mhurhangee/ep-ind-claims huggingface dataset:
A process for making a-stretched-blow molded container having at least one deep concave grip, said process comprising the steps of: a) providing a preform in a mould cavity of a blow mold comprising mold halves (2a, 2b), b) stretch-blow moulding the preform to form an intermediate stretched blow-molded container comprising a biaxially stretched-blow molded hollow body having a first vertical central plane, said first vertical central plane corresponding to a contact plane of the mould haves (2a, 2b) when the container is in the blow mould and a second vertical central plane perpendicular to the first vertical central plane, said stretched-blow molded hollow body comprising a container side wall, at least one convex and outwardly protruding deformable region that is formed in the container side wall, c) pushing inwardly said at least one convex and outwardly protruding deformable region of the intermediate container towards the first vertical central plane, in such a way to invert said at least one convex and outwardly protruding deformable region characterized in that the pushing inwardly is carried out in such a way to form in a final container at least one deep concave grip comprising an undercut region that cannot be reached from the outside of the container by a rectilinear axle that is moved in a direction perpendicular to said first central plane. a) providing a preform in a mould cavity of a blow mold comprising mold halves (2a, 2b), b) stretch-blow moulding the preform to form an intermediate stretched blow-molded container comprising a biaxially stretched-blow molded hollow body having a first vertical central plane, said first vertical central plane corresponding to a contact plane of the mould haves (2a, 2b) when the container is in the blow mould and a second vertical central plane perpendicular to the first vertical central plane, said stretched-blow molded hollow body comprising a container side wall, at least one convex and outwardly protruding deformable region that is formed in the container side wall, c) pushing inwardly said at least one convex and outwardly protruding deformable region of the intermediate container towards the first vertical central plane, in such a way to invert said at least one convex and outwardly protruding deformable region characterized in that the pushing inwardly is carried out in such a way to form in a final container at least one deep concave grip comprising an undercut region that cannot be reached from the outside of the container by a rectilinear axle that is moved in a direction perpendicular to said first central plane.
Passenger seat arrangement for a passenger aircraft, comprising: a passenger seat assembly having at least one passenger seat; an electrical energy supply system which has a first electronics housing, in which electrical power converter components are arranged, and a second electronics housing, in which electrical output connections for connecting electronic terminals are arranged; and a multiplicity of sensors (1; 2; 3; 4) which are assigned to the passenger seat assembly and are coupled to a sensor data interface of the first electronics housing of the electrical energy supply system, wherein the electrical energy supply system has a sensor data processing device which is designed to preprocess sensor data acquired from the sensors (1; 2; 3; 4) via the sensor data interface and to forward said data to a central sensor data evaluation apparatus of the passenger aircraft. a passenger seat assembly having at least one passenger seat; an electrical energy supply system which has a first electronics housing, in which electrical power converter components are arranged, and a second electronics housing, in which electrical output connections for connecting electronic terminals are arranged; and a multiplicity of sensors (1; 2; 3; 4) which are assigned to the passenger seat assembly and are coupled to a sensor data interface of the first electronics housing of the electrical energy supply system, wherein the electrical energy supply system has a sensor data processing device which is designed to preprocess sensor data acquired from the sensors (1; 2; 3; 4) via the sensor data interface and to forward said data to a central sensor data evaluation apparatus of the passenger aircraft.
A method of generating a biometric certificate of a user performed by a data processing device of a certifying authority, the method comprising a step of generating a certificate for said user comprising data related to the identity of the user and truncated authentication data of said user generated according to a method of generating a biometric authentication datum, wherein the truncated authentication data comprise a first truncated authentication datum and at least a first derived truncated authentication datum, the method of generating a biometric authentication datum comprising steps of: - acquiring first biometric data of said user, - for at least one error to be processed among a determined set of tolerable errors, generating (E'1) first derived biometric data, by adding said error to be processed to the first acquired biometric data; - generating a first proof of knowledge of said first biometric data from the first acquired biometric data and from a pseudo-random function, and generating (E'2) first derived proofs of knowledge from the generated first derived biometric data and from the pseudo-random function; - generating the first truncated authentication datum by applying a truncation function to said generated first proof of knowledge, and generating (E'3) the first derived truncated authentication data by applying the truncation function to the generated first derived proofs of knowledge. - acquiring first biometric data of said user, - for at least one error to be processed among a determined set of tolerable errors, generating (E'1) first derived biometric data, by adding said error to be processed to the first acquired biometric data; - generating a first proof of knowledge of said first biometric data from the first acquired biometric data and from a pseudo-random function, and generating (E'2) first derived proofs of knowledge from the generated first derived biometric data and from the pseudo-random function; - generating the first truncated authentication datum by applying a truncation function to said generated first proof of knowledge, and generating (E'3) the first derived truncated authentication data by applying the truncation function to the generated first derived proofs of knowledge.
