mhurhangee/ep-ind-claims huggingface dataset:
Device designed for controlled implementation of a security-relevant operation in rail traffic, wherein the device can be arranged in a data network, having: - a recording facility, designed to record authorisation information from a central authority, - a storage facility, designed to store the authorisation information, - an instruction facility, designed to optionally provide an instruction to implement the security-relevant operation as a function of the authorisation information, and - an output facility, designed to output a data signal, which is indicative of the provided instruction to implement the security-relevant operation and of the stored authorisation information, and an identification facility, which is designed to encrypt an identification parameter of the device and to transmit the encrypted identification parameter to the central authority, wherein the authorisation information which can be recorded by the recording facility is based on the transmittable encrypted identification parameter. - a recording facility, designed to record authorisation information from a central authority, - a storage facility, designed to store the authorisation information, - an instruction facility, designed to optionally provide an instruction to implement the security-relevant operation as a function of the authorisation information, and - an output facility, designed to output a data signal, which is indicative of the provided instruction to implement the security-relevant operation and of the stored authorisation information, and an identification facility, which is designed to encrypt an identification parameter of the device and to transmit the encrypted identification parameter to the central authority, wherein the authorisation information which can be recorded by the recording facility is based on the transmittable encrypted identification parameter. an identification facility, which is designed to encrypt an identification parameter of the device and to transmit the encrypted identification parameter to the central authority, wherein the authorisation information which can be recorded by the recording facility is based on the transmittable encrypted identification parameter.
A waste-collection container of the type comprising a bin molded out of plastics material and with a peripheral collar enabling the bin to be gripped in order to be emptied out into a skip of a collector truck, the peripheral collar being locally reinforced by ribs (6, 6') integrally molded both with a side wall of the bin and with the peripheral collar, characterized in that the waste-collection container is provided with wheels enabling it to move over the ground, wherein the wheels are carried by an axle mounted on a bearing constituted by a rib integrally molded with the bin and in that at least one of the ribs (6, 6') integral both with a side wall of the bin and with the peripheral collar is defined by an outline formed by four edges, a vertical first edge integral with the bin, a parallel second edge opposite to the first edge, a free third edge (6c, 6'c), which is not touching the walls of the bin, connecting the bottom end of the first edge to the bottom end of the second edge, and a fourth edge that is perpendicular to the first edge and to the second edge, the second edge and the fourth edge are integral with the peripheral collar, said third edge (6c, 6'c) is curved and has no angular points.
HIGH PRECISION RADAR TO TRACK AERIAL TARGETS, installed on the ground, in a container or in a vehicle, which determines the following parameters of the target, namely, azimuth angle (θ a), elevation angle (θ e), range, speed and flying direction and transmits them to another system, wherein the radar comprises a system using an array of two collinear antennas (19, 21) with narrow beam in elevation, installed on a platform and rotating around a vertical axis at a rotational speed of at least 50 rpm, wherein the pointing direction of the said array varies between 0° and 90° by means of an elevation positioning motor in elevation which is monitored through the feedback of the signal resulting from processing data of previous measurements, wherein the beamwidth of each antenna (19, 21) in elevation is approximately 3 degrees, the precise elevation angle of target (θ e) being determined by interferometry; wherein the width of the beam in azimuth is 120 degrees; and wherein an increase in resolution in azimuth is obtained via the ROSAR technique through correlation of the signal detected by the said antennas (19, 21) and a + 1/ - 1 step function, wherein an adder is configured to sum the signals of target localizers (36, 41), gaining 3 dB, wherein a correlator is configured to correlate an output lobe of the adder and the + 1/ - 1 function, wherein a zero localizer is configured to search for a transition of said correlated signal through zero. wherein the radar comprises a system using an array of two collinear antennas (19, 21) with narrow beam in elevation, installed on a platform and rotating around a vertical axis at a rotational speed of at least 50 rpm, wherein the pointing direction of the said array varies between 0° and 90° by means of an elevation positioning motor in elevation which is monitored through the feedback of the signal resulting from processing data of previous measurements, wherein the beamwidth of each antenna (19, 21) in elevation is approximately 3 degrees, the precise elevation angle of target (θ e) being determined by interferometry; wherein the width of the beam in azimuth is 120 degrees; and wherein an increase in resolution in azimuth is obtained via the ROSAR technique through correlation of the signal detected by the said antennas (19, 21) and a + 1/ - 1 step function, wherein an adder is configured to sum the signals of target localizers (36, 41), gaining 3 dB, wherein a correlator is configured to correlate an output lobe of the adder and the + 1/ - 1 function, wherein a zero localizer is configured to search for a transition of said correlated signal through zero.
