mhurhangee/ep-ind-claims huggingface dataset:
Method for switching a train off and on in a parking position, wherein an automatic train control device is provided on the train side and a train monitoring system is provided on the route side and the method comprises the following steps: A) entering the parking position, wherein a train reclosing unit on the train side with a coupling module on the route side that is connected to the train monitoring system establishes an electrical connection, wherein the train reclosing unit is supplied with power from the coupling module by the electrical connection, B) switching-off subsystems on the train side by means of the train control device, C) shutting-down and switching-off the train control device D) event-triggered reactivation of the train control device with the aid of the train reclosing unit, E) switching-on the subsystems of the train by means of the train control device and F) exiting the parking position, wherein the electrical connection between the train reclosing unit and the coupling module is separated. A) entering the parking position, wherein a train reclosing unit on the train side with a coupling module on the route side that is connected to the train monitoring system establishes an electrical connection, wherein the train reclosing unit is supplied with power from the coupling module by the electrical connection, B) switching-off subsystems on the train side by means of the train control device, C) shutting-down and switching-off the train control device D) event-triggered reactivation of the train control device with the aid of the train reclosing unit, E) switching-on the subsystems of the train by means of the train control device and F) exiting the parking position, wherein the electrical connection between the train reclosing unit and the coupling module is separated.
A wire control device having high structural strength, which can be disposed on a handlebar of a bicycle, the wire control device comprising: a main body comprising a bearing fixing seat, the bearing fixing seat having an annular inner wall; a bearing disposed in the bearing fixing seat and comprising an inner race and an outer race, the outer race of the bearing being in contact with the annular inner wall of the bearing fixing seat; a handle assembly rotatably disposed on the main body, the handle assembly comprising a shift lever and a pivot screw, the shift lever having a protrusion, the protrusion having a threaded hole and an annular abutted surface, the inner race of the bearing being sleeved onto and in contact with the annular abutted surface of the protrusion, the pivot screw comprising a head portion and a threaded rod, the head portion being located on a side of the bearing opposite to the shift lever, the threaded rod being screwed into the threaded hole of the shift lever. a main body comprising a bearing fixing seat, the bearing fixing seat having an annular inner wall; a bearing disposed in the bearing fixing seat and comprising an inner race and an outer race, the outer race of the bearing being in contact with the annular inner wall of the bearing fixing seat; a handle assembly rotatably disposed on the main body, the handle assembly comprising a shift lever and a pivot screw, the shift lever having a protrusion, the protrusion having a threaded hole and an annular abutted surface, the inner race of the bearing being sleeved onto and in contact with the annular abutted surface of the protrusion, the pivot screw comprising a head portion and a threaded rod, the head portion being located on a side of the bearing opposite to the shift lever, the threaded rod being screwed into the threaded hole of the shift lever.
A table with central extension, comprising a chassis, two movable trays (3, 4) bearing on said chassis and adapted to be moved closer to each other so as to constitute a continuous surface on their own, or to be separated symmetrically from one another, or one independently of the other so as to allow the set-up of one or several so-called central extension(s) between said movable trays (3, 4), said chassis being made up of two spars of variable length, two cross-beams, said cross-beams and the spars being assembled perpendicularly in pairs to form a horizontal frame, and four legs extending at the four corners of the horizontal frame under the latter, each spar comprises two parts, a so-called fixed spar and a so-called movable spar, each of the fixed spar and the movable spar being made up of a profiled tube with a rectangular cross-section in which extends a slide having a rectangular cross-section and comprising a longitudinal central groove, characterized in that the free ends of the slide being each provided with a slide tip, and the distal ends of the fixed and movable spars (7a, 7b) being respectively provided with a slide head and with a complementary slide head adapted to cooperate by interlocking with the slide head.
Pressure sensor for static and dynamic pressure measurements, having a sensor housing and a sensor diaphragm arranged on the pressure side of the sensor housing, wherein a support element, which is aligned normal to the diaphragm plane (ε) and is at least indirectly in contact with the sensor diaphragm, is arranged in the sensor housing, is supported in a force-fitting manner on the sensor housing, preferably on its base, and has a strain gauge element for obtaining a measurement signal which is dependent on the pressure to be measured, characterised in that the support element has, in its longitudinal extension, at least one curved web, whose curvature or radius of curvature changes as a function of the force introduced by the sensor diaphragm, wherein a sensitive part of the strain gauge element is fastened to the curved web, excluding a web, which is not curved in its unloaded state.
