mhurhangee/ep-ind-claims huggingface dataset:
A forwarding and processing device in non-volatile memory express, NVMe over Fabric, wherein the forwarding and processing device comprises a processor, a bus port, and at least two network ports (703, 704), wherein the bus port is connected to a Peripheral Component Interconnect Express, PCIe, bus, the at least two network ports (703, 704) are separately connected to a network, and the processor is configured to: receive, by using the bus port, an input/output command or a management command which comprises an identity of a target hard disk that needs to be accessed, wherein the input/output command or the management command complies with the NVMe protocol; select, from multiple network ports, a network port for forwarding the input/output command or the management command, wherein the multiple network ports are in the at least two network ports and obtained according to the identity of the target hard disk, and the multiple network ports can reach the target hard disk; and send the input/output command or the management command by using the selected network port. receive, by using the bus port, an input/output command or a management command which comprises an identity of a target hard disk that needs to be accessed, wherein the input/output command or the management command complies with the NVMe protocol; select, from multiple network ports, a network port for forwarding the input/output command or the management command, wherein the multiple network ports are in the at least two network ports and obtained according to the identity of the target hard disk, and the multiple network ports can reach the target hard disk; and send the input/output command or the management command by using the selected network port.
Field device designed to determine a limit value of a physical or chemical process variable, with a sensor unit that is suitable for detecting the limit value, and with an interface, wherein the sensor unit can be connected to a higher-level unit via the interface in order to transmit a current-based sensor signal (s I) to the higher-level unit, and wherein the interface comprises at least the following components: - a signal input with a first signal path and a second signal path, - a controllable current source which is arranged in first signal path or in the second signal path, - at least a resistor element (55, 55') which is arranged in relation to the signal input behind the current source and parallel to the sensor unit, wherein the controllable current source is designed to control the sensor signal (s I) at the signal input depending on a control signal (s V) output by the sensor unit, wherein the sensor unit is designed to separately output the control signal (s V) as a digital value representing the fact that the limit value is reached, wherein the interface is designed to transmit the sensor signal (s I) in such a way that a current intensity of the sensor signal (s I) in the range from approximately 0.4 mA to 1 mA represents a limit value that is not reached, and that a current intensity of the sensor signal (s I) in the range from approximately 2.2 mA to 9.5 mA represents a limit value that is reached. wherein the sensor unit can be connected to a higher-level unit via the interface in order to transmit a current-based sensor signal (s I) to the higher-level unit, and wherein the interface comprises at least the following components: - a signal input with a first signal path and a second signal path, - a controllable current source which is arranged in first signal path or in the second signal path, - at least a resistor element (55, 55') which is arranged in relation to the signal input behind the current source and parallel to the sensor unit, - a signal input with a first signal path and a second signal path, - a controllable current source which is arranged in first signal path or in the second signal path, - at least a resistor element (55, 55') which is arranged in relation to the signal input behind the current source and parallel to the sensor unit, wherein the controllable current source is designed to control the sensor signal (s I) at the signal input depending on a control signal (s V) output by the sensor unit, wherein the sensor unit is designed to separately output the control signal (s V) as a digital value representing the fact that the limit value is reached, wherein the interface is designed to transmit the sensor signal (s I) in such a way that a current intensity of the sensor signal (s I) in the range from approximately 0.4 mA to 1 mA represents a limit value that is not reached, and that a current intensity of the sensor signal (s I) in the range from approximately 2.2 mA to 9.5 mA represents a limit value that is reached.
