mhurhangee/ep-ind-claims huggingface dataset:
Conveyor system for conveying individual piece goods, comprising: - a plurality of conveyor units, each with a conveyor motor (30a-d), which conveyor units are configured to convey piece goods across the conveyor unit, - at least one control unit which is connected to every conveyor motor to transmit data in order to regulate and/or control the conveyor motors, characterised in that the control unit is connected to a bus line, a conveyor motor, preferably every conveyor motor, is connected by means of a modem (20a-d), preferably by means of one in each case, to the bus line without electrical contact, and the modem(s) is/are configured to pick up from the bus line and route to the conveyor motor energy in order to drive the conveyor motor and at least one data signal in order to control/regulate the conveyor motor, and further characterised by a sensor for detecting piece goods in an area of the conveyor system which is connected to the control unit via a modem (120a-c) for transmitting sensor data, which is configured to couple at least one sensor signal to an alternating voltage applied to the bus line or modulate onto this alternating voltage. - a plurality of conveyor units, each with a conveyor motor (30a-d), which conveyor units are configured to convey piece goods across the conveyor unit, - at least one control unit which is connected to every conveyor motor to transmit data in order to regulate and/or control the conveyor motors,
A combined accelerating and retarding apparatus comprising a supporting housing and an entrainment element movable along at least one guiding track of the supporting housing between a parked position in which it is retained by a force lock and/or a shape lock and an end position, said entrainment element adapted to be loaded by accelerating means and by retarding means, said accelerating means comprising a repeatedly loadable and unloadable spring-type energy storage device secured to the supporting housing and to the entrainment element, said retarding means comprising at least one hydraulic cylinder-piston unit and the cylinder-piston unit carrying a guide block facing the entrainment element and guided in the guide track, the guide block having a curved engagement surface turned towards the entrainment element and the entrainment element having a curved push surface turned in the direction of the guide block, characterized in that - the hydraulic cylinder-piston unit has a spring return feature associated therewith; - the pushing surface and the engagement surface have different radii of curvature so that the engagement surface and the push surface contact each other along one line of contact at most; and in that - the push surface is separable from the engagement surface as the entrainment element leaves the end position in the direction of the parked position. - the hydraulic cylinder-piston unit has a spring return feature associated therewith; - the pushing surface and the engagement surface have different radii of curvature so that the engagement surface and the push surface contact each other along one line of contact at most; and in that - the push surface is separable from the engagement surface as the entrainment element leaves the end position in the direction of the parked position.
An electric power steering apparatus that calculates a current command value due to at least a steering torque (Th), performs a PWM-control of a 3-phase motor through an inverter based on said current command value, and assist-controls a steering system of a vehicle by detecting currents (Iu, Iv, Iw) of said 3-phase motor and feed-backing, comprising: a current detecting circuit to detect 3-phase currents of down-stream 3-shunts (RS1, RS2, RS3) of said inverter; and two A/D converting units (110, 120), the electric power steering system being characterised by the A/D converting units having a common channel (ch) and inputting 3-phase current detected-signals from said current detecting circuit; wherein said electric power steering apparatus includes a current detecting system that any one of said 3-phase current detected-signals is inputted into said common channel and current detected-signals of rest 2-phase are respectively inputted into other channel (ch1, ch2) of said A/D converting units (110, 120). a current detecting circuit to detect 3-phase currents of down-stream 3-shunts (RS1, RS2, RS3) of said inverter; and two A/D converting units (110, 120), the electric power steering system being characterised by the A/D converting units having a common channel (ch) and inputting 3-phase current detected-signals from said current detecting circuit; wherein said electric power steering apparatus includes a current detecting system that any one of said 3-phase current detected-signals is inputted into said common channel and current detected-signals of rest 2-phase are respectively inputted into other channel (ch1, ch2) of said A/D converting units (110, 120).
Sample handling system for handling samples contained in tubes, each tube having a hollow body, a closed bottom and an open top for accessing the sample contained in the tube, the system including a micro-plate comprising at least one separate grid insert having a plurality of compartments, each compartment comprising one or more side walls laterally confining a through-hole, wherein the through-hole has a top opening and a bottom opening and extends between the top opening and the bottom opening, and a frame to which the at least one separate grid insert is to be attached to form the micro-plate, the frame laterally confining a single through-opening which is dimensioned to allow for accessing each compartment of the attached at least one grid insert from above and from below, and to allow for moving such tube into and out of each compartment through each of the top opening and the bottom opening of the through-hole, characterized in that the frame encloses the attached at least one separate grid insert only laterally at inner walls which confine the single through-opening.
