mhurhangee/patent-ind-claim-en huggingface dataset:
A fuse switch module comprising: an electrically insulating casing having an aperture providing access to the casing interior, a pair of fixed contacts placed inside the casing , a rotatable fuse cartridge made of an electrically insulating material and placed inside the casing , wherein the fuse cartridge is adapted for receiving a fuse , so that when a fuse is received in the fuse cartridge , the fuse and the fuse cartridge are jointly rotatable, and wherein the fuse cartridge is rotatable between a switch module closed position in which a fuse would be connected with the fixed contacts to enable current circulation through a fuse and the fixed contacts when a fuse is received in the fuse cartridge , and a switch module open position in which current circulation through the fixed contacts is impeded, characterized in that the fuse switch module further comprises a cover installed at the aperture in movable manner for opening and closing the aperture , and wherein the cover and the fuse cartridge comprise locking means to engage with each other when the cover is closing the aperture and when the fuse cartridge is in the switch closed position, the cover is locked by the fuse cartridge and opening of the cover is impeded. an electrically insulating casing having an aperture providing access to the casing interior, a pair of fixed contacts placed inside the casing , a rotatable fuse cartridge made of an electrically insulating material and placed inside the casing , wherein the fuse cartridge is adapted for receiving a fuse , so that when a fuse is received in the fuse cartridge , the fuse and the fuse cartridge are jointly rotatable, and wherein the fuse cartridge is rotatable between a switch module closed position in which a fuse would be connected with the fixed contacts to enable current circulation through a fuse and the fixed contacts when a fuse is received in the fuse cartridge , and a switch module open position in which current circulation through the fixed contacts is impeded, characterized in that the fuse switch module further comprises a cover installed at the aperture in movable manner for opening and closing the aperture , and wherein the cover and the fuse cartridge comprise locking means to engage with each other when the cover is closing the aperture and when the fuse cartridge is in the switch closed position, the cover is locked by the fuse cartridge and opening of the cover is impeded.
A refrigerator comprising: a cabinet comprising a storage compartment provided therein, wherein the storage compartment is a refrigerator compartment; a first door opening and closing a predetermined side of the storage compartment ; an inner door opening and closing the other side of the storage compartment and comprising a storage space for storing foods; a multi-duct provided in an inner wall of the storage compartment and comprising: a first duct comprising a first upper outlet hole , a first middle outlet hole and a first lower outlet hole for exhausting cold air toward the first door of the storage compartment ; and a second duct comprising a second upper outlet hole , a second middle outlet hole and a second lower outlet hole for exhausting cold air toward the inner door of the storage compartment , wherein an inlet for sucking cold air to the first duct is smaller than an inlet for sucking cold air to the second duct , characterized by an ice-maker provided in the first door; an outer door opening and closing an opening that is provided in the inner door wherein the first duct comprises a projection for reducing the amount of the cold air exhausted via the first upper outlet hole . a cabinet comprising a storage compartment provided therein, wherein the storage compartment is a refrigerator compartment; a first door opening and closing a predetermined side of the storage compartment ; an inner door opening and closing the other side of the storage compartment and comprising a storage space for storing foods; a multi-duct provided in an inner wall of the storage compartment and comprising: a first duct comprising a first upper outlet hole , a first middle outlet hole and a first lower outlet hole for exhausting cold air toward the first door of the storage compartment ; and a second duct comprising a second upper outlet hole , a second middle outlet hole and a second lower outlet hole for exhausting cold air toward the inner door of the storage compartment , wherein an inlet for sucking cold air to the first duct is smaller than an inlet for sucking cold air to the second duct , characterized by an ice-maker provided in the first door; an outer door opening and closing an opening that is provided in the inner door wherein the first duct comprises a projection for reducing the amount of the cold air exhausted via the first upper outlet hole .
Cup support for, in particular pivotable, arrangement on a dish rack of a dishwasher, comprising a longitudinal edge which is used as a supporting edge for washware in the use position, wherein the longitudinal edge has a wave-shaped contour and has portions which extend in a straight line and are used to support stemless washware, and in an alternating manner portions which each provide a recess and are used to receive stems of stemmed glasses in a positionally secure manner, wherein the cup support has a main body , a mounting strip arranged thereon and a damping strip which is arranged between the main body and the mounting strip and is made of a soft-elastic plastics material, wherein the damping strip , on the supporting edge side, projects beyond the main body and the mounting strip substantially along the entire longitudinal extension of the cup support.
