mhurhangee/ep-ind-claims huggingface dataset:
An antifouling coating composition comprising: a silyl ester copolymer; a carbodiimide of formula: wherein R is an optionally substituted arylene group; each R' are independently identical or different optionally substituted aryl groups, and n is an integer from 0 to 500, preferably from 0 to 50; and a biologically active agent that prevents the settlement of marine organisms on a surface, and/or prevents the growth of marine organisms on a surface and/or encourages the dislodgement of marine organisms from a surface. a silyl ester copolymer; a carbodiimide of formula: wherein R is an optionally substituted arylene group; each R' are independently identical or different optionally substituted aryl groups, and n is an integer from 0 to 500, preferably from 0 to 50; and R is an optionally substituted arylene group; each R' are independently identical or different optionally substituted aryl groups, and n is an integer from 0 to 500, preferably from 0 to 50; and a biologically active agent that prevents the settlement of marine organisms on a surface, and/or prevents the growth of marine organisms on a surface and/or encourages the dislodgement of marine organisms from a surface.
A system for handover to a serving network, comprising a mobile switching center, MSC, server, a target mobility management entity, MME, a base station controller BSC/radio network controller, RNC, and a user equipment, UE, the BSC/RNC, configured to send a unique first Handover Request for requesting handover to the MSC server when a serving network supports PS handover and CS handover, and the UE is in a CS and PS connected state; the MSC server, configured to receive the first Handover Request and to send a second Handover Request to the target MME according to the received first Handover Request, wherein the second Handover Request comprises an international mobile subscriber identity IMSI and first information; the target MME, configured to receive the second Handover Request, to determine a source serving packet switched network support node, SGSN, according to the first information; and to send a Context Request message comprising the IMSI to the source SGSN.
A device for identifying a cat for the purpose of controlling an electronic cat door, comprising: • a cat door having a base unit with a radio interface, and • a collar for a cat on which a radio unit is arranged, wherein • the radio interface and the radio unit use a bidirectional active radio technology, and • the base unit and/or the collar is designed to determine a distance between the cat and cat door, wherein a reception field strength is measured and compared with a previously saved reference value so that only signals are accepted from cats that are within a specific range around the cat door, characterized in that • the cat door has a locking unit for electromechanically locking the cat door, and • the base unit is designed to only move the locking unit into an unlocked position when a sensor apparatus detects a mechanical opening attempt, wherein the sensor apparatus is designed to differentiate between a mechanical opening attempt from inside the door and a mechanical opening attempt from outside the door. • a cat door having a base unit with a radio interface, and • a collar for a cat on which a radio unit is arranged, wherein • the radio interface and the radio unit use a bidirectional active radio technology, and • the base unit and/or the collar is designed to determine a distance between the cat and cat door, wherein a reception field strength is measured and compared with a previously saved reference value so that only signals are accepted from cats that are within a specific range around the cat door, characterized in that • the cat door has a locking unit for electromechanically locking the cat door, and • the base unit is designed to only move the locking unit into an unlocked position when a sensor apparatus detects a mechanical opening attempt, wherein the sensor apparatus is designed to differentiate between a mechanical opening attempt from inside the door and a mechanical opening attempt from outside the door.
Use, for the decarbonation of natural gas, of at least one zeolitic absorbent material comprising: a) from 70% to 99% by weight, preferably from 70% to 95% by weight, preferably again from 70% to 90% by weight, more preferably from 75% to 90% and very particularly from 80% to 90% of at least one zeolite A, with respect to the total weight of the zeolitic absorbent material, and b) from 1% to 30% by weight, preferably from 5% to 30% by weight, preferably again from 10% to 30% by weight, more preferably from 10% to 25% and very particularly from 10% to 20%, with respect to the total weight of the zeolitic absorbent material, of at least one agglomeration binder comprising at least one clay chosen from fibrous magnesium clays, and in which c) the zeolite A comprises calcium ions; d) the zeolitic absorbent material comprises calcium, the content of which, expressed as calcium oxide (CaO), is between 9.0% and 21.0%; e) the zeolite A is chosen from the zeolites 5A and the zeolites 5APH; f) the Si/Al atomic ratio of the zeolitic absorbent material is between 0.5 and 2.5. a) from 70% to 99% by weight, preferably from 70% to 95% by weight, preferably again from 70% to 90% by weight, more preferably from 75% to 90% and very particularly from 80% to 90% of at least one zeolite A, with respect to the total weight of the zeolitic absorbent material, and b) from 1% to 30% by weight, preferably from 5% to 30% by weight, preferably again from 10% to 30% by weight, more preferably from 10% to 25% and very particularly from 10% to 20%, with respect to the total weight of the zeolitic absorbent material, of at least one agglomeration binder comprising at least one clay chosen from fibrous magnesium clays, and in which c) the zeolite A comprises calcium ions; d) the zeolitic absorbent material comprises calcium, the content of which, expressed as calcium oxide (CaO), is between 9.0% and 21.0%; e) the zeolite A is chosen from the zeolites 5A and the zeolites 5APH; f) the Si/Al atomic ratio of the zeolitic absorbent material is between 0.5 and 2.5.
