mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary electric machine comprising: a housing ; a rotor that is fixed to a rotating shaft that is rotatably supported by said housing , said rotor being disposed inside said housing ; and a stator comprising: a stator core in which tooth portions are arranged circumferentially in a state in which each protrudes radially inward from an inner circumferential wall surface of an annular core back portion ; and a stator winding that is mounted to said stator core , and into which a varnish is impregnated, said stator being held by said housing in a state in which housing interfitting surfaces on two axial end surfaces of said core back portion are clamped by said housing from two axial ends, and said stator being disposed so as to surround said rotor , wherein a varnish leakage stopping portion (25a-25d) is formed radially inside said housing interfitting surfaces on two axial end surfaces of said stator core so as to interrupt flow pathways of said varnish from a radially inner side onto said housing interfitting surfaces , characterized in that said varnish leakage stopping portion (25a-25d) is formed in a vicinity of said core back portion on at least one end surface of two axial end surfaces of said tooth portions so as to extend from a first end to a second end in a width direction of said tooth portions . a housing ; a rotor that is fixed to a rotating shaft that is rotatably supported by said housing , said rotor being disposed inside said housing ; and a stator comprising: a stator core in which tooth portions are arranged circumferentially in a state in which each protrudes radially inward from an inner circumferential wall surface of an annular core back portion ; and a stator winding that is mounted to said stator core , and into which a varnish is impregnated, a stator core in which tooth portions are arranged circumferentially in a state in which each protrudes radially inward from an inner circumferential wall surface of an annular core back portion ; and a stator winding that is mounted to said stator core , and into which a varnish is impregnated, said stator being held by said housing in a state in which housing interfitting surfaces on two axial end surfaces of said core back portion are clamped by said housing from two axial ends, and said stator being disposed so as to surround said rotor , wherein a varnish leakage stopping portion (25a-25d) is formed radially inside said housing interfitting surfaces on two axial end surfaces of said stator core so as to interrupt flow pathways of said varnish from a radially inner side onto said housing interfitting surfaces , characterized in that said varnish leakage stopping portion (25a-25d) is formed in a vicinity of said core back portion on at least one end surface of two axial end surfaces of said tooth portions so as to extend from a first end to a second end in a width direction of said tooth portions .
A certificate determination apparatus comprising: a generation unit configured to generate, based on an image in which an identity certificate appears, shadow information related to a shadow of the identity certificate appearing in the image; and a determination unit configured to determine, based on the shadow information, whether or not the identity certificate appearing in the image is authentic, wherein the shadow information includes information related to presence or absence of the shadow, characterised in that the determination unit is configured to determine that the identity certificate is not authentic when the shadow does not appear in the image. a generation unit configured to generate, based on an image in which an identity certificate appears, shadow information related to a shadow of the identity certificate appearing in the image; and a determination unit configured to determine, based on the shadow information, whether or not the identity certificate appearing in the image is authentic, wherein the shadow information includes information related to presence or absence of the shadow, characterised in that the determination unit is configured to determine that the identity certificate is not authentic when the shadow does not appear in the image.
A fluid ejection die comprising: an ejection nozzle; an ejection chamber fluidly connected to the ejection nozzle; a fluid input hole fluidly connected to the ejection chamber ; a fluid output hole ; a fluid output channel fluidly connected to the ejection chamber and the fluid output hole ; a fluid slot fluidly connected to the fluid input hole and the fluid output hole ; characterised in that the fluid ejection die further comprises: a fluid circulation rib extending into the fluid slot and positioned between the fluid input hole and the fluid output hole wherein the fluid circulation rib is configured to inhibit drawing of fluid through the fluid input hole that was output from the fluid output hole until such output fluid has passed a proximal end of the fluid circulation rib . an ejection nozzle; an ejection chamber fluidly connected to the ejection nozzle; a fluid input hole fluidly connected to the ejection chamber ; a fluid output hole ; a fluid output channel fluidly connected to the ejection chamber and the fluid output hole ; a fluid slot fluidly connected to the fluid input hole and the fluid output hole ; characterised in that the fluid ejection die further comprises: a fluid circulation rib extending into the fluid slot and positioned between the fluid input hole and the fluid output hole wherein the fluid circulation rib is configured to inhibit drawing of fluid through the fluid input hole that was output from the fluid output hole until such output fluid has passed a proximal end of the fluid circulation rib .
