mhurhangee/ep-ind-claims huggingface dataset:
An optical detector unit, of the hybrid type, operating in a given wavelength range and comprising, in superposed manner: - a first optical detector, comprising detecting elements formed in a semiconductor structure, each detecting element being intended to convert a flux of incident photons into an electrical signal, and - a first read out circuit, for reading the electrical signal from each detecting element, - an imaging system including a second optical detector intended for increasing the range of operating wavelengths of the optical detector unit and a second read out circuit for reading the electrical signals from the detecting elements of the second optical detector, the first read out circuit and the second read out circuit being integrated together, in a manner so as to form a common read out circuit, - the common read out circuit comprising of electrodes connected one by one to the detecting elements of the first optical detector by means of a first electrical contact, each first electrical contact being formed in an electrical interconnection hole that passes through the semiconductor structure, characterised in that each detecting element of the first optical detector comprises a photodiode including a doped zone that is annular and extending in the semiconductor structure 20 in a cylindrical manner around the electrical interconnection hole up to a predetermined depth, the doped zone being in electrical contact with the corresponding electrode. - a first optical detector, comprising detecting elements formed in a semiconductor structure, each detecting element being intended to convert a flux of incident photons into an electrical signal, and - a first read out circuit, for reading the electrical signal from each detecting element, - an imaging system including a second optical detector intended for increasing the range of operating wavelengths of the optical detector unit and a second read out circuit for reading the electrical signals from the detecting elements of the second optical detector, the first read out circuit and the second read out circuit being integrated together, in a manner so as to form a common read out circuit, - the common read out circuit comprising of electrodes connected one by one to the detecting elements of the first optical detector by means of a first electrical contact, each first electrical contact being formed in an electrical interconnection hole that passes through the semiconductor structure,
Process for making a conditioning gel phase comprising: i) forming an aqueous dispersion of fatty alcohol having a straight chain alkyl group comprising from 8 to 22 carbon atoms and amidoamine; ii) adding a cationic surfactant having a formula N + R 1 R 2 R 3 R 4 wherein R 1 R 2 R 3 and R 4 are independently C 1 to C 30 alkyl or benzyl to the aqueous dispersion and mixing for from 20 to 60 minutes; and iii) neutralising the amidoamine, wherein the temperature of the mixture of cationic surfactant in the aqueous dispersion is maintained at from 56°C to 67°C. i) forming an aqueous dispersion of fatty alcohol having a straight chain alkyl group comprising from 8 to 22 carbon atoms and amidoamine; ii) adding a cationic surfactant having a formula N + R 1 R 2 R 3 R 4 wherein R 1 R 2 R 3 and R 4 are independently C 1 to C 30 alkyl or benzyl to the aqueous dispersion and mixing for from 20 to 60 minutes; and iii) neutralising the amidoamine,
A vacuum bag, comprising: a porous container portion for intake of debris comprising at least one opening, the container portion having a front wall and a back wall and the at least one opening being formed in the front wall; and a threaded fitting disposed in communication with the at least one opening, the threaded fitting being configured for attachment to a vacuum nozzle of a vacuum cleaner and being substantially aligned with the at least one opening formed in the front wall. a porous container portion for intake of debris comprising at least one opening, the container portion having a front wall and a back wall and the at least one opening being formed in the front wall; and a threaded fitting disposed in communication with the at least one opening, the threaded fitting being configured for attachment to a vacuum nozzle of a vacuum cleaner and being substantially aligned with the at least one opening formed in the front wall.
An aqueous composition for a livestock animal comprising potassium and sodium, wherein the potassium to sodium ratio is in the range of about 65:35 to about 95:05, and wherein the composition has an osmolarity greater than about 100 mosm/L and lower than about 320 mosm/L, and wherein the composition comprises an alkalinizing agent.