Motion detector system for detecting moving vehicles and/or pedestrians and determining in which one of at least two speed ranges the speed of the detected vehicles and/or pedestrians falls, comprising: - a first motion detector (10a, 10b; 8a, 8b) for detecting vehicles and/or pedestrians having a speed in a first speed range, the first detector being arranged to detect moving objects in a first detection zone (36a, 36b; 38a, 38b) having a first size (d1, d2; d3, d4), the first size (d1, d2; d3, d4) determining the first speed range in that the first size of the first zone is selected to correspond with the desired first speed range to be detected; and - a second motion detector (6a, 6b) for detecting vehicles and/or pedestrians having a speed in a second speed range, the second detector being arranged to detect moving objects in a second detection zone (40a, 40b) having a second size (d4, d5), the second size (d4, d5) determining the second speed range in that the second size of the second zone is selected to correspond with the desired second speed range to be detected; and wherein both detectors comprise an infrared motion sensor, wherein each detector is inherently configured for detection in a given speed range; and wherein the motion detector system is attached to a street lighting. - a first motion detector (10a, 10b; 8a, 8b) for detecting vehicles and/or pedestrians having a speed in a first speed range, the first detector being arranged to detect moving objects in a first detection zone (36a, 36b; 38a, 38b) having a first size (d1, d2; d3, d4), the first size (d1, d2; d3, d4) determining the first speed range in that the first size of the first zone is selected to correspond with the desired first speed range to be detected; and - a second motion detector (6a, 6b) for detecting vehicles and/or pedestrians having a speed in a second speed range, the second detector being arranged to detect moving objects in a second detection zone (40a, 40b) having a second size (d4, d5), the second size (d4, d5) determining the second speed range in that the second size of the second zone is selected to correspond with the desired second speed range to be detected; and
Pick and place unit for a reel storage cabinet with an access opening, which pick and place unit comprises: - a manipulator for picking and placing a single reel (8, 9) at a time; and - a reel conveyor (11, 12); characterized in that the pick and place unit further comprises: - a housing with a reel supply opening, a reel discharge opening and a cabinet access opening; - means for providing an airtight connection of the cabinet access opening with the access opening of the reel storage cabinet; wherein the manipulator is arranged in the housing, which manipulator is movable between a first position extending from the housing through the cabinet access opening for picking and placing a reel (8, 9) from and into the reel storage cabinet and a second position within the housing for picking and placing a reel (8, 9) from and onto a manipulating position; wherein the reel conveyor (11, 12) is arranged between the reel supply opening and the manipulation position and between the manipulation position and the reel discharge opening. - a manipulator for picking and placing a single reel (8, 9) at a time; and - a reel conveyor (11, 12); characterized in that the pick and place unit further comprises: - a housing with a reel supply opening, a reel discharge opening and a cabinet access opening; - means for providing an airtight connection of the cabinet access opening with the access opening of the reel storage cabinet; - a housing with a reel supply opening, a reel discharge opening and a cabinet access opening; - means for providing an airtight connection of the cabinet access opening with the access opening of the reel storage cabinet; wherein the manipulator is arranged in the housing, which manipulator is movable between a first position extending from the housing through the cabinet access opening for picking and placing a reel (8, 9) from and into the reel storage cabinet and a second position within the housing for picking and placing a reel (8, 9) from and onto a manipulating position; wherein the reel conveyor (11, 12) is arranged between the reel supply opening and the manipulation position and between the manipulation position and the reel discharge opening.
