mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-waveguide optical structure , comprising: multiple waveguides stacked to intercept light passing sequentially through each waveguide , each waveguide associated with a differing color and a differing depth of plane, each waveguide comprising: a first adhesive layer , a substrate having a first index of refraction, a first patterned layer positioned such that the first adhesive layer is between the first patterned layer and the substrate , the first adhesive layer providing adhesion between the first patterned layer and the substrate , the first patterned layer having a second index of refraction less than the first index of refraction, the first patterned layer defining a diffraction grating, wherein a field of view associated with the waveguide is based on the first and the second indices of refraction, a second adhesive layer positioned such that the substrate is between the first adhesive layer and the second adhesive layer , and an anti-reflective layer positioned between the substrate and the second adhesive layer . a first adhesive layer , a substrate having a first index of refraction, a first patterned layer positioned such that the first adhesive layer is between the first patterned layer and the substrate , the first adhesive layer providing adhesion between the first patterned layer and the substrate , the first patterned layer having a second index of refraction less than the first index of refraction, the first patterned layer defining a diffraction grating, wherein a field of view associated with the waveguide is based on the first and the second indices of refraction, a second adhesive layer positioned such that the substrate is between the first adhesive layer and the second adhesive layer , and an anti-reflective layer positioned between the substrate and the second adhesive layer .
A paint composition comprising an aluminum pigment and a mica pigment, a content of the aluminum pigment being higher than a content of the mica pigment, the aluminum pigment having a specific surface area, determined by BET method, of not more than 55000 cm 2 /g, an average thickness of not less than 0.3 μm, and an aspect ratio of not more than 50, wherein a ratio A/B between the content A of the aluminum pigment and the content B of the mica pigment is not less than 1.5 and not more than 2, with respect to 100 parts by mass of the resin solid in the paint composition, the total content of the aluminum pigment and the mica pigment in the paint composition is 5 to 20 parts by mass.
Poppet valve , in particular plate valve, with a longitudinal axis (L), with a valve seat having a plurality of valve seat passage channels , with a catcher arranged at a distance from the valve seat in the direction of the longitudinal axis (L), and with a sealing element arranged movably between the valve seat and the catcher for opening and closing the valve seat passage channels , and with a damping element disposed between the sealing element and the catcher , at least one of the valve components formed as a valve seat or a catcher having a plurality of passage channel limiting sections and a plurality of web portions , the passage channel limiting sections forming valve seat passage channels and/or catcher passage channels , wherein the passage channel limiting sections and the web portions each extend mutually at an angle (α), wherein all the passage channel limiting sections are dimensioned shorter in the direction of the longitudinal axis (L) of the respective valve component than the web portions of the respective valve component, wherein the web portions of the respective valve component are free of support surfaces for the sealing element or the damping element , wherein the web portions of the respective valve component, on a side facing the sealing element or the damping element , are recessed in the direction of the longitudinal axis (L) with respect to one of the passage channel limiting sections , wherein the web portions extend radially with respect to the longitudinal axis (L), wherein a plurality of passage channel limiting sections are arranged spaced apart from each other in the radial direction and connected to the web portion , characterized in that at least one of the valve components formed as a valve seat or catcher is produced at least in sections by additive manufacturing, that in the direction of the longitudinal axis (L), the length of the passage channel limiting sections decreases towards the longitudinal axis (L), and that in the direction of the longitudinal axis (L), the passage channel limiting section closest to the longitudinal axis (L) has a length of no more than half the web portion .
A long-acting compstatin analog comprising a clearance-reducing moiety attached to two compstatin analog moieties, wherein each compstatin analog moiety comprises a cyclic peptide extended by a lysine residue or a sequence comprising a lysine residue at the N-terminus, C-terminus, or both, wherein the lysine residue is separated from the cyclic portion of the peptide by a rigid or flexible spacer comprising an oligo(ethylene glycol) moiety; the clearance reducing moiety comprises a polymer, wherein each end of the polymer is linked to one of the compstatin analog moieties by way of a carbamate or an amide; and the spacer comprises 8-amino-3,6-dioxaoctanoic acid (AEEAc) or 11-amino-3,6,9-trioxaundecanoic acid. each compstatin analog moiety comprises a cyclic peptide extended by a lysine residue or a sequence comprising a lysine residue at the N-terminus, C-terminus, or both, wherein the lysine residue is separated from the cyclic portion of the peptide by a rigid or flexible spacer comprising an oligo(ethylene glycol) moiety; the clearance reducing moiety comprises a polymer, wherein each end of the polymer is linked to one of the compstatin analog moieties by way of a carbamate or an amide; and the spacer comprises 8-amino-3,6-dioxaoctanoic acid (AEEAc) or 11-amino-3,6,9-trioxaundecanoic acid.