A composition comprising a Proteinase 3 (PR3) inhibitor for use in treating Granulomatosis with Polyangitis (GPA) in a patient not having an A1PI deficient genotype, wherein the PR3 inhibitor is α-1 Protease Inhibitor (A1PI), wherein the composition comprises an effective amount of said A1PI, and wherein administration of the composition to the patient inhibits the physiological function of PR3 thereby treating GPA.
Method of increasing the pressure of a composite charge containing at least one explosive, an inert or energetic binder and a reactive metal powder, characterised in that - RDX at 58% by weight is used as the explosive, - the proportion by weight of the metal powder used as the fuel is determined according to the principle that each individual metal particle is fully oxidised with the carried oxygen, - the grain size of the particles of metal powder is selected from within the range of 1 μm to 10 μm depending on the particle shape and the minimum time within which each metal particle is oxidised, wherein the oxygen content of the composite charge is exactly measured stoichiometrically such that each metal particle is fully oxidised during detonation. - RDX at 58% by weight is used as the explosive, - the proportion by weight of the metal powder used as the fuel is determined according to the principle that each individual metal particle is fully oxidised with the carried oxygen, - the grain size of the particles of metal powder is selected from within the range of 1 μm to 10 μm depending on the particle shape and the minimum time within which each metal particle is oxidised,
A method for determining an action-requiring state in a compartment for drying of wood, wherein the compartment comprises an air circulator for circulating air within the compartment and through at least one bundle of wood (6a-6f) within the compartment , the method comprising acquiring at least one measurement for determining a pressure difference of a total pressure between a first position and a second position , wherein the first and the second positions (14; 16) are within the compartment and the second position is downstream of the first position along a main air flow; the method being characterised in that it further comprises: comparing the determined pressure difference to a preset value, wherein the preset value represents a desirable pressure difference; detecting , based on the comparing, that the difference between the determined pressure difference and the preset value exceeds a threshold; outputting an indication that an action-requiring state prevails, wherein the action-requiring state indicates a functioning error; and wherein the required action is selected from the list consisting of: replacing or adjusting the air circulator; moving of pieces of wood or bundles of wood, closing or sealing of openings to the compartment, adjusting or replacing a heater, and adjusting sealing flaps, and combinations thereof. acquiring at least one measurement for determining a pressure difference of a total pressure between a first position and a second position , wherein the first and the second positions (14; 16) are within the compartment and the second position is downstream of the first position along a main air flow; the method being characterised in that it further comprises: comparing the determined pressure difference to a preset value, wherein the preset value represents a desirable pressure difference; detecting , based on the comparing, that the difference between the determined pressure difference and the preset value exceeds a threshold; outputting an indication that an action-requiring state prevails, wherein the action-requiring state indicates a functioning error; and wherein the required action is selected from the list consisting of: replacing or adjusting the air circulator; moving of pieces of wood or bundles of wood, closing or sealing of openings to the compartment, adjusting or replacing a heater, and adjusting sealing flaps, and combinations thereof.
An open radiant cooking appliance having a C shape or a U shape and comprising a lower cooking cassette ; an upper cooking cassette ; and a posterior part together defining a cooking chamber ; said appliance comprising - a proximal portion comprising at least one proximal radiant element ; and - a distal portion comprising at least one distal radiant element - at least one insulation means , separating the at least one distal radiant element from the at least one proximal radiant element ; - said insulation means comprising at least a first reflector configured for directing the radiation emitted by the at least one distal radiant element towards the cooking chamber characterized in that the inclination of the first reflector with respect to the lower horizontal surface of the lower cooking cassette forms an angle β comprised between 70° and 120°. - a proximal portion comprising at least one proximal radiant element ; and - a distal portion comprising at least one distal radiant element - at least one insulation means , separating the at least one distal radiant element from the at least one proximal radiant element ; - said insulation means comprising at least a first reflector configured for directing the radiation emitted by the at least one distal radiant element towards the cooking chamber
Service robot system comprising a robot, the robot having a drive system for moving the robot to target positions and at least one effector for manipulating the robot's environment, wherein the system comprises a processing unit including a task determination unit for determining a task to be executed by the robot and configured to control the drive system and the at least one effector according to the task based on action definitions, wherein the processing unit is configured to automatically retrieve action definition candidates from a database , evaluate the retrieved action definition candidates with respect to a success score, characterized in that the success score indicates a likelihood that an action according to the action definition candidate contributes to successfully fulfilling the task, and the processing unit is further configured to execute actions according to the action definition candidate having the highest success score equal to or above a predefined threshold until an action to be executed next with a success score below the predefined threshold is reached, and to send a request for assistance via a communication interface then. the robot having a drive system for moving the robot to target positions and at least one effector for manipulating the robot's environment, wherein the system comprises a processing unit including a task determination unit for determining a task to be executed by the robot and configured to control the drive system and the at least one effector according to the task based on action definitions, wherein the processing unit is configured to automatically retrieve action definition candidates from a database , evaluate the retrieved action definition candidates with respect to a success score, characterized in that the success score indicates a likelihood that an action according to the action definition candidate contributes to successfully fulfilling the task, and the processing unit is further configured to execute actions according to the action definition candidate having the highest success score equal to or above a predefined threshold until an action to be executed next with a success score below the predefined threshold is reached, and to send a request for assistance via a communication interface then.
