mhurhangee/ep-ind-claims huggingface dataset:
System for monitoring a vehicle, comprising - a device for monitoring the vehicle, - a checkpoint unit that is able to receive information signals transmitted by the device and to issue instruction signals to the device, - a forwarding unit for forwarding the information signals generated by the device, wherein the device comprises - an orientation determination device for detecting orientation changes of the vehicle and for generating respective signals, - one or more ultrasonic transceivers for sending and receiving ultrasonic waves to detect running time changes and for generating respective signals, - a control unit that evaluates the signals generated by the orientation determination device and the ultrasonic transceiver and that generates information signals depending on the detected orientation changes and/or run time changes, - a transmission unit by which the information signals generated by the control unit are transferrable to the checkpoint unit and that can receive the instruction signals issued by the checkpoint unit, and - an energy source for running the orientation determination device, of the ultrasonic transceivers, the control unit and the transmission unit, wherein the device is portable and introducible into the vehicle. - a device for monitoring the vehicle, - a checkpoint unit that is able to receive information signals transmitted by the device and to issue instruction signals to the device, - a forwarding unit for forwarding the information signals generated by the device, - an orientation determination device for detecting orientation changes of the vehicle and for generating respective signals, - one or more ultrasonic transceivers for sending and receiving ultrasonic waves to detect running time changes and for generating respective signals, - a control unit that evaluates the signals generated by the orientation determination device and the ultrasonic transceiver and that generates information signals depending on the detected orientation changes and/or run time changes, - a transmission unit by which the information signals generated by the control unit are transferrable to the checkpoint unit and that can receive the instruction signals issued by the checkpoint unit, and - an energy source for running the orientation determination device, of the ultrasonic transceivers, the control unit and the transmission unit,
A method of transmitting a sidelink signal in an unlicensed band by a first user equipment, UE, in a wireless communication system for supporting sidelink communication, the method comprising: receiving configuration information for a resource pool allocated for the unlicensed band; and transmitting the sidelink signal based on sub-channels included in the resource pool wherein the sidelink signal includes at least one of a Physical Sidelink Control Channel, PSCCH, a Physical Sidelink Shared Channel, PSSCH, or a Physical Sidelink Feedback Channel, PSFCH, wherein the unlicensed band includes a plurality of resource block sets, and the sub-channels are allocated for each of the plurality of resource block sets, and wherein each of the sub-channels is allocated not to overlap two or more resource block sets. receiving configuration information for a resource pool allocated for the unlicensed band; and transmitting the sidelink signal based on sub-channels included in the resource pool wherein the sidelink signal includes at least one of a Physical Sidelink Control Channel, PSCCH, a Physical Sidelink Shared Channel, PSSCH, or a Physical Sidelink Feedback Channel, PSFCH, wherein the unlicensed band includes a plurality of resource block sets, and the sub-channels are allocated for each of the plurality of resource block sets, and wherein each of the sub-channels is allocated not to overlap two or more resource block sets.
Composition comprising - the weight percentages being given relative to the total weight of the composition -: - from 33 to 40% by weight of at least one crosslinked polyolefin, the crosslinked polyolefin being obtained from: a t least one product comprising an unsaturated epoxide, and a t least one product comprising an unsaturated carboxylic anhydride, - from 3 to 10% by weight of at least one plasticizer, - the rest being made up of at least one semiaromatic polyamide, the weight amounts of and, written respectively as and, being such that the ratio / is between 3 and 14. - from 33 to 40% by weight of at least one crosslinked polyolefin, the crosslinked polyolefin being obtained from: a t least one product comprising an unsaturated epoxide, and a t least one product comprising an unsaturated carboxylic anhydride, a t least one product comprising an unsaturated epoxide, and a t least one product comprising an unsaturated carboxylic anhydride, - from 3 to 10% by weight of at least one plasticizer, - the rest being made up of at least one semiaromatic polyamide, the weight amounts of and, written respectively as and, being such that the ratio / is between 3 and 14.
A process for the introduction of a fresh feed selected from fresh comonomer and fresh inert hydrocarbon to a polymerisation reactor wherein the polymerisation reactor is part of a polymerisation process comprising high and low pressure recovery systems, said high pressure recovery system being at a pressure of 0.5 MPa (5 bar) or above and said low pressure recovery system being at a pressure of less than 0.5 MPa (5 bar), which process comprises passing said fresh feed and a process stream comprising a first component selected from hydrogen, nitrogen and methane and a second component which is a monomer to a separator which is part of the low pressure recovery system and is at a pressure of 0.4MPa or less to produce a first stream comprising the majority of the first component and a second stream comprising the majority of the fresh feed and the majority of the second component, and passing the second stream to the polymerisation reactor.
