frequency subband and indicating, for the first frequency subband, a first start position for transmission of the data channel, and, for a second frequency subband, a second start position for transmission of the data channel, and based on the first start position and the second start position, controlling transmission of data on the data channel. managing sending of downlink control information to a user equipment (10; 1500; 1700), the downlink control information controlling reception of a data channel which is based on modulation using subcarriers from a first frequency subband and a second frequency subband and indicating, for the first frequency subband, a first start position for transmission of the data channel, and, for a second frequency subband, a second start position for transmission of the data channel, and based on the first start position and the second start position, controlling transmission of data on the data channel.
A process for polymerizing acrylates by means of a reactor , where heat of reaction arising in the reactor is removed by means of an evaporative cooler by gaseous vapor formed in the reactor being fed to the evaporative cooler and condensed vapor being recirculated from the evaporative cooler to the reactor , characterized in that at least one component containing acrylate is introduced at least partly via the evaporative cooler and goes via the evaporative cooler into the reactor , and in that a reduced pressure, in particular in the range from 150 mbar to 350 mbar, is generated in the reactor , and in that a reduced pressure compared to atmospheric pressure prevails in the reactor during the polymerization of the acrylate. heat of reaction arising in the reactor is removed by means of an evaporative cooler by gaseous vapor formed in the reactor being fed to the evaporative cooler and condensed vapor being recirculated from the evaporative cooler to the reactor , characterized in that at least one component containing acrylate is introduced at least partly via the evaporative cooler and goes via the evaporative cooler into the reactor , and in that a reduced pressure, in particular in the range from 150 mbar to 350 mbar, is generated in the reactor , and in that a reduced pressure compared to atmospheric pressure prevails in the reactor during the polymerization of the acrylate.
An acne-removing Chinese medicine composition which is prepared from the following raw materials by weight parts: mangosteen pericarp 60 to 80 parts thyme 10 to 20 parts fructus aurantii 10 to 20 parts.
An engine-off cooling system , with a pump , a coolant duct for a coolant and at least one component which is to be cooled, wherein the coolant duct is associated with a fuel pump , characterised in that the coolant duct extends through a holding means of the fuel pump .
A method of spreading fibres, the method comprising providing a continuous fibre bundle having an initial width W a and causing the fibre bundle to run, in a running direction, through tensioning means and contact means, the tension means intermittently varying the tension in the fibre bundle and the contact means comprising a microfibre fabric arranged to contact the fibre bundle, whereby the width of the fibre bundle increases to a spread width W b , and comprising causing or providing a ratio of spread width W b to the initial width W a of greater than 5:1.
A method for producing a recombinant CRM197 in a reduced genome E. coli host comprising incubating a reduced genome E. coli comprising an expression vector comprising a nucleotide sequence encoding a CRM197 protein fused to an ompA, ompF or ytfQ signal sequence that directs transfer of the CRM197 protein to the periplasm, wherein said nucleotide sequence is operably linked to an expression control sequence, under conditions suitable for the expression of the recombinant CRM197 protein, wherein the native parent E . coli strain is a K-12 strain comprising a native -2 frameshift mutation wherein the native -2 frameshift mutation comprises a deletion of nucleotides GT at positions 983 and 984 of ilvG relative to the intact ilvG, preferably K12 MG1655, and wherein the reduced genome E. coli host comprises the following modifications: (i) deletion of at least the following DNA segments: b0245-b0301, b0303-b0310, b1336-b1411, b4426-b4427, b2441-b2450, b2622-b2654, b2657-b2660, b4462, b1994-b2008, b4435, b3322-b3338, b2349-b2363, b1539-b1579, b4269-b4320, b2968-b2972, b2975-b2977, b2979-b2987, b4466-4468, b1137-b1172, b0537-b0565, b0016-b0022, b4412-b4413, b0577-b0582, b4415, b2389-b2390, b2392-b2395, b0358-b0368, b0370-b0380, b2856-b2863, b3042-b3048, b0656, b1325-b1333, b2030-b2062, b2190-b2192, b3215-b3219, b3504-b3505, b1070-b1083, bl878-bl894, b1917-b1950, b4324-b4342, b4345-b4358, b4486, b0497-b0502, b0700-b0706, b1456-b1462, b3481-b3484, b3592-b3596, b0981-b0988, b1021-b1029, b2080-b2096, b4438, b3440-b3445, b4451, b3556-b3558, b4455, b1786, b0150-b0153 and b2945 of the E . coli K- 12 strain MG1655 (ii) deletion of the rph gene to enhance orotate phosphoribosyltransferase activity, (iii) correction of the native -2 frameshift mutation in the ilvG gene in order to restore the active acetohydroxy acid synthase II production, preferably wherein said correction is an insertion of two nucleotides between positions 982 and 983, and (iv) deletion of the iclR and ankyrin-like regulator protein (b4017) genes; whereby a yield of at least 1 gram per liter, preferably at least 2 grams per liter of soluble CRM197 is obtained.