A light emitting device comprising: a light emitting diode; and a package having a light reflector for reflecting light from the light emitting diode, and a light transmitter for transmitting light from the light emitting diode to the outside, the light transmitter being formed on the light reflector, characterized in that the light reflector and the light transmitter form a side wall forming a concavity of the package for holding the light emitting diode in the interior. a light emitting diode; and a package having a light reflector for reflecting light from the light emitting diode, and a light transmitter for transmitting light from the light emitting diode to the outside, the light transmitter being formed on the light reflector, characterized in that the light reflector and the light transmitter form a side wall forming a concavity of the package for holding the light emitting diode in the interior.
A scroll type compressor comprising: a main shaft that is rotatably supported in a housing that constitutes an outer shell; a rotating scroll that is rotatably connected to a position offset with respect to the center of the main shaft; a fixed scroll that forms a compression chamber for compressing a cooling medium by being opposed to the rotating scroll and is fixed to the housing; a balancer that is provided integrally with the rotating scroll and reduces the imbalance of the rotating scroll; a convex portion which is provided in one of the main shaft or the balancer and protrudes in a direction parallel to an axis line of the main shaft; a concave portion which is provided in the other of the main shaft or the balancer and has an inside diameter larger than an outside diameter of the convex portion and into which the convex portion is inserted; and a first elastic body (52;50) that is provided between the main shaft and the balancer, characterized in that the first elastic body (52;50) is provided in a compressed condition in the direction of the axis line between the main shaft and the balancer and exerts a resistance force on the movement of the convex portion in a direction orthogonal to the axis line in the concave portion. a main shaft that is rotatably supported in a housing that constitutes an outer shell; a rotating scroll that is rotatably connected to a position offset with respect to the center of the main shaft; a fixed scroll that forms a compression chamber for compressing a cooling medium by being opposed to the rotating scroll and is fixed to the housing; a balancer that is provided integrally with the rotating scroll and reduces the imbalance of the rotating scroll; a convex portion which is provided in one of the main shaft or the balancer and protrudes in a direction parallel to an axis line of the main shaft; a concave portion which is provided in the other of the main shaft or the balancer and has an inside diameter larger than an outside diameter of the convex portion and into which the convex portion is inserted; and a first elastic body (52;50) that is provided between the main shaft and the balancer,
Method for controlling platform doors (6;25;34) which provide door status messages (Tu), in which the stopping position and the standstill of a train are determined in the region of the platform by means of a trackside sensor device (2;21;36 to 39), in which a movement authority (Fa) for the departure of the train is prevented by a trackside device (5;22) connected to the trackside sensor device (2;21;36 to 39) on arrival at a stopping position of the train which is aligned with the platform doors (6;25;34), and opening pulses (Io) to the platform doors (6;25;34) are induced, and after closing and locking the platform doors (6;25;34) the movement authority (Fa) for the departure is released and in which the following are used as a trackside device: - a platform door control device which is connected to an automatic train protection system via a communication link and which emits the opening pulses (Io) for the platform doors (6; 34) and receives the door status messages (Tu) from the platform doors, or - a train stop determination device which via a communication path emits a train stop status message (Zs) about a train stop in the aligned stopping position to an automatic train protection arrangement which thereupon emits the opening pulses (Io) to the platform doors and which receives the door status messages (Tu) from the platform doors, wherein in the case of the platform door control device being used as a trackside device the platform door control device receives movement authority status messages (Fs) for the movement authority (Fa) from the automatic train protection system and emits the movement authority (Fa) to the automatic train protection system and in the case of the train stop determination device being used as a trackside device the movement authority (Fa) is issued by the automatic train control arrangement. - a platform door control device which is connected to an automatic train protection system via a communication link and which emits the opening pulses (Io) for the platform doors (6; 34) and receives the door status messages (Tu) from the platform doors, or - a train stop determination device which via a communication path emits a train stop status message (Zs) about a train stop in the aligned stopping position to an automatic train protection arrangement which thereupon emits the opening pulses (Io) to the platform doors and which receives the door status messages (Tu) from the platform doors,
A packet flow control method, comprising: negotiating, between a virtual machine and a host, an executor of a flow control policy based on a flow control capability of the virtual machine; if it is determined that a negotiated executor of the flow control policy is the virtual machine, performing (302, 506, 706), by the virtual machine, forward processing on a to-be-forward-processed packet based on the flow control policy; and if it is determined that the negotiated executor of the flow control policy is the Host, sending, by the virtual machine, the to-be-forward-processed packet to the Host, so that the Host performs (606, 806) forward processing on the received packet based on the flow control policy. negotiating, between a virtual machine and a host, an executor of a flow control policy based on a flow control capability of the virtual machine; if it is determined that a negotiated executor of the flow control policy is the virtual machine, performing (302, 506, 706), by the virtual machine, forward processing on a to-be-forward-processed packet based on the flow control policy; and if it is determined that the negotiated executor of the flow control policy is the Host, sending, by the virtual machine, the to-be-forward-processed packet to the Host, so that the Host performs (606, 806) forward processing on the received packet based on the flow control policy.
