mhurhangee/ep-ind-claims huggingface dataset:
A portal authentication method, comprising: receiving, by an Access Controller, AC, a Dynamic Host Configuration Protocol, DHCP, request message sent by a terminal, and in response to finding that a user of the terminal is an unauthenticated user, assigning a private network IP address to the terminal; after portal authentication of the terminal is finished, disconnecting, by the AC, a wireless connection of the terminal; and when receiving a DHCP request message sent by the terminal again, determining, by the AC, that the user of the terminal passes the authentication, assigning a public network IP address to the terminal, wherein the method is characterized by: after determining that the user of the terminal passes the authentication, sending, by the AC, an accounting request message to a Remote Authentication Dial In User Service, RADIUS, server; and after finding that the terminal is offline, sending, by the AC, an accounting stop message to the RADIUS server, disconnecting the wireless connection of the terminal, and releasing the public network IP address. receiving, by an Access Controller, AC, a Dynamic Host Configuration Protocol, DHCP, request message sent by a terminal, and in response to finding that a user of the terminal is an unauthenticated user, assigning a private network IP address to the terminal; after portal authentication of the terminal is finished, disconnecting, by the AC, a wireless connection of the terminal; and when receiving a DHCP request message sent by the terminal again, determining, by the AC, that the user of the terminal passes the authentication, assigning a public network IP address to the terminal, wherein the method is characterized by: after determining that the user of the terminal passes the authentication, sending, by the AC, an accounting request message to a Remote Authentication Dial In User Service, RADIUS, server; and after finding that the terminal is offline, sending, by the AC, an accounting stop message to the RADIUS server, disconnecting the wireless connection of the terminal, and releasing the public network IP address. after determining that the user of the terminal passes the authentication, sending, by the AC, an accounting request message to a Remote Authentication Dial In User Service, RADIUS, server; and after finding that the terminal is offline, sending, by the AC, an accounting stop message to the RADIUS server, disconnecting the wireless connection of the terminal, and releasing the public network IP address.
A sustained-delivery formulation of 1,2-dihydro-3-cyano-6-methyl-5-(4-pyridinyl)-2 -pyridinone (milrinone) or a pharmaceutically acceptable salt thereof; for use in treating heart failure with preserved ejection fraction (HFpEF); wherein the formulation permits delivery of milrinone in an amount to achieve steady state plasma levels effective to alleviate the symptoms of HFpEF; wherein delivery of milrinone is in the range of between 0.1 μg/kg body weight per minute to 20 μg/kg body weight per minute.
A machine for making tobacco industry products comprising a base having a vertical front wall, a plurality of operating elements supported by the vertical front wall and an air suction system comprising at least one suction source, wherein the suction system comprises a tubular structure directly connecting the source to at least one operating element, characterized in that the tubular structure comprises at least one conduit (10, 14) directly connecting the source to at least one operating element, and in that the tubular structure is ring-shaped and comprises a main conduit having two inlet openings in communication with the source; the operating elements being directly connected to the source through the main conduit.
A barrier comprising at least two barrier sections (11a, 11b, 11c), the barrier having only one connecting assembly at one or both ends of each barrier section (11a, 11b, 11c), the connecting assembly having: - only one projecting portion located at one end of a first barrier section; - only one receiving portion located at one end of a second barrier section, adjacent the first barrier section, and - a connection device; wherein at least two apertures (31, 32) pass through the projecting portion and at least two apertures (41, 42) pass through the receiving portion, wherein the connecting device has two shafts (3, 4) aligned in the same plane, wherein the shafts (3, 4) are adapted to be received through the apertures (31, 32, 41, 42) in the projecting portion and the corresponding receiving portion, wherein the projecting portion and the receiving portion are configured to selectively engage with a corresponding receiving portion or projecting portion respectively of an adjacent barrier section (11a, 11b, 11c) via the connecting device, wherein, when both apertures through the respective receiving portion and projecting portion are aligned and engaged via the connecting device, the barrier sections (11a, 11b, 11c) have a fixed relationship, wherein, when outermost apertures through the respective receiving portion and projecting portion are aligned and engaged via the at least one connecting device, the barrier sections have a pivotable relationship, and wherein the projecting portion is a single centrally positioned protrusion and the receiving portion has a corresponding single recess with two sides (43,44) having the apertures (41, 42). - only one projecting portion located at one end of a first barrier section; - only one receiving portion located at one end of a second barrier section, adjacent the first barrier section, and - a connection device;
A cell line that is genetically modified to reduce the expression of (i) GnTIVa and/or GnTIVb, and (ii) GnTV. (i) GnTIVa and/or GnTIVb, and (ii) GnTV.
