mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication terminal comprising: a signal transmission section having a predetermined default value for a transmission characteristic; an antenna to be used at least by the signal transmission section; a separate circuit section sharing ground with the signal transmission section and the antenna, and being different from the signal transmission section; a monitoring section configured to monitor a change in a use state of the terminal related to the separate circuit section; and when the signal transmission section is configured to transmit a signal using the antenna, if the monitoring section detects a change in the use state of the terminal, a transmission-characteristic adjusting section is configured to adjust a transmission characteristic of the signal transmission section from the default value to a characteristic optimized for the use state, wherein the separate circuit section is configured to obtain information indicating a use country or a use region of the terminal, the monitoring section is configured to monitor a change in the use state of the terminal by a change in the information indicating a use country or a use region obtained by the separate circuit section, and when the monitoring section is configured to detect a change in the information indicating a use country or a use region, the transmission-characteristic adjusting section is configured to adjust a transmission characteristic of the signal transmission section from the default value to a characteristic optimized for the use state in the use country or the use region. a signal transmission section having a predetermined default value for a transmission characteristic; an antenna to be used at least by the signal transmission section; a separate circuit section sharing ground with the signal transmission section and the antenna, and being different from the signal transmission section; a monitoring section configured to monitor a change in a use state of the terminal related to the separate circuit section; and when the signal transmission section is configured to transmit a signal using the antenna, if the monitoring section detects a change in the use state of the terminal, a transmission-characteristic adjusting section is configured to adjust a transmission characteristic of the signal transmission section from the default value to a characteristic optimized for the use state, wherein the separate circuit section is configured to obtain information indicating a use country or a use region of the terminal, the monitoring section is configured to monitor a change in the use state of the terminal by a change in the information indicating a use country or a use region obtained by the separate circuit section, and when the monitoring section is configured to detect a change in the information indicating a use country or a use region, the transmission-characteristic adjusting section is configured to adjust a transmission characteristic of the signal transmission section from the default value to a characteristic optimized for the use state in the use country or the use region.
A method for determining a centre frequency in an unlicensed frequency band to use for downlink communication in a cellular network, the method being performed in a network node and comprising the steps of: performing a coarse pre-scan with a first dynamic range for high signal levels, when the network node is in a transmit time slot, yielding respective coarse measurement of signal levels for a plurality of frequencies in the unlicensed frequency band; performing a measurement with a second dynamic range for low signal levels, when the network node is in a receive time slot, yielding respective accurate measurement of signal levels for a plurality of frequencies in the unlicensed frequency band, wherein the second dynamic range is different from the first dynamic range; and determining at least one frequency to use as a centre frequency for a downlink communication channel in the unlicensed frequency band, wherein the centre frequency is selected such that frequencies for which the coarse measurement and the accurate measurement indicate interference for the downlink communication channel is avoided. performing a coarse pre-scan with a first dynamic range for high signal levels, when the network node is in a transmit time slot, yielding respective coarse measurement of signal levels for a plurality of frequencies in the unlicensed frequency band; performing a measurement with a second dynamic range for low signal levels, when the network node is in a receive time slot, yielding respective accurate measurement of signal levels for a plurality of frequencies in the unlicensed frequency band, wherein the second dynamic range is different from the first dynamic range; and determining at least one frequency to use as a centre frequency for a downlink communication channel in the unlicensed frequency band, wherein the centre frequency is selected such that frequencies for which the coarse measurement and the accurate measurement indicate interference for the downlink communication channel is avoided.
