mhurhangee/ep-ind-claims huggingface dataset:
A nosecap for a gas turbine engine, the nosecap comprising: a body having a forward surface and an aft surface separated by an edge; a plurality of bolt holes formed through the body; and a plurality of bolt pockets, each bolt pocket extending from the edge and surrounding a respective one of the plurality of bolt holes; wherein each one bolt pocket is asymmetric about a plane passing through a geometric center of the body and passing through and dividing the respective one of the plurality of bolt holes, wherein each of the bolt pockets comprises a leading edge wall, a trailing edge wall, and a transition area wall disposed between the leading edge wall and the trailing edge wall, wherein the trailing edge wall of the bolt pocket creates a tear drop shape for the bolt pocket. a body having a forward surface and an aft surface separated by an edge; a plurality of bolt holes formed through the body; and a plurality of bolt pockets, each bolt pocket extending from the edge and surrounding a respective one of the plurality of bolt holes; wherein each one bolt pocket is asymmetric about a plane passing through a geometric center of the body and passing through and dividing the respective one of the plurality of bolt holes, wherein each of the bolt pockets comprises a leading edge wall, a trailing edge wall, and a transition area wall disposed between the leading edge wall and the trailing edge wall, wherein the trailing edge wall of the bolt pocket creates a tear drop shape for the bolt pocket.
A shutter assembly for an electrical panelboard, comprising: a shutter housing mountable over a breaker slot in the panelboard, the shutter housing including openings therein that allow access to conductors in the panelboard when the shutter housing is mounted over the breaker slot in the panelboard; a shutter plate disposed within the shutter housing and slidable longitudinally between a closed position and an open position, the shutter plate including openings therein that substantially align with the openings in the shutter housing to provide access to the conductors in the panelboard; characterised by a load lug assembly disposed on the shutter housing and having an opening through which a load lug may be accessed; and a load lug shield disposed on the shutter plate that automatically covers the opening on the load lug assembly when the shutter plate is in the open position and automatically uncovers the opening on the load lug assembly when the shutter plate is in the closed position; wherein when the shutter plate is in the closed position, the openings in the shutter plate are offset from the openings in the shutter housing to block access to the conductors in the panelboard, and when the shutter plate is in the open position, the openings in the shutter plate are substantially aligned with the openings in the shutter housing to allow access to the conductors in the panelboard. a shutter housing mountable over a breaker slot in the panelboard, the shutter housing including openings therein that allow access to conductors in the panelboard when the shutter housing is mounted over the breaker slot in the panelboard; a shutter plate disposed within the shutter housing and slidable longitudinally between a closed position and an open position, the shutter plate including openings therein that substantially align with the openings in the shutter housing to provide access to the conductors in the panelboard; characterised by a load lug assembly disposed on the shutter housing and having an opening through which a load lug may be accessed; and a load lug shield disposed on the shutter plate that automatically covers the opening on the load lug assembly when the shutter plate is in the open position and automatically uncovers the opening on the load lug assembly when the shutter plate is in the closed position; wherein when the shutter plate is in the closed position, the openings in the shutter plate are offset from the openings in the shutter housing to block access to the conductors in the panelboard, and when the shutter plate is in the open position, the openings in the shutter plate are substantially aligned with the openings in the shutter housing to allow access to the conductors in the panelboard.
An electric motor comprising: a stator core; a first bracket fixed to the first side of the stator core in an axial direction; a first bearing housing fixed to the first bracket, wherein the first bearing housing holds a bearing; a second bracket fixed to the second side of the stator core in the axial direction; a second bearing housing fixed to the second bracket, wherein the second bearing housing holds a bearing; a rotor comprising: a rotor shaft rotatably supported by the bearings; and a rotor core attached to the rotor shaft, wherein the rotor core faces an inner side of the stator core; a ventilation fan attached to the rotor shaft between the rotor core and the first bearing housing; a ventilation flue formed between the first bearing housing and the first bracket, wherein the ventilation flue is configured to draw open air from one or more inspiratory ports to a peripheral part of the first bracket; and a rotation detection circuit comprising: a detected part fixed to the ventilation fan within the ventilation flue; and a sensor operable to detect the detected part, wherein the sensor is set in the ventilation flue and is positioned counter to the detected part, and characterized in that the sensor is positioned above all of the inspiratory ports of the electric motor. a stator core; a first bracket fixed to the first side of the stator core in an axial direction; a first bearing housing fixed to the first bracket, wherein the first bearing housing holds a bearing; a second bracket fixed to the second side of the stator core in the axial direction; a second bearing housing fixed to the second bracket, wherein the second bearing housing holds a bearing; a rotor comprising: a rotor shaft rotatably supported by the bearings; and a rotor core attached to the rotor shaft, wherein the rotor core faces an inner side of the stator core; a rotor shaft rotatably supported by the bearings; and a rotor core attached to the rotor shaft, wherein the rotor core faces an inner side of the stator core; a ventilation fan attached to the rotor shaft between the rotor core and the first bearing housing; a ventilation flue formed between the first bearing housing and the first bracket, wherein the ventilation flue is configured to draw open air from one or more inspiratory ports to a peripheral part of the first bracket; and a rotation detection circuit comprising: a detected part fixed to the ventilation fan within the ventilation flue; and a sensor operable to detect the detected part, wherein the sensor is set in the ventilation flue and is positioned counter to the detected part, and characterized in that the sensor is positioned above all of the inspiratory ports of the electric motor. a detected part fixed to the ventilation fan within the ventilation flue; and a sensor operable to detect the detected part, wherein the sensor is set in the ventilation flue and is positioned counter to the detected part, and characterized in that the sensor is positioned above all of the inspiratory ports of the electric motor.