A heterophasic polypropylene resin comprising a polypropylene homopolymer phase and an ethylene-propylene copolymer phase dispersed within phase, wherein the xylene soluble fraction of the heterophasic polypropylene resin is in the range 20 to less than 50 wt%; the heterophasic polypropylene resin has an MFR 2 of 0.01 to 50 g/10min; the ethylene content of the xylene soluble fraction of the heterophasic polypropylene resin is in the range of at least 20 wt% to less than 50 wt%; the MFR 2 (xylene insoluble) is 0.2 g/10 min or less; and wherein the MFR 2 /MFR 2 (xylene insoluble) ≥ 5, preferably ≥ 10.
Method for an exhaust treatment system, arranged for treatment of an exhaust stream. resulting from a combustion in a combustion engine in a vehicle; characterised by - an estimate of at least one future operating condition for said exhaust treatment system based on a representation of a road section ahead of said vehicle; - a first supply of a first additive into said exhaust stream, which is used at least at a first reduction of a first amount of nitrogen oxides NO x_1 in said exhaust stream in a first reduction catalyst device; - a second supply of a second additive into said exhaust stream, which is used at a second reduction of a second amount of nitrogen oxides NO x_2 in said exhaust stream in a second reduction catalyst device, arranged downstream of said first reduction catalyst device, wherein - said first supply is controlled based on said estimated at least one future operating condition in such a manner, that said first reduction catalyst device is exposed, over time, to a substoichiometric condition with respect to said first additive and to said first amount of nitrogen oxides NO x_1. - an estimate of at least one future operating condition for said exhaust treatment system based on a representation of a road section ahead of said vehicle; - a first supply of a first additive into said exhaust stream, which is used at least at a first reduction of a first amount of nitrogen oxides NO x_1 in said exhaust stream in a first reduction catalyst device; - a second supply of a second additive into said exhaust stream, which is used at a second reduction of a second amount of nitrogen oxides NO x_2 in said exhaust stream in a second reduction catalyst device, arranged downstream of said first reduction catalyst device, wherein - said first supply is controlled based on said estimated at least one future operating condition in such a manner, that said first reduction catalyst device is exposed, over time, to a substoichiometric condition with respect to said first additive and to said first amount of nitrogen oxides NO x_1.
A method for generating forwarding information, comprising: determining, by a controller, a first service forwarding entity, SFE, and a second SFE that are used to forward a service stream, wherein the first SFE and the second SFE are on a service function chain corresponding to the service stream; generating, by the controller, first forwarding information for the first SFE, wherein the first forwarding information is used to enable the first SFE to forward a first part of the service stream to a first service processing entity, SPE, attached to the first SFE, the first SPE is used to perform service processing on the received first part of the service stream, and the first forwarding information is further used to enable the first SFE to forward a second part of the service stream to the second SFE along the service function chain; generating, by the controller, second forwarding information for the second SFE, wherein the second forwarding information is used to enable the second SFE to forward the second part of the service stream to a second SPE attached to the second SFE, and the second SPE is used to perform service processing on the received second part of the service stream; sending, by the controller, the first forwarding information to the first SFE; and sending, by the controller, the second forwarding information to the second SFE. determining, by a controller, a first service forwarding entity, SFE, and a second SFE that are used to forward a service stream, wherein the first SFE and the second SFE are on a service function chain corresponding to the service stream; generating, by the controller, first forwarding information for the first SFE, wherein the first forwarding information is used to enable the first SFE to forward a first part of the service stream to a first service processing entity, SPE, attached to the first SFE, the first SPE is used to perform service processing on the received first part of the service stream, and the first forwarding information is further used to enable the first SFE to forward a second part of the service stream to the second SFE along the service function chain; generating, by the controller, second forwarding information for the second SFE, wherein the second forwarding information is used to enable the second SFE to forward the second part of the service stream to a second SPE attached to the second SFE, and the second SPE is used to perform service processing on the received second part of the service stream; sending, by the controller, the first forwarding information to the first SFE; and sending, by the controller, the second forwarding information to the second SFE.
