mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a chuck for clamping workpieces or tools in a clamping space with a clamping force and a drive motor, in particular provided in a chuck receiving portion for receiving the chuck and/or the drive motor, with: - at least two clamping jaws which can be moved in a translational manner along a clamping plane in the direction of a centre Z of the clamping space, wherein the clamping space is formed by end faces of the clamping jaws and - a transmission system which is arranged at least predominantly in the interior of the chuck and which in particular is purely mechanical, preferably purely form-fitting, for transmitting a drive torque of a drive motor, which can be coupled to the transmission system by coupling means of the transmission system, to the clamping jaws in order to move the clamping jaws, wherein the clamping space can be adjusted from the maximum size of the clamping space to the minimum size of the clamping space solely by the drive motor and the movement carried out by the drive motor via the transmission system, characterised in that the system comprises a robot arm for exchanging the chuck, wherein the coupling means can be coupled in an automated manner to a corresponding coupling connection of the drive motor, and wherein an opening width between at least two of the clamping jaws and the clamping force can be adjusted directly by the drive motor. - at least two clamping jaws which can be moved in a translational manner along a clamping plane in the direction of a centre Z of the clamping space, wherein the clamping space is formed by end faces of the clamping jaws and - a transmission system which is arranged at least predominantly in the interior of the chuck and which in particular is purely mechanical, preferably purely form-fitting, for transmitting a drive torque of a drive motor, which can be coupled to the transmission system by coupling means of the transmission system, to the clamping jaws in order to move the clamping jaws, wherein the clamping space can be adjusted from the maximum size of the clamping space to the minimum size of the clamping space solely by the drive motor and the movement carried out by the drive motor via the transmission system, characterised in that the system comprises a robot arm for exchanging the chuck, wherein the coupling means can be coupled in an automated manner to a corresponding coupling connection of the drive motor, and wherein an opening width between at least two of the clamping jaws and the clamping force can be adjusted directly by the drive motor.
A turbocharger assembly comprising: a housing that comprises a bore defined by a bore wall and a pin socket that forms an opening in the bore wall; a bearing that comprises a pin opening defined by a pin opening surface; a pin (700, 1407), wherein the pin comprises a longitudinal pin axis and a pin surface; and a groove (751, 752, 753, 754) in the pin surface, wherein the groove comprises an axial length; wherein, in a positioned state of bearing in the bore and the pin in the pin socket with part of the pin in the pin opening, a clearance exists between the bearing and the bore wall, wherein the groove is in fluid communication with the clearance to form a supply path for lubricant from the clearance to an interface between the pin surface and the pin opening surface, characterized in that the axial length of the groove overlaps at least a portion of the clearance and at least a portion of the pin opening surface to form the supply path for lubricant from the clearance to the interface between the pin surface and the pin opening surface. a housing that comprises a bore defined by a bore wall and a pin socket that forms an opening in the bore wall; a bearing that comprises a pin opening defined by a pin opening surface; a pin (700, 1407), wherein the pin comprises a longitudinal pin axis and a pin surface; and a groove (751, 752, 753, 754) in the pin surface, wherein the groove comprises an axial length; wherein, in a positioned state of bearing in the bore and the pin in the pin socket with part of the pin in the pin opening, a clearance exists between the bearing and the bore wall, wherein the groove is in fluid communication with the clearance to form a supply path for lubricant from the clearance to an interface between the pin surface and the pin opening surface, characterized in that the axial length of the groove overlaps at least a portion of the clearance and at least a portion of the pin opening surface to form the supply path for lubricant from the clearance to the interface between the pin surface and the pin opening surface.
Container, comprising a base, a folding sleeve and a lid, said sleeve comprising several panels and being able to be folded and laid out on said base such that the panels extend approximately parallel to said base, and to be unfolded and placed on said base such that the panels extend approximately perpendicular to said base, bearing on said base through lower edges of said panels, said lid being capable of bearing on top edges of said panels when said sleeve is unfolded and placed on the base, the container comprising at least one band of flexible material that is fixed to the lid at least two distant points, and that pass through a orifice in at least one of said panels, said lid being capable of being guided by said at least one band when the container is opened, by sliding of the band in said orifice over at least part of the length of the band between said two points, the band comprising a first longitudinal end fixed to a front ledge of the lid or retained relative to this front ledge, characterised in that the band comprises a second opposite longitudinal end fixed to a back ledge of the lid or retained relative to this back ledge, the attachment or retention of said first and second ends of the band is of the removable type.
