mhurhangee/ep-ind-claims huggingface dataset:
An integrated grating element system comprising: an optoelectronic substrate layer comprising at least two optoelectronic components (224-1; 224-2); a first transparent layer formed on said optoelectronic substrate layer; a first grating layer disposed on said first transparent layer and having a higher refractive index than the first transparent layer, said grating layer comprising at least two sub-wavelength grating elements (214, 216) formed therein aligned with active regions of said optoelectronic components; and a second grating layer at a distance from said first grating layer such that light propagates between a diffraction grating element formed within said second grating layer and said at least two sub-wavelength grating elements, wherein the at least two optoelectronic components comprise optical sources and the system functions as a multiplexer, or the at least two optoelectronic components comprise optical detectors and the system functions as a demultiplexer. an optoelectronic substrate layer comprising at least two optoelectronic components (224-1; 224-2); a first transparent layer formed on said optoelectronic substrate layer; a first grating layer disposed on said first transparent layer and having a higher refractive index than the first transparent layer, said grating layer comprising at least two sub-wavelength grating elements (214, 216) formed therein aligned with active regions of said optoelectronic components; and a second grating layer at a distance from said first grating layer such that light propagates between a diffraction grating element formed within said second grating layer and said at least two sub-wavelength grating elements, wherein the at least two optoelectronic components comprise optical sources and the system functions as a multiplexer, or the at least two optoelectronic components comprise optical detectors and the system functions as a demultiplexer.
A dual-band semiconductor RF amplifier device, the device comprising a transistor having an output capacitance (C O) and an input capacitance, a first shunt element arranged in parallel with the output capacitance, the first shunt element comprising a first shunt inductor (L 1) connected in series with a first shunt capacitor (C 1), and a second shunt element arranged in parallel with the first shunt capacitor, the second shunt element comprising a second shunt inductor (L 2) connected in series with a second shunt capacitor (C 2), wherein the dual-band RF amplifier device is configured to be able to operate at two distinct frequency bands; wherein a capacitance of the second shunt capacitor (C 2) is such that it effectively forms a short at RF frequencies; wherein the first shunt inductor, the second shunt inductor, and the first shunt capacitor are configured to form an effective inductance that resonates with the output capacitance within each of the two distinct frequency bands, wherein the capacitance of the second shunt capacitor (C 2) is at least two times the capacitance of the first shunt capacitor (C 1); further comprising an input matching circuit which interacts with the input capacitance of the transistor and provides two separate input matchings at the two distinct frequency bands.
A polyvinyl acetal resin for thermoforming, the polyvinyl acetal resin being obtained by acetalization of a polyvinyl alcohol resin having a viscosity average polymerization degree of 500 to 2000 and a saponification degree of 99.5 mol% or more with aldehyde, wherein the sum of vinyl alcohol units acetalized with the aldehyde is 65 to 88 mol% with respect to the total repeating units, a content of alkali metal or alkali earth metal is 0.1 to 50 ppm, and a content of a plasticizer is 10 parts by mass or less with respect to 100 parts by mass of the polyvinyl acetal resin.
A method of performing impedance measurements on a subject, the method including, in a processing system: a) determining (620, 710) at least one impedance measurement to be performed; b) determining at least one electrode arrangement associated with the determined impedance measurement; c) displaying a representation indicative of the electrode arrangement, comprising displaying (625, 725) a first representation indicative of required electrode positions of a set of electrodes, to allow a user to determine where electrodes should be positioned on the subject; d) receiving an input command indicating that the electrodes and leads are arranged in accordance with the displayed arrangement; and e) causing (645, 735) the impedance measurement to be performed in accordance with the received input command, characterised in that displaying the representation indicative of the electrode arrangement further comprises a subsequent step of displaying a second representation indicative of a lead connection between the processing system (10, 17) and a number of the set of electrodes (13, 14, 15, 16), by highlighting the required electrode position (1013, 1014, 1015, 1016) of each of the number of the set of electrodes (13, 14, 15, 16) in an appropriate colour to allow the user to connect each lead having a respective colour to a corresponding electrode (13, 14, 15, 16). a) determining (620, 710) at least one impedance measurement to be performed; b) determining at least one electrode arrangement associated with the determined impedance measurement; c) displaying a representation indicative of the electrode arrangement, comprising displaying (625, 725) a first representation indicative of required electrode positions of a set of electrodes, to allow a user to determine where electrodes should be positioned on the subject; d) receiving an input command indicating that the electrodes and leads are arranged in accordance with the displayed arrangement; and e) causing (645, 735) the impedance measurement to be performed in accordance with the received input command,