A proximity sensor for determining two-dimensional coordinates of a proximal object, the sensor comprising: a housing (601, 602); a plurality of light pulse emitters (101 - 103, 111) mounted in said housing for projecting light (336, 401, 403 - 405, 410, 420) out of said housing along a detection plane (912, 921, 922); a plurality of primary light detectors (201 - 208, 210 - 215) mounted in said housing for detecting reflections of the light projected by said light pulse emitters, reflected by an object in the detection plane (901, 910), wherein the primary light detectors are interleaved with the light pulse emitters, wherein the primary light detectors and light pulse emitters are arranged in a one dimensional array; and characterized by further comprising a plurality of primary lenses (302, 303, 311, 312) mounted and oriented in said housing relative to said light pulse emitters and said primary light detectors in such a manner that one primary lens is arranged opposite each said light pulse emitters and the primary light detectors are positioned to receive maximum intensity from corresponding reflected light beams that enter the primary lens at a first particular angle with respect to the optical axis of the primary lens and that for each emitter-primary light detector pair, light emitted by the emitter of that pair passes through one of the primary lenses and is reflected by the object back through one of the primary lenses to the primary light detector of that pair when the object is located at a two-dimensional position, from among a primary set of positions in the detection plane, that two-dimensional position being associated with said emitter-primary light detector pair. a housing (601, 602); a plurality of light pulse emitters (101 - 103, 111) mounted in said housing for projecting light (336, 401, 403 - 405, 410, 420) out of said housing along a detection plane (912, 921, 922); a plurality of primary light detectors (201 - 208, 210 - 215) mounted in said housing for detecting reflections of the light projected by said light pulse emitters, reflected by an object in the detection plane (901, 910),
A cooling device comprising a body; at least one crisper which is disposed in the body and wherein the foodstuffs desired to be kept fresh, such as vegetables and fruits, are stored; an ozone generator which is disposed in the crisper, which sprays ozone onto the vegetables and fruits in the crisper which is a substance providing for the chemical disintegration of pesticides, which thus enables the pesticides on the vegetables and fruits stored in the crisper to be chemically disintegrated so as to prevent the same from harming human health; an ozone sensor disposed in the crisper; and a control unit arranged to adjust the amount of ozone delivered to the crisper from the ozone generator, an amount sufficient to disintegrate the pesticides on the vegetables and fruits in the crisper and in a ratio which is not harmful to human health; a sensor unit which is disposed in the crisper and which is arranged to determine the fullness rate of the crisper according to level and weight of the vegetables and fruits stored in the crisper, wherein the sensor unit comprises: at least one camera positioned at an upper region of the crisper at an angle suitable for capturing images of the entire crisper, for recording images of vegetables and fruits in the crisper; and a weight sensor for measuring weight of the vegetables and fruits in the crisper; and wherein the control unit is arranged to adjust the amount of ozone delivered to the crisper from the ozone generator according to the fullness rate information received from the sensor unit. at least one camera positioned at an upper region of the crisper at an angle suitable for capturing images of the entire crisper, for recording images of vegetables and fruits in the crisper; and a weight sensor for measuring weight of the vegetables and fruits in the crisper; and wherein the control unit is arranged to adjust the amount of ozone delivered to the crisper from the ozone generator according to the fullness rate information received from the sensor unit.
Sensor device for optically detecting smoke particles, wherein the sensor device is suitable for being calibrated according to the method of claim 12, the sensor device having - a transmitting device (120, 220) for emitting transmit radiation, - a receiving device (130, 230) - for receiving receive radiation which has scattered radiation that is generated by means of an at least partial scattering of the transmit radiation by the smoke particles or by a scattering reference object introduced into a measurement space (110, 210) of the sensor device, and - for outputting a measurement signal which is indicative of the receive radiation, - an integrating unit (140, 240) for integrating the measurement signal and for outputting an integrated measurement signal, and - a calibration device (150, 250) for monitoring the integrated measurement signal, wherein the calibration device (150, 250) is embodied in such a way that - a reaching of a predefined signal level (U ref) for the integrated measurement signal is detected and - that a time interval (Δt c) between the switching on of the transmitting device (120, 220) and the reaching of the predefined signal level is determined. - a transmitting device (120, 220) for emitting transmit radiation, - a receiving device (130, 230) - for receiving receive radiation which has scattered radiation that is generated by means of an at least partial scattering of the transmit radiation by the smoke particles or by a scattering reference object introduced into a measurement space (110, 210) of the sensor device, and - for outputting a measurement signal which is indicative of the receive radiation, - for receiving receive radiation which has scattered radiation that is generated by means of an at least partial scattering of the transmit radiation by the smoke particles or by a scattering reference object introduced into a measurement space (110, 210) of the sensor device, and - for outputting a measurement signal which is indicative of the receive radiation, - an integrating unit (140, 240) for integrating the measurement signal and for outputting an integrated measurement signal, and - a calibration device (150, 250) for monitoring the integrated measurement signal, wherein the calibration device (150, 250) is embodied in such a way that - a reaching of a predefined signal level (U ref) for the integrated measurement signal is detected and - that a time interval (Δt c) between the switching on of the transmitting device (120, 220) and the reaching of the predefined signal level is determined. - a reaching of a predefined signal level (U ref) for the integrated measurement signal is detected and - that a time interval (Δt c) between the switching on of the transmitting device (120, 220) and the reaching of the predefined signal level is determined.
