mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator, comprising: a main body having left and right vertical side walls, an upper wall horizontally connecting the two side walls, and a lower wall horizontally connecting the two side walls, an insulation partition wall horizontally disposed between the upper and lower walls and extending between the two side walls, an upper cooling compartment defined by the upper wall, the insulation partition wall and upper portions of the two side walls, and a lower freezing compartment defined by the lower wall, the insulation partition wall and lower portions of the two side walls; a sliding freezer door slidably opening and closing the freezing compartment; a movable horizontally-extending freezer door handle disposed at an upper portion of the sliding freezer door to be vertically rotatable said refrigerator being characterized by first and second push members disposed between the handle and the insulation partition wall at an upper boundary of the sliding freezer door and being adapted to move to advanced positions in connection with a vertical rotation of the handle and to press against the insulation partition wall to separate the sliding freezer door from the main body; wherein the push members are positioned to press against different regions of a front surface of the insulation partition wall, and wherein the position of the push members corresponds to opposite ends of the handle. a main body having left and right vertical side walls, an upper wall horizontally connecting the two side walls, and a lower wall horizontally connecting the two side walls, an insulation partition wall horizontally disposed between the upper and lower walls and extending between the two side walls, an upper cooling compartment defined by the upper wall, the insulation partition wall and upper portions of the two side walls, and a lower freezing compartment defined by the lower wall, the insulation partition wall and lower portions of the two side walls; a sliding freezer door slidably opening and closing the freezing compartment; a movable horizontally-extending freezer door handle disposed at an upper portion of the sliding freezer door to be vertically rotatable said refrigerator being characterized by first and second push members disposed between the handle and the insulation partition wall at an upper boundary of the sliding freezer door and being adapted to move to advanced positions in connection with a vertical rotation of the handle and to press against the insulation partition wall to separate the sliding freezer door from the main body; wherein the push members are positioned to press against different regions of a front surface of the insulation partition wall, and wherein the position of the push members corresponds to opposite ends of the handle.
Process for obtaining dicarboxylic acids from a mixture of triglycerides of dicarboxylic acids comprising the steps of: a) hydrolysing said mixture of triglycerides of dicarboxylic acids in the presence of a basic aqueous solution, obtaining a hydrolysis product emulsion; b) acidifying the product from step a) until the emulsion separates; c) separating an aqueous phase containing dicarboxylic acids in a partially dissociated form and glycerol from the product from step b), and d) acidifying the aqueous phase separated from step c) to a pH of 3 or below, yielding dicarboxylic acids. a) hydrolysing said mixture of triglycerides of dicarboxylic acids in the presence of a basic aqueous solution, obtaining a hydrolysis product emulsion; b) acidifying the product from step a) until the emulsion separates; c) separating an aqueous phase containing dicarboxylic acids in a partially dissociated form and glycerol from the product from step b), and d) acidifying the aqueous phase separated from step c) to a pH of 3 or below, yielding dicarboxylic acids.
Polycarbonate composition comprising A) polycarbonate B) oxidized acid-modified polyethylene wax and D) an inorganic filler, wherein the oxidized acid-modified polyethylene wax has an acid number determined according to JIS K0070 of < 10 mg KOH/g, a crystallinity of greater than 60% and less than 90%, a melting point between 90°C and 130°C and a viscosity average of molar mass determined by viscometry between 1500 g/mol and 5000 g/mol. A) polycarbonate B) oxidized acid-modified polyethylene wax and D) an inorganic filler,
A needleless electrospinning apparatus comprising a continuous wire drive system, the electrospinning apparatus comprising an electrospinning enclosure and within which a nanoscale or submicron scale polymer fiber web is formed onto a substrate from a liquid polymer layer coated onto a plurality of continuous electrode wires passing through the electrospinning enclosure, the continuous wire drive system comprising a master wire drive drum and a slave wire drive drum, each of the master wire drive drum and slave wire drive drum comprising a plurality of wire guides, each of the wire guides comprising a channel or groove for receiving one of the plurality of continuous electrode wires, wherein the continuous wire drive system is external to the electrospinning enclosure, and the continuous wire drive system drives the plurality of continuous electrode wires through the electrospinning enclosure.
A piston test instrument for calibration and/or gauging of a flow meter and/or for determining a flow rate, wherein the piston test instrument has a tubular housing having an inlet, via which a measured medium is introducible into the housing, and having an outlet, via which the measured medium is dischargeable from the housing, wherein the piston test instrument has a piston arranged in the housing, characterized in that the piston test instrument has a drive device, wherein the piston is movable by a contactless, magnetic force transmission of the drive device and wherein the drive device is arranged outside the housing of the piston test instrument.