An imaging apparatus for diagnosis which is connected with a probe including a photo coupling unit between a transmitting and receiving unit and a fixed unit, said transmitting and receiving unit transmitting a light transmitted from a light source (209, 308) continuously to the inside of a body cavity and concurrently, receiving a reflected light continuously from the inside of the body cavity, and which generates a tomographic image inside the body cavity based on the obtained reflected light by obtaining the reflected light from the transmitting and receiving unit while rotating the transmitting and receiving unit relative to the fixed unit, characterized by comprising: a lens surface reflected signal extraction unit extracting intensity of the reflected light indicative of the coupling state between the transmitting and receiving unit and the fixed unit, within the reflected lights obtained from the transmitting and receiving unit at respective rotary angles of the transmitting and receiving unit during rotation, obtained by a phenomenon that the light transmitted to the transmitting and receiving unit is reflected at the transmitting and receiving unit; and judgment means judging whether or not the intensity of each reflected light extracted by the lens surface reflected signal extraction unit at each rotary angle of the transmitting and receiving unit relative to the fixed unit lies in a range of a predetermined variation width. a lens surface reflected signal extraction unit extracting intensity of the reflected light indicative of the coupling state between the transmitting and receiving unit and the fixed unit, within the reflected lights obtained from the transmitting and receiving unit at respective rotary angles of the transmitting and receiving unit during rotation, obtained by a phenomenon that the light transmitted to the transmitting and receiving unit is reflected at the transmitting and receiving unit; and judgment means judging whether or not the intensity of each reflected light extracted by the lens surface reflected signal extraction unit at each rotary angle of the transmitting and receiving unit relative to the fixed unit lies in a range of a predetermined variation width.
A method for producing sustainable composite materials designed for the production of pre-compressed elements, such as blocks, panels, prefabricated walls, beams, and slabs for structural or non-structural use in the building sector, comprising the following steps: providing an amount of a dry fibrous organic material; providing a first outer casing made of a heat-meltable bioplastic material for containing the fibrous material for formation of a composite material; providing a plurality of inner casings containing portions of said fibrous material; and compressing the composite material comprising the fibrous material and the outer and inner casings of plastic material at a compressive stress higher than 1.0 N/mm 2, preferably between 1.0 N/mm 2 and 13.0 N/mm 2; heating the composite material in the compressive state up to melting of the outer and inner casings and gluing thereof to the fibrous organic material so as to obtain an extensive honeycomb structure constituted by a tri-directional lattice of bioplastic material formed by a set of closed cells connected both together and to the outer casing and adherent to the fibrous organic material in contact therewith; and cooling the composite material in the compressive state up to solidification of the honeycomb structure made of bioplastic material in order to maintain a state of co-action in permanent equilibrium with the fibrous organic material permanently compressed and the bioplastic material permanently tensioned. providing an amount of a dry fibrous organic material; providing a first outer casing made of a heat-meltable bioplastic material for containing the fibrous material for formation of a composite material; providing a plurality of inner casings containing portions of said fibrous material; and compressing the composite material comprising the fibrous material and the outer and inner casings of plastic material at a compressive stress higher than 1.0 N/mm 2, preferably between 1.0 N/mm 2 and 13.0 N/mm 2; heating the composite material in the compressive state up to melting of the outer and inner casings and gluing thereof to the fibrous organic material so as to obtain an extensive honeycomb structure constituted by a tri-directional lattice of bioplastic material formed by a set of closed cells connected both together and to the outer casing and adherent to the fibrous organic material in contact therewith; and cooling the composite material in the compressive state up to solidification of the honeycomb structure made of bioplastic material in order to maintain a state of co-action in permanent equilibrium with the fibrous organic material permanently compressed and the bioplastic material permanently tensioned.