A packet transmission method, applied to a self-organizing network, wherein the method comprises: setting up, by a first network device according to the Media Access Control Security, MACSec, protocol, a MACSec channel to a second network device; and sending, by the first network device, an autonomic control plane, ACP, packet to the second network device by using the MACSec channel, wherein the ACP packet is carried in a MACSec frame, and a frame header of the MACSec frame carries identification information used to identify the ACP packet, characterized in that the identification information is carried in an Ethernet type field in the frame header of the MACSec frame, and the Ethernet type field is used to indicate that the MACSec frame is used to carry the ACP packet; the identification information is carried in a flag bit field in the frame header of the MACSec frame, and the flag bit field is a version field; or the identification information is carried in a MAC address field in the frame header of the MACSec frame. setting up, by a first network device according to the Media Access Control Security, MACSec, protocol, a MACSec channel to a second network device; and sending, by the first network device, an autonomic control plane, ACP, packet to the second network device by using the MACSec channel, wherein the ACP packet is carried in a MACSec frame, and a frame header of the MACSec frame carries identification information used to identify the ACP packet, characterized in that the identification information is carried in an Ethernet type field in the frame header of the MACSec frame, and the Ethernet type field is used to indicate that the MACSec frame is used to carry the ACP packet; the identification information is carried in a flag bit field in the frame header of the MACSec frame, and the flag bit field is a version field; or the identification information is carried in a MAC address field in the frame header of the MACSec frame.
A user equipment, UE, performing an uplink synchronization in a wireless communication system, the UE comprising: a receiving unit configured for receiving a medium access control, MAC, protocol data unit, PDU, from a base station, BS, and a MAC processing unit configured for: identifying that the MAC PDU includes a MAC header and a MAC control element, CE; obtaining, from the MAC header, a subheader; obtaining, from the subheader, a logical channel identifier, LCID, indicating an index to identify whether the MAC CE is for timing advance command, TAC; the UE is characterized in that the MAC processing unit is further configured for: obtaining, from the MAC CE, a TAC field with 6bits indicating a timing alignment value, TAV, and a timing alignment group, TAG, index field with 2bits identifying a TAG to control uplink timing adjustment identically with the TAV; identifying the TAG to which the TAV is applied based on the TAG index field; and controlling the uplink timing adjustment for at least one serving cell in the identified TAG. a receiving unit configured for receiving a medium access control, MAC, protocol data unit, PDU, from a base station, BS, and a MAC processing unit configured for: identifying that the MAC PDU includes a MAC header and a MAC control element, CE; obtaining, from the MAC header, a subheader; obtaining, from the subheader, a logical channel identifier, LCID, indicating an index to identify whether the MAC CE is for timing advance command, TAC; identifying that the MAC PDU includes a MAC header and a MAC control element, CE; obtaining, from the MAC header, a subheader; obtaining, from the subheader, a logical channel identifier, LCID, indicating an index to identify whether the MAC CE is for timing advance command, TAC; the UE is characterized in that the MAC processing unit is further configured for: obtaining, from the MAC CE, a TAC field with 6bits indicating a timing alignment value, TAV, and a timing alignment group, TAG, index field with 2bits identifying a TAG to control uplink timing adjustment identically with the TAV; identifying the TAG to which the TAV is applied based on the TAG index field; and controlling the uplink timing adjustment for at least one serving cell in the identified TAG. obtaining, from the MAC CE, a TAC field with 6bits indicating a timing alignment value, TAV, and a timing alignment group, TAG, index field with 2bits identifying a TAG to control uplink timing adjustment identically with the TAV; identifying the TAG to which the TAV is applied based on the TAG index field; and controlling the uplink timing adjustment for at least one serving cell in the identified TAG.
An electrosurgical generator, comprising: an RF output stage configured to generate at least one electrosurgical waveform including a plurality of cycles; at least one sensor coupled to the RF output stage, the at least one sensor configured to measure a voltage and a current of the at least one electrosurgical waveform; and a controller coupled to the at least one sensor and the RF output stage, the controller comprising a proportional-integral-derivative controller for controlling the RF output stage based on the measured voltage and current and having at least one of a voltage limiter and a current limiter function configured to saturate the RF output stage based on inherent voltage-current characteristics of the RF output stage. an RF output stage configured to generate at least one electrosurgical waveform including a plurality of cycles; at least one sensor coupled to the RF output stage, the at least one sensor configured to measure a voltage and a current of the at least one electrosurgical waveform; and a controller coupled to the at least one sensor and the RF output stage, the controller comprising a proportional-integral-derivative controller for controlling the RF output stage based on the measured voltage and current and having at least one of a voltage limiter and a current limiter function configured to saturate the RF output stage based on inherent voltage-current characteristics of the RF output stage.