A method for demonstrating the benefits of correcting blurred vision, the method comprising the steps of: presenting an image to a patient, the image comprising a scene composed of one or more of textual and non-textual elements having one or more of the following properties, including facial recognition and expressions, high frequency detail, gratings and text, rotating gratings, array of gratings, text in motion, text in perspective, text with distraction and high contrast patterns; assessing the patient's reaction to the presented image without blurred vision correction using a flipper tool for providing incremental cylinder correction; and re-assessing the patient's reaction to the presented image with blurred vision correction using the flipper tool. presenting an image to a patient, the image comprising a scene composed of one or more of textual and non-textual elements having one or more of the following properties, including facial recognition and expressions, high frequency detail, gratings and text, rotating gratings, array of gratings, text in motion, text in perspective, text with distraction and high contrast patterns; assessing the patient's reaction to the presented image without blurred vision correction using a flipper tool for providing incremental cylinder correction; and re-assessing the patient's reaction to the presented image with blurred vision correction using the flipper tool.
A display device comprising: a display panel including a plurality of pixels; a wavelength conversion member provided under the display panel; a light source to generate a light incident into the wavelength conversion member; the wavelength conversion member comprising: a lower substrate; an upper substrate; a plurality of wavelength conversion parts between the lower substrate and upper substrate, and comprising a host; and a plurality of wavelength conversion particles in the host; wherein the wavelength conversion particles include quantum dots; wherein the wavelength conversion parts are spaced apart from each other, and wherein the wavelength conversion parts are aligned with the pixels, characterized in that the wavelength conversion member further comprises a first inorganic protective layer under the lower substrate; and a second inorganic protective layer on the upper substrate, wherein the first and second inorganic protective layers include silicon oxide, and in that a width of each of the wavelength conversion parts is in the range of 65 μ m to 120 μ m or 200 μ m to 350 μ m. a display panel including a plurality of pixels; a wavelength conversion member provided under the display panel; a light source to generate a light incident into the wavelength conversion member; the wavelength conversion member comprising: a lower substrate; an upper substrate; a plurality of wavelength conversion parts between the lower substrate and upper substrate, and comprising a host; and a plurality of wavelength conversion particles in the host; wherein the wavelength conversion particles include quantum dots; wherein the wavelength conversion parts are spaced apart from each other, and wherein the wavelength conversion parts are aligned with the pixels, characterized in that the wavelength conversion member further comprises a first inorganic protective layer under the lower substrate; and a second inorganic protective layer on the upper substrate, wherein the first and second inorganic protective layers include silicon oxide, and in that a width of each of the wavelength conversion parts is in the range of 65 μ m to 120 μ m or 200 μ m to 350 μ m. a lower substrate; an upper substrate; a plurality of wavelength conversion parts between the lower substrate and upper substrate, and comprising a host; and a plurality of wavelength conversion particles in the host; wherein the wavelength conversion particles include quantum dots; wherein the wavelength conversion parts are spaced apart from each other, and wherein the wavelength conversion parts are aligned with the pixels, characterized in that the wavelength conversion member further comprises a first inorganic protective layer under the lower substrate; and a second inorganic protective layer on the upper substrate, wherein the first and second inorganic protective layers include silicon oxide, and in that a width of each of the wavelength conversion parts is in the range of 65 μ m to 120 μ m or 200 μ m to 350 μ m.