Bearing ring for a roller bearing having a raceway (14; 15) for at least one rolling-body roller and a rim which is arranged on an end side of the raceway in order to dissipate axial forces, extends away from the raceway and has a run-on face for rolling-body rollers, which run-on face faces the raceway (14; 15) and the curvature of which run-on face decreases strictly monotonously from a start point as far as an end of the run-on face, the start point being arranged between an inner end of the run-on face, which inner end adjoins the raceway, and an outer end of the run-on face, which outer end faces away from the raceway, and the curvature of the run-on face decreasing in each case strictly monotonously from the start point towards the two ends of the run-on face, or the start point being arranged at the inner end of the run-on face, which inner end adjoins the raceway.
A method for operating an internal combustion engine equipped with a water injection system, wherein water can be injected into an air intake system of the internal combustion engine by the water injection system, comprising the steps: - establishing that irregular combustion is present, - injecting water through at least one water injector of the water injection system, and - setting the amount of water to be injected and an ignition angle, so that a specified exhaust temperature is achieved, characterised by the steps: - establishing that an ambient temperature is below a minimum temperature, - filling the water injection system with air by reversing a pumping direction of a pump of the water injection system, opening the water injector and conveying the water remaining in the water injection system into a water tank by the pump. - establishing that irregular combustion is present, - injecting water through at least one water injector of the water injection system, and - setting the amount of water to be injected and an ignition angle, so that a specified exhaust temperature is achieved, - establishing that an ambient temperature is below a minimum temperature, - filling the water injection system with air by reversing a pumping direction of a pump of the water injection system, opening the water injector and conveying the water remaining in the water injection system into a water tank by the pump.
A tool system (1, 1a, 1b, 1c, 1d) comprising: a portable tool including a driving unit, the driving unit being configured to operate with power supplied from a power source; and an identification unit configured to identify, by a contactless method, a current work object, on which the tool is set in place, out of a plurality of work objects, the tool includes a tool-end control unit configured to perform a predetermined type of processing when finding the current work object, identified by the identification unit, not conforming to a reference working procedure in terms of a working process step for the current work object, the reference working procedure is a predefined working procedure, the working procedure refers to the order of working process steps to be performed on a single work object or a plurality of work objects during a working process, the working process referring to a series of working process steps to be done on the single work object or plurality of work objects. a portable tool including a driving unit, the driving unit being configured to operate with power supplied from a power source; and an identification unit configured to identify, by a contactless method, a current work object, on which the tool is set in place, out of a plurality of work objects, the tool includes a tool-end control unit configured to perform a predetermined type of processing when finding the current work object, identified by the identification unit, not conforming to a reference working procedure in terms of a working process step for the current work object, the reference working procedure is a predefined working procedure, the working procedure refers to the order of working process steps to be performed on a single work object or a plurality of work objects during a working process, the working process referring to a series of working process steps to be done on the single work object or plurality of work objects.
A method for transmitting codes using mobile station, MS, transmit beams by a MS (110, 210, 220, 230) in a wireless communication system, the method comprising: transmitting respective codes using respective MS transmit beams, wherein the respective codes are mapped to the respective MS transmit beams, and each respective code mapped to a respective MS transmit beam is repeatedly transmitted through the mapped MS transmit beam based on a number of base station, BS, receive beams of a BS; receiving, from the BS (100, 200), transmit beam information indicating at least one best MS transmit beam selected from the MS transmit beams, and allocation information of uplink, UL, resources; transmitting, to the BS, best beam information indicating the at least one best MS transmit beam indicated by the transmit beam information received from the MS and a MS identifier of the MS using the UL resources; and receiving, from the BS, resource allocation information indicating UL resources and at least one MS transmit beam determined for UL data transmission based on the at least one best MS transmit beam and the MS identifier of the MS, wherein the at least one best MS transmit beam is selected based on a channel state measured for the codes. transmitting respective codes using respective MS transmit beams, wherein the respective codes are mapped to the respective MS transmit beams, and each respective code mapped to a respective MS transmit beam is repeatedly transmitted through the mapped MS transmit beam based on a number of base station, BS, receive beams of a BS; receiving, from the BS (100, 200), transmit beam information indicating at least one best MS transmit beam selected from the MS transmit beams, and allocation information of uplink, UL, resources; transmitting, to the BS, best beam information indicating the at least one best MS transmit beam indicated by the transmit beam information received from the MS and a MS identifier of the MS using the UL resources; and receiving, from the BS, resource allocation information indicating UL resources and at least one MS transmit beam determined for UL data transmission based on the at least one best MS transmit beam and the MS identifier of the MS,
A flexplate coupling comprising: a flywheel; a damper assembly including a hub portion; a flexplate including a hub, the hub of the flexplate being fastened to the hub portion of the damper assembly, a peripheral portion of the flexplate fastened to the flywheel; characterised by a plurality of drive lugs disposed radially outwardly of the hub being coupled to the damper assembly, the damper assembly including a plurality of holes in which the drive lugs are inserted to couple the flexplate to the damper assembly. a flywheel; a damper assembly including a hub portion; a flexplate including a hub, the hub of the flexplate being fastened to the hub portion of the damper assembly, a peripheral portion of the flexplate fastened to the flywheel; characterised by a plurality of drive lugs disposed radially outwardly of the hub being coupled to the damper assembly, the damper assembly including a plurality of holes in which the drive lugs are inserted to couple the flexplate to the damper assembly.