Joining piece for producing a mechanical joint between two elements, comprising: - a female part comprising a portion for mechanical assembly with a first element separate from the part, and a receiving portion continuing on from the mechanical assembly portion, the receiving portion comprising a single shell in the shape of an equatorial section of a sphere, - a male part comprising a portion for mechanical assembly with a second element separate from the part, and an insertion portion continuing on from the mechanical assembly portion, the insertion portion being in the shape of an equatorial section of a sphere, inserted with clearance into the shell of the receiving portion and being retained in it, so that the male part is rotatably mobile in one or more degrees of freedom relative to the female part while being mechanically assembled with it, characterized in that the male part and the female part are assembled together without any additional component or means, and the joining piece is configured so that the outer surface of the insertion portion and the inner surface of the shell of the receiving portion are in continuous contact over the entire circumference of the inside of the joining piece. - a female part comprising a portion for mechanical assembly with a first element separate from the part, and a receiving portion continuing on from the mechanical assembly portion, the receiving portion comprising a single shell in the shape of an equatorial section of a sphere, - a male part comprising a portion for mechanical assembly with a second element separate from the part, and an insertion portion continuing on from the mechanical assembly portion, the insertion portion being in the shape of an equatorial section of a sphere, inserted with clearance into the shell of the receiving portion and being retained in it, so that the male part is rotatably mobile in one or more degrees of freedom relative to the female part while being mechanically assembled with it, characterized in that the male part and the female part are assembled together without any additional component or means, and
Cooking appliance, having - at least one lambda probe projecting into a cooking chamber for acquiring at least one property of the cooking chamber by operating the lambda probe in a convention operation below a decomposition voltage of water, and - a control facility, which is connected to the lambda probe and which is embodied to control and/or regulate an operation of the cooking appliance on the basis of measurement data of the at least one lambda probe, characterised in that - the control facility is designed to operate the lambda probe in an alternating operation consisting of the conventional operation and a decomposition operation, - wherein the lambda probe can be operated in the decomposition operation at a pump voltage (Up), which is higher than a decomposition voltage of water, so that in this instance water impinging on the lambda probe is decomposed into hydrogen and oxygen, - and the control facility is designed to determine a moisture content in the cooking chamber using a difference evaluation of the measurement signal of the lambda probe in the conventional operation and in the decomposition operation of the lambda probe. - at least one lambda probe projecting into a cooking chamber for acquiring at least one property of the cooking chamber by operating the lambda probe in a convention operation below a decomposition voltage of water, and - a control facility, which is connected to the lambda probe and which is embodied to control and/or regulate an operation of the cooking appliance on the basis of measurement data of the at least one lambda probe, - the control facility is designed to operate the lambda probe in an alternating operation consisting of the conventional operation and a decomposition operation, - wherein the lambda probe can be operated in the decomposition operation at a pump voltage (Up), which is higher than a decomposition voltage of water, so that in this instance water impinging on the lambda probe is decomposed into hydrogen and oxygen, - and the control facility is designed to determine a moisture content in the cooking chamber using a difference evaluation of the measurement signal of the lambda probe in the conventional operation and in the decomposition operation of the lambda probe.
A cabinet system for a caravan, comprising at least two vertical cabinet walls (12, 14, 16), at least one cabinet base (18, 22) which is adjustably arranged at one of several specified heights between the cabinet walls (12, 14, 16), and a pre-equipment (24, 28, 30, 32, 36, 38, 80) for an air conditioner which can be installed in the cabinet system, characterized in that: the pre-equipment includes a supply air duct which extends over the entire height of the cabinet system, and wherein the supply air duct includes a plurality of predefined connection openings.
A method of updating a remote display unit in communication with a computing system, the method comprising: (a) periodically retrieving, by a thread executing on a computing system, display update information by: retrieving a bitmap image from a display buffer, examining a shared queue to determine whether or not there are drawing commands in the shared queue, and retrieving, when there are drawing commands in the shared queue, one or more drawing commands from the shared queue: (b) caching the display update information (c) creating, by the thread, a compressed display update from the display update information; and (d) transmitting, by a driver executing on the computing system, the compressed display update to the remote display unit; wherein the compressed display update is: a lossy display update created, by the thread, using a lossy compression algorithm when examining the shared queue determined that there were drawing commands in the shared queue; and a lossless display update created, by the thread, using a lossless compression algorithm when examining the shared queue determined that there were no drawing commands in the shared queue. (a) periodically retrieving, by a thread executing on a computing system, display update information by: retrieving a bitmap image from a display buffer, examining a shared queue to determine whether or not there are drawing commands in the shared queue, and retrieving, when there are drawing commands in the shared queue, one or more drawing commands from the shared queue: retrieving a bitmap image from a display buffer, examining a shared queue to determine whether or not there are drawing commands in the shared queue, and retrieving, when there are drawing commands in the shared queue, one or more drawing commands from the shared queue: (b) caching the display update information (c) creating, by the thread, a compressed display update from the display update information; and (d) transmitting, by a driver executing on the computing system, the compressed display update to the remote display unit; wherein the compressed display update is: a lossy display update created, by the thread, using a lossy compression algorithm when examining the shared queue determined that there were drawing commands in the shared queue; and a lossless display update created, by the thread, using a lossless compression algorithm when examining the shared queue determined that there were no drawing commands in the shared queue. a lossy display update created, by the thread, using a lossy compression algorithm when examining the shared queue determined that there were drawing commands in the shared queue; and a lossless display update created, by the thread, using a lossless compression algorithm when examining the shared queue determined that there were no drawing commands in the shared queue.