A method, comprising: accessing a first data storage of a first data storage type including a share-nothing storage type, the first data storage configured to store a primary database directory; detecting a failure in connection with a first node that communicates with the first data storage; and in response to detecting the failure, starting an instance on a second node for accessing a replicated database directory that replicates at least a portion of the primary database directory, wherein the replicated database directory is stored in a second data storage of a second data storage type including a share type, wherein each of the nodes is configured to access, operate on, and/or write data in connection with the first data storage, using the primary database directory stored on the corresponding first data storage, and wherein the replicated database directory is configured to serve as a database directory for accessing data when the primary database directory is unavailable. accessing a first data storage of a first data storage type including a share-nothing storage type, the first data storage configured to store a primary database directory; detecting a failure in connection with a first node that communicates with the first data storage; and in response to detecting the failure, starting an instance on a second node for accessing a replicated database directory that replicates at least a portion of the primary database directory, wherein the replicated database directory is stored in a second data storage of a second data storage type including a share type, wherein each of the nodes is configured to access, operate on, and/or write data in connection with the first data storage, using the primary database directory stored on the corresponding first data storage, and wherein the replicated database directory is configured to serve as a database directory for accessing data when the primary database directory is unavailable.
A dehumidification/humidification apparatus comprising: a housing which has one or more of in-port and out-port; a porous ceramic structure (10,110) comprising: a porous ceramic humidifying medium (11,111) which is disposed in the housing, and which has an inner circumferential surface and an outer circumferential surface; a dehumidifying medium (15,115) which has an inner circumferential surface and an outer circumferential surface, and which is disposed in the porous ceramic humidifying medium, the porous ceramic humidifying medium and the dehumidifying medium having a ceramic honeycomb structure; and a cutoff layer (14,114) formed from an inorganic binder between the inner circumferential surface of the humidifying medium and the outer circumferential surface of the dehumidifying medium, thereby separating the humidifying medium and the dehumidifying medium; a driving unit which rotates the dehumidifying medium; a heater which generates the dehumidifying medium; and a water reservoir which provides water to the humidifying medium. a housing which has one or more of in-port and out-port; a porous ceramic structure (10,110) comprising: a porous ceramic humidifying medium (11,111) which is disposed in the housing, and which has an inner circumferential surface and an outer circumferential surface; a dehumidifying medium (15,115) which has an inner circumferential surface and an outer circumferential surface, and which is disposed in the porous ceramic humidifying medium, the porous ceramic humidifying medium and the dehumidifying medium having a ceramic honeycomb structure; and a cutoff layer (14,114) formed from an inorganic binder between the inner circumferential surface of the humidifying medium and the outer circumferential surface of the dehumidifying medium, thereby separating the humidifying medium and the dehumidifying medium; a driving unit which rotates the dehumidifying medium; a heater which generates the dehumidifying medium; and a water reservoir which provides water to the humidifying medium.
A method for wireless communication channel management, comprising: detecting, at a first device, a trigger condition for changing an operating frequency band of a wireless communication link between the first device and a second device; obtaining, at the first device, a target operating frequency band for the wireless communication link based on detecting the trigger condition; and generating, at the first device, a request to change the operating frequency band to the target operating frequency band based on detecting the trigger condition, wherein the request indicates the target operating frequency band; transmitting the request from the first device to the second device over each of a plurality of available operating frequency bands; and tuning, at the first device, a transceiver to the target operating frequency band. detecting, at a first device, a trigger condition for changing an operating frequency band of a wireless communication link between the first device and a second device; obtaining, at the first device, a target operating frequency band for the wireless communication link based on detecting the trigger condition; and generating, at the first device, a request to change the operating frequency band to the target operating frequency band based on detecting the trigger condition, wherein the request indicates the target operating frequency band; transmitting the request from the first device to the second device over each of a plurality of available operating frequency bands; and tuning, at the first device, a transceiver to the target operating frequency band.