A method of producing passivated particles comprising urea or a urea-based compound, for fertilizer blends, characterized in that it comprises the steps of: - treating urea-containing particles with 0.1 to 2.0 weight % of a mineral acid that reacts with urea, thus forming a grasping layer made of the double salt thereof, and thereafter - adding an excess, 2 to 6 weight %, based on the weight of the urea-containing particles, of a solid base in powder form to the particles to coat the acidified particle surface, , and to obtain a coating comprising 1) said grasping layer made of double salts of urea and the mineral acid, 2) metal salts, and 3) unreacted base. - treating urea-containing particles with 0.1 to 2.0 weight % of a mineral acid that reacts with urea, thus forming a grasping layer made of the double salt thereof, and thereafter - adding an excess, 2 to 6 weight %, based on the weight of the urea-containing particles, of a solid base in powder form to the particles to coat the acidified particle surface, , and to obtain a coating comprising 1) said grasping layer made of double salts of urea and the mineral acid, 2) metal salts, and 3) unreacted base.
An injection molding machine comprising: a toggle mechanism which connects a movable platen and a rear platen to each other, wherein the toggle mechanism includes a plurality of links , a first connectionportion which connects the movable platen and the link to each other, a second connection portion which connects the links to each other, and a third connection portion which connects the rear platen and the link to each other, characterized in that at least one connection portion of the first to third connection portions includes a bush , a connection pin which is inserted into the bush , a supply path through which a lubricant is supplied to a bearing clearance which is a clearance between the bush and the connection pin , a discharge path through which the lubricant is discharged from the bearing clearance , and a circumferential supply promotion mechanism which promotes a supply of the lubricant supplied from an opening portion on the bearing clearance side of the supply path to the bearing clearance , in a circumferential direction of the connection pin , the circumferential supply promotion mechanism is a plurality of the supply path opening portions which are provided in the circumferential direction of the connection pin , and the supply path opening portions are provided on an outer peripheral surface of the connection pin and are provided to sandwich a movable range of the connection portion when viewed in the circumferential direction of the connection pin . a toggle mechanism which connects a movable platen and a rear platen to each other, wherein the toggle mechanism includes a plurality of links , a first connectionportion which connects the movable platen and the link to each other, a second connection portion which connects the links to each other, and a third connection portion which connects the rear platen and the link to each other, characterized in that at least one connection portion of the first to third connection portions includes a bush , a connection pin which is inserted into the bush , a supply path through which a lubricant is supplied to a bearing clearance which is a clearance between the bush and the connection pin , a discharge path through which the lubricant is discharged from the bearing clearance , and a circumferential supply promotion mechanism which promotes a supply of the lubricant supplied from an opening portion on the bearing clearance side of the supply path to the bearing clearance , in a circumferential direction of the connection pin , the circumferential supply promotion mechanism is a plurality of the supply path opening portions which are provided in the circumferential direction of the connection pin , and the supply path opening portions are provided on an outer peripheral surface of the connection pin and are provided to sandwich a movable range of the connection portion when viewed in the circumferential direction of the connection pin .
A method of processing an image charge/current signal representative of trapped ions undergoing oscillatory motion, the method including: identifying a plurality of candidate fundamental frequencies potentially present in the image charge/current signal based on an analysis of peaks in a frequency spectrum corresponding to the image charge/current signal in the frequency domain, wherein each candidate fundamental frequency falls in a frequency range of interest; deriving a basis signal for each candidate fundamental frequency using a calibration signal; and estimating relative abundances of ions corresponding to the candidate fundamental frequencies by mapping the basis signals to the image charge/current signal; wherein, at least one candidate fundamental frequency is calculated using a frequency associated with a peak that falls outside the frequency range of interest and that has been determined as representing a second or higher order harmonic of the candidate fundamental frequency. identifying a plurality of candidate fundamental frequencies potentially present in the image charge/current signal based on an analysis of peaks in a frequency spectrum corresponding to the image charge/current signal in the frequency domain, wherein each candidate fundamental frequency falls in a frequency range of interest; deriving a basis signal for each candidate fundamental frequency using a calibration signal; and estimating relative abundances of ions corresponding to the candidate fundamental frequencies by mapping the basis signals to the image charge/current signal; wherein, at least one candidate fundamental frequency is calculated using a frequency associated with a peak that falls outside the frequency range of interest and that has been determined as representing a second or higher order harmonic of the candidate fundamental frequency.