Screwdriving system comprising: - a screwdriving device comprising a body at one end whereof is mounted a rotatably mounted output shaft, said body housing motor means connected to said output shaft by means of a transmission (3, 4), - at least one screwdriving accessory (40, 50, 80, 90) intended to engage with said output shaft so as to be rotated, - at least one means for reversibly securing said at least one screwdriving accessory (40, 50, 80, 90) to said screwdriving device, means for recognising said accessory (40, 50, 80, 90) when it is secured to said device via said means for securing, said means for recognising comprising an electronic tag reader interdependent with said device and an electronic tag (46, 58, 84, 92) interdependent with said accessory (40, 50, 80, 90), characterised in that said reader and said tag (46, 58, 84, 92) are positioned, when said accessory (40, 50, 80, 90) is secured to said device, in the axis of said output shaft, said reader being connected to at least one power supply and/or data transmission cable, said at least one cable extending into said device in the axis of said output shaft. - a screwdriving device comprising a body at one end whereof is mounted a rotatably mounted output shaft, said body housing motor means connected to said output shaft by means of a transmission (3, 4), - at least one screwdriving accessory (40, 50, 80, 90) intended to engage with said output shaft so as to be rotated, - at least one means for reversibly securing said at least one screwdriving accessory (40, 50, 80, 90) to said screwdriving device,
A rotating control device, comprising: a rotatably mounted seal which sealingly engages a drill string; and characterised by a gripping device comprising a gripping jaw that pivots into gripping engagement with the drill string, and thereby forces the seal to rotate with the drill string. a rotatably mounted seal which sealingly engages a drill string; and characterised by a gripping device comprising a gripping jaw that pivots into gripping engagement with the drill string, and thereby forces the seal to rotate with the drill string.
An aluminum oxide single crystal, wherein cobalt is used as a color former, a cobalt concentration relative to the number of aluminum atoms is 50 ppm to 130 ppm, the aluminum oxide single crystal has a blue color, wavelengths of optical absorption peaks are 440 nm, 550 nm, 590 nm, and 630 nm, light to be absorbed has a wavelength of 510 nm to 740 nm, and an absorption coefficient at a wavelength of 590 nm is 60 m -1 to 570 m -1.
A window, door, or façade element having a frame made of frame spars and/or having a sash made of sash spars, wherein one or more of the frame spars and/or the sash spars comprises/comprise at least the following features: a) a main profile (300, 400), on which one or two more fastening grooves (20b, 21b) open on at least one side - preferably in the same direction - is/are provided, b) wherein a bridge element comprises at least one fastening leg (100b, 100c), which engages in one of the fastening grooves (20b, 21b), c) wherein at least one clamping section of a fixing element is arranged in at least one gap (S1, S2) between the at least one fastening leg and the at least one fastening groove (20b, 21b), which fixes the fastening leg in the fastening groove (20b, 21b) at least in a clamping manner and optionally also in a formfitting manner, characterized in that d) the fixing element is formed as a fixing lever. a) a main profile (300, 400), on which one or two more fastening grooves (20b, 21b) open on at least one side - preferably in the same direction - is/are provided, b) wherein a bridge element comprises at least one fastening leg (100b, 100c), which engages in one of the fastening grooves (20b, 21b), c) wherein at least one clamping section of a fixing element is arranged in at least one gap (S1, S2) between the at least one fastening leg and the at least one fastening groove (20b, 21b), which fixes the fastening leg in the fastening groove (20b, 21b) at least in a clamping manner and optionally also in a formfitting manner, characterized in that d) the fixing element is formed as a fixing lever.
A system, comprising: a cochlear implant comprising: an implantable stimulator unit, and an elongate stimulating assembly comprising a plurality of longitudinally spaced contacts configured to be inserted into a recipient's cochlea; and a processor, characterized in that the processor is configured to: during insertion of the stimulating assembly into the cochlea, perform one or more electrical measurements to determine a real-time angular position of the distal end of the stimulating assembly within the cochlea based on an impedance-to-proximity relationship or a voltage-to-proximity relationship. an implantable stimulator unit, and an elongate stimulating assembly comprising a plurality of longitudinally spaced contacts configured to be inserted into a recipient's cochlea; and a processor, characterized in that the processor is configured to: during insertion of the stimulating assembly into the cochlea, perform one or more electrical measurements to determine a real-time angular position of the distal end of the stimulating assembly within the cochlea based on an impedance-to-proximity relationship or a voltage-to-proximity relationship. during insertion of the stimulating assembly into the cochlea, perform one or more electrical measurements to determine a real-time angular position of the distal end of the stimulating assembly within the cochlea based on an impedance-to-proximity relationship or a voltage-to-proximity relationship.