A method for wireless communications, comprising: receiving, by a user equipment, UE, a signal associated with a downlink control channel, wherein the signal comprises information specific to the UE; and selecting, based on the information, a UE-specific reference signal, RS, pattern from a plurality of UE-specific RS patterns, wherein the information comprises a rank of the UE and a total rank of a plurality of UEs, characterised in that the UE-specific RSs are based on code division multiplexing, CDM, wherein the RSs are multiplexed according to Walsh codes, wherein the Walsh codes are signaled to the UE over the physical downlink control channel, PDCCH, and wherein the number of Walsh codes indicates the rank of the UE. receiving, by a user equipment, UE, a signal associated with a downlink control channel, wherein the signal comprises information specific to the UE; and selecting, based on the information, a UE-specific reference signal, RS, pattern from a plurality of UE-specific RS patterns, wherein the information comprises a rank of the UE and a total rank of a plurality of UEs, characterised in that the UE-specific RSs are based on code division multiplexing, CDM, wherein the RSs are multiplexed according to Walsh codes, wherein the Walsh codes are signaled to the UE over the physical downlink control channel, PDCCH, and wherein the number of Walsh codes indicates the rank of the UE.
An exhaust purification system of an internal combustion engine in which an exhaust purification catalyst is arranged in an engine exhaust passage and a hydrocarbon feed valve is arranged in the engine exhaust passage upstream of the exhaust purification catalyst, a precious metal catalyst is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst, the exhaust purification catalyst has a property of reducing NO x which is contained in exhaust gas if making a concentration of hydrocarbons which flow into the exhaust purification catalyst vibrate by within a predetermined range of amplitude and by within a predetermined range of period and has a property of being increased in storage amount of NO x which is contained in the exhaust gas if making the vibration period of the hydrocarbon concentration longer than the predetermined range, the exhaust purification system being characterised by a first NO x removal method which injects hydrocarbons from the hydrocarbon feed valve by a predetermined injection period to thereby remove the NO x which is contained in the exhaust gas and a second NO x removal method which makes an air-fuel ratio of the exhaust gas which flows into the exhaust purification catalyst rich to make the exhaust purification catalyst release a stored NO x when the NO x which is stored in the exhaust purification catalyst exceeds a first allowable value are selectively used, and in the second NO x removal method, the period by which the air-fuel ratio of the exhaust gas which flows into the exhaust purification catalyst is made rich is longer than said predetermined injection period, wherein, temperature regions which the exhaust purification catalyst can take at the time of engine operation are divided into three regions of a low temperature region, an intermediate temperature region, and a high temperature region, in the high temperature region, an NO x removal action by the first NO x removal method is performed, in the low temperature region, an NO x removal action by the second NO x removal method is performed, and in the intermediate temperature region, hydrocarbons are injected from the hydrocarbon feed valve by said predetermined injection period and, when the NO x which is stored in the exhaust purification catalyst exceeds a predetermined second allowable value of a value smaller than the first allowable value, the air-fuel ratio of the exhaust gas which flows into the exhaust purification catalyst is made rich.