Safety communication method, wherein a primary instance sends a request data telegram with a monitoring identifier to a secondary instance , the secondary instance returns a response data telegram with the same monitoring identifier to the primary instance , and the primary instance detects an error in communication if the primary instance has not received a response data telegram with a monitoring identifier corresponding to the request data telegram within a predetermined timeout period after sending the request data telegram ; wherein the monitoring identifier for a request data telegram is modified in each case after sending a request data telegram , wherein for each monitoring identifier a separate monitoring instance is created which monitors the predetermined timeout period for the corresponding monitoring identifier of a transmitted request data telegram , wherein the primary instance already generates a new monitoring identifier and uses it for further request data telegrams before a response with a previously transmitted monitoring identifier has been received. a primary instance sends a request data telegram with a monitoring identifier to a secondary instance , the secondary instance returns a response data telegram with the same monitoring identifier to the primary instance , and the primary instance detects an error in communication if the primary instance has not received a response data telegram with a monitoring identifier corresponding to the request data telegram within a predetermined timeout period after sending the request data telegram ; wherein the monitoring identifier for a request data telegram is modified in each case after sending a request data telegram , wherein for each monitoring identifier a separate monitoring instance is created which monitors the predetermined timeout period for the corresponding monitoring identifier of a transmitted request data telegram , wherein the primary instance already generates a new monitoring identifier and uses it for further request data telegrams before a response with a previously transmitted monitoring identifier has been received.
A combination for use in the prevention, alleviation or treatment of schizophrenia, comprising (a) a carbamate compound of the following Formula 1, or a pharmaceutically acceptable salt, solvate or hydrate thereof; and (b) aripiprazole, or a pharmaceutically acceptable salt, solvate or hydrate thereof: wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen and C 1 -C 8 alkyl; and one of A 1 and A 2 is CH, and the other is N. R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen and C 1 -C 8 alkyl; and one of A 1 and A 2 is CH, and the other is N.
A method comprising: outputting a unique identifier request to a station, wherein the unique identifier request is output from an access point ; receiving , at the access point, a unique identifier response from the station; determining whether a unique identifier is provided within the unique identifier response; and providing one or more features offered to the station by the access point based on the determination; wherein the unique identifier response comprises a unique identifier associated with the station, characterized in that the access point uses the unique identifier across association events to consistently identify the station, the association events being between the access point and the station. outputting a unique identifier request to a station, wherein the unique identifier request is output from an access point ; receiving , at the access point, a unique identifier response from the station; determining whether a unique identifier is provided within the unique identifier response; and providing one or more features offered to the station by the access point based on the determination; wherein the unique identifier response comprises a unique identifier associated with the station, characterized in that the access point uses the unique identifier across association events to consistently identify the station, the association events being between the access point and the station.
A therapeutic oxygen breathing apparatus for supplying gasses while exercising, comprising: an inflatable and collapsible first bladder dimensioned and configured to receive and store a first gas having a first concentration of oxygen via a first inlet , the first bladder being biased with one or more weighted members towards a collapsed state and positioned in an external ambient pressure environment, wherein the first concentration of oxygen is supplied from an external source and is greater than ambient air concentration of oxygen; a second bladder dimensioned and configured to receive and store a second gas having a second concentration of oxygen via a second inlet ; a control switch coupled to the first and second bladders , the control switch having an actuator for selectively providing at least one of the first and second gases to a user; wherein the first bladder includes a first outlet for releasing a first portion of the stored first gas and the second bladder includes a second outlet for releasing a second portion of stored air; and wherein the first and second outlets are coupled to one or more airflow paths to a user, said one or more airflow paths being configured to occlude backflow of air from the user to the first and second bladders ; characterized by the one or more weighted members being attached to and positioned proximate an upper portion of the first bladder, the one or more weighted members having sufficient weight to apply a downward force on the first bladder when filled with air, such that a constant, predetermined positive pressure is applied to the air stored within the first bladder .
Support device for a housing of a turbomachine , for bracing against forces on the housing that occur during operation of the turbomachine , comprising at least one hub element and at least one support element for holding the hub element on the housing , the support device comprising at least one rotational joint , by means of which the hub element is rotatably connected to the support element , characterized in that the at least one support element is designed as a strut and the at least one hub element has a through-opening for receiving a shaft element of the turbomachine .