Storage container having: a body with a top wall , a bottom wall positioned opposite the top wall , a pair of opposite side walls extending between the top wall and the bottom wall , and a panel connecting the top wall , the bottom wall , and the pair of opposite side walls to define an interior storage space and a door opening disposed at a door end of the body and in communication with the interior storage space ; and a pair of container doors having a container door hinge assembly secured to the pair of opposite side walls and movable between a container closed position covering the door opening and a container open position permitting access to the interior storage space ; characterised in that the storage container is further comprising a modular door which is removably attachable to the body and covering the door opening with the pair of container doors in the container open position, wherein the modular door includes an outer panel having a plurality of modular door fastener receiving passageways and a door panel passageway extending through the outer panel , wherein the modular door includes a door panel disposed in the door panel passageway and movable with respect to the outer panel between a door open position and a door closed position. a body with a top wall , a bottom wall positioned opposite the top wall , a pair of opposite side walls extending between the top wall and the bottom wall , and a panel connecting the top wall , the bottom wall , and the pair of opposite side walls to define an interior storage space and a door opening disposed at a door end of the body and in communication with the interior storage space ; and a pair of container doors having a container door hinge assembly secured to the pair of opposite side walls and movable between a container closed position covering the door opening and a container open position permitting access to the interior storage space ; characterised in that the storage container is further comprising a modular door which is removably attachable to the body and covering the door opening with the pair of container doors in the container open position, wherein the modular door includes an outer panel having a plurality of modular door fastener receiving passageways and a door panel passageway extending through the outer panel , wherein the modular door includes a door panel disposed in the door panel passageway and movable with respect to the outer panel between a door open position and a door closed position.
Crystal Form A of a compound of formula , wherein the Crystal Form A has characteristic peaks at 4.46, 11.30, 13.59, 18.17, 21.38, 22.03, 25.89 in the X-ray powder diffraction pattern obtained by Cu-Kα radiation and represented by diffraction angle 2θ angle, wherein the error range of each characteristic peak 2θ is ±0.2,
A heat sink comprising a pair of Cu-Mo composite layers and a Cu layer stacked in a thickness direction so that the Cu layer is interposed between the Cu-Mo composite layers, wherein each of the Cu-Mo composite layers has a thickness section microstructure in which flat Mo phase is dispersed in a Cu matrix, wherein each of the Cu-Mo composite layers has a Cu content of 15 mass% to 30 mass%. wherein each of the Cu-Mo composite layers has a thickness section microstructure in which flat Mo phase is dispersed in a Cu matrix, wherein each of the Cu-Mo composite layers has a Cu content of 15 mass% to 30 mass%.