A recombinant host cell comprising an engineered isobutanol production pathway and at least one of i. a heterologous polypeptide with ketol-acid reductoisomerase (KARI) activity selected from the group consisting of: 1. a polypeptide which is a KARI enzyme derived from Anaerostipes caccae, or an active fragment thereof; 2. a polypeptide having at least 90% identity or at least 95% identity to SEQ ID NO: 27, wherein said polypeptide has a K M for NADH less than that of SEQ ID NO: 27; or ii. a heterologous polynucleotide encoding the heterologous polypeptide with KARI activity of i). i. a heterologous polypeptide with ketol-acid reductoisomerase (KARI) activity selected from the group consisting of: 1. a polypeptide which is a KARI enzyme derived from Anaerostipes caccae, or an active fragment thereof; 2. a polypeptide having at least 90% identity or at least 95% identity to SEQ ID NO: 27, wherein said polypeptide has a K M for NADH less than that of SEQ ID NO: 27; or 1. a polypeptide which is a KARI enzyme derived from Anaerostipes caccae, or an active fragment thereof; 2. a polypeptide having at least 90% identity or at least 95% identity to SEQ ID NO: 27, wherein said polypeptide has a K M for NADH less than that of SEQ ID NO: 27; or ii. a heterologous polynucleotide encoding the heterologous polypeptide with KARI activity of i).
An orthodontic appliance for moving teeth comprising an aligner comprising a polymeric material formed with plural cavities for applying a load to at least one tooth sufficient to cause movement of at least one tooth, and an extender in a shape matable to the aligner for applying a supportive load to the aligner to assist in the movement of at least one tooth by the aligner, wherein the extender comprises an aperture, characterised in that the extender comprises a polymeric material, and in that the appliance further comprises a temporary anchorage device configured for installation in bone structure of a patient, wherein the extender's aperture is configured for engagement to the temporary anchorage device such that the temporary anchorage device is couplable to the extender to provide a mechanical anchor for the supportive load applied to the aligner.
A coupler (52; 52') for joining two members (14, 18; 14', 18') of a split-boom power tool, the coupler (52; 52') comprising: a collar (54; 54') defining a member receiving passage; a first lobe (58a; 58a') extending outwardly from the collar (54; 54'), the first lobe (58a; 58a') including at least one lobe ramp surface; a cylindrical projection extending from the first lobe (58a; 58a'); and a gear (74; 74') extending from the cylindrical projection, the gear (74; 74') including gear teeth; a second lobe (58b; 58b') extending outwardly from the collar (54; 54'); a passage defined in the first lobe (58a; 58a') and the second lobe (58b; 58b'), the passage defining a first axis; a lever arm (90a; 90a') rotatable about the first axis, the lever arm (90a; 90a') including at least one lever ramp surface; a pawl arm (106a; 106') movably connected to the lever arm (90a; 90a'), the pawl arm (106a; 106') including a portion biased into engagement with the gear teeth; a fastener (64; 64') extending through the passage, the fastener (64; 64') coupling the lever arm (90a; 90a') to the first lobe (58a; 58a') such that the lever ramp surface is in camming engagement with the lobe ramp surface; and wherein rotation of the lever arm (90a; 90a') about the first axis in a first direction (112; 112') brings the first lobe (58a; 58a') and the second lobe (58b; 58b') toward each other. a collar (54; 54') defining a member receiving passage; a first lobe (58a; 58a') extending outwardly from the collar (54; 54'), the first lobe (58a; 58a') including at least one lobe ramp surface; a cylindrical projection extending from the first lobe (58a; 58a'); and a gear (74; 74') extending from the cylindrical projection, the gear (74; 74') including gear teeth; at least one lobe ramp surface; a cylindrical projection extending from the first lobe (58a; 58a'); and a gear (74; 74') extending from the cylindrical projection, the gear (74; 74') including gear teeth; a second lobe (58b; 58b') extending outwardly from the collar (54; 54'); a passage defined in the first lobe (58a; 58a') and the second lobe (58b; 58b'), the passage defining a first axis; a lever arm (90a; 90a') rotatable about the first axis, the lever arm (90a; 90a') including at least one lever ramp surface; a pawl arm (106a; 106') movably connected to the lever arm (90a; 90a'), the pawl arm (106a; 106') including a portion biased into engagement with the gear teeth; a fastener (64; 64') extending through the passage, the fastener (64; 64') coupling the lever arm (90a; 90a') to the first lobe (58a; 58a') such that the lever ramp surface is in camming engagement with the lobe ramp surface; and wherein rotation of the lever arm (90a; 90a') about the first axis in a first direction (112; 112') brings the first lobe (58a; 58a') and the second lobe (58b; 58b') toward each other.