Method for separating plant proteins, which comprises the step a) contacting a protein solution with a 2:1 type clay, selected from the group consisting of natural or artificially produced 2:1 type clays, which can be acid- or alkali- pre-treated and/or have a fraction of silica gel, wherein the 2:1 type clay has a cation-exchange capacity of at least 50 meq/100g of 2:1 type clay. a) contacting a protein solution with a 2:1 type clay, selected from the group consisting of natural or artificially produced 2:1 type clays, which can be acid- or alkali- pre-treated and/or have a fraction of silica gel, wherein the 2:1 type clay has a cation-exchange capacity of at least 50 meq/100g of 2:1 type clay.
A method for image rendering, comprising: receiving media data with timed directorial information that is indicative of a region of interests at a time; extracting the timed directorial information from the media data; generating one or more images of the region of interests based on the media data and the timed directorial information; and displaying the one or more images at the time; characterized in that the timed directorial information is indicative of all four boundaries of the region of interests on a sphere surface corresponding to the media data, and the boundaries are formed by great circles; wherein the timed directional information includes a viewpoint to indicate the region of interest, a first angle symmetrically extending about the viewpoint in a yaw rotation direction between first and second great circles of the great circles, and a second angle symmetrically extending about the viewpoint in a pitch rotation direction between third and fourth great circles of the great circles. receiving media data with timed directorial information that is indicative of a region of interests at a time; extracting the timed directorial information from the media data; generating one or more images of the region of interests based on the media data and the timed directorial information; and displaying the one or more images at the time; the timed directorial information is indicative of all four boundaries of the region of interests on a sphere surface corresponding to the media data, and the boundaries are formed by great circles; wherein the timed directional information includes a viewpoint to indicate the region of interest, a first angle symmetrically extending about the viewpoint in a yaw rotation direction between first and second great circles of the great circles, and a second angle symmetrically extending about the viewpoint in a pitch rotation direction between third and fourth great circles of the great circles.
Method for obtaining a cooking vessel, comprising the following steps: - producing a container having an aluminium outer face and an inner face, - producing a hard anodising of at least the outer face of the container, - producing a sol-gel coating on the anodised outer face, characterised in that at least one colouring step is carried out on the anodised outer face after hard anodising and before the sol-gel coating step, in that the or one of the colouring steps uses a colouring bath comprising mineral pigments and/or organic pigments and/or organic colourants, to trap the mineral pigments and/or the organic pigments and/or the organic colourants in the hard anodised layer. - producing a container having an aluminium outer face and an inner face, - producing a hard anodising of at least the outer face of the container, - producing a sol-gel coating on the anodised outer face, characterised in that at least one colouring step is carried out on the anodised outer face after hard anodising and before the sol-gel coating step, in that the or one of the colouring steps uses a colouring bath comprising mineral pigments and/or organic pigments and/or organic colourants, to trap the mineral pigments and/or the organic pigments and/or the organic colourants in the hard anodised layer.
Tyre with sidewalls, a crown region provided with a tread, a reinforcing structure extending between the sidewalls and passing via the crown region, characterized in that the portion of the sidewalls that is axially outside the reinforcing structure comprises an insert comprising a first elastomer composition serving as a matrix, within which a second elastomer composition originating from recycled tyres is distributed substantially uniformly, the proportion of second composition being greater than or equal to 40%, and in that the insert is covered axially on the outside by a protective layer consisting of a two-way stretch fabric.