Multilevel microelectronic package , of the type comprising - an upper level comprising on its lower face at least one microelectronic printed circuit board , - a lower level comprising on its upper face at least one microelectronic printed circuit board , and - a tubular intermediate structure separating the upper level from the lower level, the cross section of which possesses dimensions that are adapted to the dimensions of the lower and upper levels, the intermediate structure being a unitary structure that is produced in a single piece from the same organic material as the printed circuit boards of the upper and lower levels, that is independent of the lower and upper levels, that is placed on the lower level and that bears the upper level , the intermediate structure being produced so as to form two cavities that are separated by a horizontal partition that allows reciprocally one level to be isolated from the electromagnetic radiation produced by the other level; the walls of said cavities being metallized; said package being characterized in that the upper face and the lower face of the intermediate structure and the peripheral zones of the printed circuit boards of the upper and lower levels making contact with these faces are entirely metallized, with the exception of spared zones located about connection zones, these metallizations allowing these three elements to be assembled so as to form a seal-tight package. - an upper level comprising on its lower face at least one microelectronic printed circuit board , - a lower level comprising on its upper face at least one microelectronic printed circuit board , and - a tubular intermediate structure separating the upper level from the lower level, the cross section of which possesses dimensions that are adapted to the dimensions of the lower and upper levels,
A method for detecting a shorted charging cable of an electric vehicle charging station, comprising: (a) sensing that a charging cable of an electric vehicle charging station is not connected to an electric vehicle; (b) performing an impedance test between conductors (L1, L2/N, and ground) of the charging cable while the charging cable is not connected to an electric vehicle; (c) preventing closure of a contactor between a source of electrical power and the conductors (L1, L2/N) of the charging cable in response to detecting a short between the conductors; (d) receiving a control pilot signal indicating that the charging cable of the electric vehicle charging station has become connected to the electric vehicle, and said method characterised in that in further comprises the step of (e) terminating performing the impedance test between the conductors of the charging cable in response to the receipt of the control pilot signal. (a) sensing that a charging cable of an electric vehicle charging station is not connected to an electric vehicle; (b) performing an impedance test between conductors (L1, L2/N, and ground) of the charging cable while the charging cable is not connected to an electric vehicle; (c) preventing closure of a contactor between a source of electrical power and the conductors (L1, L2/N) of the charging cable in response to detecting a short between the conductors; (d) receiving a control pilot signal indicating that the charging cable of the electric vehicle charging station has become connected to the electric vehicle, and said method characterised in that in further comprises the step of (e) terminating performing the impedance test between the conductors of the charging cable in response to the receipt of the control pilot signal.
A device for detecting precipitation conditions, the device comprising: a Yagi-Uda antenna tuned to a resonant frequency; a signal generator coupled to the Yagi-Uda antenna by a transmission line , the signal generator being configured to output an excitation signal to the Yagi-Uda antenna , wherein the excitation signal comprises at least one unmodulated signal having a frequency that is substantially the same as the resonant frequency to which the Yagi-Uda antenna is tuned; and a processing system coupled to the Yagi-Uda antenna , the processing system being configured to measure the ability of the Yagi-Uda antenna to radiate a signal following excitation of the Yagi-Uda antenna by the excitation signal by measuring the amount of the power of the excitation signal reflected or transmitted by the Yagi-Uda antenna and, based on the measured ability of the Yagi-Uda antenna , to identify a precipitation or other meteorological condition. a Yagi-Uda antenna tuned to a resonant frequency; a signal generator coupled to the Yagi-Uda antenna by a transmission line , the signal generator being configured to output an excitation signal to the Yagi-Uda antenna , wherein the excitation signal comprises at least one unmodulated signal having a frequency that is substantially the same as the resonant frequency to which the Yagi-Uda antenna is tuned; and a processing system coupled to the Yagi-Uda antenna , the processing system being configured to measure the ability of the Yagi-Uda antenna to radiate a signal following excitation of the Yagi-Uda antenna by the excitation signal by measuring the amount of the power of the excitation signal reflected or transmitted by the Yagi-Uda antenna and, based on the measured ability of the Yagi-Uda antenna , to identify a precipitation or other meteorological condition.
A method for manufacturing a terminal member for electrical conduction with a conductive member by working a workpiece , the conductive member being a winding, the workpiece having a plate shape that extends from one end toward the other end and has a first surface and a second surface , the workpiece being formed with a recessed portion cutting out the one end from the first surface to the second surface, characterized by : supporting the recessed portion by abutting the recessed portion against a supporting member ; fixing a portion of the workpiece that is spaced from the recessed portion toward the other end side; and pressing and bending, from the first surface toward the second surface, a pair of pressed regions which are portions of the workpiece that are on both sides with respect to the recessed portion along the one end, such that portions of the second surface that face each other with the supporting member interposed therebetween form a pair of conductive surfaces (10d1, 10d2, 11d1, 11d2, 12d1, 12d2, 21d1, 21d2, 31d1, 31d2, 41d1, 41d2) for conduction with the conductive member. the workpiece having a plate shape that extends from one end toward the other end and has a first surface and a second surface , the workpiece being formed with a recessed portion cutting out the one end from the first surface to the second surface, supporting the recessed portion by abutting the recessed portion against a supporting member ; fixing a portion of the workpiece that is spaced from the recessed portion toward the other end side; and pressing and bending, from the first surface toward the second surface, a pair of pressed regions which are portions of the workpiece that are on both sides with respect to the recessed portion along the one end, such that portions of the second surface that face each other with the supporting member interposed therebetween form a pair of conductive surfaces (10d1, 10d2, 11d1, 11d2, 12d1, 12d2, 21d1, 21d2, 31d1, 31d2, 41d1, 41d2) for conduction with the conductive member.