mhurhangee/ep-ind-claims huggingface dataset:
Inclinometer for the measurement of a variation in inclination of a structure from a given initial position, comprising: - a framework intended to be secured rigidly to the structure so that the inclination of the framework varies identically to the structure, and - a pendulum suspended freely from the framework, comprising a first end fixed to the framework and an opposite end which is free to move, the inclinometer comprising, at the level of the framework, at least three distance measurement devices (23 1, 23 2, 23 3) exhibiting respective measurement axes (231 1, 231 2, 231 3) which are coplanar and concurrent at one and the same point, each measurement device measuring a variation in distance separating it from the pendulum, characterized in that the distance measurement devices (23 1, 23 2, 23 3) are fiber optic devices coupled to a common luminous source. - a framework intended to be secured rigidly to the structure so that the inclination of the framework varies identically to the structure, and - a pendulum suspended freely from the framework, comprising a first end fixed to the framework and an opposite end which is free to move,
Shredder for comminuting organic material to form shreds, comprising one introduction funnel for supplying organic material, a shredding chamber provided with rotatable cutting means for shredding the supplied organic material into shreds and a fan chamber containing a fan which is connected to the shredding chamber via a centrally situated passage for the shreds formed, which is provided between the shredding chamber and the fan chamber, wherein the fan is configured to generate a suction force which will suck the shreds out of the shredding chamber via the passage and will remove these from the fan chamber via a discharge opening, the cutting means comprising at least two adjacent cutting blade groups which are fixedly fitted next to one another onto the periphery of a shaft and rotatably arranged in front of an anvil, wherein said cutting blade groups each comprise several splitting blades which are intended for splitting supplied organic material substantially along the direction of introduction of the material, centre of the passage is situated on the shaft of the cutting blade groups, and in that the shredder further comprises obstruction means which are configured to counteract the shred-conveying airflow in the direction of the passage in order to increase the residence time of the shreds in the shredding chamber, wherein in order to form the obstruction means the cutting face of a number of cutting blades has a bevel which is positioned in such a manner that, in use, the shreds formed are flung in a direction away from the passage.
A method of authentication in a mobile communications network comprising: authentication of a subscriber identifying means to a network entity; and authentication of the network entity to the subscriber identifying means, wherein the subscriber identifying means receives an authentication challenge from the network entity, and wherein the subscriber identifying means distinguishes authorised authentication challenges from unauthorised authentication challenges, characterised in that a different response to both said authorised and said unauthorised authentication challenges is given by the subscriber identifying means. authentication of a subscriber identifying means to a network entity; and authentication of the network entity to the subscriber identifying means, wherein the subscriber identifying means receives an authentication challenge from the network entity, and wherein the subscriber identifying means distinguishes authorised authentication challenges from unauthorised authentication challenges, characterised in that a different response to both said authorised and said unauthorised authentication challenges is given by the subscriber identifying means.
An evolved Node-B, eNB, operable to communicate with a User Equipment, UE, on a network, the eNB including hardware processing circuitry comprising: an antenna port operable to provide Discovery Reference Signal, DRS, transmissions over a wireless communication channel, and operable to provide Clear Channel Assessment, CCA, checks of the wireless communication channel; a first circuitry operable to determine a Discovery Measurement Timing Configuration, DMTC, window (115; 415; 505) of the wireless communications channel; a second circuitry operable to initiate, prior to the start of a DRS occasion within the DMTC window (115; 415; 505), a set of one or more CCA checks through an antenna coupled to the antenna port; and a third circuitry operable to initiate a DRS transmission through the antenna within the DMTC window upon any CCA check of the set of one or more CCA checks sensing that the wireless communication channel is idle; wherein at least one of the CCA checks begins sensing the wireless communications channel at a time N before the start of the DRS occasion, wherein N is a random duration uniformly generated between o ms and 1 ms, and wherein the third circuitry is operable to initiate a reservation signal before the DRS transmission and after the completion of the sensing for the time N. an antenna port operable to provide Discovery Reference Signal, DRS, transmissions over a wireless communication channel, and operable to provide Clear Channel Assessment, CCA, checks of the wireless communication channel; a first circuitry operable to determine a Discovery Measurement Timing Configuration, DMTC, window (115; 415; 505) of the wireless communications channel; a second circuitry operable to initiate, prior to the start of a DRS occasion within the DMTC window (115; 415; 505), a set of one or more CCA checks through an antenna coupled to the antenna port; and a third circuitry operable to initiate a DRS transmission through the antenna within the DMTC window upon any CCA check of the set of one or more CCA checks sensing that the wireless communication channel is idle; wherein at least one of the CCA checks begins sensing the wireless communications channel at a time N before the start of the DRS occasion, wherein N is a random duration uniformly generated between o ms and 1 ms, and wherein the third circuitry is operable to initiate a reservation signal before the DRS transmission and after the completion of the sensing for the time N.