A resin composition, comprising: a thermoplastic resin; a carbon fiber; polyamides having: a structural unit containing an aromatic ring other than an aramid structure, the structural unit containing an aromatic ring being a structural unit in which a dicarboxylic acid and a diamine are condensation-polymerized, and a structural unit not containing an aromatic ring, the structural unit not containing an aromatic ring being a structural unit in which a dicarboxylic acid and a diamine are condensation-polymerized, or the structural unit being a ring-opened lactam; and a compatibilizer, wherein the compatibilizer is a modified polyolefin and includes a site having an affinity with the polyamide and the site having an affinity with the polyamide is a modification site containing a carboxy group, a carboxylic acid anhydride residue, a carboxylic acid ester residue, an imino group, an amino group, or an epoxy group; wherein the thermoplastic resin is a polyolefin; and wherein a content of the polyamides is 0.1 part by mass to 100 parts by mass with respect to 100 parts by mass of the thermoplastic resin. a thermoplastic resin; a carbon fiber; polyamides having: a structural unit containing an aromatic ring other than an aramid structure, the structural unit containing an aromatic ring being a structural unit in which a dicarboxylic acid and a diamine are condensation-polymerized, and a structural unit not containing an aromatic ring, the structural unit not containing an aromatic ring being a structural unit in which a dicarboxylic acid and a diamine are condensation-polymerized, or the structural unit being a ring-opened lactam; and a structural unit containing an aromatic ring other than an aramid structure, the structural unit containing an aromatic ring being a structural unit in which a dicarboxylic acid and a diamine are condensation-polymerized, and a structural unit not containing an aromatic ring, the structural unit not containing an aromatic ring being a structural unit in which a dicarboxylic acid and a diamine are condensation-polymerized, or the structural unit being a ring-opened lactam; and a compatibilizer, wherein the compatibilizer is a modified polyolefin and includes a site having an affinity with the polyamide and the site having an affinity with the polyamide is a modification site containing a carboxy group, a carboxylic acid anhydride residue, a carboxylic acid ester residue, an imino group, an amino group, or an epoxy group; wherein the thermoplastic resin is a polyolefin; and wherein a content of the polyamides is 0.1 part by mass to 100 parts by mass with respect to 100 parts by mass of the thermoplastic resin.
A method of detecting a fusion gene of HNF4G and RSPO2 in a nucleic acid-containing sample, comprising: a) contacting the sample with a detecting agent which specifically detects a polynucleotide comprising a fusion of a first encoding sequence for HNF4G and a second encoding sequence for RSPO2, and b) detecting the presence of the polynucleotide. a) contacting the sample with a detecting agent which specifically detects a polynucleotide comprising a fusion of a first encoding sequence for HNF4G and a second encoding sequence for RSPO2, and b) detecting the presence of the polynucleotide.
Roll stand for the rolling of rolling material, particularly metal products, comprising: at least two chocks; at least one roll with a roll barrel and two roll journals, of which at least one is formed to be cylindrical, wherein the roll is rotatably mounted by the roll journals thereof in the chocks; a cylindrical journal bush coaxially arranged with a radial play on the cylindrical roll journal, wherein the chocks each comprise bearing bushes for reception of the roll journals of the roll by the respective journal bushes thereof; and an annular axial bearing arranged to be axially offset with respect to the journal bush; characterised in that the journal bush is mounted on the cylindrical roll journal to be axially displaceable over an axial travel path a between a first abutment formed by the axial bearing and a second abutment. at least two chocks; at least one roll with a roll barrel and two roll journals, of which at least one is formed to be cylindrical, wherein the roll is rotatably mounted by the roll journals thereof in the chocks; a cylindrical journal bush coaxially arranged with a radial play on the cylindrical roll journal, wherein the chocks each comprise bearing bushes for reception of the roll journals of the roll by the respective journal bushes thereof; and an annular axial bearing arranged to be axially offset with respect to the journal bush; characterised in that the journal bush is mounted on the cylindrical roll journal to be axially displaceable over an axial travel path a between a first abutment formed by the axial bearing and a second abutment.
A drug delivery device for executing a predetermined number of dose expelling actions, the drug delivery device comprising: - a housing extending along an axis and accommodating a dose expelling mechanism, - a reciprocating element operatively coupled with the dose expelling mechanism and configured to undergo a predefined motion relative to the housing during each dose expelling action to allow a dose to be expelled, the predefined motion comprising displacement in a first axial direction from a first position to a second position followed by displacement in a second axial direction from the second position to the first position, - a counter element being movable in the first axial direction relative to the housing, - a first unidirectional ratchet mechanism configured to prevent motion in the first axial direction and allow motion in the second axial direction of the reciprocating element relative to the counter element, and - a second unidirectional ratchet mechanism configured to allow motion in the first axial direction and prevent motion in the second axial direction of the counter element relative to the housing. - a housing extending along an axis and accommodating a dose expelling mechanism, - a reciprocating element operatively coupled with the dose expelling mechanism and configured to undergo a predefined motion relative to the housing during each dose expelling action to allow a dose to be expelled, the predefined motion comprising displacement in a first axial direction from a first position to a second position followed by displacement in a second axial direction from the second position to the first position, - a counter element being movable in the first axial direction relative to the housing, - a first unidirectional ratchet mechanism configured to prevent motion in the first axial direction and allow motion in the second axial direction of the reciprocating element relative to the counter element, and - a second unidirectional ratchet mechanism configured to allow motion in the first axial direction and prevent motion in the second axial direction of the counter element relative to the housing.