A CCL1-Ig fusion polypeptide for use in the treatment of a medical condition selected from an inflammatory disease, an autoimmune disease, graft versus host disease (GVHD) and graft rejection.
A device for calculating physiological data, comprising: measuring means configured to be operable to measure respiratory waveform data of a subject for a predetermined measurement period; creating means configured to be operable to create an index at each measurement time indicating stability of a value measured by the measuring means at each measurement time during said measurement period and operable to create data of a temporal change of the index during the measurement period; and output means (3-4; 3-5; 3-6) configured to be operable to execute output processing of at least any of display, printing or sending to the outside of the device of said created data, characterised in that the creating means is configured to create a frequency spectrum of the respiratory waveform and the created index is an inverse of the standard deviation of the respiratory frequency. measuring means configured to be operable to measure respiratory waveform data of a subject for a predetermined measurement period; creating means configured to be operable to create an index at each measurement time indicating stability of a value measured by the measuring means at each measurement time during said measurement period and operable to create data of a temporal change of the index during the measurement period; and output means (3-4; 3-5; 3-6) configured to be operable to execute output processing of at least any of display, printing or sending to the outside of the device of said created data, characterised in that the creating means is configured to create a frequency spectrum of the respiratory waveform and the created index is an inverse of the standard deviation of the respiratory frequency.
Filter assembly for an injector for injecting fuel into a combustion engine, the filter assembly having a longitudinal axis and comprising: - a filter element with a cylindrical section having a first axial end and a second axial end; - a tubular filter housing in which the filter element is received; - the filter housing having a radial protrusion which supports the first axial end of the cylindrical section and is part of a shoulder in the filter housing; - a cap for holding the filter element at the second axial end, - the cap encompassing the filter housing along an outer circumference, wherein - the second axial end rests directly against the cap, wherein - the cylindrical section is provided with a chamfer at its second axial end and/or - the cylindrical section extends radially inwards further than the shoulder of the filter housing. - a filter element with a cylindrical section having a first axial end and a second axial end; - a tubular filter housing in which the filter element is received; - the filter housing having a radial protrusion which supports the first axial end of the cylindrical section and is part of a shoulder in the filter housing; - a cap for holding the filter element at the second axial end, - the cap encompassing the filter housing along an outer circumference, wherein - the second axial end rests directly against the cap, wherein - the cylindrical section is provided with a chamfer at its second axial end and/or - the cylindrical section extends radially inwards further than the shoulder of the filter housing.
Crosscut and mitre saw having a carrier which forms a workpiece support surface, and a mount, attached to the carrier, for a saw unit that is arranged above the workpiece support surface and defines a saw cut direction in a basic position, having a workpiece stop for a workpiece located on the workpiece support surface, said workpiece stop being attached to the carrier and extending transversely to the saw cut direction in the central basic position of the saw unit on the workpiece support surface, wherein the workpiece support surface has a particular width transversely to the saw cut direction, and wherein the width of the workpiece stop corresponds approximately to the width of the workpiece support surface, wherein an auxiliary stop that enlarges the stop surface for the workpiece is arranged on the workpiece stop to the right and/or left of the saw unit, wherein the auxiliary stop is adjustable widthwise between a basic position close to the saw unit and a spaced-apart position away from the saw unit, and reaches, at least at its free end, substantially as far as the level of the workpiece support surface, characterized in that an auxiliary carrier that forms an auxiliary face is attached to the carrier at least on one side, it being possible, by way of said auxiliary carrier, to enlarge the effective width, for supporting a workpiece, of the workpiece support surface, wherein the auxiliary surface of the auxiliary carrier attached to the carrier is adjustable with respect to the carrier between a basic position close to the carrier and a spaced-apart position away from the carrier, in that the free end of the auxiliary stop is connected to the auxiliary carrier, and in that the connection is releasable.