A state transitioning method used by a user equipment, UE, to switch between a connected state and an inactive state, and the method comprising: establishing a wireless connection to enter into a connected state; receiving an inactive state command while being in the connected state; entering into the inactive state in response to receiving the inactive state command; transmitting a connection resume request while being in the inactive state; receiving an uplink, UL, grant which corresponds to the connection resume request; and transmitting UL data in response to receiving the UL grant, wherein the UL data comprises a small data indication, wherein the inactive state command is received from a first base station with which the wireless connection has been established, the inactive state command comprising information of a radio access network, RAN, based notification area, RNA, and a network criteria of the wireless connection, wherein the network criteria assists the UE to determine whether the small data indication indicates true or false and assists the UE to determine whether to enter into the inactive state based on the small data indication after transmitting the UL data. establishing a wireless connection to enter into a connected state; receiving an inactive state command while being in the connected state; entering into the inactive state in response to receiving the inactive state command; transmitting a connection resume request while being in the inactive state; receiving an uplink, UL, grant which corresponds to the connection resume request; and transmitting UL data in response to receiving the UL grant, wherein the UL data comprises a small data indication, wherein the inactive state command is received from a first base station with which the wireless connection has been established, the inactive state command comprising information of a radio access network, RAN, based notification area, RNA, and a network criteria of the wireless connection, wherein the network criteria assists the UE to determine whether the small data indication indicates true or false and assists the UE to determine whether to enter into the inactive state based on the small data indication after transmitting the UL data.
A composition for assembly of a target polynucleotide sequence, the composition comprising a plurality of different synthesized oligonucleotide sequences, wherein the plurality of different synthesized oligonucleotide sequences are immobilized on a microarray device or a bead device having a solid or porous surface, wherein each oligonucleotide sequence comprises a fragment of a target polynucleotide sequence, a flanking primer binding site from about 7 to about 50 bases and a restriction enzyme cleavable sequence segment designed to permit removal of the flanking primer binding site such that upon removal of the flanking primer binding site, all fragments together comprise the target polynucleotide sequence, and wherein each fragment has a 5' end region that is overlapping with a 3' end region on the next fragment, or each fragment has a 3' end region that is overlapping with a 5' end region on the next fragment.
Method for monitoring and controlling a process in a gas boiler, in which a fuel gas/air mixture comprising air and a fuel gas is burnt in a combustion chamber, wherein a control variable of at least one sensor is used for adjusting a mixing ratio of air flow and fuel gas flow using suitable actuators which are arranged upstream of the combustion chamber, wherein the sensor is arranged downstream of the combustion chamber in an exhaust gas flow of the combustion chamber and the exhaust gas flow from the combustion chamber flows around at least part of the sensor, and wherein sensor data about the material composition of the exhaust gas flow measured by the sensor are detected as the control variable, characterized in that the sensor is a thermal sensor, in particular for measuring a thermal conductivity.
A separator assembly for separating debris particles from a fluid in a fluid system, the separator assembly comprising: a housing forming an internal chamber; an inlet port in fluid communication with the internal chamber of the housing, wherein the inlet port is oriented in a tangential relationship relative to the internal chamber; a first debris separation ring disposed in the housing and extending around an inner surface of the internal chamber; characterized by a second debris separation ring disposed in the housing and extending around the inner surface of the internal chamber, wherein the second debris separation ring is spaced from the first debris separation ring; wherein the first debris separation ring has a first inner diameter, and the second debris separation ring has a second inner diameter that is larger than the first inner diameter. a housing forming an internal chamber; an inlet port in fluid communication with the internal chamber of the housing, wherein the inlet port is oriented in a tangential relationship relative to the internal chamber; a first debris separation ring disposed in the housing and extending around an inner surface of the internal chamber; characterized by a second debris separation ring disposed in the housing and extending around the inner surface of the internal chamber, wherein the second debris separation ring is spaced from the first debris separation ring; wherein the first debris separation ring has a first inner diameter, and the second debris separation ring has a second inner diameter that is larger than the first inner diameter.
A method in a wireless communication system, the method comprising: transmitting, by a terminal, a random access preamble to perform a random access procedure on a primary cell or a secondary cell; determining, by the terminal, that a random access problem for the random access procedure is detected based on a number of transmissions of the random access preamble; indicating, by the terminal, the random access problem to upper layers if the random access preamble is transmitted on the primary cell; and characterized in stopping, by the terminal, the random access procedure if the random access preamble is transmitted on the secondary cell. transmitting, by a terminal, a random access preamble to perform a random access procedure on a primary cell or a secondary cell; determining, by the terminal, that a random access problem for the random access procedure is detected based on a number of transmissions of the random access preamble; indicating, by the terminal, the random access problem to upper layers if the random access preamble is transmitted on the primary cell; and characterized in stopping, by the terminal, the random access procedure if the random access preamble is transmitted on the secondary cell.