Apparatus for heating a portion of a subsea pipeline, said apparatus comprising: at least one electrical conductor, characterised in that said apparatus further comprises, a deployment mechanism configured to operatively support a length of said electrical conductor in a looped manner, the mechanism configured to deploy the looped conductor circumferentially about at least a portion of the pipeline thereby forming a circuit; an actuation assembly configured to operatively position the deployment mechanism relative to the pipeline and to actuate the deployment mechanism for subsequent deployment, the actuation assembly configured to displace said deployment mechanism in at least two planes in Euclidean space to allow desired positioning of the deployment mechanism relative to the pipeline; an electrical power supply operatively connected to the conductor, said supply configured to operatively induce an alternating magnetic field within the circuit to generate heat in the portion of the pipeline through induction heating; and a controller for controlling said power supply and configured to automatically determine and maintain a resonant frequency in the circuit by dynamically adjusting a capacitive reactance to match an inductive reactance of the circuit during heating of the pipeline. at least one electrical conductor, characterised in that said apparatus further comprises, a deployment mechanism configured to operatively support a length of said electrical conductor in a looped manner, the mechanism configured to deploy the looped conductor circumferentially about at least a portion of the pipeline thereby forming a circuit; an actuation assembly configured to operatively position the deployment mechanism relative to the pipeline and to actuate the deployment mechanism for subsequent deployment, the actuation assembly configured to displace said deployment mechanism in at least two planes in Euclidean space to allow desired positioning of the deployment mechanism relative to the pipeline; an electrical power supply operatively connected to the conductor, said supply configured to operatively induce an alternating magnetic field within the circuit to generate heat in the portion of the pipeline through induction heating; and a controller for controlling said power supply and configured to automatically determine and maintain a resonant frequency in the circuit by dynamically adjusting a capacitive reactance to match an inductive reactance of the circuit during heating of the pipeline.
An animal sorting device (101,201,301,401,501) comprising; a housing having an entrance (111, 209), an exit, and an animal dispatch chamber (110,207,303,403,503), wherein the animal dispatch chamber comprises; animal dispatching means to dispatch the pest; means to urge either a dispatched pest towards an aperture or the non-pest towards the exit; and characterised by entrant assessment means (407, 601, 610) configured to compare a characteristic of an entrant against a determining value to determine if the entrant is either a pest or a non-pest; and in that the means to urge either a dispatched pest towards an aperture or the non-pest towards the exit comprise aperture blocks which can selectively obstruct the entrance or dispatch chamber apertures to prevent an entrant leaving during dispatch or to guide a non-pest to the exit. a housing having an entrance (111, 209), an exit, and an animal dispatch chamber (110,207,303,403,503), wherein the animal dispatch chamber comprises; animal dispatching means to dispatch the pest; means to urge either a dispatched pest towards an aperture or the non-pest towards the exit; and characterised by entrant assessment means (407, 601, 610) configured to compare a characteristic of an entrant against a determining value to determine if the entrant is either a pest or a non-pest; and in that the means to urge either a dispatched pest towards an aperture or the non-pest towards the exit comprise aperture blocks which can selectively obstruct the entrance or dispatch chamber apertures to prevent an entrant leaving during dispatch or to guide a non-pest to the exit.
An apparatus for determining a position of a movable component, the apparatus comprising: a controllable source of varying magnetic flux, wherein the varying magnetic flux is controlled to vary at a known frequency; a magnetic circuit including a first magnetic flux concentrator; a second magnetic flux concentrator movable relative to the first magnetic flux concentrator; a magnetic sensor placed in the magnetic circuit and between the first magnetic flux concentrator and the second magnetic flux concentrator such that the first magnetic flux concentrator and the second magnetic flux concentrator direct the varying magnetic flux through the magnetic sensor, wherein a movement of the second flux concentrator is adapted to alter the direction of the varying magnetic flux through the magnetic sensor, wherein the magnetic sensor is configured to measure an angle of the varying magnetic flux and output a sensor signal (126, 502, 503), wherein the angle of the varying magnetic flux changes when a position of the second magnetic flux concentrator changes from a first position to a second position; and a processor configured to process the sensor signal such that frequency components of the sensor signal are selectively filtered based on the known frequency of the varying magnetic flux. a controllable source of varying magnetic flux, wherein the varying magnetic flux is controlled to vary at a known frequency; a magnetic circuit including a first magnetic flux concentrator; a second magnetic flux concentrator movable relative to the first magnetic flux concentrator; a magnetic sensor placed in the magnetic circuit and between the first magnetic flux concentrator and the second magnetic flux concentrator such that the first magnetic flux concentrator and the second magnetic flux concentrator direct the varying magnetic flux through the magnetic sensor, wherein a movement of the second flux concentrator is adapted to alter the direction of the varying magnetic flux through the magnetic sensor, wherein the magnetic sensor is configured to measure an angle of the varying magnetic flux and output a sensor signal (126, 502, 503), wherein the angle of the varying magnetic flux changes when a position of the second magnetic flux concentrator changes from a first position to a second position; and a processor configured to process the sensor signal such that frequency components of the sensor signal are selectively filtered based on the known frequency of the varying magnetic flux.