A method for simulating and handling of anti-collision management for an area of a production plant performed by a data processing system, wherein at least one robot performing robotic operations and at least one human performing human operations operate at least partially simultaneous in said area, the method comprising the following steps: a) analyzing the robot's operations thereby determining a robot sweeping area; b) analyzing the human's operations thereby determining a human sweeping area, c) defining a table comprising human body parts and a hit damage index related to the respective human body part; d) determining possible collision events by comparing the robot sweeping area to the human sweeping area and generating a map of collision events, wherein the map of collision events comprises those sections of the robot sweeping area and the human sweeping area where the robot according to its robotic operations and the human according to its human operations are operating simultaneously; and e) calculating a collision damage map by associating said table with said map of collision events; said collision damage map displaying the severity of a collision event among the robot and the human, wherein f) the step of defining an upper threshold for the severity of a collision event and assigning a warning attribute to those collision events exceeding the upper threshold and for collision events receiving a warning attribute the robot operations and/or the human operations involved are identified and the execution of the robot operations and/or the human operations involved are amended, preferably by lowering accelerations values for the robot operations. a) analyzing the robot's operations thereby determining a robot sweeping area; b) analyzing the human's operations thereby determining a human sweeping area, c) defining a table comprising human body parts and a hit damage index related to the respective human body part; d) determining possible collision events by comparing the robot sweeping area to the human sweeping area and generating a map of collision events, wherein the map of collision events comprises those sections of the robot sweeping area and the human sweeping area where the robot according to its robotic operations and the human according to its human operations are operating simultaneously; and e) calculating a collision damage map by associating said table with said map of collision events; said collision damage map displaying the severity of a collision event among the robot and the human, wherein f) the step of defining an upper threshold for the severity of a collision event and assigning a warning attribute to those collision events exceeding the upper threshold and for collision events receiving a warning attribute the robot operations and/or the human operations involved are identified and the execution of the robot operations and/or the human operations involved are amended, preferably by lowering accelerations values for the robot operations.
Method for controlling the power type and power emission of a cylindrical warhead, comprising at least two ignition devices (ZK1, ZK2), the first of which is arranged in the region of one of the head sides and the second of which is arranged in the region around the center of the longitudinal axis of the warhead, and which are triggered either individually or at a selectable interval of time, exhibiting a centrally arranged explosive charge with a tubular perforated mask surrounding said explosive charge, and comprising a splinter-forming casing surrounding the perforated mask, characterized by the following features, a) following the triggering of only the first ignition device and the then ensuing deflection of the detonation front produced, which extends in a substantially glancing manner on the perforated mask made of a porous reactive structure material, the detonation front is additionally damped by the perforated mask, as a result of which no chemical reaction takes place in the porous reactive structure material and as a result of which the splinters of the casing are radially accelerated without a significant blast reaction taking place, b) following the triggering of only the second ignition device, the detonation front produced strikes the perforated mask made of a porous reactive structure material substantially perpendicularly, as a result of which the explosive particles passing through the holes of said perforated mask fragment the casing and then the perforated mask too, and as a result of this a complete after-reaction of the explosive vapors then follows due to the oxygen which is then available, c) when the first and second ignition devices are triggered at selectable points in time, there is a distribution of splinter generation or blast generation that depends on the ignition timing. a) following the triggering of only the first ignition device and the then ensuing deflection of the detonation front produced, which extends in a substantially glancing manner on the perforated mask made of a porous reactive structure material, the detonation front is additionally damped by the perforated mask, as a result of which no chemical reaction takes place in the porous reactive structure material and as a result of which the splinters of the casing are radially accelerated without a significant blast reaction taking place, b) following the triggering of only the second ignition device, the detonation front produced strikes the perforated mask made of a porous reactive structure material substantially perpendicularly, as a result of which the explosive particles passing through the holes of said perforated mask fragment the casing and then the perforated mask too, and as a result of this a complete after-reaction of the explosive vapors then follows due to the oxygen which is then available, c) when the first and second ignition devices are triggered at selectable points in time, there is a distribution of splinter generation or blast generation that depends on the ignition timing.
A fiber reinforced polymer composition comprising (a) from 10 to 85 wt%, based on the total weight of the fiber reinforced polymer composition, of a polypropylene, (b) from 12.5 to 53 wt%, based on the total weight of the fiber reinforced polymer composition, of fibers, (c) from 2 to 12 wt%, based on the total weight of the fiber reinforced polymer composition, of glass bubbles, and (d) from 0.5 to 5 wt.-%, based on the total weight of the fiber reinforced polymer composition, of a polar modified polypropylene as coupling agent, wherein the polypropylene comprises a heterophasic propylene copolymer (HECO) comprising (e) a polypropylene matrix being a propylene homopolymer or a propylene copolymer, and (f) an elastomeric propylene copolymer comprising units derived from propylene and ethylene and /or C4 to C20 α-olefin. (a) from 10 to 85 wt%, based on the total weight of the fiber reinforced polymer composition, of a polypropylene, (b) from 12.5 to 53 wt%, based on the total weight of the fiber reinforced polymer composition, of fibers, (c) from 2 to 12 wt%, based on the total weight of the fiber reinforced polymer composition, of glass bubbles, and (d) from 0.5 to 5 wt.-%, based on the total weight of the fiber reinforced polymer composition, of a polar modified polypropylene as coupling agent, (e) a polypropylene matrix being a propylene homopolymer or a propylene copolymer, and (f) an elastomeric propylene copolymer comprising units derived from propylene and ethylene and /or C4 to C20 α-olefin.