A transmission x-ray tube (10, 20) comprising: a. an end window hermetically sealed to a first end of a flexible coupling; b. a second end of the flexible coupling hermetically sealed to one end of an enclosure; c. a cathode including an electron emitter hermetically sealed to an opposite end of the enclosure; d. the electron emitter configured to emit electrons in an electron beam along an electron beam axis extending between the electron emitter and the window and through a hollow core of the flexible coupling; e. the window including a target material configured to produce x-rays in response to impinging electrons from the electron emitter; f. the window configured to allow the x-rays to be transmitted out of the enclosure through the window; and characterized by the window being selectively tiltable to selectively align a region of the window with the electron beam axis, and thus selectively position the region in the electron beam by tilting the window and the first end of the flexible coupling at an acute angle with respect to the electron beam axis. a. an end window hermetically sealed to a first end of a flexible coupling; b. a second end of the flexible coupling hermetically sealed to one end of an enclosure; c. a cathode including an electron emitter hermetically sealed to an opposite end of the enclosure; d. the electron emitter configured to emit electrons in an electron beam along an electron beam axis extending between the electron emitter and the window and through a hollow core of the flexible coupling; e. the window including a target material configured to produce x-rays in response to impinging electrons from the electron emitter; f. the window configured to allow the x-rays to be transmitted out of the enclosure through the window; and
A Bluetooth communication method of a first terminal that communicates with a second terminal via Bluetooth, the Bluetooth communication method comprising: setting the first terminal in a Bluetooth standby mode; in response to the detection of a movement during the Bluetooth standby mode, determining whether the first terminal is paired with the second terminal; in response to the first terminal not being paired with the second terminal, pairing (S240-S260) the first terminal with the second terminal; and transmitting data to the second terminal via the Bluetooth communication; and wherein the pairing comprises: outputting a Bluetooth device, BD, address as a voice signal; and in response to receipt of a voice signal requesting a Bluetooth connection from the second terminal, pairing the first terminal with the second terminal; and wherein the Bluetooth standby mode is an operating mode during which a voice output unit, a voice input unit, a motion sensor, and a Bluetooth communication unit of the first terminal are activated. setting the first terminal in a Bluetooth standby mode; in response to the detection of a movement during the Bluetooth standby mode, determining whether the first terminal is paired with the second terminal; in response to the first terminal not being paired with the second terminal, pairing (S240-S260) the first terminal with the second terminal; and transmitting data to the second terminal via the Bluetooth communication; and wherein the pairing comprises: outputting a Bluetooth device, BD, address as a voice signal; and in response to receipt of a voice signal requesting a Bluetooth connection from the second terminal, pairing the first terminal with the second terminal; and outputting a Bluetooth device, BD, address as a voice signal; and in response to receipt of a voice signal requesting a Bluetooth connection from the second terminal, pairing the first terminal with the second terminal; and wherein the Bluetooth standby mode is an operating mode during which a voice output unit, a voice input unit, a motion sensor, and a Bluetooth communication unit of the first terminal are activated.
Supercharger, in particular turbocharger, for a drive device, which has a compressor which can be assisted electrically or driven by means of a media gap motor, wherein the media gap motor which is arranged between a compressor inlet and a compressor impeller of the compressor, and a rotor which is operatively connected to a bearing shaft of the compressor impeller, and a stator which at least in certain areas surrounds the rotor in the circumferential direction with respect to a rotational axis of the rotor shaft, characterized in that power electronics for actuating at least one electrical winding of the stator engage at least in certain areas around the rotational axis in the circumferential direction, wherein in order to cool the stator and the power electronics a cooling jacket which is in contact with the stator and the power electronics is provided, wherein the cooling jacket is arranged, viewed in the axial direction, between the power electronics and a compressor housing of the compressor and is in contact with its internal circumference with an external circumference of the stator.
A carrier for developing an electrostatic latent image, the carrier comprising: core material particles and a resin layer covering a surface of the core material particles, wherein the resin layer includes a resin and at least two kinds of fine particles, including conductive particles as a first kind of fine particles; a second kind of fine particles includes chargeable fine particles; the chargeable fine particles have a long diameter of 400 to 900 nm determined according to the description and the chargeable fine particles have a shape factor SF-1 of 160 to 250 determined according to the description. core material particles and a resin layer covering a surface of the core material particles, wherein the resin layer includes a resin and at least two kinds of fine particles, including conductive particles as a first kind of fine particles; a second kind of fine particles includes chargeable fine particles; the chargeable fine particles have a long diameter of 400 to 900 nm determined according to the description and the chargeable fine particles have a shape factor SF-1 of 160 to 250 determined according to the description.
Press-fit sleeve (10, 110, 210) for connecting plastics pipes, comprising a cylindrical main body (12, 112, 212) having a uniform wall thickness (14, 114, 214) which surrounds an interior (16, 116) of the main body (12, 112, 212), the press-fit sleeve (10, 110, 210) comprising at least one projection (18, 118, 218; 20, 120, 220) which protrudes radially outwards from an outer circumference of the main body (12, 112, 212), the at least one projection (18, 118, 218; 20, 120, 220) being formed in one piece with the main body (12, 112, 212) by folding the material of the wall (14, 41, 42) of the main body (12, 112, 212), and the at least one projection (18, 118, 218; 20, 120, 220) forming a wave peak (22, 122, 222; 24, 124, 224) having two flanks (26, 28, 126, 128, 226, 228; 30, 32, 130, 132, 230, 232) connected by the wave peak (22, 122, 222; 24, 124, 224), characterised in that the mutually facing inner surfaces of said flanks are arranged at a distance of at most 1 mm, in particular of at most 0.5 mm, advantageously of at most 0.1 mm, from one another or are in contact with one another, and in that the mutually facing inner surfaces of the flanks (26, 28, 126, 128, 226, 228; 30, 32, 130, 230, 232) abut one another in a first portion adjacent to the wave peak (22, 122, 222; 24, 124, 224) and, in a second portion adjacent to the interior (16, 116) of the main body (12, 112, 212), have a spacing which increases in the direction of the interior (16, 116) of the main body (12, 112, 212).