Coolant nozzle for cooling a metallic strand in a continuous casting plant, having a mouthpiece which is disposed on a nozzle exit end and through which liquid coolant from the coolant nozzle can exit, comprising an infeed which is configured as a tube-in-tube system and in the throughflow direction is disposed ahead of the mouthpiece and which has an infeed exit end, control air being capable of being guided to the infeed exit end through the first tube of said infeed, and the liquid coolant being capable of being fed through the second tube of said infeed into the mouthpiece by way of the infeed exit end, and a switchover valve which is integrated in the infeed, is disposed on the infeed exit end, and is pneumatically activatable while using the control air, wherein the switchover valve is a seat valve having a control piston that is configured as a switching element, and the flow through the switchover valve for controlling the infeed of the liquid coolant into the mouthpiece is either opened or closed as a function of the position of the switching element, wherein the first tube is an inner tube for the control air, and the second tube is an outer tube, disposed so as to be substantially concentric with the inner tube, for the liquid coolant.
A flushable urinary catheter comprising: a bi-layer tube that has a water disintegrable inner layer and a biodegradable outer layer, wherein the outer layer dissolves at a slower rate than the inner layer; and a hydrophilic coating on the outer layer. a bi-layer tube that has a water disintegrable inner layer and a biodegradable outer layer, wherein the outer layer dissolves at a slower rate than the inner layer; and a hydrophilic coating on the outer layer.
Rotor shaft for use in an aerating device for a ground, wherein the rotor shaft comprises at least one connecting disc which extends transversely of the axis A of the rotor shaft and on which at least two knives are arranged, wherein each knife is provided with two knife connecting holes (33a, 33b) and is connected between the connecting disc and a connecting ring, wherein the connecting disc and the connecting ring are provided with knife connecting holes (43a, 43b, 63a, 63b) which coincide with the knife connecting holes (33a, 33b) of the knives, wherein bolts (73a, 73b) are arranged through the coinciding knife connecting holes in order to connect the connecting disc, the knives and the connecting ring, characterized in that the connecting ring is constructed from at least two ring sectors which together form the connecting ring.
A method of aligning a work platform relative to a stationary target object, the method comprising: attaching a drive vehicle to the work platform; receiving signals from first and second sensors (40a, 40b) that are spaced apart on the work platform, the signals indicating a first distance between the first sensor and the target object and a second distance between the second sensor and the target object; moving the work platform with the drive vehicle based on the signals and aligning the work platform relative to the target object and reducing a distance between the work platform and the target object; and sensing an angle (β) of a vector indicating a forward motion of the drive vehicle that extends from a pivot point relative to a line extending along a longitudinal centerline of the work platform from the pivot point, wherein the longitudinal centerline of the work platform is perpendicular to a wheel rotation axis of the work platform; and adjusting a position of the drive vehicle relative to the work platform based on the angle. attaching a drive vehicle to the work platform; receiving signals from first and second sensors (40a, 40b) that are spaced apart on the work platform, the signals indicating a first distance between the first sensor and the target object and a second distance between the second sensor and the target object; moving the work platform with the drive vehicle based on the signals and aligning the work platform relative to the target object and reducing a distance between the work platform and the target object; and sensing an angle (β) of a vector indicating a forward motion of the drive vehicle that extends from a pivot point relative to a line extending along a longitudinal centerline of the work platform from the pivot point, wherein the longitudinal centerline of the work platform is perpendicular to a wheel rotation axis of the work platform; and adjusting a position of the drive vehicle relative to the work platform based on the angle.