Drug delivery device, comprising - a tube and - a flow rate sensor for determining a flow rate of a liquid within the tube, the flow rate sensor comprising - at least one coil (1.1, 1.2) arranged in the vicinity of the tube in such a manner that an eddy current in the liquid due to the liquid's flowing affects an impedance of the at least one coil (1.1, 1.2), wherein a first coil (1.1) of the at least one coil (1.1, 1.2) is arranged in the vicinity of a first section (2.1) of the tube, the first section (2.1) having a first diameter, and a second coil (1.2) of the at least one coil (1.1, 1.2) is arranged in the vicinity of a second section (2.2) of the tube, the second section (2.2) having a second diameter. - a tube and - a flow rate sensor for determining a flow rate of a liquid within the tube, the flow rate sensor comprising - at least one coil (1.1, 1.2) arranged in the vicinity of the tube in such a manner that an eddy current in the liquid due to the liquid's flowing affects an impedance of the at least one coil (1.1, 1.2),
A mixture comprising the compounds of formulae (A-I-1) and (A-III-2) together with a compound of formula (B-I-1) or a compound of formula (B-II-1) wherein a 1 is a number from 2 to 10, wherein a 3 is a number from 2 to 10, wherein b 1 is a number from 1 to 10.
A control unit (11; 40; 50; 70) configured to control a communication between a satellite and a plurality of terminals, such that communication is scheduled to a terminal, the communication being one of at least a set-wise first type having a common pre-coding for a set of terminals and/or a second different type, wherein the control unit is configured for: determining a joint communication quality for a set of terminals from the plurality of terminals using a joint communication information of the set of terminals; and characterized in that the control unit is further configured for: determining that the joint communication quality is below a quality threshold value; determining a liable terminal from the set of terminals, the liable terminal being liable for the joint communication quality being below the quality threshold value; and controlling the communication such that communication of the second type is scheduled to the liable terminal. determining a joint communication quality for a set of terminals from the plurality of terminals using a joint communication information of the set of terminals; and characterized in that the control unit is further configured for: determining that the joint communication quality is below a quality threshold value; determining a liable terminal from the set of terminals, the liable terminal being liable for the joint communication quality being below the quality threshold value; and controlling the communication such that communication of the second type is scheduled to the liable terminal. determining that the joint communication quality is below a quality threshold value; determining a liable terminal from the set of terminals, the liable terminal being liable for the joint communication quality being below the quality threshold value; and controlling the communication such that communication of the second type is scheduled to the liable terminal.
Use of a binary composition containing 2,3,3,3-tetrafluoropropene and difluoromethane as heat transfer fluid in compression-type, low- and medium-temperature refrigeration systems, with exchangers operating in countercurrent mode or in crossed-current mode with countercurrent tendency.
A system for power switching, comprising: a bidirectional bipolar transistor which has two first-conductivity-type emitter/collector regions separated by a bulk second-conductivity-type base region, and two distinct second-conductivity-type base contact regions which connect to the bulk base region in mutually separate locations; and first and second transistor-mode drive circuits, separately connected to the first and second base contact regions respectively; wherein each transistor-mode drive circuit is configured, as a voltage source, to selectably apply an adjustable voltage between the corresponding base contact region and the emitter/collector region which is nearest to that base contact region; and first and second diode-mode drive circuits, separately connected to the first and second base contact regions respectively; wherein each diode-mode drive circuit is configured to selectably connect the corresponding base contact region to the emitter/collector region which is nearest to that base contact region; characterised in that one of said transistor-mode drive circuits is operable to dynamically vary the applied adjustable voltage while the current flowing between the respective base contact region and the respective emitter/collector region is monitored, to find an optimal operating voltage at which said current begins to increase from a substantially constant level as the applied adjustable voltage is increased. a bidirectional bipolar transistor which has two first-conductivity-type emitter/collector regions separated by a bulk second-conductivity-type base region, and two distinct second-conductivity-type base contact regions which connect to the bulk base region in mutually separate locations; and first and second transistor-mode drive circuits, separately connected to the first and second base contact regions respectively; wherein each transistor-mode drive circuit is configured, as a voltage source, to selectably apply an adjustable voltage between the corresponding base contact region and the emitter/collector region which is nearest to that base contact region; and first and second diode-mode drive circuits, separately connected to the first and second base contact regions respectively; wherein each diode-mode drive circuit is configured to selectably connect the corresponding base contact region to the emitter/collector region which is nearest to that base contact region; characterised in that one of said transistor-mode drive circuits is operable to dynamically vary the applied adjustable voltage while the current flowing between the respective base contact region and the respective emitter/collector region is monitored, to find an optimal operating voltage at which said current begins to increase from a substantially constant level as the applied adjustable voltage is increased.