A method in a wireless communication device , the method comprising: receiving a plurality of control channel elements, at the wireless communication device from a wireless communication network infrastructure entity , in a composite control channel portion of a frame that constitutes a portion of a radio frame, the frame corresponding to a common transmit time interval, wherein the control channel elements each comprise a codeword that provides a physical mapping of a logical control channel to a sequence of symbols, wherein more than one control channel element is addressed, by the wireless communication network infrastructure entity , to the wireless communication device; attempting to decode a single control channel element of the plurality of control channel elements; determining whether the attempted decoding of the single control channel element is successful; if the attempt to decode the single control channel element is not successful, combining at least two of the plurality of control channel elements according to predefined combinations of control channel elements, wherein the combining comprises combining the single control channel element comprising a first set of subcarriers with one other control channel element comprising a second set of subcarriers, and wherein the single control channel element and the one other control channel element constitute the combined control channel elements; and attempting to decode the combined control channel elements. receiving a plurality of control channel elements, at the wireless communication device from a wireless communication network infrastructure entity , in a composite control channel portion of a frame that constitutes a portion of a radio frame, the frame corresponding to a common transmit time interval, wherein the control channel elements each comprise a codeword that provides a physical mapping of a logical control channel to a sequence of symbols, wherein more than one control channel element is addressed, by the wireless communication network infrastructure entity , to the wireless communication device; attempting to decode a single control channel element of the plurality of control channel elements; determining whether the attempted decoding of the single control channel element is successful; if the attempt to decode the single control channel element is not successful, combining at least two of the plurality of control channel elements according to predefined combinations of control channel elements, wherein the combining comprises combining the single control channel element comprising a first set of subcarriers with one other control channel element comprising a second set of subcarriers, and wherein the single control channel element and the one other control channel element constitute the combined control channel elements; and attempting to decode the combined control channel elements.
Micro-optical system for the formation of visual images with kinematic effects of motion whereby the micro-optical system is a single-layer phase flat optical element residing on a base and located in a region (G) of the z=0 plane of the Cartesian coordinate system Oxyz, which region is subdivided into elementary areas G ij , i =1, 2, ... I, j = 1, 2, ... J, whereby when the micro-optical system is illuminated by a point source the observer sees simultaneously the symbols A 1 and A 2 , and when the optical element is inclined symbols A 1 and A 2 move in opposite directions over the entire area of the optical element, characterised in that each of the elementary areas have a size no greater than 100 microns, whereby in the elementary areas G ij with even sum (i+j) the phase function of the optical element is equal to the sum of the phase function Φ ij (x,y) of the multigrade kinoform that forms the image of symbol A 1 in the focal plane z=const, and the given function h ij (x,y) = C · ρ α in the polar coordinate system x = ρ · cos φ, y = ρ · sin φ, where C is a given positive parameter and α, a given parameter in the 1 < α < 3 interval, whereby in the areas G ij with odd sum (i+j) the phase function of the optical element is equal to the sum of the given function h ij (x,y) = - C · ρ α and the phase function Φ ij (x,y) of the multigrade kinoform that forms the image of symbol A 2 in the focal plane z=const.
An overhead conveyor system (1a..1d) comprising - hanging bags (2, 2a..2d), which each comprise a bag body adjustable between a transport position and a loading position and made of a flexible material, and which are configured for transporting articles (4, 4a..4i), - a loading station (5a..5d), which comprises an actuation device by means of which the bag body can be adjusted from the transport position into the loading position and from the loading position into the transport position, and at which a hanging bag (2, 2a..2d) may be loaded with an article (4, 4a..4i) when the bag body is in the loading position, - an overhead conveying device (6, 6a..6d) for transporting a hanging bag (2, 2a..2d) into the loading station (5a..5d) and for transporting the hanging bag (2, 2a..2d) out of the loading station (5a..5d), characterized by - a measuring device (11a..11d), which is configured to determine an expansion (a) of the bag body in a transport direction of the loaded hanging bag (2, 2a..2d) in the transport position of the bag body . - hanging bags (2, 2a..2d), which each comprise a bag body adjustable between a transport position and a loading position and made of a flexible material, and which are configured for transporting articles (4, 4a..4i), - a loading station (5a..5d), which comprises an actuation device by means of which the bag body can be adjusted from the transport position into the loading position and from the loading position into the transport position, and at which a hanging bag (2, 2a..2d) may be loaded with an article (4, 4a..4i) when the bag body is in the loading position, - an overhead conveying device (6, 6a..6d) for transporting a hanging bag (2, 2a..2d) into the loading station (5a..5d) and for transporting the hanging bag (2, 2a..2d) out of the loading station (5a..5d), characterized by - a measuring device (11a..11d), which is configured to determine an expansion (a) of the bag body in a transport direction of the loaded hanging bag (2, 2a..2d) in the transport position of the bag body .