A method of operating an electronic device, the method comprising: identifying, by an electronic device, an identification of an accessory that is coupled to the electronic device, wherein the accessory is an electronic pen capable of performing a fingerprint recognition function for user authentication; receiving, by the electronic device, at least one user interface program associated with the fingerprint recognition function, based on the identified ID of the accessory; installing, by the electronic device, the received at least one user interface program to display a user interface associated with the fingerprint recognition function; until user authentication using the user fingerprint recognized through the accessory is performed, restricting execution of at least one application among a plurality of applications installed in the electronic device; and displaying the user interface, wherein the displayed user interface comprises an indication that the user authentication using the user fingerprint recognized through the accessory is required to execute the at least one application. identifying, by an electronic device, an identification of an accessory that is coupled to the electronic device, wherein the accessory is an electronic pen capable of performing a fingerprint recognition function for user authentication; receiving, by the electronic device, at least one user interface program associated with the fingerprint recognition function, based on the identified ID of the accessory; installing, by the electronic device, the received at least one user interface program to display a user interface associated with the fingerprint recognition function; until user authentication using the user fingerprint recognized through the accessory is performed, restricting execution of at least one application among a plurality of applications installed in the electronic device; and displaying the user interface, wherein the displayed user interface comprises an indication that the user authentication using the user fingerprint recognized through the accessory is required to execute the at least one application.
A method of transmitting, by a transmitting side, a data block to a receiving side in a wireless communication system, the method comprising: generating, by a packet data convergence protocol, PDCP, layer performing a header compression function at the transmitting side, a PDCP Packet Data Unit, PDU, and, transmitting, by the PDCP layer, the PDCP PDU to the receiving side, characterized in that: the PDCP PDU includes an indicator indicating whether the PDCP PDU contains a control packet having no relation with an upper layer data block transferred from an upper layer or a compressed packet generated by the header compression function for the upper layer data block transferred from the upper layer, wherein if the PDCP PDU contains a compressed packet generated by the header compression function for the upper layer data block transferred from the upper layer, the method further comprises ciphering by the PDCP layer, the compressed packet, and if the PDCP PDU contains a control packet having no relation with an upper layer data block transferred from the upper layer, the PDCP PDU further includes type information indicating that the control packet includes header compression feedback information and the control packet is not ciphered by the PDCP layer. generating, by a packet data convergence protocol, PDCP, layer performing a header compression function at the transmitting side, a PDCP Packet Data Unit, PDU, and, transmitting, by the PDCP layer, the PDCP PDU to the receiving side, the PDCP PDU includes an indicator indicating whether the PDCP PDU contains a control packet having no relation with an upper layer data block transferred from an upper layer or a compressed packet generated by the header compression function for the upper layer data block transferred from the upper layer, wherein if the PDCP PDU contains a compressed packet generated by the header compression function for the upper layer data block transferred from the upper layer, the method further comprises ciphering by the PDCP layer, the compressed packet, and if the PDCP PDU contains a control packet having no relation with an upper layer data block transferred from the upper layer, the PDCP PDU further includes type information indicating that the control packet includes header compression feedback information and the control packet is not ciphered by the PDCP layer.
A computer program for controlling an eye surgical laser for the separation of a volume body with predefined interfaces (14, 16) from a human or animal cornea, comprising commands, which cause a treatment device to control the laser by means of a control device such that it emits pulsed laser pulses in a predefined pattern into the cornea, wherein the interfaces (14, 16) of the volume body to be separated are defined by the predefined pattern and a surface of the cornea and the interfaces (14, 16) located in the cornea are generated by means of photodisruption, and wherein the interface is generated substantially transversely to the optical axis of the eye immediately above or within the Bowman's membrane, and wherein the surface of the cornea is a surface of the eye artificially generated by means of ablation or displacement of an uppermost corneal layer and/or by means of production of a corneal flap.
Method for determining the flow rate, in particular the volume flow ( V̇), of liquids in a hot drinks machine, which has a feed opening and a discharge opening for the liquid and a liquid heater arranged between the feed opening and the discharge opening, and a temperature sensor downstream from the liquid heater, wherein the flow rate is ascertained by determining, without the use of a flow rate meter, the heat output ( Q̇), and by calculating a quotient representing the flow rate-from the heat output ( Q̇) and the temperature difference (ΔT) multiplied by a material constant (c) specific to the liquid, characterised in that the temperature difference (ΔT) is determined from the measurement of the liquid temperature (T Mess) and an ambient air temperature (T Raum) of the hot drinks machine measured using the temperature sensor.