mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus configured to communicate with an external apparatus via a network, the imaging apparatus comprising: an imaging unit; a first image processing unit configured to execute first image processing for changing a brightness of a captured image output from the imaging unit; a second image processing unit configured to execute second image processing for detecting a dark part of a captured image output from the imaging unit and brightening the detected dark part, wherein the second image processing is different from the first image processing; a receiving unit configured to receive, from the external apparatus via the network, a single command including first image processing information for controlling an operation of the first image processing and second image processing information for controlling an operation of the second image processing; and a control unit configured to control the first image processing unit and the second image processing unit in accordance with the command received by the receiving unit, wherein the first image processing information includes information indicating that the first image processing is caused to be executed, and wherein the second image processing information includes information indicating that whether the second image processing is caused to be executed or not is automatically determined by the imaging apparatus (AUTO). an imaging unit; a first image processing unit configured to execute first image processing for changing a brightness of a captured image output from the imaging unit; a second image processing unit configured to execute second image processing for detecting a dark part of a captured image output from the imaging unit and brightening the detected dark part, wherein the second image processing is different from the first image processing; a receiving unit configured to receive, from the external apparatus via the network, a single command including first image processing information for controlling an operation of the first image processing and second image processing information for controlling an operation of the second image processing; and a control unit configured to control the first image processing unit and the second image processing unit in accordance with the command received by the receiving unit, wherein the first image processing information includes information indicating that the first image processing is caused to be executed, and wherein the second image processing information includes information indicating that whether the second image processing is caused to be executed or not is automatically determined by the imaging apparatus (AUTO).
Method for manufacturing a steel substrate with an intermediate layer, a Zn-Mg coating layer and a top layer, wherein at least at one side a Zn-Mg coating layer, an intermediate layer between the substrate and the Zn-Mg coating layer and a top layer are provided, characterised in that the weight of the Mg-content of the coating layer is maximally 2.6 g/m 2, wherein the intermediate layer has a maximum thickness of 4.0 μm and wherein the weight of the Mg-content of the coating layer is dependent on the thickness (d) of the intermediate layer according to: 0.35 ≤ d ≤ 1.5 μm: Mg-weight in coating layer ≤ 2.6 g/m 2 1.5 < d ≤ 2.7 μm: Mg-weight in coating layer ≤ 2.2 g/m 2 2.7 < d ≤ 4.0 μm: Mg-weight in coating layer ≤ 1.7 g/m 2, wherein Zn and Mg of the coating layer is applied simultaneously by PVD evaporation from a single crucible holding an alloy melt of Zn and Mg, resulting in a microstructure comprising a Mg2Znl 1 phase and a Zn phase with Mg dissolved in solid solution, wherein the intermediate layer is a Zn layer and wherein a Zn top layer is applied by heating and evaporating Zn and depositing Zn on the Zn-Mg coating layer.
A system for processing images, comprising at least one video processing device, wherein during operation, the at least one video processing device is configured to: obtain an image including a plurality of pixels; select one of the plurality of pixels as a pixel of interest; select a first region and a second region according to the pixel of interest, wherein the second region is larger than the first region; perform a false color correction operation on the pixel of interest based on a subset of pixels in the first region to determine a first correction value for the pixel of interest, the first correction value being relating to the false color in the pixel of interest, wherein the subset of pixels in the first region are determined as pixels whose saturation information is smaller than a threshold, the saturation information of each of the pixels representing a difference between a saturation of the pixel and a zero-saturation; perform a color noise suppression operation on the pixel of interest based on pixels in the second region to determine a second correction value for the pixel of interest, the second correction value being relating to the color noise in the pixel of interest; determine a target correction value for the pixel of interest at least based on the determined first correction value and the second correction value; and correct the pixel of interest based on the determined target correction value. obtain an image including a plurality of pixels; select one of the plurality of pixels as a pixel of interest; select a first region and a second region according to the pixel of interest, wherein the second region is larger than the first region; perform a false color correction operation on the pixel of interest based on a subset of pixels in the first region to determine a first correction value for the pixel of interest, the first correction value being relating to the false color in the pixel of interest, wherein the subset of pixels in the first region are determined as pixels whose saturation information is smaller than a threshold, the saturation information of each of the pixels representing a difference between a saturation of the pixel and a zero-saturation; perform a color noise suppression operation on the pixel of interest based on pixels in the second region to determine a second correction value for the pixel of interest, the second correction value being relating to the color noise in the pixel of interest; determine a target correction value for the pixel of interest at least based on the determined first correction value and the second correction value; and correct the pixel of interest based on the determined target correction value.