A packaging material for housing a medical instrument set (2A, 2B) assembled from a plurality of medical instruments (41, 3, 51, 7, 8, 9), said packaging material comprising; a packaging material body having an opening therein through which the medical instrument (41, 3, 51, 7, 8, 9) is taken out; and a lid that closes said opening, wherein said lid is bonded or fusion-bonded to the periphery of said opening of said packaging material body, wherein said opening is unsealed as said lid is peeled off at least partly, characterised in that; said lid holds or fastens, on an inside portion thereof, a medical instrument or part thereof which is to be used first from among the medical instruments (41, 3, 51, 7, 8, 9) of said medical instrument set (2A, 2B), wherein said medical instrument to be used first is taken out through said opening when said lid is peeled off from said packaging material body.
A method for controlling the light emission of a vehicle, in which the vertical course of the roadway is determined, in which the light emission of the vehicle is adapted to the determined vertical course of the roadway by means of a headlight range regulation of at least one headlight (20, 22) of the vehicle, characterized in that the light emission of the headlight (20, 22) is adapted by means of an aperture setting of an aperture arrangement arranged in front of the light source of the headlight (20, 22) for preventing the impairment of other road users, wherein the aperture setting is made dependent on the distance of the vehicle to a vehicle driving ahead and the height difference between the vehicle and the vehicle driving ahead.
A microorganism belonging to the genus Escherichia sp. having a sucrose assimilability and an L-amino acid producing ability, which is obtained by introducing an scrK gene encoding fructokinase, an scrY gene encoding sucrose porin, an scrA gene encoding sucrose PTS permease, an scrB gene encoding sucrose hydrolase, and an scrR gene encoding sucrose transcriptional regulator into a sucrose non-assimilative microorganism belonging to the genus Escherichia sp. having an L-amino acid producing ability and a sucrose PTS (phosphoenolpyruvate dependent sucrose phosphotransferase system) activity, wherein said genes are genes of Klebsiella pneumoniae and wherein the sucrose PTS is composed of Enzyme I, histidine protein, and glucose-specific enzyme IIA (EIIAcrr Glc).
A method of connecting and earthing for the dissipation of electrostatic charges generated on a corrugated flexible tube or a spiral tube, in particular a tube with a spiral plastic reinforcement, of a predetermined internal and external diameter, having an outer corrugated or spiral surface, an inner wall, and a corrugated or spiral first end and second end, comprising the steps of removably connecting said first corrugated or spiral end of said corrugated or spiral flexible tube to a metal part of a machine, such as a pellet conveyor or dehumidifier, removably connecting said second corrugated or spiral end of said flexible tube to a metal end of an appliance, characterized in that said method also includes the steps of applying, between the corrugations or spirals of said first and second ends of said corrugated or spiral flexible tube and said metal part and said metal end, first and second elastic and electrically conductive plastic spirals having a smaller diameter than said external diameter of said corrugated or spiral flexible tube to ensure the fastening and secure locking of said first and second spirals to the outer surface of said corrugated or spiral flexible tube and to ensure guaranteeable electrical continuity over time between said end portions of said tube and said metal parts and/or ends.
An engineered protein for expression in eukaryotic hosts, comprising an interstructural domain linker consisting of the peptide defined by SEQ ID NO:4.
An image display device comprising an image display panel and a transparent protective panel formed from a polymethyl methacrylate which are arranged facing each other via a cured resin and which are housed in a case, wherein the outer in-plane dimension of the protective panel is substantially equal to the outer in-plane dimension of the image display panel, the outer in-plane dimension is substantially equal to the inner in-plane dimension of the case of the protective panel and the image display panel, so that the protective panel superimposed on the image display panel fits precisely in the case, whereby warping of the protective panel can be suppressed, and wherein a substantially whole face of the protective panel is adhered to the image display panel by the cured resin, wherein the cured resin is obtained by curing a resin composition by UV-ray irradiation, and has a storage modulus at 25°C measured at a measurement frequency of 1 Hz of 1 × 10 7 Pa or lower, and wherein the resin composition contains at least one kind of polymer selected from the group consisting of polyurethane acrylate, polyisoprene-based acrylate or an ester thereof, a hydrogenated terpene resin, and a butadiene polymer; at least one kind of acrylate monomer selected from the group consisting of isobornyl acrylate, dicyclopentenyl oxyethyl methacrylate, and 2-hydroxybutyl methacrylate; and a photopolymerization initiator.