mhurhangee/ep-ind-claims huggingface dataset:
A device for the delivery of energy to a region of lung tissue, the device comprising: a catheter configured to be inserted into an airway, the catheter comprising a first electrode and a second electrode; a handle attached at a proximal end of the catheter, the handle comprising a second activation toggle configured to extend the second electrode from the first electrode; wherein the second electrode is received in a movable manner within the first electrode, and wherein the second electrode is extendable from a distal end of the first electrode to form a first extended configuration; wherein the second electrode, when in the first extended configuration, forms a coil. a catheter configured to be inserted into an airway, the catheter comprising a first electrode and a second electrode; a handle attached at a proximal end of the catheter, the handle comprising a second activation toggle configured to extend the second electrode from the first electrode; wherein the second electrode is received in a movable manner within the first electrode, and wherein the second electrode is extendable from a distal end of the first electrode to form a first extended configuration; wherein the second electrode, when in the first extended configuration, forms a coil.
An absorbent article having a lengthwise direction and a widthwise direction and including a liquid-permeable sheet, a liquid-impermeable sheet and an absorbent body between the liquid-permeable sheet and liquid-impermeable sheet, wherein: the absorbent body comprises an absorbent core having a first surface on a side facing the liquid-permeable sheet, and a second surface on a side facing the liquid-impermeable sheet, and a core wrap covering the absorbent core, the absorbent core comprising a lengthwise groove section that is a groove section indented from the second surface and extending in the lengthwise direction, and with a bottom part, and having lower basis weight than an average basis weight of the absorbent core, and a widthwise groove section that is a groove section indented from the second surface and extending in the widthwise direction, and having lower basis weight than the average basis weight of the absorbent core, the lengthwise groove section including a plurality of through-holes running from the first surface to the second surface, the widthwise groove section being provided intermittently in the widthwise direction on the second surface of the absorbent core, and the core wrap being joined to the bottom part of the lengthwise groove section. the absorbent body comprises an absorbent core having a first surface on a side facing the liquid-permeable sheet, and a second surface on a side facing the liquid-impermeable sheet, and a core wrap covering the absorbent core, the absorbent core comprising a lengthwise groove section that is a groove section indented from the second surface and extending in the lengthwise direction, and with a bottom part, and having lower basis weight than an average basis weight of the absorbent core, and a widthwise groove section that is a groove section indented from the second surface and extending in the widthwise direction, and having lower basis weight than the average basis weight of the absorbent core, the lengthwise groove section including a plurality of through-holes running from the first surface to the second surface, the widthwise groove section being provided intermittently in the widthwise direction on the second surface of the absorbent core, and the core wrap being joined to the bottom part of the lengthwise groove section.
A lubricant composition comprising an oil of lubricating viscosity and 0.01 wt % to 15 wt % of a protic acid salt of an N-hydrocarbyl-substituted gamma- (γ-) or delta-(δ-) aminoester or an N-hydrocarbyl-substituted gamma- (γ-) or delta-(δ-) aminothioester.
A method for monitoring software crash, characterized in that the method comprises the following steps: step 1, selecting a medical host equipment for collecting and detecting patient's physiological parameters, and starting up a medical equipment host system; step 2, judging whether there is an access from a general external interface of a medical external equipment by the medical equipment host system, if yes, going to step 3; step 3, communicating with the medical external equipment according to a protocol established by the medical host equipment to be monitored in the medical equipment system, reading a preset identity information of the external equipment and judging whether the medical external equipment requested for assessing the medical equipment host system is the medical external equipment for monitoring software crash by the medical equipment host system, if yes, going to step 4; step 4, sending a predetermined protocol information to the medical external equipment for monitoring software crash in a predetermined time interval by the medical equipment host system; step 5, determining whether the predetermined protocol information is received by the medical external equipment for monitoring software crash, if no, going to step 6; step 6, finding the medical equipment host system crashes and outputting a result by the medical external equipment for monitoring software crash. step 1, selecting a medical host equipment for collecting and detecting patient's physiological parameters, and starting up a medical equipment host system; step 2, judging whether there is an access from a general external interface of a medical external equipment by the medical equipment host system, if yes, going to step 3; step 3, communicating with the medical external equipment according to a protocol established by the medical host equipment to be monitored in the medical equipment system, reading a preset identity information of the external equipment and judging whether the medical external equipment requested for assessing the medical equipment host system is the medical external equipment for monitoring software crash by the medical equipment host system, if yes, going to step 4; step 4, sending a predetermined protocol information to the medical external equipment for monitoring software crash in a predetermined time interval by the medical equipment host system; step 5, determining whether the predetermined protocol information is received by the medical external equipment for monitoring software crash, if no, going to step 6; step 6, finding the medical equipment host system crashes and outputting a result by the medical external equipment for monitoring software crash.