A siphon with water seal and vent for anti-siphoning including a connection to a sanitary tub and an outlet to a discharge conduit, an annular-shaped valve placed in a chamber in the body of the siphon concentrically about the vertical axis of flow of the effluent in the tube, a valve intended to regulate an air intake through openings, towards the outlet connected to a discharge conduit, characterised in that said annular-shaped valve is split so as to form a non-continuous ring to constitute two branches and terminating in ends.
A rotating electric machine comprising: - a rotor which rotates around an axis together with a rotary shaft; - a stator provided so as to surround an outer circumference of the rotor; - a plurality of dynamic vibration absorbers (10, 101, 102, 103) suppressing vibration of the stator; and - a mounting member (6, 61, 62, 63) with which the dynamic vibration absorbers (10, 101, 102, 103) are mounted to the stator, wherein the mounting member (6, 61, 62, 63) has both ends engaged with two support rings surrounding a circumference of the stator, and is made from a material stretchable in an axial direction, and wherein the respective dynamic vibration absorbers (10, 101, 102, 103) are mounted at each of both ends of the mounting member (6, 61, 62, 63), and wherein each dynamic vibration absorber (10, 101, 102, 103) includes an elastic portion (8, 81, 82, 83), and a mass portion (9, 91, 92, 93) and is mounted to the mounting member (6, 61, 62, 63). - a rotor which rotates around an axis together with a rotary shaft; - a stator provided so as to surround an outer circumference of the rotor; - a plurality of dynamic vibration absorbers (10, 101, 102, 103) suppressing vibration of the stator; and - a mounting member (6, 61, 62, 63) with which the dynamic vibration absorbers (10, 101, 102, 103) are mounted to the stator,
Liquid pharmaceutical composition in the form of a concentrate for preparing an infusion solution, containing, in particular consisting of, alprostadil (prostaglandin E1) as active substance, dissolved in a pharmaceutically acceptable organic solvent or in a solvent mixture of at least one pharmaceutically acceptable organic solvent and water, for use in the treatment of peripheral arterial occlusive disease (PAOD) by means of intra-arterial infusion.
A metal-carbonaceous brush including: a carbonaceous material made of a plurality of carbonaceous particles; metal mixed with the carbonaceous material; and oil with which the carbonaceous material is impregnated, wherein a ratio of the metal mixed with the carbonaceous material to the carbonaceous material is 10 % by weight or more and 60 % by weight or less, and the oil is a mixed oil of 90 % by weight or more and 99 % by weight or less of a petroleum hydrocarbon oil and 1 % by weight or more and 10 % by weight or less of a silicone oil, or the oil is a mixed oil of 90 % by weight or more and 99.5 % by weight or less of the petroleum hydrocarbon oil and 0.5 % by weight or more and 10 % by weight or less of a dimethyl silicone oil. a carbonaceous material made of a plurality of carbonaceous particles; metal mixed with the carbonaceous material; and oil with which the carbonaceous material is impregnated, wherein a ratio of the metal mixed with the carbonaceous material to the carbonaceous material is 10 % by weight or more and 60 % by weight or less, and the oil is a mixed oil of 90 % by weight or more and 99 % by weight or less of a petroleum hydrocarbon oil and 1 % by weight or more and 10 % by weight or less of a silicone oil, or the oil is a mixed oil of 90 % by weight or more and 99.5 % by weight or less of the petroleum hydrocarbon oil and 0.5 % by weight or more and 10 % by weight or less of a dimethyl silicone oil.