A wind turbine blade, comprising: a blade body; and a vortex generator mounted to a surface of the blade body, wherein the vortex generator includes a plurality of fin sets, each fin set including a plurality of fins disposed so as to protrude from the surface of the blade body at different positions from one another in a blade spanwise direction, and wherein the plurality of fin sets is positioned so that, in a planar development view of the surface of the blade body, a line (L1,L2) connecting two of the fin sets which are adjacent in the blade spanwise direction is inclined from a center axis of a blade root of the blade body so as to get closer to a trailing edge of the blade body with distance toward a tip of the blade body, and so as to form an angle θ between said center axis and said line, and a first angle (θ1) formed by the center axis and the first line connecting the first two adjacent fin sets (22A,22B) disposed closer to the blade root is larger than a second angle (θ2) formed by the center axis and the second line connecting the second two adjacent fin sets (22B,22C) adjacent in the blade spanwise direction disposed further from the blade root, at least in a part of a region of the blade body between a position of the blade root and a maximum chord-length position of the blade body in the blade spanwise direction. a blade body; and a vortex generator mounted to a surface of the blade body, wherein the vortex generator includes a plurality of fin sets, each fin set including a plurality of fins disposed so as to protrude from the surface of the blade body at different positions from one another in a blade spanwise direction, and wherein the plurality of fin sets is positioned so that, in a planar development view of the surface of the blade body, a line (L1,L2) connecting two of the fin sets which are adjacent in the blade spanwise direction is inclined from a center axis of a blade root of the blade body so as to get closer to a trailing edge of the blade body with distance toward a tip of the blade body, and so as to form an angle θ between said center axis and said line, and a first angle (θ1) formed by the center axis and the first line connecting the first two adjacent fin sets (22A,22B) disposed closer to the blade root is larger than a second angle (θ2) formed by the center axis and the second line connecting the second two adjacent fin sets (22B,22C) adjacent in the blade spanwise direction disposed further from the blade root, at least in a part of a region of the blade body between a position of the blade root and a maximum chord-length position of the blade body in the blade spanwise direction.
Steam oven having - a muffle, - a baffle wall arranged at the rear in the muffle; - a cooking compartment arranged forward of the baffle wall in the muffle; - a recirculating air heating element (14a, 14b) arranged behind the baffle wall, characterised by - a heatable water tray located behind the baffle wall in the muffle, - a water feed channel arranged above the water tray for filling the water tray using a feed/shut-off valve, wherein the water feed channel is arranged outside the muffle and leads into the water tray directly or via a further channel through an opening in a wall of the muffle. - a muffle, - a baffle wall arranged at the rear in the muffle; - a cooking compartment arranged forward of the baffle wall in the muffle; - a recirculating air heating element (14a, 14b) arranged behind the baffle wall, - a heatable water tray located behind the baffle wall in the muffle, - a water feed channel arranged above the water tray for filling the water tray using a feed/shut-off valve, wherein the water feed channel is arranged outside the muffle and leads into the water tray directly or via a further channel through an opening in a wall of the muffle.
An optical data transmission device for use in optical time domain reflectometry measurements in an optical access network, said device comprising: - a test sequence generating unit, configured for generating a test sequence that is to be transmitted in the optical access network, together with a data sequence; - a laser unit configured for generating, in a first mode, an optical transmission signal comprising the data sequence and the test sequence; wherein - the laser unit is further configured for generating, in a second mode, an optical transmission signal comprising the data sequence and not comprising the test sequence; wherein the optical data transmission device further comprises - a monitoring unit configured for monitoring a transmit power of the laser unit in the first mode wherein the test sequence is comprised in the optical transmission signal, and in the second mode wherein the test sequence is not comprised in the optical transmission signal; characterized in that the optical data transmission device further comprises - an estimating unit configured for estimating from the transmit power of the laser unit, a transmit power corresponding to the test sequence; wherein - the estimating unit is further configured for estimating the laser unit transmit power corresponding to the test sequence, based on said monitored transmit power of the laser unit in the first mode and the second mode. - a test sequence generating unit, configured for generating a test sequence that is to be transmitted in the optical access network, together with a data sequence; - a laser unit configured for generating, in a first mode, an optical transmission signal comprising the data sequence and the test sequence; wherein - the laser unit is further configured for generating, in a second mode, an optical transmission signal comprising the data sequence and not comprising the test sequence; wherein the optical data transmission device further comprises - a monitoring unit configured for monitoring a transmit power of the laser unit in the first mode wherein the test sequence is comprised in the optical transmission signal, and in the second mode wherein the test sequence is not comprised in the optical transmission signal; characterized in that the optical data transmission device further comprises - an estimating unit configured for estimating from the transmit power of the laser unit, a transmit power corresponding to the test sequence; wherein - the estimating unit is further configured for estimating the laser unit transmit power corresponding to the test sequence, based on said monitored transmit power of the laser unit in the first mode and the second mode.