mhurhangee/ep-ind-claims huggingface dataset:
A method for performing an idle mode redistribution evaluation by a mobile device in a mobile communication network, the method comprising: determining a plurality of redistribution targets, each redistribution target corresponding to a different frequency and comprising at least one cell within which the mobile device can camp on in idle mode in the wireless communication network; identifying, using information received from a first cell of the wireless communication network, at least one redistribution factor, each redistribution factor corresponding to a redistribution target, the first cell on which the mobile device is currently camped; and characterized by: determining whether to stay on the first cell or move to a second cell corresponding to one of the redistribution targets based on the at least one redistribution factor, wherein a redistribution factor for a redistribution target indicates a proportion of mobile devices, currently distributed to each cell, which are intended to camp on each cell corresponding to each redistribution target, and wherein a redistribution factor for a specific cell is used by the mobile device if the mobile device is located in the specific cell, the specific cell being one of a plurality of cells on a frequency corresponding to the redistribution target. determining a plurality of redistribution targets, each redistribution target corresponding to a different frequency and comprising at least one cell within which the mobile device can camp on in idle mode in the wireless communication network; identifying, using information received from a first cell of the wireless communication network, at least one redistribution factor, each redistribution factor corresponding to a redistribution target, the first cell on which the mobile device is currently camped; and characterized by: determining whether to stay on the first cell or move to a second cell corresponding to one of the redistribution targets based on the at least one redistribution factor, wherein a redistribution factor for a redistribution target indicates a proportion of mobile devices, currently distributed to each cell, which are intended to camp on each cell corresponding to each redistribution target, and wherein a redistribution factor for a specific cell is used by the mobile device if the mobile device is located in the specific cell, the specific cell being one of a plurality of cells on a frequency corresponding to the redistribution target. determining whether to stay on the first cell or move to a second cell corresponding to one of the redistribution targets based on the at least one redistribution factor, wherein a redistribution factor for a redistribution target indicates a proportion of mobile devices, currently distributed to each cell, which are intended to camp on each cell corresponding to each redistribution target, and wherein a redistribution factor for a specific cell is used by the mobile device if the mobile device is located in the specific cell, the specific cell being one of a plurality of cells on a frequency corresponding to the redistribution target.
A semiconductor die having formed thereon: a first inductor (200, 1000, 1300) comprising an inductor coil and terminals (204a, 204b; 1310a, 1310b), wherein the first inductor (200, 1000, 1300) is substantially symmetric about a symmetry axis, wherein the inductor coil has a first loop (206a; 1004) and a second loop (206b; 1008) arranged such that current in the first loop (206a; 1004; 1002) travels in a direction that is opposite to current in the second loop (206b; 1008) such that electromagnetic field components emanating at a certain distance from the first loop (206a; 1004) and the second loop (206b; 1008) also have opposite directions and tend to counteract each other; characterized in that the terminals (204a, 204b; 1310a, 1310b) are connected to the second loop (206b, 1008). a first inductor (200, 1000, 1300) comprising an inductor coil and terminals (204a, 204b; 1310a, 1310b), wherein the first inductor (200, 1000, 1300) is substantially symmetric about a symmetry axis, wherein the inductor coil has a first loop (206a; 1004) and a second loop (206b; 1008) arranged such that current in the first loop (206a; 1004; 1002) travels in a direction that is opposite to current in the second loop (206b; 1008) such that electromagnetic field components emanating at a certain distance from the first loop (206a; 1004) and the second loop (206b; 1008) also have opposite directions and tend to counteract each other; characterized in that the terminals (204a, 204b; 1310a, 1310b) are connected to the second loop (206b, 1008).
A door which comprises a closure element which is moveable on command, by way of drive means, between an open condition and a closed condition in which at least one end element which extends at right angles with respect to the direction of movement of said closure element is designed to be brought proximate to an abutment portion formed on a fixed structure, said end element being associated with sensor means which can be functionally connected to said drive means in order to interrupt the operation of said drive means in the presence of an obstacle along the path of said end element, said sensor means comprising at least one first, emission sensor which is adapted to emit an infrared signal and extends parallel to said end element and a respective second, reception sensor which is adapted to receive said infrared signal, said first, emission sensor and said second, reception sensor being supported by a respective supporting body which extends in parallel to the direction of movement of said end element and is made of elastically yielding material in order to allow an elastic deformation of said supporting body following an impact against an obstacle during the transition of said closure element from said open condition to said closed condition or vice versa, said supporting body having a tubular structure which is connected, at a first end, to said end element, and a second end which is connected to a seat which accommodates said first, emission sensor or said second, reception sensor, characterized in that said supporting body has a bellows structure.