Liquid collection and evaporation device for use between a cooling water regulating valve and an actuator device for actuating the valve, comprising a separation tank for collecting and evaporating liquid droplets emerging from the cooling water regulating valve, wherein the separation tank has a connection to the valve and a connection to the actuator device, wherein the separation tank has a multiplicity of openings which firstly prevent the liquid droplets from emerging from the tank and secondly permit droplet evaporation because of waste heat acting on the tank.
A device configured for estimating a current orientation (o(i)) of a mobile terminal device at a current geographical position, comprising: a means configured for determining an accordance measure between a current measurement package (MP(i)) for the current geographical position, said current measurement package (MP(i)) comprising a transmitter identification and an electromagnetic signal characteristic of at least one radio transmitter received at the current geographical position with the current orientation (o(i)) of the mobile terminal device at a current measurement time (i), and a reference measurement package (RP k) comprising a transmitter identification and an electromagnetic signal characteristic of at least one reference radio transmitter, as well as a reference orientation, which reference radio transmitter was received at a geographical reference position associated with the reference measurement package with the reference orientation at a reference time lying before the current measurement time; a means configured for selecting at least one reference measurement package (RP n) comprising an accordance measure (acc n); and a means configured for determining an estimate (o'(i)) configured for the current orientation of the mobile terminal device based on the reference orientation of the at least one selected reference measurement package (RP n). a means configured for determining an accordance measure between a current measurement package (MP(i)) for the current geographical position, said current measurement package (MP(i)) comprising a transmitter identification and an electromagnetic signal characteristic of at least one radio transmitter received at the current geographical position with the current orientation (o(i)) of the mobile terminal device at a current measurement time (i), and a reference measurement package (RP k) comprising a transmitter identification and an electromagnetic signal characteristic of at least one reference radio transmitter, as well as a reference orientation, which reference radio transmitter was received at a geographical reference position associated with the reference measurement package with the reference orientation at a reference time lying before the current measurement time; a means configured for selecting at least one reference measurement package (RP n) comprising an accordance measure (acc n); and a means configured for determining an estimate (o'(i)) configured for the current orientation of the mobile terminal device based on the reference orientation of the at least one selected reference measurement package (RP n).
A chromium- and fluorine-free chemical conversion treatment solution for metal surfaces comprising: at least one compound selected from the group consisting of water-soluble titanium compounds and water-soluble zirconium compounds, and at least one organic compound, as a stabilizer, with two to three functional groups in one molecule, at least one cationic water-soluble resin selected from the group consisting of water-soluble oligomers containing amino groups and water-soluble polymers containing amino groups, wherein said compound content is 0.1 to 10 mmol/L, said organic compound content is 2.5 to 10 times as high as a metal content of said compound by mole, said compound content is 0.001 to 1 mmol/L, and the pH of said chemical conversion treatment solution falls within the range of 2.0 to 6.5. at least one compound selected from the group consisting of water-soluble titanium compounds and water-soluble zirconium compounds, and at least one organic compound, as a stabilizer, with two to three functional groups in one molecule, at least one cationic water-soluble resin selected from the group consisting of water-soluble oligomers containing amino groups and water-soluble polymers containing amino groups, wherein said compound content is 0.1 to 10 mmol/L, said organic compound content is 2.5 to 10 times as high as a metal content of said compound by mole, said compound content is 0.001 to 1 mmol/L, and the pH of said chemical conversion treatment solution falls within the range of 2.0 to 6.5.
A forecarriage of a motor vehicle comprising: a forecarriage frame; a steering column tube, connected to the forecarriage frame; a four-bar linkage connected to the forecarriage frame that supports, by means of a first supporting member and a second supporting member (31"), a first front wheel and a second front wheel (13") respectively; a steering column rotatingly housed in the steering column tube and connected to a first connecting bar which connects the first supporting member and the second supporting member (31") to one another; a suspension system (51; 51'; 51") allowing an up-and-down movement of the first front wheel and of the second front wheel (13") with respect to the four-bar linkage; characterized in that: the first connecting bar has a variable length; a second connecting bar connects the first supporting member and the second supporting member (31") to one another; the second connecting bar is connected at points which are neutral with respect to the up-and-down movements of the first front wheel and the second front wheel (13"). a forecarriage frame; a steering column tube, connected to the forecarriage frame; a four-bar linkage connected to the forecarriage frame that supports, by means of a first supporting member and a second supporting member (31"), a first front wheel and a second front wheel (13") respectively; a steering column rotatingly housed in the steering column tube and connected to a first connecting bar which connects the first supporting member and the second supporting member (31") to one another; a suspension system (51; 51'; 51") allowing an up-and-down movement of the first front wheel and of the second front wheel (13") with respect to the four-bar linkage;