A method for shuffling an order of a plurality of data blocks in a data processing system, the method comprising: - randomly selecting an increment function from a plurality of increment functions (94-G1, 96-G2,...,98-GN); - providing a parameter for use with the increment function; - generating a random number, the random number corresponding to an index for a data block (0,..., 15) of the plurality of data blocks, wherein each data block (0,..., 15) of the plurality of data blocks has an index that uniquely identifies each data block (0,..., 15) of the plurality of data blocks; - applying the increment function with the parameter to the random number to generate a new index, the new index corresponding to a data block (0,..., 15) of the plurality of data blocks; - selecting the data block corresponding to the new index as the next data block of a reordering of the plurality of data blocks; and - iterating the method until the reordering of the plurality of data blocks is complete. - randomly selecting an increment function from a plurality of increment functions (94-G1, 96-G2,...,98-GN); - providing a parameter for use with the increment function; - generating a random number, the random number corresponding to an index for a data block (0,..., 15) of the plurality of data blocks, wherein each data block (0,..., 15) of the plurality of data blocks has an index that uniquely identifies each data block (0,..., 15) of the plurality of data blocks; - applying the increment function with the parameter to the random number to generate a new index, the new index corresponding to a data block (0,..., 15) of the plurality of data blocks; - selecting the data block corresponding to the new index as the next data block of a reordering of the plurality of data blocks; and - iterating the method until the reordering of the plurality of data blocks is complete.
A welding-related device comprising: an exterior housing portion having at least a front side, a top side, a rear side, and a bottom side, the exterior housing portion defining a cavity; and characterized by: an interior housing portion disposed within the cavity of the exterior housing portion such that an interstitial space is disposed between the exterior housing portion and the interior housing portion, the interior housing portion having at least a front side, a top side, a rear side, and a bottom side, the interior housing portion defining an interior cavity in which wire feeder components of the welding-related device are disposed.
Cooling fan module comprising: a fan shroud; a fan propeller cutout, which is formed in the fan shroud; a motor mount which is mechanically connected to the fan shroud by means of struts which are located at the rear viewed in the flow direction; a motor, in particular electric motor, which is mounted at least partially in the motor mount; a fan propeller which is arranged in the fan propeller cutout and which is driven rotationally about a rotational axis by the motor, wherein the fan propeller has a plurality of blade elements, wherein at least all the elements of a group which has at least one of the struts and at least one of the blade elements are forward-sickled or rearward-sickled, wherein a blade element mean line of at least one of the blade elements of the group and a strut mean line of the struts of the group in a profile section are related to one another such that the geometry of the at least one strut of the group follows at least essentially the geometry of the at least one blade element of the group with respect to the extent in a plane perpendicular to the rotational axis, characterized in that the cooling fan module has exactly two struts more than blade elements. a fan shroud; a fan propeller cutout, which is formed in the fan shroud; a motor mount which is mechanically connected to the fan shroud by means of struts which are located at the rear viewed in the flow direction; a motor, in particular electric motor, which is mounted at least partially in the motor mount; a fan propeller which is arranged in the fan propeller cutout and which is driven rotationally about a rotational axis by the motor, wherein the fan propeller has a plurality of blade elements, wherein at least all the elements of a group which has at least one of the struts and at least one of the blade elements are forward-sickled or rearward-sickled, wherein a blade element mean line of at least one of the blade elements of the group and a strut mean line of the struts of the group in a profile section are related to one another such that the geometry of the at least one strut of the group follows at least essentially the geometry of the at least one blade element of the group with respect to the extent in a plane perpendicular to the rotational axis, characterized in that the cooling fan module has exactly two struts more than blade elements.
A mounting device for rotor blades of a wind energy plant, the mounting device comprising a load winch mechanism, a guide winch mechanism, a connecting mechanism for being connected to a rotor hub of the wind energy plant, and a guiding mechanism configured to be connected to the rotor blade, the connecting mechanism having a cable deflector for deflecting at least one load cable (31, 32) of a load cable assembly, the load cable (31, 32) being connected to a rotor blade root and accommodated on the load winch mechanism, and a stop mechanism for connecting at least one guide cable (39, 40) of a guide cable assembly to the rotor hub, the guide cable (39, 40) being accommodated on the guide winch mechanism, characterized in that a rotor blade detached from the rotor hub can be guided along a guide cable assembly, which runs between the guide winch mechanism and the stop mechanism, by means of the guiding mechanism connected to the rotor blade, at least the guide winch mechanism being adjustable in its horizontal distance h F from the wind energy plant.