A method of determining a climb profile for an aircraft, the method comprising: receiving, by a controller module, an initial climb profile defining a portion of a flight plan for the aircraft between takeoff and a cruise profile, and an altitude climb constraint defining at least one altitude limitation of the aircraft; determining, by the controller module, that the initial climb profile does not satisfy the altitude climb constraint; selecting, by the controller module, a deviation point (80, 180) of the initial climb profile prior to the altitude climb constraint; repeatedly calculating, by the controller module, a set of subsequent climb models starting from the deviation point (80, 180) based on successive aircraft energy levels; determining an updated climb profile based on the set of subsequent climb models; determining the updated climb profile satisfies the altitude climb constraint; and operating the aircraft in accordance with the updated climb profile; and characterized in that: the repeatedly calculating the set of subsequent climb models is further based on successive aircraft energy levels increased by holding a thrust setting at a set thrust value. receiving, by a controller module, an initial climb profile defining a portion of a flight plan for the aircraft between takeoff and a cruise profile, and an altitude climb constraint defining at least one altitude limitation of the aircraft; determining, by the controller module, that the initial climb profile does not satisfy the altitude climb constraint; selecting, by the controller module, a deviation point (80, 180) of the initial climb profile prior to the altitude climb constraint; repeatedly calculating, by the controller module, a set of subsequent climb models starting from the deviation point (80, 180) based on successive aircraft energy levels; determining an updated climb profile based on the set of subsequent climb models; determining the updated climb profile satisfies the altitude climb constraint; and operating the aircraft in accordance with the updated climb profile; and characterized in that: the repeatedly calculating the set of subsequent climb models is further based on successive aircraft energy levels increased by holding a thrust setting at a set thrust value.
An apparatus operable to decode a received codeword derived from an optical signal, the codeword comprising samples of QPSK modulated symbols, the received codeword being based on a transmit codeword, which is encoded by a forward error correction encoding rule and a differential encoding rule, the apparatus is operable to decode the received codeword based on a joint decoding scheme, the joint decoding scheme being based on a combination of a differential decoding rule associated to the differential encoding rule and a forward error correction decoding rule associated to the forward error correction encoding rule such that differential decoding is integrated into forward error correction decoding, wherein the apparatus comprises: means for mapping complex symbols from the QPSK demodulator onto finite ring Z 4; non-binary Z 4 variable nodes and non-binary check-nodes for applying the differential decoding rule, wherein the output of the mapping means is connected to said non-binary Z 4 variable nodes; and means for converting information output by said non-binary check nodes to binary LLRs for use in binary variable nodes of the forward error correction decoding rule. means for mapping complex symbols from the QPSK demodulator onto finite ring Z 4; non-binary Z 4 variable nodes and non-binary check-nodes for applying the differential decoding rule, wherein the output of the mapping means is connected to said non-binary Z 4 variable nodes; and means for converting information output by said non-binary check nodes to binary LLRs for use in binary variable nodes of the forward error correction decoding rule.
A user equipment, UE, registered with an anchor cell base station of an anchor cell of a cellular wireless network, the UE comprising a determination unit being adapted to predict an inter cell interference, ICI, at the UE, caused by base stations (3-1 to 3-6) of neighbouring cells (2-1 to 2-6), depending on precoding matrix indicators, PMIs, of precoding matrices, PMs, the PMIs being supplied by the anchor cell base station of the anchor cell to the UE and being exchanged between the anchor cell base station of the anchor cell and the base stations (3-1 to 3-6) of the neighbouring cells (2-1 to 2-6).
Method for thermally monitoring an at least two-phase brushless motor without a rotor position sensor, the method comprising at least the following steps: • energising the motor, wherein the phase voltage (UPhase) of the energisation is preferably adjusted by means of PWM control, • detecting the phase voltage (UPhase), • detecting the star point voltage, • determining the differential voltage (ΔU) between the detected phase voltage (UPhase) and the detected star point voltage, • determining a first sign change of the determined differential voltage (ΔU) at a first point in time, • determining a second sign change in the same direction of the determined differential voltage (ΔU) at a second point in time, • determining the time difference between the first point in time of the first sign change and the second point in time of the second sign change, • determining the rotational speed of the brushless motor based on the determined time difference, characterised by • determining at least one extreme value of the determined differential voltage (ΔU), • determining the rotational speed of the brushless motor based on the determined extreme value, • comparing the determined rotational speed in each case with a predetermined rotational speed, reducing or terminating the energisation of the motor when the predetermined rotational speed is not met or is reached, respectively, determining the difference between the two determined rotational speeds, comparing the determined difference with a predetermined threshold value, and triggering a reduction or termination of the energisation