Building structure composed of: - a plurality of pre-fabricated ribbed panels installed either in a horizontal, vertical or inclined condition, each one of said panels comprising a caisson block, made of an inert insulating material, said caisson block having a plurality of recesses, said ribbed panels being adapted to be joined to another ribbed panel in a junction area of the building structure equipped with a first finishing floor slab with an electrowelded net; - a longitudinal reinforcement structure housed inside said recesses; - a first concrete casting embedding said longitudinal reinforcement structure, said first concrete casting having been made at a concrete casting shop, characterized in that: - said building structure further comprises, in addition to said longitudinal reinforcement structure, a plurality of brackets, embedded at a casting operation, in said first finishing floor slab, which is made by a concrete casting in which a finishing net is embedded, together with said electrowelded net, and - each of said ribbed panels comprises a plurality of reinforced concrete ribs delimiting said recesses and that are made integral with a beam placed in a part of said panel opposite to the part where said first finishing slab floor is placed, said beam being made of lamellar wood. - a plurality of pre-fabricated ribbed panels installed either in a horizontal, vertical or inclined condition, each one of said panels comprising a caisson block, made of an inert insulating material, said caisson block having a plurality of recesses, said ribbed panels being adapted to be joined to another ribbed panel in a junction area of the building structure equipped with a first finishing floor slab with an electrowelded net; - a longitudinal reinforcement structure housed inside said recesses; - a first concrete casting embedding said longitudinal reinforcement structure, said first concrete casting having been made at a concrete casting shop, - said building structure further comprises, in addition to said longitudinal reinforcement structure, a plurality of brackets, embedded at a casting operation, in said first finishing floor slab, which is made by a concrete casting in which a finishing net is embedded, together with said electrowelded net, and - each of said ribbed panels comprises a plurality of reinforced concrete ribs delimiting said recesses and that are made integral with a beam placed in a part of said panel opposite to the part where said first finishing slab floor is placed, said beam being made of lamellar wood.
A composition for assessing gut function in a subject in need thereof, comprising a fluorescent challenge molecule, wherein the first fluorescent challenge molecule is not substantially absorbed by a healthy gut, and wherein the composition comprises a second fluorescent challenge molecule, wherein the second fluorescent challenge molecule is substantially absorbed by a healthy gut, wherein the first fluorescent challenge molecule is selected from the group consisting of 3,6-diamino-2,5-bis {N-[ -1-carboxy-2-hydroxyethyl]carbamoyl}pyrazine, and 3,6-N,N'-bis(2,3-dihydroxypropyl)-2,5-pyrazinedicarboxamide, or pharmaceutically acceptable salts thereof, and wherein the second fluorescent challenge molecule is 3,6-diaminopyrazine-2,5-dicarboxylic acid, or a pharmaceutically acceptable salt thereof.
A method of producing a gait representation for a subject, comprising the steps of: acquiring a sequence of binary images of the subject representing the gait of said subject; analysing each image of said sequence to identify one or more regions having a certain thickness based on a thickness characteristic function and a threshold value; for each image, removing said one or more regions from said image to produce a modified image; and combining said modified images in the sequence to produce a gait energy image; wherein the step of analysing the images comprises identifying a boundary between background and foreground parts of each image; and characterized in that the thickness characteristic function is based on a Poisson Random Walk function, where the value for a given point within the foreground part of an image is the expected number of steps that will be taken in a Poisson Random Walk until the walk reaches said boundary of said image. acquiring a sequence of binary images of the subject representing the gait of said subject; analysing each image of said sequence to identify one or more regions having a certain thickness based on a thickness characteristic function and a threshold value; for each image, removing said one or more regions from said image to produce a modified image; and combining said modified images in the sequence to produce a gait energy image; wherein the step of analysing the images comprises identifying a boundary between background and foreground parts of each image; and characterized in that the thickness characteristic function is based on a Poisson Random Walk function, where the value for a given point within the foreground part of an image is the expected number of steps that will be taken in a Poisson Random Walk until the walk reaches said boundary of said image.
Method for localizing an abnormality in a travel path (x, y) of an optical component in or for a lithography apparatus (100A, 100B) comprising the following steps: a) moving the optical component in at least one first degree of freedom (F x, F y), b) detecting a movement (R z) of the optical component and/or a force (M z) acting on the optical component in at least one second degree of freedom (F Rz), and c) localizing the abnormality as a function of the movement (R z) detected in step b) and/or the force (M z) detected in step b). a) moving the optical component in at least one first degree of freedom (F x, F y), b) detecting a movement (R z) of the optical component and/or a force (M z) acting on the optical component in at least one second degree of freedom (F Rz), and c) localizing the abnormality as a function of the movement (R z) detected in step b) and/or the force (M z) detected in step b).