A neutrally charged mixed cluster compound comprising first and second subunits with the first subunit comprising an alkali metal salt of a nitrogen containing heterocyclic ligand bearing an anionic hydroxy group and the second subunit comprising an organic alkali metal salt different from the first subunit, wherein the alkali metal cations of both subunits are the same.
An internal combustion engine comprising: a combustion chamber; a reciprocating valve configured to cooperate with a valve seat to open and close a passage in fluid communication with the combustion chamber; a camshaft operably coupled to the valve and configured to rotate about a central axis; a cam lobe carried by the camshaft and having an exterior profile at least partially defined by a first surface portion and a second surface portion; and a rocker arm operably disposed between the valve and the cam lobe and arranged to pivot about a rocker pivot, wherein the first surface portion is spaced apart from the central axis by a first distance and the second surface portion is spaced apart from the central axis by a second distance, greater than the first distance, wherein the first surface portion is configured to cause the rocker arm to pivot about the rocker pivot to position the valve in contact or near-contact with the valve seat and to press the valve against the valve seat with at most a first force, and wherein the second surface portion is configured to cause the rocker arm to pivot about the rocker pivot to press the valve against the valve seat with a second force, greater than the first force, during rotation of the camshaft about the central axis, characterized in that the reciprocating valve is a reciprocating sleeve valve, wherein the reciprocating sleeve valve has a cylindrical bore, in that the engine further comprises a piston configured to reciprocate in the cylindrical bore, wherein the piston is configured to reciprocate in the bore between a bottom dead center position and a top dead center position, and in that the second surface portion of the cam lobe is configured to cause the rocker arm to press the sleeve valve against the valve seat with the second force, when the piston is proximate the TDC position. a combustion chamber; a reciprocating valve configured to cooperate with a valve seat to open and close a passage in fluid communication with the combustion chamber; a camshaft operably coupled to the valve and configured to rotate about a central axis; a cam lobe carried by the camshaft and having an exterior profile at least partially defined by a first surface portion and a second surface portion; and a rocker arm operably disposed between the valve and the cam lobe and arranged to pivot about a rocker pivot, wherein the first surface portion is spaced apart from the central axis by a first distance and the second surface portion is spaced apart from the central axis by a second distance, greater than the first distance, wherein the first surface portion is configured to cause the rocker arm to pivot about the rocker pivot to position the valve in contact or near-contact with the valve seat and to press the valve against the valve seat with at most a first force, and wherein the second surface portion is configured to cause the rocker arm to pivot about the rocker pivot to press the valve against the valve seat with a second force, greater than the first force, during rotation of the camshaft about the central axis,
Device for receiving a bicycle carrier with a guide provided on the rear side of a vehicle and extending parallel to the rear wheel axle and with a slide which is displaceable on the guide and comprises a rotary plate with a receptacle for the bicycle carrier, which bicycle carrier can be pivoted about the axis of the rotary plate between a transport position at the rear and an open position pivoted out laterally next to the vehicle, characterized in that the rotary plate provided with a projecting arm forming the receptacle for the bicycle carrier is seated on a shaft which is rotatably mounted in the slide and carries a gearwheel segment, which gearwheel segment works together with a gear rack at an end of the guide, which end is facing one side of the vehicle, and in that the rotary plate has a rotary stop which is supported on a sliding surface extending along the guide and releasing the rotary stop in the engagement region of the gearwheel segment into the gear rack.