A method of operating a user equipment, UE, device suitable for connection to a mobile communications network, the method comprising: receiving information from a plurality of base stations of the mobile communications network, the information received from a base station providing the UE device with an indication as to whether that base station supports resuming a radio resource control, RRC, connection; using the information to construct a ranking list of the plurality of base stations according to a suitability of the base stations for RRC connection resumption operation; and selecting from the ranking list a second base station to which a radio resource control connection resume message is sent for re-establishing an RRC connection previously released by a first base station. receiving information from a plurality of base stations of the mobile communications network, the information received from a base station providing the UE device with an indication as to whether that base station supports resuming a radio resource control, RRC, connection; using the information to construct a ranking list of the plurality of base stations according to a suitability of the base stations for RRC connection resumption operation; and selecting from the ranking list a second base station to which a radio resource control connection resume message is sent for re-establishing an RRC connection previously released by a first base station.
Housing part for a housing of a sensor for a vehicle transmission, wherein the housing part can be connected to a further housing part along a joining region by means of a transmission welding process to form the housing, wherein the housing part is configured at least along a portion comprising the joining region in such a way that a constant radiation used in the transmission welding process and emitted onto the portion can be allowed to pass through with the radiation intensity remaining the same along the portion comprising the joining region, characterized in that at least one guiding portion and a guiding rib are arranged on a planar surface of the housing part for guiding a movable sensor element, the at least one guiding portion and the guiding rib have a common main direction of extent and the guiding rib is made to extend over the portion comprising the joining region and is interrupted in the portion.
An engine unit for a four-stroke internal combustion engine for a compressible working fluid, comprising: a fixed central part; a transport piston; and a working piston; the transport piston and the working piston being fixedly connected to one another and being mounted rotatably relative to the fixed central part about a common axis of rotation; characterised in that the fixed central part comprises a combustion chamber housing which is located between the transport piston and the working piston and has a first working surface for the transport piston and a second working surface for the working piston, • wherein due to a shape of the transport piston at least one first working volume (30, 34) is formed between the transport piston and the first working surface, and • wherein due to a shape of the working piston at least one second working volume (4, 31) is formed between the working piston and the second working surface; and in that the combustion chamber housing has at least one combustion chamber, the at least one combustion chamber having a first combustion chamber opening which opens at the first working surface, and a second combustion chamber opening which opens at a second working surface. a fixed central part; a transport piston; and a working piston; the transport piston and the working piston being fixedly connected to one another and being mounted rotatably relative to the fixed central part about a common axis of rotation; characterised in that the fixed central part comprises a combustion chamber housing which is located between the transport piston and the working piston and has a first working surface for the transport piston and a second working surface for the working piston, • wherein due to a shape of the transport piston at least one first working volume (30, 34) is formed between the transport piston and the first working surface, and • wherein due to a shape of the working piston at least one second working volume (4, 31) is formed between the working piston and the second working surface; and • wherein due to a shape of the transport piston at least one first working volume (30, 34) is formed between the transport piston and the first working surface, and • wherein due to a shape of the working piston at least one second working volume (4, 31) is formed between the working piston and the second working surface; and in that the combustion chamber housing has at least one combustion chamber, the at least one combustion chamber having a first combustion chamber opening which opens at the first working surface, and a second combustion chamber opening which opens at a second working surface.
A lancing device having: a housing (10, 12); a lancet holder movably mounted within said housing, the lancet holder having a forward portion for receiving in use a lancet, and a lancet release element (40, 42) for being moved to allow release of a lancet from said lancet holder, characterised in that, movement of said lancet release element (40, 42) to release the lancet causes blocking or limiting of forward movement of said lancet holder. a housing (10, 12); a lancet holder movably mounted within said housing, the lancet holder having a forward portion for receiving in use a lancet, and a lancet release element (40, 42) for being moved to allow release of a lancet from said lancet holder, characterised in that, movement of said lancet release element (40, 42) to release the lancet causes blocking or limiting of forward movement of said lancet holder.