of the motor when the predetermined threshold value is exceeded. • energising the motor, wherein the phase voltage (UPhase) of the energisation is preferably adjusted by means of PWM control, • detecting the phase voltage (UPhase), • detecting the star point voltage, • determining the differential voltage (ΔU) between the detected phase voltage (UPhase) and the detected star point voltage, • determining a first sign change of the determined differential voltage (ΔU) at a first point in time, • determining a second sign change in the same direction of the determined differential voltage (ΔU) at a second point in time, • determining the time difference between the first point in time of the first sign change and the second point in time of the second sign change, • determining the rotational speed of the brushless motor based on the determined time difference, characterised by • determining at least one extreme value of the determined differential voltage (ΔU), • determining the rotational speed of the brushless motor based on the determined extreme value, • comparing the determined rotational speed in each case with a predetermined rotational speed,
A process cartridge, having an image carrier; and a conductive member having a cylindrical shape and disposed with a gap relative to the image carrier, the conductive member comprising: a conductive support; and an electrical resistance adjusting layer formed on the conductive support, wherein the electrical resistance adjusting layer includes a thermoplastic resin, a polymeric ion conductive material, and a graft copolymer which is compatible with both of the thermoplastic resin and the polymeric ion conductive material; the electrical resistance adjusting layer is formed in a sea-island structure formed from a sea portion made of the polymeric ion conductive material and island portions made of the thermoplastic resin, the island portions being dispersed in the sea portion; each of the island portions is formed in an elongate shape; and a layer made of the graft copolymer is formed at boundaries between the thermoplastic resin and the polymeric ion conductive material, characterized in that each of the island portions is formed to be elongated in an axial direction of the conductive member, and in that a mean diameter of the island portions in a short axial direction of each of the island portions at a middle of each of said island portion is 10 μm or less. a conductive support; and an electrical resistance adjusting layer formed on the conductive support, wherein the electrical resistance adjusting layer includes a thermoplastic resin, a polymeric ion conductive material, and a graft copolymer which is compatible with both of the thermoplastic resin and the polymeric ion conductive material; the electrical resistance adjusting layer is formed in a sea-island structure formed from a sea portion made of the polymeric ion conductive material and island portions made of the thermoplastic resin, the island portions being dispersed in the sea portion; each of the island portions is formed in an elongate shape; and a layer made of the graft copolymer is formed at boundaries between the thermoplastic resin and the polymeric ion conductive material, characterized in that each of the island portions is formed to be elongated in an axial direction of the conductive member, and in that a mean diameter of the island portions in a short axial direction of each of the island portions at a middle of each of said island portion is 10 μm or less.
A displacement ventilation system configured for conditioning the climate in a space, the system comprising: - an air supply opening configured for supplying air directly to an occupied zone of the space, and - a suction opening configured for extracting air from said space above the occupied zone, characterized in that the displacement ventilation system is a mobile displacement ventilation system, further comprising: - an air displacement device for generating an airflow from the suction opening to the air supply opening; - a control part for controlling the air flow; - one or more PCM units including a phase change material having a melting temperature corresponding to a desired space temperature; - a housing for PCM units having a volume of 0.5 - 1.2 m 3 housing 50-200 kg of PCM; - an elongated duct with a vertical longitudinal axis wherein the suction opening is positioned at the distal end of the elongated duct and the air displacement device is positioned at the proximal end of the elongated duct, the elongated duct at its proximal end coupled to the housing for PCM units, and wherein - the housing comprising the air supply opening; - the one or more PCM units arranged in the form of essentially parallel panels between which an airflow can flow and exit the housing via the air supply opening; wherein the displacement ventilation system is configured for generating an airflow from the suction opening along surfaces of the PCM-units to the air supply opening. - an air supply opening configured for supplying air directly to an occupied zone of the space, and - a suction opening configured for extracting air from said space above the occupied zone, - an air displacement device for generating an airflow from the suction opening to the air supply opening; - a control part for controlling the air flow; - one or more PCM units including a phase change material having a melting temperature corresponding to a desired space temperature; - a housing for PCM units having a volume of 0.5 - 1.2 m 3 housing 50-200 kg of PCM; - an elongated duct with a vertical longitudinal axis wherein the suction opening is positioned at the distal end of the elongated duct and the air displacement device is positioned at the proximal end of the elongated duct, the elongated duct at its proximal end coupled to the housing for PCM units, and wherein - the housing comprising the air supply opening; - the one or more PCM units arranged in the form of essentially parallel panels between which an airflow can flow and exit the housing via the air supply opening;