A process for forming an oligomer product comprising: a) introducing into a reaction zone i. ethylene; ii. a heteroatomic ligand metal salt complex comprising a heteroatomic ligand complexed to a first metal salt where the first metal salt is an iron salt, a cobalt salt, or a combination thereof; iii. a second metal salt wherein an equivalent molar ratio of the second metal salt to the heteroatomic ligand of the heteroatomic ligand metal salt complex is at least 0.5:1 and where the second metal salt is an iron salt, a cobalt salt, or any combination thereof; iv. an organoaluminum compound; v. optionally hydrogen; and vi. optionally an organic reaction medium; and b) forming an oligomer product in the reaction zone. a) introducing into a reaction zone i. ethylene; ii. a heteroatomic ligand metal salt complex comprising a heteroatomic ligand complexed to a first metal salt where the first metal salt is an iron salt, a cobalt salt, or a combination thereof; iii. a second metal salt wherein an equivalent molar ratio of the second metal salt to the heteroatomic ligand of the heteroatomic ligand metal salt complex is at least 0.5:1 and where the second metal salt is an iron salt, a cobalt salt, or any combination thereof; iv. an organoaluminum compound; v. optionally hydrogen; and vi. optionally an organic reaction medium; and i. ethylene; ii. a heteroatomic ligand metal salt complex comprising a heteroatomic ligand complexed to a first metal salt where the first metal salt is an iron salt, a cobalt salt, or a combination thereof; iii. a second metal salt wherein an equivalent molar ratio of the second metal salt to the heteroatomic ligand of the heteroatomic ligand metal salt complex is at least 0.5:1 and where the second metal salt is an iron salt, a cobalt salt, or any combination thereof; iv. an organoaluminum compound; v. optionally hydrogen; and vi. optionally an organic reaction medium; and b) forming an oligomer product in the reaction zone.
A composition comprising a nanostructured matrix consisting of at least one acrylic block copolymer and a volatile semiochemical wherein the acrylic block copolymer comprises at least one poly(alkyl methacrylate) block and at least one poly(alkyl acrylate) block, characterized in that the volatile semiochemical is a fatty-chain pheromone and that the acrylic block copolymer is a tri-block copolymer of the PMMA-PABu-PMMA type.
A 3D imaging system, comprising: a light source for emitting a light pulse; an optical modulator configured to modulate a returned portion of the light pulse as a function of time; an array of optical elements receiving the modulated returned portion of the light pulse, wherein a first optical element of the optical elements has a predetermined first optical transmission state different from a second predetermined optical transmission state of other of the optical elements; a sensor array of pixels corresponding to the array of optical elements, located to receive light output from the array of optical elements, the sensor array including a first pixel receiving light output from the first optical element and including neighbouring pixels to the first pixel, said neighbouring pixels receiving light output from the other optical elements; and a processor operatively coupled to the sensor array and configured to determine a depth information based on a measured value of a first pixel intensity of the first pixel and an interpolated value of pixel intensities of the neighbouring pixels. a light source for emitting a light pulse; an optical modulator configured to modulate a returned portion of the light pulse as a function of time; an array of optical elements receiving the modulated returned portion of the light pulse, wherein a first optical element of the optical elements has a predetermined first optical transmission state different from a second predetermined optical transmission state of other of the optical elements; a sensor array of pixels corresponding to the array of optical elements, located to receive light output from the array of optical elements, the sensor array including a first pixel receiving light output from the first optical element and including neighbouring pixels to the first pixel, said neighbouring pixels receiving light output from the other optical elements; and a processor operatively coupled to the sensor array and configured to determine a depth information based on a measured value of a first pixel intensity of the first pixel and an interpolated value of pixel intensities of the neighbouring pixels.
A counter-balance weight for a modular safety rail comprising substantially only a solid body of a compact shape which defines a through-bore for receiving an end of a spacer member, the body being of a substantially triangular shape as considered in transverse cross-section in a plane substantially perpendicular to the longitudinal axis of the through-bore and the volume of the material of said body being at least 20% of the volume of the smallest cuboid which is able to contain said body, characterised in that said body defines a screw-threaded aperture which extends through the body to communicate with said through-bore said triangular shape being substantially that of an isosceles triangle the apex angle of which is in the range 100° to 165°, the body having a major surface which, as considered in said transverse cross section, is defined by the longest side of said isosceles triangle, and said screw-threaded aperture being positioned at an apex region which is remote from said major surface.