A hard surface cleaning and conditioning assembly for dispensing a conditioning agent, comprising: a pole; a trigger depending from the pole for movement between a normal position and an activated position; a tool depending from the pole remote from the trigger; a container containing the conditioning agent and having a cap, the cap having a valve that moves between a closed state and an open state, the valve being in selective fluid communication with the conditioning agent; a dispensing tube fluidly coupled to the valve;an agent dispensing device depending from the pole proximate the tool, the agent dispensing device having an activation arm operatively coupled to the trigger and a housing into which at least a portion of the valve can be received, the housing having a guide that guides the dispensing tube to ensure release of the conditioning agent to a desired location, wherein the cap is operably connected between the agent dispensing device and the container; and wherein the activation arm moves between a first position when the trigger is in the normal position and a second position when the trigger is in the activated position, and wherein the valve remains in the closed state when the valve is inserted into the agent dispensing device unless the activation arm is moved to the second position, and wherein the container, cap, and dispensing tube are removably coupled to the agent dispensing device. a pole; a trigger depending from the pole for movement between a normal position and an activated position; a tool depending from the pole remote from the trigger; a container containing the conditioning agent and having a cap, the cap having a valve that moves between a closed state and an open state, the valve being in selective fluid communication with the conditioning agent; a dispensing tube fluidly coupled to the valve;an agent dispensing device depending from the pole proximate the tool, the agent dispensing device having an activation arm operatively coupled to the trigger and a housing into which at least a portion of the valve can be received, the housing having a guide that guides the dispensing tube to ensure release of the conditioning agent to a desired location, wherein the cap is operably connected between the agent dispensing device and the container; and wherein the activation arm moves between a first position when the trigger is in the normal position and a second position when the trigger is in the activated position, and wherein the valve remains in the closed state when the valve is inserted into the agent dispensing device unless the activation arm is moved to the second position, and wherein the container, cap, and dispensing tube are removably coupled to the agent dispensing device.
A method for determining the amount of underivatized dihydrotestosterone in a body fluid sample, said method comprising: a. purifying underivatized DHT from the body fluid sample by solid phase extraction; b. ionizing the underivatized DHT to produce one or more ions detectable by mass spectrometry; wherein said ions comprise one or more ions selected from the group consisting of ions with a mass/charge ratio of 291.10 ± 0.50, 255.20 ± 0.50, and 79.20 ± 0.50; and c. determining the amount of one or more ions by mass spectrometry using atmospheric pressure chemical ionization (APCI), and using the amount determined to calculate the amount of underivatized DHT in the body fluid sample. a. purifying underivatized DHT from the body fluid sample by solid phase extraction; b. ionizing the underivatized DHT to produce one or more ions detectable by mass spectrometry; wherein said ions comprise one or more ions selected from the group consisting of ions with a mass/charge ratio of 291.10 ± 0.50, 255.20 ± 0.50, and 79.20 ± 0.50; and c. determining the amount of one or more ions by mass spectrometry using atmospheric pressure chemical ionization (APCI), and using the amount determined to calculate the amount of underivatized DHT in the body fluid sample.
A composition comprising: copper nanoparticles, aluminum nanoparticles or a combination thereof, wherein 30-50% of the nanoparticles have a diameter of 20 nanometers or less but greater than zero, and the remaining 70-50% of the nanoparticles have a diameter greater than 20 nanometers; wherein a surfactant coating is present on the nanoparticles. copper nanoparticles, aluminum nanoparticles or a combination thereof, wherein 30-50% of the nanoparticles have a diameter of 20 nanometers or less but greater than zero, and the remaining 70-50% of the nanoparticles have a diameter greater than 20 nanometers;
A method comprising: initializing a scrambling sequence, characterized in that initializing the scrambling sequence comprises using a cell identifier of a cell of a coordinated multi-point transmission/reception reporting set and a sequence offset; and in that the method comprises: sending a physical downlink control information to a user equipment (330, 340) which indicates the sequence offset; wherein each coordinated multi-point transmission/reception cell corresponds to a number of scrambling sequences and the sequence offset points to one of those sequences. initializing a scrambling sequence, characterized in that initializing the scrambling sequence comprises using a cell identifier of a cell of a coordinated multi-point transmission/reception reporting set and a sequence offset; and in that the method comprises: sending a physical downlink control information to a user equipment (330, 340) which indicates the sequence offset; wherein each coordinated multi-point transmission/reception cell corresponds to a number of scrambling sequences and the sequence offset points to one of those sequences. sending a physical downlink control information to a user equipment (330, 340) which indicates the sequence offset; wherein each coordinated multi-point transmission/reception cell corresponds to a number of scrambling sequences and the sequence offset points to one of those sequences.