A modular aircraft floor track adapter system, comprising: a plurality of adapter plates each laterally sized to span existing adjacent aircraft longitudinal floor beams; each of the plurality of adapter plates including a series of holes for attaching seat track sections thereto between existing floor beam locations, wherein the series of holes open through the top face of the adapter plate; characterized in that the adapter plates are adapted to interlock with each other at existing longitudinal floor beam locations, and are adapted to be attached to said existing longitudinal floor beams, the plurality of adapter plates include interlocking features along their lateral edges, thereby preventing translational movement between plates along the longitudinal direction of the aircraft, each of the plurality of adapter plates is shaped to interlock with an adjacent one of the plurality of adapter plates at existing longitudinal floor beam locations in a side-by-side arrangement, such that the front and rear edges (30, 32) of the two adjacent adapter plates are aligned, and each of the plurality of adapter plates includes attachment tabs that are periodically arranged along the length of both the front and rear edges (30, 32) of the adapter plate for securing an aircraft floor panel to the adapter plate. a plurality of adapter plates each laterally sized to span existing adjacent aircraft longitudinal floor beams; each of the plurality of adapter plates including a series of holes for attaching seat track sections thereto between existing floor beam locations, wherein the series of holes open through the top face of the adapter plate; characterized in that the adapter plates are adapted to interlock with each other at existing longitudinal floor beam locations, and are adapted to be attached to said existing longitudinal floor beams, the plurality of adapter plates include interlocking features along their lateral edges, thereby preventing translational movement between plates along the longitudinal direction of the aircraft, each of the plurality of adapter plates is shaped to interlock with an adjacent one of the plurality of adapter plates at existing longitudinal floor beam locations in a side-by-side arrangement, such that the front and rear edges (30, 32) of the two adjacent adapter plates are aligned, and each of the plurality of adapter plates includes attachment tabs that are periodically arranged along the length of both the front and rear edges (30, 32) of the adapter plate for securing an aircraft floor panel to the adapter plate.
Device for producing a multilayer element comprising at least one web of composite material and one layer of plastic material and having at least one punching passing through the web and being surrounded by the layer, the device comprising (i) a die having at least one opening, (ii) an upper frame, (iii) at least one blank holder which is movable relative to the upper frame between a lower holding position and an upper molding position and intended to come opposite to the opening, and (iv) at least one punch which is movable between a retracted position and a deployed position in which the punch is configured to slide in the opening and punch the web which is interposed between the die and the blank holder, and define a core for the injection of the layer, the blank holder being configured to hold the web positioned on the die, in its lower holding position, during the punching by the punch and to form a molding cavity with the punch delimiting the layer, in its upper molding position.
An elongate endovascular element for crossing through an obstruction in a blood vessel, the element comprising: a proximal section (124, 128, 144, 184, 204); a distal tip section (130, 208) of smaller diameter than the proximal section; and a distally-tapering intermediate section (130, 132, 134, 186, 206) extending between the proximal and distal tip sections; characterised in that the tapered intermediate section has a length that is λ/2 or a multiple or an even-denominator fraction of λ/2 in the sequence λ/4, λ/8..., where λ is a wavelength of a driving frequency that will produce longitudinal resonance in the element, and wherein the proximal section of the element is marked with a series of longitudinally-spaced location markers, spaced apart from each other by a distance of λ/2, to guide the user in coupling an activation unit for optimal activation of the distal tip section. a proximal section (124, 128, 144, 184, 204); a distal tip section (130, 208) of smaller diameter than the proximal section; and a distally-tapering intermediate section (130, 132, 134, 186, 206) extending between the proximal and distal tip sections; characterised in that the tapered intermediate section has a length that is λ/2 or a multiple or an even-denominator fraction of λ/2 in the sequence λ/4, λ/8..., where λ is a wavelength of a driving frequency that will produce longitudinal resonance in the element, and wherein the proximal section of the element is marked with a series of longitudinally-spaced location markers, spaced apart from each other by a distance of λ/2, to guide the user in coupling an activation unit for optimal activation of the distal tip section.
An encapsulated window assembly comprising a transparent glass substrate having first and second major surfaces (16, 18) terminating in a peripheral edge with an interlockable seal molded onto a peripheral portion of the substrate, the seal comprising: a base portion being in molded bonding contact with each of the first and second major surfaces (16, 18) and the peripheral edge of the glass substrate; the base portion further comprising: an exterior profile portion proximate the first major surface of the substrate; an interior profile portion proximate the second major surface of the substrate; a connecting portion proximate the peripheral edge of the glass substrate connecting the exterior and interior profile portions (24, 26) of the base portion; a lip portion extending substantially laterally for a predetermined length from the exterior profile portion of the base portion, the lip portion comprising: a deformable profile portion; a distal locking portion and an elbow portion flexibly connecting the deformable profile portion and the distal locking portion characterised in that the interior profile portion includes a female locking portion, and the distal locking portion includes a male locking portion for interlocking with the female locking portion wherein the glass substrate acts as a first supporting member of the seal when in an interlocked configuration, and the seal is configured to be supportable by a second supporting member; and also wherein when the encapsulated window assembly is installed in a