A method for manufacturing a multilayer substrate for packaging, the method comprising: passing a first, flat sheet material into a conveyor, machine system, the first sheet material having at least two sides; corrugating the first sheet material; applying a first securing material, with an applicator at a first workstation, to top portions of corrugated flutes of a side of the first sheet material, the securing material comprising a heat-expandable adhesive composed of starch or a binder, mixed with heat-expandable microspheres; applying a second, flat sheet material to the side of the first sheet material; and heating the first and second sheet materials (402;404) with an industrial microwave heater thereby causing to expand the heat-expandable adhesive and forming the multilayer substrate. passing a first, flat sheet material into a conveyor, machine system, the first sheet material having at least two sides; corrugating the first sheet material; applying a first securing material, with an applicator at a first workstation, to top portions of corrugated flutes of a side of the first sheet material, the securing material comprising a heat-expandable adhesive composed of starch or a binder, mixed with heat-expandable microspheres; applying a second, flat sheet material to the side of the first sheet material; and heating the first and second sheet materials (402;404) with an industrial microwave heater thereby causing to expand the heat-expandable adhesive and forming the multilayer substrate.
An electrode assembly, comprising: a proximal end adapted to connect to an electrosurgical instrument including a housing defining a longitudinal axis therethrough and an electrosurgical energy source; a distal end including two laterally-spaced longitudinal sections (306, 308) each terminating at a distal tip having a cutting electrode having a loop configuration configured to cut tissue, the distal end including return electrodes (304a, 304b) operably disposed on a respective longitudinal section and operably disposed adjacent the cutting electrode; and an insulative material operably disposed between the cutting electrode and return electrodes, to hinder current flow to the return electrodes when the insulative material, cutting electrode and return electrodes are submersed in a conductive solution and the cutting electrode is energized, thereby concentrating current density at the cutting electrode, characterized in that the insulative material extends from 3mm to 10mm along the longitudinal sections. a proximal end adapted to connect to an electrosurgical instrument including a housing defining a longitudinal axis therethrough and an electrosurgical energy source; a distal end including two laterally-spaced longitudinal sections (306, 308) each terminating at a distal tip having a cutting electrode having a loop configuration configured to cut tissue, the distal end including return electrodes (304a, 304b) operably disposed on a respective longitudinal section and operably disposed adjacent the cutting electrode; and an insulative material operably disposed between the cutting electrode and return electrodes, to hinder current flow to the return electrodes when the insulative material, cutting electrode and return electrodes are submersed in a conductive solution and the cutting electrode is energized, thereby concentrating current density at the cutting electrode, characterized in that the insulative material extends from 3mm to 10mm along the longitudinal sections.
An image recording system for recording an image on a recording medium attached to a conveyed article, comprising: a conveyor device configured to convey a conveyed article in a predetermined conveying direction; and a recording device provided on at least one side of the conveyor device in a direction perpendicular to the conveying direction and capable of contactlessly recording an image on a recording medium being located at a position facing the recording device; wherein the image includes a scan image to be read by a reading device, the scan image being a barcode, a two-dimensional code or OCR characters; wherein the conveyor device decelerates the conveyed article by observing a position at which the recording medium will face the recording device as a target stop position, characterized in that the recording device records the scan image on the recording medium after the conveyed article reaches the target stop position and while an amplitude of vibration of the conveyed article is equal to or smaller than a reference value. a conveyor device configured to convey a conveyed article in a predetermined conveying direction; and a recording device provided on at least one side of the conveyor device in a direction perpendicular to the conveying direction and capable of contactlessly recording an image on a recording medium being located at a position facing the recording device; wherein the image includes a scan image to be read by a reading device, the scan image being a barcode, a two-dimensional code or OCR characters; wherein the conveyor device decelerates the conveyed article by observing a position at which the recording medium will face the recording device as a target stop position, characterized in that the recording device records the scan image on the recording medium after the conveyed article reaches the target stop position and while an amplitude of vibration of the conveyed article is equal to or smaller than a reference value.