An electronic unit configured for being part of a streamer and for surrounding a core cable of the streamer, said electronic unit including at least: - a casing, at least partially flexible, at least partially made of a polymer material, said casing extending along a longitudinal axis between two lateral ends (22, 23) and having: - a hollow cylindrical core along said longitudinal axis, for housing a portion of said core cable of the streamer, and - a plurality of walls outwardly extending from said hollow cylindrical core, delimiting spaces configured for housing electronics, and having free ends wherein one of the walls and the hollow cylindrical core of the casing have a through-slot, said through-slot extending longitudinally over a total length of the casing between the lateral ends (22,23), - an electronic board including at least one flexible part and configured for at least partially resting on free ends of at least two of said plurality of walls - a casing, at least partially flexible, at least partially made of a polymer material, said casing extending along a longitudinal axis between two lateral ends (22, 23) and having: - a hollow cylindrical core along said longitudinal axis, for housing a portion of said core cable of the streamer, and - a plurality of walls outwardly extending from said hollow cylindrical core, delimiting spaces configured for housing electronics, and having free ends wherein one of the walls and the hollow cylindrical core of the casing have a through-slot, said through-slot extending longitudinally over a total length of the casing between the lateral ends (22,23), - a hollow cylindrical core along said longitudinal axis, for housing a portion of said core cable of the streamer, and - a plurality of walls outwardly extending from said hollow cylindrical core, delimiting spaces configured for housing electronics, and having free ends - an electronic board including at least one flexible part and configured for at least partially resting on free ends of at least two of said plurality of walls
A security device comprising first a transparent, coloured element in a first region of the device and in a surface of which a first optically variable effect generating relief structure is formed; and a reflection enhancing layer extending over the first optically variable effect generating relief microstructure and following the contour of the relief, the reflection enhancing layer also being provided in a second region of the device laterally offset from said first transparent coloured element, wherein the second region includes a second, transparent coloured element having a colour different from the colour of the first transparent coloured element.
A method for purifying and drying a hydrofluoroolefin stream comprising a hydrofluoroolefin, water and impurities based on halogenated carbon compounds, characterized in that said stream is placed in contact with an adsorbent selected from molecular sieves which are zeolites of type X having a pore diameter ranging from 8 Å to 12 Å and in that purification and drying are performed in one same step, and in that said hydrofluoroolefin is 1-chloro-3,3,3-trifluoropropene (Z-1233zd).
Method for forming a protective layer on the surface of an implantable or implant component, the method comprising a) Applying a solution on the surface of the component; b) Drying the solution applied in step a) to form a protective layer on the surface of the component for dental applications; characterized in that the solution applied in step a) has a pH at 25°C of 3.6 to 6.0. a) Applying a solution on the surface of the component; b) Drying the solution applied in step a) to form a protective layer on the surface of the component for dental applications;
A method for controlling a receiver system, in particular for wireless IP datacast networks, the receiver system comprising a receiver component with an antenna, and a host component with a player unit having a buffer, the method comprising the following steps: - within said receiver component, detecting a time of a burst packet coming in via said antenna; and - transferring data of said burst packet from said receiver component to said host component via a data interconnection, the method characterised by further comprising: - communicating information about said detection from said receiver component to said host component, wherein said information comprises an indicator signal that is communicated to said host component via a signal line, indicating said detection; and - measuring the time difference between the occurrence of the indicator signal and the arrival of the data of said burst packet at the host component and, within said host component, adjusting a playing speed of said player unit according to said time difference. - within said receiver component, detecting a time of a burst packet coming in via said antenna; and - transferring data of said burst packet from said receiver component to said host component via a data interconnection, - communicating information about said detection from said receiver component to said host component, wherein said information comprises an indicator signal that is communicated to said host component via a signal line, indicating said detection; and - measuring the time difference between the occurrence of the indicator signal and the arrival of the data of said burst packet at the host component and, within said host component, adjusting a playing speed of said player unit according to said time difference.
A variable depointing antenna having a radiation pattern exhibiting at least a main lobe axis defining downtilt angle with respect to the earth's surface and phase adjustment means to modify downtilt angle which comprise at least one phasing element having one input transmission line and one output transmission line, said transmission lines (2, 3) being printed lines, one radioelectric mobile coupling means for coupling input and output transmission lines, said coupling means comprising a first and a second arm, an insulator placed between each of said corresponding transmission lines (2, 3) and the corresponding arm (6,7) of the radioelectric mobile coupling means, said radioelectric mobile coupling means comprising a substrate having a surface on which are placed the first and second arms (6, 7), said substrate surface which comprises said first and second arms (6, 7) being placed opposite the surface of the main printed circuit, said input and output transmission lines being parallel and the radioelectric mobile coupling means comprising a coupling circuit having almost a U form, said radioelectric mobile coupling means is arranged on a plate of a phasing carriage, said antenna comprising a support of elongated shape having a longitudinal main axis, a front face and a rear face, at least two radiating elements placed along the front face on the support and at least one lobe formation circuit arranged on support, the phase adjustment means including displacement means for each radioelectric coupling means of each phasing element and a single control means of the displacement means, antenna characterised in that the displacement means of each radioelectric coupling means of each phasing element and the control means are laid out so that a displacement of the control means along the longitudinal main axis of the support induces simultaneously, by dint of the displacement means, a transversal displacement relative to the longitudinal main axis of the support of each mobile radioelectric coupling means.