A method for preparing a stable bioactive substance comprising a bioactive material, comprising; (a) dissolving the bioactive material in a solution comprising solutes, wherein the solutes are a small molecule, selected from the group consisting of inorganic salts, and sugars, whereby a bioactive solution is obtained, wherein the bioactive solution has a bioactive material concentration of at least 5% and a solute concentration of less than 5% of the bioactive solution, each percentage based on the total weight of the bioactive solution; (b) adsorbing the bioactive solution onto dry non-gelling water-soluble polysaccharide particles in a mass ratio of the bioactive solution to the polysaccharide particles between 0.25: 1 and 1:1, whereby bioactive polysaccharide loaded particles are formed; and (c) drying the bioactive polysaccharide loaded particles, whereby the stable bioactive substance is obtained. (a) dissolving the bioactive material in a solution comprising solutes, wherein the solutes are a small molecule, selected from the group consisting of inorganic salts, and sugars, whereby a bioactive solution is obtained, wherein the bioactive solution has a bioactive material concentration of at least 5% and a solute concentration of less than 5% of the bioactive solution, each percentage based on the total weight of the bioactive solution; (b) adsorbing the bioactive solution onto dry non-gelling water-soluble polysaccharide particles in a mass ratio of the bioactive solution to the polysaccharide particles between 0.25: 1 and 1:1, whereby bioactive polysaccharide loaded particles are formed; and (c) drying the bioactive polysaccharide loaded particles, whereby the stable bioactive substance is obtained.
A biopsy device comprising: a first elongate member comprising a distal end portion and a proximal portion with a lumen defined therethrough, the distal end portion comprising two or more, preferably sharpened, metallic jaws that are biased toward each other; and a second elongate tubular member telescopically and slidably received within the lumen of the first member, the second member comprising a distal end portion with an open distal end, configured to allow tissue to enter the lumen therefrom, the distal end portion of the second member configured to maintain the jaws in a separate configuration when the jaws surround a portion of the second tubular member, characterized in that the jaws are configured to receive energy from a remote source to selectively cauterize tissue proximate to the jaws. a first elongate member comprising a distal end portion and a proximal portion with a lumen defined therethrough, the distal end portion comprising two or more, preferably sharpened, metallic jaws that are biased toward each other; and a second elongate tubular member telescopically and slidably received within the lumen of the first member, the second member comprising a distal end portion with an open distal end, configured to allow tissue to enter the lumen therefrom, the distal end portion of the second member configured to maintain the jaws in a separate configuration when the jaws surround a portion of the second tubular member, characterized in that the jaws are configured to receive energy from a remote source to selectively cauterize tissue proximate to the jaws.
A controlled-release formulation, comprising compounds for aiding sleep, which compounds are an antihistamine, a benzodiazepine and a non-benzodiazepine sedative, wherein the formulation is formulated for a first stage immediate release of an antihistamine, a second stage release of a benzodiazepine that starts 2-3 hours after initiation of the first stage, and a third stage release of a non-benzodiazepine sedative that starts 2-3 hours after initiation of the second stage.
Tube for a respirator system for new-borns with a first portion which has a heating wire, an electric lead and a first and a second connector, and a second portion which has at least in some portions a heating wire and at least in some portions an electric lead as well as a first and a second connector, wherein the second portion has a temperature sensor, wherein the electrical and pneumatic connection of the first portion to the second portion via the connection of the second connector of the first portion is possible in a first configuration, wherein the second connector of the first portion is connected to the first connector of the second portion so that the second portion can be heated; characterised in that the electrical and pneumatic connection of the first portion to the second portion via the connection of the second connector of the first portion is possible alternatively in a second configuration, wherein the second connector of the first portion is connected to the second connector of the second portion and a connecting member on or in the connector short-circuits the heating wire so that the second portion essentially cannot be heated.
A dosing unit for dosing the dosing material having a dosing wheel housing, in which at least one rotatable dosing wheel for dosing the dosing material is arranged, and a rotatably driven shaft for driving the dosing wheel, wherein on the shaft an output gear wheel is arranged, which drives a drive gear wheel of the dosing wheel, which is arranged on a separate drive shaft of the dosing wheel, characterised in that the output gear wheel is arranged on the shaft so as to be relatively movable in the axial direction, and an adjusting means actuated by an actuator axially displaces the output gear wheel relative to the shaft in order to transfer the output gear wheel between two positions, in which the output gear wheel and the drive gear wheel are engaged or disengaged.