A work vehicle comprising: a rotationally driven motor; a traveling vehicle body on which the motor is mounted; a travel apparatus (1, 2) that is provided to the traveling vehicle body and is driven by drive power from the motor; a drive apparatus that is capable of driving a work apparatus, the work apparatus being configured to perform work on a farm field; a transmission configured to receive an input of the drive power of the motor, change the speed of the input drive power, and transmit the drive power to at least one of the travel apparatus (1, 2) and the work apparatus; a transmission operation tool that includes a plurality of speed change stages and is capable of speed change operation of the transmission by way of a human operation; a transmission controller configured to, when the human operation of the transmission operation tool requires shifts of speed change stages over a plurality of stages, output to the transmission a speed change command to shift up or shift down the current speed change stage by a predefined number of stage or stages; and characterized in that the transmission controller is configured to output two or more speed change commands at intervals, the intervals being defined by a predetermined speed change interval (TW, DW); the speed change interval (TW, DW) is a time interval; and the work vehicle further comprises an operation means that is configured to adjust the speed change interval. a rotationally driven motor; a traveling vehicle body on which the motor is mounted; a travel apparatus (1, 2) that is provided to the traveling vehicle body and is driven by drive power from the motor; a drive apparatus that is capable of driving a work apparatus, the work apparatus being configured to perform work on a farm field; a transmission configured to receive an input of the drive power of the motor, change the speed of the input drive power, and transmit the drive power to at least one of the travel apparatus (1, 2) and the work apparatus; a transmission operation tool that includes a plurality of speed change stages and is capable of speed change operation of the transmission by way of a human operation; a transmission controller configured to, when the human operation of the transmission operation tool requires shifts of speed change stages over a plurality of stages, output to the transmission a speed change command to shift up or shift down the current speed change stage by a predefined number of stage or stages; and characterized in that the transmission controller is configured to output two or more speed change commands at intervals, the intervals being defined by a predetermined speed change interval (TW, DW); the speed change interval (TW, DW) is a time interval; and the work vehicle further comprises an operation means that is configured to adjust the speed change interval.
A method of controlling a multiple-input multiple output (MIMO) configuration in a transmitter for a communication system, the transmitter comprising at least two antennas (408,410), at least two amplifiers (404,406), a switching network for connecting the at least two amplifiers to the at least two antennas, and a configuration processor for applying a selected one of at least two configuration matrices to modulated signals (1,2) to be transmitted, each of the at least two configuration matrices corresponding to a respective MIMO configuration, the method comprising: (a) monitoring a parameter that corresponds to a current consumption of the transmitter; (b) determining whether a predetermined condition of the parameter has occurred; and (c) if it is determined that the predetermined condition has occurred, autonomously selecting a MIMO configuration based on the parameter, wherein selecting a MIMO configuration based on the parameter includes determining to reduce the current consumption; and, if it is determined to reduce the current consumption, applying an antenna-switching matrix to the modulated signals (1,2) to be transmitted, and configuring the switching network such that matrix-processed signals to be transmitted are directed to a single one of the at least two amplifiers and a single one of the at least two antennas. (a) monitoring a parameter that corresponds to a current consumption of the transmitter; (b) determining whether a predetermined condition of the parameter has occurred; and (c) if it is determined that the predetermined condition has occurred, autonomously selecting a MIMO configuration based on the parameter, wherein selecting a MIMO configuration based on the parameter includes determining to reduce the current consumption; and, if it is determined to reduce the current consumption, applying an antenna-switching matrix to the modulated signals (1,2) to be transmitted, and configuring the switching network such that matrix-processed signals to be transmitted are directed to a single one of the at least two amplifiers and a single one of the at least two antennas.
A relay node for operating in a wireless communication network including an access node, wherein the relay node is configured to communicate wirelessly with the access node, the relay node comprising: a processor configured to multiplex a plurality of medium access control, MAC, layer packet data units, PDUs, received from a plurality of user agents to form a first Super-MAC PDU, and to transmit the first Super-MAC PDU to the access node, and wherein the processor is further configured to demultiplex a second Super-MAC PDU received from the access node and transmit, after demultiplexing, ones of a plurality of MAC PDUs contained in the second Super-MAC PDU to corresponding ones of the plurality of user agents, and wherein the processor is further configured to calculate a total amount of data for an uplink transmission and to form a single buffer status report based on buffers of a plurality of user agents, and cause the BSR to be transmitted to the access node. a processor configured to multiplex a plurality of medium access control, MAC, layer packet data units, PDUs, received from a plurality of user agents to form a first Super-MAC PDU, and to transmit the first Super-MAC PDU to the access node, and wherein the processor is further configured to demultiplex a second Super-MAC PDU received from the access node and transmit, after demultiplexing, ones of a plurality of MAC PDUs contained in the second Super-MAC PDU to corresponding ones of the plurality of user agents, and wherein the processor is further configured to calculate a total amount of data for an uplink transmission and to form a single buffer status report based on buffers of a plurality of user agents, and cause the BSR to be transmitted to the access node.
Bow of a motor vehicle, comprising a fibre-reinforced plastics-material upper band, a fibre-reinforced plastics-material lower band, and an injection-moulded rib structure that connects the plastics-material upper band and the plastics-material lower band, wherein the injection-moulded rib structure is injection-moulded to the plastics-material lower band and the plastics-material upper band, characterized in that the bow at the respective longitudinal ends thereof has fastening elements of sheet steel which by the injection-moulding method are linked in a form-fitting manner to the plastics-material lower band and the plastics-material upper band.