A method for measuring a characteristic of an analyte or indicator in a body fluid in a system comprising a meter and a separate test sensor container, the method comprising: a) measuring at least one quantity representative of the characteristic of the analyte or indicator; b) polling for a test sensor container; c) on successful polling, wirelessly transferring information from the test sensor container to the meter and; d) calculating the characteristic of the analyte or indicator using said quantity and the information and in which step (c) is complete before the start of step (d) characterised in that step (c) commences once a trigger level of the predetermined quantity is reached. a) measuring at least one quantity representative of the characteristic of the analyte or indicator; b) polling for a test sensor container; c) on successful polling, wirelessly transferring information from the test sensor container to the meter and; d) calculating the characteristic of the analyte or indicator using said quantity and the information and in which step (c) is complete before the start of step (d) characterised in that step (c) commences once a trigger level of the predetermined quantity is reached.
A method for preparing a crystal form A of a compound of formula I, comprising dissolving the compound of formula I in a reaction solvent and adding another solvent dropwise for precipitation to give the crystal form A of the compound of formula I, wherein the crystal form A exhibits an X-ray powder diffraction pattern as shown in FIG.1, wherein the reaction solvent is acetone, and wherein another solvent is water.
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 (5, 6) 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 hand sanitization device (10n; 10o) comprising: a housing (1403, 1404) configured to be mounted on a door comprising a handle, wherein the handle comprises a rose, wherein the housing is configured to be mounted on the door such that an upper housing portion lies above the rose, a lower housing portion lies below the rose, and a narrow housing portion lies adjacent the rose and conforms thereto; a cartridge disposed within the housing, wherein the cartridge contains a sanitizer agent; an actuatable pump disposed in the housing and operably coupled with the cartridge, wherein actuation of the actuatable pump causes the cartridge to dispense the sanitizer agent to a user's hand; and an actuation mechanism operably coupled to the actuatable pump and movable from a first position to a second position, wherein movement of the actuation mechanism from the first position to the second position actuates the pump. a housing (1403, 1404) configured to be mounted on a door comprising a handle, wherein the handle comprises a rose, wherein the housing is configured to be mounted on the door such that an upper housing portion lies above the rose, a lower housing portion lies below the rose, and a narrow housing portion lies adjacent the rose and conforms thereto; a cartridge disposed within the housing, wherein the cartridge contains a sanitizer agent; an actuatable pump disposed in the housing and operably coupled with the cartridge, wherein actuation of the actuatable pump causes the cartridge to dispense the sanitizer agent to a user's hand; and an actuation mechanism operably coupled to the actuatable pump and movable from a first position to a second position, wherein movement of the actuation mechanism from the first position to the second position actuates the pump.
An epoxy resin composition comprising the following constituent components: an epoxy resin in which 50 mass% or more is accounted for by a compound as represented by Formula given below, a curing agent based on an organic nitrogen compound, a phosphate, a phosphazene compound and a thermoplastic resin which is in a phenoxy resin: where R 1, R 2, and R 3 denote either a hydrogen atom or a methyl group, and n is an integer of 1 or higher.