A process for fractionating biomass-based material, wherein the process comprises evaporating an evaporable part of biomass-based material in a short path evaporator, SPE, to produce a depitched lights fraction in liquid form, and a heavier pitch fraction, wherein the process comprises evaporating biomass-based material in a thin film evaporator, TFE, to produce a TFE overhead vapour fraction containing at least organic acids and neutral organic components, and a TFE residue fraction; wherein said depitched lights fraction in liquid form, and said heavier pitch fraction are obtained by evaporating said TFE residue fraction in said SPE; distilling, in a distillation column, the TFE overhead vapour fraction, and the depitched lights fraction in liquid form, to produce a lighter organic acid and neutral organic components fraction, a first heavier organic acid and neutral organic components fraction (110, 131) in liquid form, and a second heavier organic acid and neutral organic components fraction in gaseous form.
A surgical instrument, comprising: a housing; an actuator operably associated with the housing; a shaft extending distally from the housing; an end effector assembly disposed at a distal end portion of the shaft; and a drive assembly extending through the housing and the shaft, the drive assembly operably coupling the actuator and the end effector assembly with one another such that actuation of the actuator manipulates the end effector assembly, the drive assembly including: a proximal sleeve defining a longitudinal axis and an interior lumen extending longitudinally therethrough; a drive bar including a proximal portion and a distal portion; characterized in further comprising: a lock washer configured to engage the proximal portion of the drive bar with the proximal sleeve such that the proximal portion of the drive bar is disposed within the interior lumen of the proximal sleeve and positioned offset relative to the longitudinal axis of the proximal sleeve wherein the lock washer includes a finger extending into the interior lumen of the proximal sleeve, the finger defining a slot configured to engage the proximal portion of the drive bar with the lock washer wherein the proximal portion of the drive bar defines a notch configured for receipt within the slot of the finger of the lock washer wherein the slot of the finger includes a circular portion and a vertical portion, wherein the proximal portion of the drive bar is insertable proximally through the circular portion and movable transversely from the circular portion into the vertical portion. a housing; an actuator operably associated with the housing; a shaft extending distally from the housing; an end effector assembly disposed at a distal end portion of the shaft; and a drive assembly extending through the housing and the shaft, the drive assembly operably coupling the actuator and the end effector assembly with one another such that actuation of the actuator manipulates the end effector assembly, the drive assembly including: a proximal sleeve defining a longitudinal axis and an interior lumen extending longitudinally therethrough; a drive bar including a proximal portion and a distal portion; a proximal sleeve defining a longitudinal axis and an interior lumen extending longitudinally therethrough; a drive bar including a proximal portion and a distal portion;
An electrode system for selective use with a subject, the electrode system comprising: a garment having a first side and a second side; and a plurality of replaceable electrodes for selective attachment to the garment and a subject, each electrode comprising: a conductive member defining a first side and a second side; a conductive composition disposed on the first side of the conductive member, wherein the conductive composition has a first adhesive strength; a pressure sensitive adhesive having a second adhesive strength that is greater than the adhesive strength of the conductive composition; wherein each of the plurality of electrodes are interposed between the first side of the garment and the subject such that the conductive composition is adhered to the subject and the pressure sensitive adhesive is adhered to the garment; an electrical lead for electrical communication with the conductive member; the system further includes a reinforcement member arranged on the second side of conductive member and having the pressure sensitive adhesive disposed thereon, the reinforcement member being a scrim of a non-conductive material. a garment having a first side and a second side; and a plurality of replaceable electrodes for selective attachment to the garment and a subject, each electrode comprising: a conductive member defining a first side and a second side; a conductive composition disposed on the first side of the conductive member, wherein the conductive composition has a first adhesive strength; a pressure sensitive adhesive having a second adhesive strength that is greater than the adhesive strength of the conductive composition; wherein each of the plurality of electrodes are interposed between the first side of the garment and the subject such that the conductive composition is adhered to the subject and the pressure sensitive adhesive is adhered to the garment; an electrical lead for electrical communication with the conductive member; the system further includes a reinforcement member arranged on the second side of conductive member and having the pressure sensitive adhesive disposed thereon, the reinforcement member being a scrim of a non-conductive material. a conductive member defining a first side and a second side; a conductive composition disposed on the first side of the conductive member, wherein the conductive composition has a first adhesive strength; a pressure sensitive adhesive having a second adhesive strength that is greater than the adhesive strength of the conductive composition; wherein each of the plurality of electrodes are interposed between the first side of the garment and the subject such that the conductive composition is adhered to the subject and the pressure sensitive adhesive is adhered to the garment; an electrical lead for electrical communication with the conductive member; the system further includes a reinforcement member arranged on the second side of conductive member and having the pressure sensitive adhesive disposed thereon, the reinforcement member being a scrim of a non-conductive material.