A method performed by a network node or by a wireless communication device for determining a reporting threshold related to proximity based positioning in a wireless communications network, the method comprising: obtaining (501, 701) a propagation model, wherein the propagation model is an RSS model; obtaining (502, 702) deployment information relating to deployment of reference network nodes serving as transmitters in the wireless communications network and comprising any one or more out of: a transmitter location, a transmitter power and a building information for each of a plurality of candidate reporting thresholds calculating (503, 703) a corresponding localization accuracy metric based on: the deployment information, an evaluation position related to an evaluation of a received signal, the propagation model relating the evaluation position and the evaluation of the received signal, and the respective candidate reporting threshold, and determining (504, 704) a reporting threshold, in dBm, based on the plurality of corresponding localization accuracy metrics, wherein determining (504, 704) the reporting threshold is further based on that the corresponding localization accuracy metric fulfils a requirement related to localization accuracy or an optimization of the localization accuracy metric with respect to the reporting threshold. obtaining (501, 701) a propagation model, wherein the propagation model is an RSS model; obtaining (502, 702) deployment information relating to deployment of reference network nodes serving as transmitters in the wireless communications network and comprising any one or more out of: a transmitter location, a transmitter power and a building information for each of a plurality of candidate reporting thresholds calculating (503, 703) a corresponding localization accuracy metric based on: the deployment information, an evaluation position related to an evaluation of a received signal, the propagation model relating the evaluation position and the evaluation of the received signal, and the respective candidate reporting threshold, the deployment information, an evaluation position related to an evaluation of a received signal, the propagation model relating the evaluation position and the evaluation of the received signal, and the respective candidate reporting threshold, and determining (504, 704) a reporting threshold, in dBm, based on the plurality of corresponding localization accuracy metrics, wherein determining (504, 704) the reporting threshold is further based on that the corresponding localization accuracy metric fulfils a requirement related to localization accuracy or an optimization of the localization accuracy metric with respect to the reporting threshold.
A method for creating a patient specific instrumentation jig for implant revision, comprising: obtaining a model of at least part of a bone requiring implant revision, the model being physiologically patient specific; obtaining a model of a replacement implant; identifying at least one anchor surface on the bone from the model of the bone and from data related to an implanted implant on the bone, the anchor surface being in close proximity to the implanted implant; and generating a jig model using at least the identified anchor surface and the model of the replacement implant, the jig model comprising at least one patient specific contact surface corresponding to the identified anchor surface for complementary contact, and at least one tool interface portion positioned and/or oriented relative to the at least one contact surface, the at least one tool interface portion adapted to be interfaced with a tool altering the bone for subsequently installing an implant. obtaining a model of at least part of a bone requiring implant revision, the model being physiologically patient specific; obtaining a model of a replacement implant; identifying at least one anchor surface on the bone from the model of the bone and from data related to an implanted implant on the bone, the anchor surface being in close proximity to the implanted implant; and generating a jig model using at least the identified anchor surface and the model of the replacement implant, the jig model comprising at least one patient specific contact surface corresponding to the identified anchor surface for complementary contact, and at least one tool interface portion positioned and/or oriented relative to the at least one contact surface, the at least one tool interface portion adapted to be interfaced with a tool altering the bone for subsequently installing an implant.