A haulage vehicle comprising: - a vessel pivotably provided relative to the vehicle; - a hoist cylinder provided telescopically between the vessel and the vehicle; - a hydraulic power source that supplies the host cylinder with hydraulic oil; - a valve provided between the hydraulic power source and the hoist cylinder for controlling the flow of hydraulic oil supplied to the hoist cylinder; - a bushing provided at one end portion of the hoist cylinder; - a hoist shaft provided in the vehicle and mounted in a through bore of the bushing; and - a seating detection device that detects whether the vessel is seated on the vehicle or not, characterized by a lubricant supplier that supplies lubricant to a clearance between a surface of the hoist shaft and an internal surface of the through bore of the bushing; and a controller that when the vessel is seated on the vehicle, controls the valve to make the hoist cylinder contract and also controls the lubricant supplier to supply lubricant to the clearance. - a vessel pivotably provided relative to the vehicle; - a hoist cylinder provided telescopically between the vessel and the vehicle; - a hydraulic power source that supplies the host cylinder with hydraulic oil; - a valve provided between the hydraulic power source and the hoist cylinder for controlling the flow of hydraulic oil supplied to the hoist cylinder; - a bushing provided at one end portion of the hoist cylinder; - a hoist shaft provided in the vehicle and mounted in a through bore of the bushing; and - a seating detection device that detects whether the vessel is seated on the vehicle or not,
A method for reducing mercury and sulfur emissions from a furnace of a coal burning system, the method comprising burning coal containing sulfur and mercury in a burning chamber of the furnace to produce ash and combustion gases; adding a first sorbent composition onto the coal before combustion; and injecting a second sorbent composition into the combustion gases in the coal burning system in a zone of a convective pathway downstream of the burning chamber, where the combustion gases have a temperature of 815°C to 1482°C (1500 - 2700°F); wherein the second sorbent composition comprises a calcium component and an aluminosilicate clay, and the first sorbent composition comprises calcium bromide. burning coal containing sulfur and mercury in a burning chamber of the furnace to produce ash and combustion gases; adding a first sorbent composition onto the coal before combustion; and injecting a second sorbent composition into the combustion gases in the coal burning system in a zone of a convective pathway downstream of the burning chamber, where the combustion gases have a temperature of 815°C to 1482°C (1500 - 2700°F);
A method for operating a hybrid drive which can be operated selectively at least in a first operating mode powered purely by internal combustion engine, or in a second operating mode powered purely by electric motor, wherein prior to commencing a journey the journey route running from a start to a destination is established, characterised in that - the entire journey route is broken down into a plurality of route sections in accordance with a specified logic, - from the route sections, those route sections which on the basis of certain route section criteria are considered at all for being driven through in the second operating mode are selected, - from the selected route sections, those for which driving through them in the second operating mode in total yields a maximum consumption advantage compared with driving through them in the first or in another operating mode are identified and driven through in the second operating mode. - the entire journey route is broken down into a plurality of route sections in accordance with a specified logic, - from the route sections, those route sections which on the basis of certain route section criteria are considered at all for being driven through in the second operating mode are selected, - from the selected route sections, those for which driving through them in the second operating mode in total yields a maximum consumption advantage compared with driving through them in the first or in another operating mode are identified and driven through in the second operating mode.