Covering device for an assembly and repair well, comprising a cover which is mounted so that it can be moved into guide profiles, and a safety device to prevent crushing and shearing hazards in the region of closing edges in the assembly and repair well, characterised in that the safety device comprises: - a primary circuit having a transmitting antenna and an associated switching device, wherein the transmitting antenna is arranged along one of the guide profiles; - a secondary circuit having a transponder antenna and an associated safety edge, wherein the safety edge is arranged in the region of a transverse edge of the cover, and wherein - the transmitting antenna and the transponder antenna are arranged in relation to each other such that, during a displacement of the cover in the guide profiles, the transponder antenna is at a substantially constant distance (d) from the transmitting antenna, which is selected so that the transponder antenna can transmit a signal state of the safety edge to the transmitting antenna. - a primary circuit having a transmitting antenna and an associated switching device, wherein the transmitting antenna is arranged along one of the guide profiles; - a secondary circuit having a transponder antenna and an associated safety edge, wherein the safety edge is arranged in the region of a transverse edge of the cover, and wherein - the transmitting antenna and the transponder antenna are arranged in relation to each other such that, during a displacement of the cover in the guide profiles, the transponder antenna is at a substantially constant distance (d) from the transmitting antenna, which is selected so that the transponder antenna can transmit a signal state of the safety edge to the transmitting antenna.
A combination comprising spirulina and palmitoylethanolamide and/or pharmaceutically acceptable salts thereof, wherein the percentages of spirulina and palmitoylethanolamide are, respectively: 65% and 35%, or 55% and 45%, or 70% and 30 %, or 35% and 65%, or 40% and 60%, wherein the said percentages refer to the total weight of the combination.
A machine for making absorbent sanitary articles, such as nappies for babies or incontinence pads for adults, sanitary towels and the like, each article comprising a plurality of components (4, 5) progressively positioned relative to each other and assembled along a production line which comprises a plurality of operating stations (8, 9, 10) equipped with devices for cutting and/or sealing the materials, which the articles are made up of, and a rejection station downstream of the operating stations (8, 9, 10), the machine comprising a programmable electronic controller device comprising a shift register and at least one optical inspection system connected to the programmable electronic controller device; the programmable electronic controller device generating a synchronism signal having a train of consecutive pulses, two consecutive pulses defining a machine step, a trigger signal for activating the optical inspection system in phase with the synchronism signal and a shift command of the shift register; the optical inspection system receiving the trigger signal, capturing and processing at least one image of the article and, when a response time has elapsed, generating a response signal, the machine being characterised in that in a machine step, the programmable electronic controller device generates an identifier which is uniquely associated with the article inspected by the optical inspection system and communicates to the optical inspection system that identifier with the trigger signal; the optical inspection system receiving the identifier and, when the response time has elapsed, associating reject data with the respective identifier if the article inspected is defective.
A modular cassette (300; 400; 3800) for separating a composite fluid into at least two component parts thereof during centrifugation, the cassette comprising: a fluid inlet portion; at least one fluid separation portion (304; 406; 3808,3810; 4406); at least one media chamber (306; 408; 3802; 4402) in fluid communication with the fluid separation portion; a fluid collection portion; at least one fluidic channel configured to form a fluid communication between at least two components of the cassette; at least one wax valve (2800; 2900; 3000; 3100, 3300) configured to close at least one of the fluidic channels and at least one heating element configured to actuate the at least one wax valve wherein the at least one wax valve comprises undulating flow channel portions (2806; 2906; 3008; 3104; 3304; 3306). a fluid inlet portion; at least one fluid separation portion (304; 406; 3808,3810; 4406); at least one media chamber (306; 408; 3802; 4402) in fluid communication with the fluid separation portion; a fluid collection portion; at least one fluidic channel configured to form a fluid communication between at least two components of the cassette; at least one wax valve (2800; 2900; 3000; 3100, 3300) configured to close at least one of the fluidic channels and at least one heating element configured to actuate the at least one wax valve wherein the at least one wax valve comprises undulating flow channel portions (2806; 2906; 3008; 3104; 3304; 3306).