A leadless cardiac pacemaker (LCP) , comprising: a plurality of electrodes ; a sensor ; a controller connected to the plurality of electrodes and the sensor , the controller configured to: detect a change in a behavioral state; in response to detecting that change in the behavioral state, change a sampling rate of a sensor signal generated by the sensor ; determine, using the sampled sensor signal, an updated pacing rate; and deliver pacing pulses to the plurality of electrodes based on the updated pacing rate. a plurality of electrodes ; a sensor ; a controller connected to the plurality of electrodes and the sensor , the controller configured to: detect a change in a behavioral state; in response to detecting that change in the behavioral state, change a sampling rate of a sensor signal generated by the sensor ; determine, using the sampled sensor signal, an updated pacing rate; and deliver pacing pulses to the plurality of electrodes based on the updated pacing rate. detect a change in a behavioral state; in response to detecting that change in the behavioral state, change a sampling rate of a sensor signal generated by the sensor ; determine, using the sampled sensor signal, an updated pacing rate; and deliver pacing pulses to the plurality of electrodes based on the updated pacing rate.
A portable hoop lock comprising a lock body , which accommodates a locking mechanism , and a flexible or rigid hoop , wherein the hoop has a first end which is selectively lockable to the lock body or releasable from the lock body by means of the locking mechanism , and wherein the lock body comprises an alarm device having an acoustic signal generator for outputting an acoustically perceptible alarm signal and having at least one sound exit opening which communicates with the acoustic signal generator via a sound guidance channel , wherein the hoop has at least one cover section which is formed by a section of the hoop that adjoins the lock body when the hoop is locked to the lock body , wherein the sound guidance channel is oriented such that the cover section of the hoop is arranged in a straight-line extension (V) of the sound guidance channel when the hoop is locked to the lock body , wherein the sound guidance channel extends along a sound guide axis (S) in the direction of the sound exit opening , wherein the sound guide axis (S) intersects the cover section of the hoop when the hoop is locked to the lock body , characterized in that the sound guide axis (S) intersects a surface of the lock body facing the hoop at an acute angle. wherein the lock body comprises an alarm device having an acoustic signal generator for outputting an acoustically perceptible alarm signal and having at least one sound exit opening which communicates with the acoustic signal generator via a sound guidance channel , wherein the hoop has at least one cover section which is formed by a section of the hoop that adjoins the lock body when the hoop is locked to the lock body , wherein the sound guidance channel is oriented such that the cover section of the hoop is arranged in a straight-line extension (V) of the sound guidance channel when the hoop is locked to the lock body , wherein the sound guidance channel extends along a sound guide axis (S) in the direction of the sound exit opening , wherein the sound guide axis (S) intersects the cover section of the hoop when the hoop is locked to the lock body , characterized in that the sound guide axis (S) intersects a surface of the lock body facing the hoop at an acute angle.
A turbogenerator set comprising a turbogenerator , a turbine driving the turbogenerator and at least one load commutated inverter connected to the turbogenerator and connectable to an electric grid to supply active power to the electric grid, whereas the load commutated inverter comprises a multitude of thyristors , characterized in that the at least one load commutated inverter is connected to the turbogenerator via circuit breakers and the turbogenerator set further comprises a synchronous electric machine to supply active and reactive power to the electric grid, whereas the turbogenerator and the synchronous electric machine both are connected to the electric grid in parallel wherein the turbine is a gas turbine and the synchronous electric machine is a generator driven by a steam turbine in a combined gas and steam plant.