An arrangement comprising a voltage source and a membrane-electrode assembly, wherein the membrane-electrode assembly comprises the following - a gastight, selectively proton-conducting membrane which has a retentate side having an anode and a permeate side having a cathode, wherein the anode is a gas diffusion electrode which has a gas diffusion layer adjoining the membrane and a microporous layer applied thereto, on top of which the anode catalyst has been applied, and/or the cathode is a gas diffusion electrode which has a gas diffusion layer adjoining the membrane and a microporous layer applied thereto, on top of which the cathode catalyst has been applied, wherein a potential difference is generated by means of the voltage source between the anode and the cathode, - an anode catalyst having a catalytically active material on the retentate side and - a cathode catalyst having a catalytically active material on the permeate side, wherein the ratio of the amount of the catalytically active material of the cathode catalyst to the amount of the catalytically active material of the anode catalyst is from 1: 100 to 1: 1.25, in particular 1: 1.5 - 5.0, preferably 1: 1.75 - 3.0. - a gastight, selectively proton-conducting membrane which has a retentate side having an anode and a permeate side having a cathode, wherein the anode is a gas diffusion electrode which has a gas diffusion layer adjoining the membrane and a microporous layer applied thereto, on top of which the anode catalyst has been applied, and/or the cathode is a gas diffusion electrode which has a gas diffusion layer adjoining the membrane and a microporous layer applied thereto, on top of which the cathode catalyst has been applied, wherein a potential difference is generated by means of the voltage source between the anode and the cathode, - an anode catalyst having a catalytically active material on the retentate side and - a cathode catalyst having a catalytically active material on the permeate side,
A cleaner comprising: a main body a dust separator detachably coupled to the main body, and configured to separate dust contained in air; a dust container detachably coupled to the dust separator; and characterized by a button configured to separate the dust separator from the main body and separate the dust container from the dust separator when the dust separator is separated from the main body. a main body a dust separator detachably coupled to the main body, and configured to separate dust contained in air; a dust container detachably coupled to the dust separator; and characterized by a button configured to separate the dust separator from the main body and separate the dust container from the dust separator when the dust separator is separated from the main body.
A controlling method of a laundry machine comprising a tub and a drum, the controlling method comprising the steps of: sensing user selection of a tub drying step; sensing operation of a door of the laundry machine; if opening and closing of the door is sensed in the sensing operation of the door then performing the tub drying step, and if opening of the door is not sensed in a predetermined time period in the sensing operation of the door then generating an error signal and finishing operation of the laundry machine, wherein the tub drying step comprises: driving a heater provided in the tub to dry an inside of the tub; and rotating the drum provided in the tub. sensing user selection of a tub drying step; sensing operation of a door of the laundry machine; if opening and closing of the door is sensed in the sensing operation of the door then performing the tub drying step, and if opening of the door is not sensed in a predetermined time period in the sensing operation of the door then generating an error signal and finishing operation of the laundry machine, wherein the tub drying step comprises: driving a heater provided in the tub to dry an inside of the tub; and rotating the drum provided in the tub. driving a heater provided in the tub to dry an inside of the tub; and rotating the drum provided in the tub.
Device for producing a curved fibre preform from a bi- or multidirectional fibre semi-finished product, in particular for a fuselage component of an aircraft or spacecraft, comprising: a plurality of first lamellae and a plurality of second lamellae which are formed to be couplable to one another criss-cross in such a way that they are positioned on a shared plane and thus form a grid, the lamellae (2, 3) at least in part being formed resiliently bendable about an axis intersecting the shared plane in such a way that a local orientation of the lamellae (2, 3) in the grid changes; and an adhesion means (6; 6A; 6B) which is formed for temporarily adhering the fibre semi-finished product to the grid and is configured in such a way that the local fibre orientation of the fibre semi-finished product also changes accordingly when the lamellae (2, 3) bend.
Arrangement with operator servers (1, 2) and operator clients (4, 5, 6), wherein - process image modules (12, 13, 15) associated in each case with process objects and having tags are stored in the operator servers (1, 2) in a process image (11, 14), - the operator server, with which one of the operator clients registers, functions as a local server and the other operator server as a remote server, - the local server receives the tags stored in the remote servers, - each of the operator clients (4, 5, 6) is embodied to register with one of the operator servers (1, 2) in order to establish a client-server connection, and is also embodied to display a system image with block symbols (20, 21, 22) associated with the process objects, - to update the block symbols (20, 21, 22) of the system image the local server transmits the process data of the local and the process data of the remote server to the registered operator client by way of the client-server connection, characterised in that the operator server functioning as a local server determines for the respective block symbols (20, 21, 22) from at least one data structure of the system image the tags or the tag addresses of the process image modules (12, 13, 15) and the number of tags or tag addresses of the respective process image module (12, 13, 15), wherein the local server proposes a new client-server connection to the registered operator client as a function of the number of tags or tag addresses. - process image modules (12, 13, 15) associated in each case with process objects and having tags are stored in the operator servers (1, 2) in a process image (11, 14), - the operator server, with which one of the operator clients registers, functions as a local server and the other operator server as a remote server, - the local server receives the tags stored in the remote servers, - each of the operator clients (4, 5, 6) is embodied to register with one of the operator servers (1, 2) in order to establish a client-server connection, and is also embodied to display a system image with block symbols (20, 21, 22) associated with the process objects, - to update the block symbols (20, 21, 22) of the system image the local server transmits the process data of the local and the process data of the remote server to the registered operator client by way of the client-server connection,