Respiratory assistance apparatus comprising: - a source of gas able to deliver a flow of respiratory gas in a ventilatory circuit intended to be connected to a patient, the flow of respiratory gas being delivered by said source of gas in such a way as to generate and maintain several levels of gas pressure (Ph, Pb), during preset durations (Dh, Db), - measurement means able and designed to measure at least one flow parameter representative of the flow of gas chosen from the pressure of the gas and the gas flow rate, and to deliver at least one flow signal representative of said flow parameter, - signal processing means designed and able to: i) analyse and deduce from said flow signal, an existence or an absence of chest compressions practiced on said patient, ii) determine the frequency value of said chest compressions in case of the existence of chest compressions, iii) provide said frequency value to display means, - and display means that make it possible to display information, characterised in that the signal processing means are suitable for providing to the display means a corrected frequency value (F c) corresponding to the frequency value determined immediately before the start of a duration (Dh, Db) considered, when the signal processing means do not detect any chest compression during a portion of said duration (Dh, Db) considered. - a source of gas able to deliver a flow of respiratory gas in a ventilatory circuit intended to be connected to a patient, the flow of respiratory gas being delivered by said source of gas in such a way as to generate and maintain several levels of gas pressure (Ph, Pb), during preset durations (Dh, Db), - measurement means able and designed to measure at least one flow parameter representative of the flow of gas chosen from the pressure of the gas and the gas flow rate, and to deliver at least one flow signal representative of said flow parameter, - signal processing means designed and able to: i) analyse and deduce from said flow signal, an existence or an absence of chest compressions practiced on said patient, ii) determine the frequency value of said chest compressions in case of the existence of chest compressions, iii) provide said frequency value to display means, i) analyse and deduce from said flow signal, an existence or an absence of chest compressions practiced on said patient, ii) determine the frequency value of said chest compressions in case of the existence of chest compressions, iii) provide said frequency value to display means, - and display means that make it possible to display information,
Apparatus for surface finishing of articles, comprising: a transfer line carrying piece-holder members, each configured to retain an article which is being worked; a metallization station operating along the transfer line and configured to deposit a surface metallization layer on each of the articles carried by the piece-holder members; a lacquering station operating along the transfer line downstream of the metallization station and configured to deposit a transparent protective layer on the metallization layer of each article carried by the respective piece-holder member; characterized in that it further comprises at least one printing station operatively disposed downstream of the metallization station for applying at least one printed graphic pattern on each article carried by the respective piece-holder member. a transfer line carrying piece-holder members, each configured to retain an article which is being worked; a metallization station operating along the transfer line and configured to deposit a surface metallization layer on each of the articles carried by the piece-holder members; a lacquering station operating along the transfer line downstream of the metallization station and configured to deposit a transparent protective layer on the metallization layer of each article carried by the respective piece-holder member; characterized in that it further comprises at least one printing station operatively disposed downstream of the metallization station for applying at least one printed graphic pattern on each article carried by the respective piece-holder member.
Circuit arrangement, in particular for a safety I&C system of a nuclear power plant, arranged on a logic board and comprising: • a generic FPGA with a plurality of pins, a number of logic function units each of which comprises inputs and outputs, and a set of internal routing resources for interconnections between the inputs and outputs of the logic function units, each input and respectively each output of the logic function units being only connected to a respective pin of the plurality of pins, • at least one application specific PLD with a plurality of pins, and • a plurality of point-to-point connections between the pins of the FGPA and the pins of the PLD via circuit tracks of the logic board, wherein the internal routing resources of the FPGA are not used to connect the inputs and outputs of the logic functions units 20 with each other, but instead the PLD operates as an application-specific, FPGA-external switch-matrix for said point-to-point connections and hence for said inputs and outputs of said logic function units. • a generic FPGA with a plurality of pins, a number of logic function units each of which comprises inputs and outputs, and a set of internal routing resources for interconnections between the inputs and outputs of the logic function units, each input and respectively each output of the logic function units being only connected to a respective pin of the plurality of pins, • at least one application specific PLD with a plurality of pins, and • a plurality of point-to-point connections between the pins of the FGPA and the pins of the PLD via circuit tracks of the logic board,