A method of detecting a microscopic body stored in a plurality of receptacles formed separately from each other, the method comprising the steps of: introducing a solvent (S1) into a space between a lower layer part in which the receptacles are formed and an upper layer part facing a surface of the lower layer part in which surface the receptacles are formed, wherein the solvent (S1) contains the microscopic body; introducing gas (G) into the space to substitute the solvent (S1) in the space by the gas (G) and form a droplet (D) of the solvent in the receptacles , wherein the droplet (D) contains the microscopic body; and detecting the microscopic body present in the droplet (D) optically, electrically, and/or magnetically; characterized in that the solvent (S1) is water and contains a highly hydratable substance to suppress evaporation of the solvent (S1) held in the receptacles and transpiration of the droplets (D). introducing a solvent (S1) into a space between a lower layer part in which the receptacles are formed and an upper layer part facing a surface of the lower layer part in which surface the receptacles are formed, wherein the solvent (S1) contains the microscopic body; introducing gas (G) into the space to substitute the solvent (S1) in the space by the gas (G) and form a droplet (D) of the solvent in the receptacles , wherein the droplet (D) contains the microscopic body; and detecting the microscopic body present in the droplet (D) optically, electrically, and/or magnetically;
A method of verifying an accuracy of a State Estimation (SE) procedure estimating a number of states ( x ) of an electric power system based on a redundant set of measurements ( z ) and corresponding errors ( v ), wherein the states ( x ) correspond to system quantities at a number of locations (A, B, C, ...) of the system , the system being a power transmission network interconnecting geographically separated regions, the method comprising: - measuring phasor values ( y, y' ) of a system quantity by phasor measurement units at at least two locations (B, D, ...) of the system that correspond to distinct substations, - comparing the measured phasor values ( y, y' ) with the estimated states (x) corresponding to the respective system quantity at the location (B, D, ...) of the phasor measurements, - calculating a value of a dependent system quantity from the measured phasor values ( y , y '), - effectuating a consistency check by comparing said value of the dependent system quantity with a respective value of the dependent system quantity calculated from the estimated states corresponding to the respective system quantities at the at least two locations (B, D, ...), - generating an output based on a result of the consistency check representative of the accuracy of the state estimation. - measuring phasor values ( y, y' ) of a system quantity by phasor measurement units at at least two locations (B, D, ...) of the system that correspond to distinct substations, - comparing the measured phasor values ( y, y' ) with the estimated states (x) corresponding to the respective system quantity at the location (B, D, ...) of the phasor measurements, - calculating a value of a dependent system quantity from the measured phasor values ( y , y '), - effectuating a consistency check by comparing said value of the dependent system quantity with a respective value of the dependent system quantity calculated from the estimated states corresponding to the respective system quantities at the at least two locations (B, D, ...), - generating an output based on a result of the consistency check representative of the accuracy of the state estimation.
Aircraft fairing comprising: - at least one fixed panel having at least one opening , - at least one movable panel that is configured to occupy a closed position in which the movable panel blocks the opening and an open position in which the movable panel at least partially frees the opening , - at least one joint connecting the fixed panel to the movable panel , said joint comprising at least one first flange that is connected to the fixed panel , at least one second flange that is connected to the movable panel , and a junction region connecting the first and second flanges , each one of the first and second flanges comprising a first edge (54.1, 56.1) that is connected to the junction region and a second, free edge (54.2, 56.2) that is remote from the junction region ; characterized in that the junction region is configured to deform elastically, in that the first and second flanges and the junction region form a single part, and in that at least one of the first and second flanges comprises at least two sectors (S1, S2) that are separated by a cut which extends from the free second edge (54.2, 56.2) to the first edge (54.1, 56.1). - at least one fixed panel having at least one opening , - at least one movable panel that is configured to occupy a closed position in which the movable panel blocks the opening and an open position in which the movable panel at least partially frees the opening , - at least one joint connecting the fixed panel to the movable panel , said joint comprising at least one first flange that is connected to the fixed panel , at least one second flange that is connected to the movable panel , and a junction region connecting the first and second flanges , each one of the first and second flanges comprising a first edge (54.1, 56.1) that is connected to the junction region and a second, free edge (54.2, 56.2) that is remote from the junction region ;