A cleaning element of stitch-bonded construction having a multi-surface operative cleaning face, the cleaning element comprising: at least one fluid absorbing layer comprising absorptive cellular material; a cover layer of substantially hydrophobic material disposed in overlying relation to the fluid absorbing layer; a backing layer of preformed loop material disposed in underlying relation to the fluid absorbing layer, the preformed loop material including a plurality of loop elements projecting away from the underside of the fluid absorbing layer such that the fluid absorbing layer, the cover layer and the backing layer form a stacked composite; and a plurality of stitching yarns extending in discontinuous patterned stitched relation through discrete selected zones of the stacked composite such that the stitching yarns form a patterned array of surface loop zones projecting outwardly away from the cover layer in a defined patterned arrangement across the operative cleaning face of the cleaning element with a plurality of stitch-free zones with the cover layer forming the outer surface disposed at positions between surface loop zones across the operative cleaning face of the cleaning element. at least one fluid absorbing layer comprising absorptive cellular material; a cover layer of substantially hydrophobic material disposed in overlying relation to the fluid absorbing layer; a backing layer of preformed loop material disposed in underlying relation to the fluid absorbing layer, the preformed loop material including a plurality of loop elements projecting away from the underside of the fluid absorbing layer such that the fluid absorbing layer, the cover layer and the backing layer form a stacked composite; and a plurality of stitching yarns extending in discontinuous patterned stitched relation through discrete selected zones of the stacked composite such that the stitching yarns form a patterned array of surface loop zones projecting outwardly away from the cover layer in a defined patterned arrangement across the operative cleaning face of the cleaning element with a plurality of stitch-free zones with the cover layer forming the outer surface disposed at positions between surface loop zones across the operative cleaning face of the cleaning element.
Roof construction, comprising: at least one panel configured to be fitted in an opening in a fixed roof of a vehicle, a stationary frame to which the at least one panel (3, 3') is connected, a headliner on the interior side of the fixed roof for hiding the fixed roof and stationary frame from view, at least one display device capable of showing images from its display screen (5, 6) to occupants (RO, FO) in the vehicle, and a drive system (20 - 24) for moving the display screen (5, 6) at least into a storage position, and into an operational position in which the display screen (5, 6) is visible for occupants (RO, FO) in the vehicle, wherein the display screen (5, 6) is flexible and is moved, in its storage position, at least substantially into a cavity above the headliner and is thus substantially hidden from view. characterized in that the flexible display screen (5, 6) is connected to at least a first and second support element, the first support element being movable along substantially horizontal guides to move the display screen out of and into the cavity, the second support element being also movable along said guides and being movable downwardly and upwardly to move the display screen (5, 6) into and from its lower operational position, a winding roller (16', 18') being provided to allow the second support element to form the display screen (5, 6) by unwinding it. at least one panel configured to be fitted in an opening in a fixed roof of a vehicle, a stationary frame to which the at least one panel (3, 3') is connected, a headliner on the interior side of the fixed roof for hiding the fixed roof and stationary frame from view, at least one display device capable of showing images from its display screen (5, 6) to occupants (RO, FO) in the vehicle, and a drive system (20 - 24) for moving the display screen (5, 6) at least into a storage position, and into an operational position in which the display screen (5, 6) is visible for occupants (RO, FO) in the vehicle, wherein the display screen (5, 6) is flexible and is moved, in its storage position, at least substantially into a cavity above the headliner and is thus substantially hidden from view. characterized in that the flexible display screen (5, 6) is connected to at least a first and second support element, the first support element being movable along substantially horizontal guides to move the display screen out of and into the cavity, the second support element being also movable along said guides and being movable downwardly and upwardly to move the display screen (5, 6) into and from its lower operational position, a winding roller (16', 18') being provided to allow the second support element to form the display screen (5, 6) by unwinding it.