A system for automated differential diagnosis of dementia, including: a knowledge base that comprises a plurality of brain scan images and diagnostic classes, one class for each of a plurality of types of dementia and one for healthy brain scan images; a processor that receives information related to a patient's brain scan image and compares the patient's brain scan image to the brain scan images in the knowledge base, wherein the processor is configured to perform dimension reduction to determine a feature vector by determining a weighted feature (F(i)) for each one of a plurality of predefined regions (R(i)) of the patient's brain scan image by combining all voxels (V(x,y,z)) belonging to the respective predefined region (R(i)) by using a respective weight volume (W(x,y,z)) and to perform classification of the feature vector to determine a likelihood score for each class by means of a support vector machine or other statistical or non-statistical classifiers; and a user interface to which dementia diagnosis information is output for user review, wherein the diagnosis information includes an image of the patient's brain scan image with highlighted hypo-metabolic regions, wherein the highlighting is color-coded to indicate a type of dementia. a knowledge base that comprises a plurality of brain scan images and diagnostic classes, one class for each of a plurality of types of dementia and one for healthy brain scan images; a processor that receives information related to a patient's brain scan image and compares the patient's brain scan image to the brain scan images in the knowledge base, wherein the processor is configured to perform dimension reduction to determine a feature vector by determining a weighted feature (F(i)) for each one of a plurality of predefined regions (R(i)) of the patient's brain scan image by combining all voxels (V(x,y,z)) belonging to the respective predefined region (R(i)) by using a respective weight volume (W(x,y,z)) and to perform classification of the feature vector to determine a likelihood score for each class by means of a support vector machine or other statistical or non-statistical classifiers; and a user interface to which dementia diagnosis information is output for user review, wherein the diagnosis information includes an image of the patient's brain scan image with highlighted hypo-metabolic regions, wherein the highlighting is color-coded to indicate a type of dementia.
A fluid delivery system comprising: a control interface; and multiple loading guides, the multiple loading guides retractable from the fluid delivery system to retain and control movement of a fluid pump assembly to contact the control interface, wherein the multiple loading guides include a first loading guide and a second loading guide, the first loading guide receiving a first tab disposed on a first edge of the fluid pump assembly, the first loading guide including a corresponding channel to receive the first tab, the corresponding channel including a stop to retain the first tab in the corresponding channel, wherein the second loading guide includes a respective channel operable to receive a second tab disposed on the frame of the fluid pump assembly, the second tab disposed on a second edge of the fluid pump assembly, wherein the stop matably aligns a port on the fluid pump assembly to a port of the control interface disposed on a facing of the fluid delivery system. a control interface; and multiple loading guides, the multiple loading guides retractable from the fluid delivery system to retain and control movement of a fluid pump assembly to contact the control interface, wherein the multiple loading guides include a first loading guide and a second loading guide, the first loading guide receiving a first tab disposed on a first edge of the fluid pump assembly, the first loading guide including a corresponding channel to receive the first tab, the corresponding channel including a stop to retain the first tab in the corresponding channel, wherein the second loading guide includes a respective channel operable to receive a second tab disposed on the frame of the fluid pump assembly, the second tab disposed on a second edge of the fluid pump assembly, wherein the stop matably aligns a port on the fluid pump assembly to a port of the control interface disposed on a facing of the fluid delivery system.
Method for determining a command, comprising - providing a set of pseudo words, wherein each pseudo word of the set of pseudo words is representative for more than one real word of a set of real words, which is provided for a pronunciation model, - mapping an acoustic signal to phonemes by an acoustic model, - determining at least one output word dependent on the phonemes and the pronunciation model, and - determining the command dependent on the at least one output word, the set of pseudo words and a set of command words, wherein dependent on the command a device performs an action. - providing a set of pseudo words, wherein each pseudo word of the set of pseudo words is representative for more than one real word of a set of real words, which is provided for a pronunciation model, - mapping an acoustic signal to phonemes by an acoustic model, - determining at least one output word dependent on the phonemes and the pronunciation model, and - determining the command dependent on the at least one output word, the set of pseudo words and a set of command words, wherein dependent on the command a device performs an action.