vehicle body opening outlined by the sheet metal of the vehicle body, the sheet metal of the vehicle body opening acts as the second supporting member for the seal when in an interlocked configuration. a base portion being in molded bonding contact with each of the first and second major surfaces (16, 18) and the peripheral edge of the glass substrate; the base portion further comprising: an exterior profile portion proximate the first major surface of the substrate; an interior profile portion proximate the second major surface of the substrate; a connecting portion proximate the peripheral edge of the glass substrate connecting the exterior and interior profile portions (24, 26) of the base portion; an exterior profile portion proximate the first major surface of the substrate; an interior profile portion proximate the second major surface of the substrate; a connecting portion proximate the peripheral edge of the glass substrate connecting the exterior and interior profile portions (24, 26) of the base portion; a lip portion extending substantially laterally for a predetermined length from the exterior profile portion of the base portion, the lip portion comprising: a deformable profile portion; a distal locking portion and an elbow portion flexibly connecting the deformable profile portion and the distal locking portion a deformable profile portion; a distal locking portion and an elbow portion flexibly connecting the deformable profile portion and the distal locking portion
A method comprising: rendering a computer simulated scene for display to a user; detecting an onset of a saccade that causes saccadic masking in an eye movement of the user viewing the computer simulated scene; determining a confidence level of the detection of the onset of the saccade; and reducing a computing resource used for rendering frames of the computer simulated scene during at least a portion of a duration of the saccade, wherein an amount or a method of the reduction is determined the based on the confidence level. rendering a computer simulated scene for display to a user; detecting an onset of a saccade that causes saccadic masking in an eye movement of the user viewing the computer simulated scene; determining a confidence level of the detection of the onset of the saccade; and reducing a computing resource used for rendering frames of the computer simulated scene during at least a portion of a duration of the saccade, wherein an amount or a method of the reduction is determined the based on the confidence level.
Bicycle computer to detect data during use of a bicycle, having: - an interface to at least one sensor which detects data for use of the bicycle, - a control and evaluation unit to process and store the data or a part thereof received via the interface, - a computer interface for communication with a computer which is designed as a standards-compliant interface, and - wherein a public mass storage is provided which can be accessed via the standards-compliant interface by means of a standard mass storage protocol, characterised in that - an internal data memory is provided, - the control and evaluation unit is designed to store the data or the part thereof received via the interface in the internal data memory, - a data file which can be interpreted by a computer connected via the standards-compliant interface is provided in the public mass storage, - a communication memory is provided, - it is possible to read and write to the communication memory by means of the interpretable data file, and - by using data written to the communication memory the control and evaluation unit can be triggered to write data from the internal data memory to the communication memory. - an interface to at least one sensor which detects data for use of the bicycle, - a control and evaluation unit to process and store the data or a part thereof received via the interface, - a computer interface for communication with a computer which is designed as a standards-compliant interface, and - wherein a public mass storage is provided which can be accessed via the standards-compliant interface by means of a standard mass storage protocol, - an internal data memory is provided, - the control and evaluation unit is designed to store the data or the part thereof received via the interface in the internal data memory, - a data file which can be interpreted by a computer connected via the standards-compliant interface is provided in the public mass storage, - a communication memory is provided, - it is possible to read and write to the communication memory by means of the interpretable data file, and - by using data written to the communication memory the control and evaluation unit can be triggered to write data from the internal data memory to the communication memory.
Connecting element for ends of optical waveguides (1, 23, 25) for transferring optical signals, comprising a) at least one support component, b) at least one guide component (3, 22), comprising in each case at least one retainer for a waveguide end, c) at least one optically transparent coupling element with at least one inlet region and one outlet region (12, 17, 18) for the optical signals, and d) securing means (7, 8, 10, 11) for the guide components and coupling element to the support component, characterised in that e) the guide components, the coupling element, and the support components are in each case cut out by a cutting process in a two-dimensional cutting pattern with the formation of cutting areas from a flat sheet material, and f) the securing means (7, 8, 10, 11) are latch connections, in each case with two elastic retaining lugs and at least one mechanical latch, wherein the two retaining lugs are symmetrically aligned against each other and in each case a slanted surface taking effect against the slanted surface. a) at least one support component, b) at least one guide component (3, 22), comprising in each case at least one retainer for a waveguide end, c) at least one optically transparent coupling element with at least one inlet region and one outlet region (12, 17, 18) for the optical signals, and d) securing means (7, 8, 10, 11) for the guide components and coupling element to the support component, characterised in that e) the guide components, the coupling element, and the support components are in each case cut out by a cutting process in a two-dimensional cutting pattern with the formation of cutting areas from a flat sheet material, and f) the securing means (7, 8, 10, 11) are latch connections, in each case with two elastic retaining lugs and at least one mechanical latch, wherein the two retaining lugs are symmetrically aligned against each other and in each case a slanted surface taking effect against the slanted surface.