A method for the contactless assessment of the surface quality of a ball track (L1, L2) of a ball screw drive workpiece according to the angle-resolved scattered light measuring technique, in which an optical sensor emits a beam of rays with defined intensity distribution onto the ball track (L1, L2) of the workpiece, which ball track is to be assessed, and illuminates a measuring spot, the reflected intensity (I i) of the radiation is detected by a line sensor with a discrete number (i) of photodetectors in a defined angular range (α), and at least one intensity characteristic value (Ig) is determined therefrom, the workpiece (30, 32) is rotatably mounted in a clamping device and the angle of rotation (β) is detected by an angle-of-rotation sensor, the sensor is oriented relative to the workpiece such that its measuring axis intersects in a pressure point (B1, B2) the ball track (L1, L2) and the normal to the longitudinal axis of the workpiece (30, 32) at a predetermined pressure point angle (ε1) and in doing so has a predetermined distance to the pressure point (B1, B2), wherein the pressure point angle (ε1) corresponds to the angle at which the measuring axis of the sensor is perpendicular to the ball track, in a setting mode, the relative position of the workpiece (30, 32) to the sensor is changed and an initial state (x1, β1) is determined in which the intensity characteristic value (Ig) has a maximum, subsequently, in a measuring mode, given a fixed position of the sensor, the workpiece (30, 32) is rotated, wherein the sensor starting from the determined initial state (x1, β1) is moved in synchrony with the angle of rotation (β) in the direction (x) parallel to the longitudinal axis of the workpiece and in doing so scans the ball track (L1, L2), wherein a control calculates at least one characteristic value (Aq; Aq*, M) regarding the surface quality, wherein in said setting mode, the workpiece is rotated relative to the position of the sensor and as an initial state an initial angle of rotation (β1) is determined at which the intensity characteristic value (Ig) has a maximum, and/or in this setting mode, the workpiece is displaced relative to the position of the sensor in the direction (x) of the longitudinal axis and as an initial state an initial position is determined at which the intensity characteristic value (Ig) has a maximum, wherein in this setting mode, at least the intensity of the medium photodetector of the line sensor is used as an intensity characteristic value (Ig).
Door body which has a frame as well as a glass door plate attached to said frame, wherein said frame has an outer glass surface plate layer, a central glass surface plate layer and an inner glass surface plate layer separated from one another, wherein the central glass surface plate layer is connected by sealing elements to the outer glass surface plate layer and the inner glass surface plate layer respectively, so that a sealing cavity (31, 33) is formed in each case between two adjacent glass surface plate layers (30, 32, 34) and wherein at least one glass surface plate layer is attached to the frame by an adhesive element, characterised in that the door body has a gap between the circumferential dimensions of the central glass surface plate layer and of the inner glass surface plate layer relative to the frame, wherein a sealing lining is provided between the inner glass surface plate layer and the frame.
A method of transmitting data packets from a terminal to a gateway receiver over a channel shared with other terminals using an unslotted spread spectrum random access protocol, wherein successive interference cancellation of the data packets received by the gateway receiver is performed by said gateway receiver, and wherein said transmitting being performed at a transmit power level given by the sum of a deterministic term, function of a communication link budget, and of a random term, following a predetermined probability distribution, said method being characterized in that said predetermined probability distribution is chosen such that, when used by all the terminals sharing the channel, it maximizes the channel throughput subject to at least transmit power level constraints, said predetermined probability function being a uniform distribution in decibels, comprised between a minimum value α min larger than the minimum required signal-to-noise ratio and a maximum value α max smaller than the maximum required signal-to-noise ratio, both said terms being expressed in decibels.
A temperature control device for a shaping tool or components of a shaping working machine comprising - at least two temperature control branches (2, 2') parallel-connected to a feed, and - a pump system including at least one pump adapted for delivery of temperature control medium in the feed, wherein in each of the at least two temperature control branches (2, 2') at least one sensor is provided, with which at least one parameter of the group of temperature, through-flow amount, pressure can be detected, and wherein in at least one of the at least two temperature control branches (2, 2') at least one throttle device is provided, characterised in that that there is provided a control or regulating device for regulating or controlling a delivery of the pump system, to which signals from the at least one sensor can be fed, and in that the temperature control device is adapted to throttle each of the at least two temperature control branches (2, 2') individually and to at least essentially not throttle at least one of the at least two temperature control branches (2, 2'). - at least two temperature control branches (2, 2') parallel-connected to a feed, and - a pump system including at least one pump adapted for delivery of temperature control medium in the feed,
A method for dark current subtraction, comprising the steps of: obtaining a dark frame from an image sensor; reusing the dark frame for dark current subtraction by scaling the dark frame in response to changes in dark current levels in the image sensor, wherein the step of obtaining a dark frame comprises the steps of: - obtaining a dark sample from each of a set of active elements of the image sensor; - obtaining a dark sample from each of a set of optically black elements (30,34) of the image sensor; characterised in that the step of obtaining a dark frame comprises the step of: - obtaining a set of dummy samples that represent a low charge level in the image sensor. - obtaining a dark sample from each of a set of active elements of the image sensor; - obtaining a dark sample from each of a set of optically black elements (30,34) of the image sensor; - obtaining a set of dummy samples that represent a low charge level in the image sensor.