A method performed by a terminal in a wireless communication system, the method comprising: triggering a buffer status report, BSR; triggering a scheduling request, SR, for the BSR; transmitting a medium access control, MAC, protocol data unit, PDU, including the BSR, before transmission of the SR; and determining whether to cancel the triggered SR, based on information on a priority of a logical channel corresponding to the SR and information on priorities of logical channels associated with the MAC PDU including the BSR, wherein, in case that a highest priority among priorities of the logical channels associated with the MAC PDU including the BSR, is higher than or equal to a priority of the logical channel that has triggered the SR, the triggered SR is canceled. triggering a buffer status report, BSR; triggering a scheduling request, SR, for the BSR; transmitting a medium access control, MAC, protocol data unit, PDU, including the BSR, before transmission of the SR; and determining whether to cancel the triggered SR, based on information on a priority of a logical channel corresponding to the SR and information on priorities of logical channels associated with the MAC PDU including the BSR, wherein, in case that a highest priority among priorities of the logical channels associated with the MAC PDU including the BSR, is higher than or equal to a priority of the logical channel that has triggered the SR, the triggered SR is canceled.
An imaging device comprising: a first unit pixel (200, 560) including: a first photodiode unit (211-1, 581) configured to receive light; and a first color filter (221-1, 602) facing at least part of the first photodiode unit, and a second color filter (223-1, 604) stacked on and facing the first color filter, the first color filter and the second color filter being located at a distance from each other, and being separated by a planarizing film (222, 603), wherein the first color filter and second color filter are of the same color, characterized in that the first color filter is placed on a waveguide formed on the first photodiode unit. a first unit pixel (200, 560) including: a first photodiode unit (211-1, 581) configured to receive light; and a first color filter (221-1, 602) facing at least part of the first photodiode unit, and a second color filter (223-1, 604) stacked on and facing the first color filter, the first color filter and the second color filter being located at a distance from each other, and being separated by a planarizing film (222, 603), wherein the first color filter and second color filter are of the same color, characterized in that the first color filter is placed on a waveguide formed on the first photodiode unit. a first photodiode unit (211-1, 581) configured to receive light; and a first color filter (221-1, 602) facing at least part of the first photodiode unit, and a second color filter (223-1, 604) stacked on and facing the first color filter, the first color filter and the second color filter being located at a distance from each other, and being separated by a planarizing film (222, 603), wherein the first color filter and second color filter are of the same color, characterized in that the first color filter is placed on a waveguide formed on the first photodiode unit.
An apparatus for industrial process control comprising one or more input modules, one or more processing modules and one or more analogue output modules, a first analogue output module of said one or more analogue output modules comprising: an output drive circuit; at least one cutoff switch; a first availability management unit receiving a first signal indicating a commanded current; characterised in that: the first availability management unit is arranged to determine a signal to control the output drive circuit to generate a first driven current; and the first analogue output module further comprises a first safety management unit receiving a second signal indicating the commanded current and a signal indicating the first driven current; and the first safety management unit comprising means to determine an expected first driven current and a difference between the first driven current and the expected first driven current and arranged to drive the at least one cutoff switch to disable the first driven current in the event that the difference between the first driven current and the expected first driven current is greater than a predetermined threshold. an output drive circuit; at least one cutoff switch; a first availability management unit receiving a first signal indicating a commanded current; characterised in that: the first availability management unit is arranged to determine a signal to control the output drive circuit to generate a first driven current; and the first analogue output module further comprises a first safety management unit receiving a second signal indicating the commanded current and a signal indicating the first driven current; and the first safety management unit comprising means to determine an expected first driven current and a difference between the first driven current and the expected first driven current and arranged to drive the at least one cutoff switch to disable the first driven current in the event that the difference between the first driven current and the expected first driven current is greater than a predetermined threshold. the first availability management unit is arranged to determine a signal to control the output drive circuit to generate a first driven current; and the first analogue output module further comprises a first safety management unit receiving a second signal indicating the commanded current and a signal indicating the first driven current; and the first safety management unit comprising means to determine an expected first driven current and a difference between the first driven current and the expected first driven current and arranged to drive the at least one cutoff switch to disable the first driven current in the event that the difference between the first driven current and the expected first driven current is greater than a predetermined threshold.
Hygiene product, in particular for men, for cleaning the intimate area after urinating at a toilet, in particular a urinal, formed from a material for absorbing liquid, in particular an absorbent material, the material being intended for absorbing urine residues, in particular urine drops, and the material being intended to be flushed away in the toilet, in particular the urinal, characterised in that the material is polyvinyl alcohol and is completely water-soluble.