A vehicle lamp, comprising: a lamp housing, including an accommodating space and an opening connecting the accommodating space; a carrier board, disposed in the accommodating space, and a front surface of the carrier board facing the opening; a plurality of LEDs, disposed on the front surface of the carrier board; and an optical unit, including a light guide plate, a plurality of light guide members, and a plurality of beam pattern adjusting structures; wherein, the light guide plate includes an upper surface and a lower surface, and the light guide plate covers the opening, and the lower surface of the light guide plate faces the carrier board; wherein, the light guide members protrude on the lower surface, and each of the light guide members extends towards one of the LEDs, the beam pattern adjusting structures protrude on the upper surface, and each of the beam pattern adjusting structures corresponds at least one of the light guide members; and wherein projections of the beam pattern adjusting structures on the upper surface are rectangular, and each of the projections includes long sides and short sides; characterized in that: the upper surface includes a center area and a peripheral area surrounding the center area, and the beam pattern adjusting structures in the peripheral area are arranged with the long sides in radial arrangement. a lamp housing, including an accommodating space and an opening connecting the accommodating space; a carrier board, disposed in the accommodating space, and a front surface of the carrier board facing the opening; a plurality of LEDs, disposed on the front surface of the carrier board; and an optical unit, including a light guide plate, a plurality of light guide members, and a plurality of beam pattern adjusting structures; wherein, the light guide plate includes an upper surface and a lower surface, and the light guide plate covers the opening, and the lower surface of the light guide plate faces the carrier board; wherein, the light guide members protrude on the lower surface, and each of the light guide members extends towards one of the LEDs, the beam pattern adjusting structures protrude on the upper surface, and each of the beam pattern adjusting structures corresponds at least one of the light guide members; and wherein projections of the beam pattern adjusting structures on the upper surface are rectangular, and each of the projections includes long sides and short sides; characterized in that: the upper surface includes a center area and a peripheral area surrounding the center area, and the beam pattern adjusting structures in the peripheral area are arranged with the long sides in radial arrangement.
A protector (1, 2) comprising: a protector main body (10, 110) that is adapted to house a protection target part of a protection target wire (We); and a protrusion housing body (20, 120) that is connected to the protector main body (10, 110) and adapted to house a protrusion (Pr) from a wall face of a peripheral component (Bd) disposed in a surrounding of the protector main body (10, 110), wherein the protrusion housing body (20, 120) includes: a first wall body (21, 121), in a cylindrical shape, that is adapted to surround the protrusion (Pr) which may be inserted from a first opening (21a, 121a) at one end; and a second wall body (22, 122) that closes a second opening at another end of the first wall body (21, 121), in order to be able to prevent the protrusion (Pr) from contacting the second wall body (22, 122), the first wall body (21, 121) is formed in a cylindrical body that is longer in a cylinder axis direction than a maximum protrusion amount of the protrusion (Pr) from the wall face of the peripheral component (Bd), and the second wall body (22, 122) is adapted to be interposed between an external wire (Weh) different from the protection target wire and a tip of the protrusion (Pr) disposed opposing to the external wire (Weh), characterized in that the second wall body (22, 122) is formed to have lower rigidity than the first wall body (21, 121) to be bent by a load received from the external wire (Weh). a protector main body (10, 110) that is adapted to house a protection target part of a protection target wire (We); and a protrusion housing body (20, 120) that is connected to the protector main body (10, 110) and adapted to house a protrusion (Pr) from a wall face of a peripheral component (Bd) disposed in a surrounding of the protector main body (10, 110), wherein the protrusion housing body (20, 120) includes: a first wall body (21, 121), in a cylindrical shape, that is adapted to surround the protrusion (Pr) which may be inserted from a first opening (21a, 121a) at one end; and a second wall body (22, 122) that closes a second opening at another end of the first wall body (21, 121), in order to be able to prevent the protrusion (Pr) from contacting the second wall body (22, 122), the first wall body (21, 121) is formed in a cylindrical body that is longer in a cylinder axis direction than a maximum protrusion amount of the protrusion (Pr) from the wall face of the peripheral component (Bd), and the second wall body (22, 122) is adapted to be interposed between an external wire (Weh) different from the protection target wire and a tip of the protrusion (Pr) disposed opposing to the external wire (Weh),
A method for protecting fuel injectors of a turboshaft engine, the injectors comprising at least one fuel injection head, consisting, during functioning phases where the fuel feed of at least one injection head is stopped, in injecting compressed air into a circuit for feeding with fuel said fuel injection head, characterized in that the compressed air is injected through a non-return valve into an internal fuel duct of the fuel injection head that is not being fed, downstream of a non-return valve associated to the injection head and disposed on the internal fuel duct, downstream a fuel feed manifold for feeding with fuel the injectors or on said fuel feed manifold.
A solid matrix, comprising: at least one protein denaturant, and at least one acid or acid-titrated buffer reagent impregnated therein in a dry state; wherein the matrix is a dry solid matrix; and, wherein the matrix is configured to provide an acidic pH in a range from 3 to 6 upon hydration, extract nucleic acids from a sample, and preserve the nucleic acids in a dry state at ambient temperature. at least one protein denaturant, and at least one acid or acid-titrated buffer reagent impregnated therein in a dry state;