A system comprising at least one processing unit configured to: - obtain (200, 700) data collected by one or more sensors of at least one marine vessel (400, 500), said data being representative of one or more situations encountered by the marine vessel during its voyage, - prioritize data according to at least one relevance criterion, - when the marine vessel is located in a zone in which at least one remote data communication link meets a criterion, trigger transmission of at least some of the data using the at least one remote data communication link, wherein data are transmitted according to priority determined for the data, wherein the system is characterized in that: - the marine vessel (400, 500) embeds a second system comprising a machine learning algorithm attempting to provide output representative of actual situation encountered by the marine vessel (400, 500) during its voyage based at least on the data collected by said one or more sensors, wherein the system is configured to: - prioritize the data according to the at least one relevance criterion depending on a matching between the actual situation and the output provided by the second system according to a matching criterion. - obtain (200, 700) data collected by one or more sensors of at least one marine vessel (400, 500), said data being representative of one or more situations encountered by the marine vessel during its voyage, - prioritize data according to at least one relevance criterion, - when the marine vessel is located in a zone in which at least one remote data communication link meets a criterion, trigger transmission of at least some of the data using the at least one remote data communication link, wherein data are transmitted according to priority determined for the data, - the marine vessel (400, 500) embeds a second system comprising a machine learning algorithm attempting to provide output representative of actual situation encountered by the marine vessel (400, 500) during its voyage based at least on the data collected by said one or more sensors, - prioritize the data according to the at least one relevance criterion depending on a matching between the actual situation and the output provided by the second system according to a matching criterion.
A wireless communication system for operating under a communication environment comprising communication stations (STAO, STA2, STA4) configured to transmit beacons describing network-related information to each other at predetermined time intervals, with no controlling-station/controlled-station relations, wherein a communication station of said system comprises: a communication unit (106, 110, 109) configured to transmit and receive wireless data; a beacon signal generating unit configured to generate beacon signals describing information relating to an own station; and a beacon signal analyzing unit configured to analyze beacon signals received from nearby stations (STAO, STA2) by said communication unit (106, 110, 109); characterized in that said communication station (100/STA4) further comprises: a collision avoiding unit (103, 113) configured to request at least one (STAO) of said nearby stations (STAO, STA2) to change the beacon transmission timing thereof when collision between beacon signals from said at least one nearby station (STAO) and another of said nearby stations is detected by said beacon signal analyzing unit. a communication unit (106, 110, 109) configured to transmit and receive wireless data; a beacon signal generating unit configured to generate beacon signals describing information relating to an own station; and a beacon signal analyzing unit configured to analyze beacon signals received from nearby stations (STAO, STA2) by said communication unit (106, 110, 109); a collision avoiding unit (103, 113) configured to request at least one (STAO) of said nearby stations (STAO, STA2) to change the beacon transmission timing thereof when collision between beacon signals from said at least one nearby station (STAO) and another of said nearby stations is detected by said beacon signal analyzing unit.
A method for decoding a current picture from an encoded HEVC video bitstream using a reference picture set, comprising: receiving the encoded bitstream; decoding first information in a slice header of the encoded video bitstream, wherein the first information is a value of the least significant bits, LSB, of a picture order count, POC, of a reference picture in the reference picture set; after decoding the first information, determining third information which is used to determine whether second information is included in the encoded video bitstream, wherein the second information is a value of the most significant bits, MSB, of the POC of the reference picture in the reference picture set; if the second information is included in the encoded video bitstream, decoding the second information included in the slice header of the encoded video bitstream after the first information; decoding the reference picture set using at least the first information and the third information; decoding the current picture to generate a current decoded picture by using inter prediction based on the reference picture set; and storing the current decoded picture to be referred for further inter prediction. receiving the encoded bitstream; decoding first information in a slice header of the encoded video bitstream, wherein the first information is a value of the least significant bits, LSB, of a picture order count, POC, of a reference picture in the reference picture set; after decoding the first information, determining third information which is used to determine whether second information is included in the encoded video bitstream, wherein the second information is a value of the most significant bits, MSB, of the POC of the reference picture in the reference picture set; if the second information is included in the encoded video bitstream, decoding the second information included in the slice header of the encoded video bitstream after the first information; decoding the reference picture set using at least the first information and the third information; decoding the current picture to generate a current decoded picture by using inter prediction based on the reference picture set; and storing the current decoded picture to be referred for further inter prediction.