A method of wireless communication at a device, comprising: receiving control information from a user equipment, UE, the control information comprising information indicating resources for peer-to-peer communication; establishing a peer-to-peer link with the UE to receive authentication information for using the resources to communicate with a peer device; wherein the authentication information provides authentication for using the resources only when the UE is in the RF vicinity of the device and the peer device; communicating directly with the peer device using the resources; and continuously contacting the UE to update the authentication information. receiving control information from a user equipment, UE, the control information comprising information indicating resources for peer-to-peer communication; establishing a peer-to-peer link with the UE to receive authentication information for using the resources to communicate with a peer device; wherein the authentication information provides authentication for using the resources only when the UE is in the RF vicinity of the device and the peer device; communicating directly with the peer device using the resources; and continuously contacting the UE to update the authentication information.
A 4:3 naltrexone: 5-methyl-2-furaldehyde cocrystal.
A method for operating a terminal in a wireless communication system, the method comprising: receiving information regarding a cyclic pattern of the reference signals of at least one of adjacent base stations; receiving, from each of the adjacent base stations, a part of a first set of reference signals that are transmitted through transmission beams arranged in a first order through a first set of reception beams of the terminal, the part of the first set of the reference signals being received during a first measurement interval in a first time interval; receiving, from each of the adjacent base stations, a part of a second set of the reference signals that are transmitted through the transmission beams arranged in a second order, which is different from the first order, through a second set of reception beams of the terminal the part of the second set of the reference signals being received during a second measurement interval in a second time interval; measuring signal qualities for the part of the first set of the reference signals and the part of the second set of the reference signals; and determining an optimum combination of transmission beams and reception beams based on the measured signal qualities, wherein the first set of the reference signals and the second set of the reference signals are transmitted through same transmission beams in different orders, wherein the transmission beams arranged in the second order are cyclically shifted from the transmission beams arranged in the first order. receiving information regarding a cyclic pattern of the reference signals of at least one of adjacent base stations; receiving, from each of the adjacent base stations, a part of a first set of reference signals that are transmitted through transmission beams arranged in a first order through a first set of reception beams of the terminal, the part of the first set of the reference signals being received during a first measurement interval in a first time interval; receiving, from each of the adjacent base stations, a part of a second set of the reference signals that are transmitted through the transmission beams arranged in a second order, which is different from the first order, through a second set of reception beams of the terminal the part of the second set of the reference signals being received during a second measurement interval in a second time interval; measuring signal qualities for the part of the first set of the reference signals and the part of the second set of the reference signals; and determining an optimum combination of transmission beams and reception beams based on the measured signal qualities, wherein the first set of the reference signals and the second set of the reference signals are transmitted through same transmission beams in different orders, wherein the transmission beams arranged in the second order are cyclically shifted from the transmission beams arranged in the first order.
A microwave amplification apparatus for an electrosurgical instrument, the microwave amplification apparatus comprising: a cable assembly; a proximal launch portion connected to a proximal end of the cable assembly, the proximal launch portion comprising: a DC source configured to launch a DC signal along the cable assembly; and a microwave source configured to launch a microwave signal along the cable assembly; a distal amplification portion connected to a distal end of the cable assembly, the distal amplification portion comprising a power amplifier configured to receive the microwave signal as an input signal to be amplified, wherein the distal amplification portion is configured to apply the DC signal as a drain voltage across the power amplifier; and a gate voltage extraction module configured to extract a bias voltage from the DC signal and apply it to a gate of the power amplifier; wherein the power amplifier has an output that is connectable to deliver an amplified microwave signal to a structure that is configured to deliver microwave energy into biological tissue. a cable assembly; a proximal launch portion connected to a proximal end of the cable assembly, the proximal launch portion comprising: a DC source configured to launch a DC signal along the cable assembly; and a microwave source configured to launch a microwave signal along the cable assembly; a DC source configured to launch a DC signal along the cable assembly; and a microwave source configured to launch a microwave signal along the cable assembly; a distal amplification portion connected to a distal end of the cable assembly, the distal amplification portion comprising a power amplifier configured to receive the microwave signal as an input signal to be amplified, wherein the distal amplification portion is configured to apply the DC signal as a drain voltage across the power amplifier; and a gate voltage extraction module configured to extract a bias voltage from the DC signal and apply it to a gate of the power amplifier; wherein the power amplifier has an output that is connectable to deliver an amplified microwave signal to a structure that is configured to deliver microwave energy into biological tissue.
A method for displaying an ultrasound image of an object having a tubular shape, the method comprising: acquiring ultrasound volume data of the object (S350); generating a first ultrasound image (S360) which is obtained by imaging a surface of the object, based on the ultrasound volume data; generating a second ultrasound image (S370) which is obtained by imaging at least one selected from blood flow, a thickness of a wall, and contrast agent augmentation of an inside of the object included in the first ultrasound image , based on the ultrasound volume data; and displaying the first ultrasound image and the second ultrasound image (S380) at the same time, wherein the first ultrasound image represents a slice that is parallel to an axis of the object and a center line of the inside of the object, and an abscissa axis of the second ultrasound image indicates a position on the center line . acquiring ultrasound volume data of the object (S350); generating a first ultrasound image (S360) which is obtained by imaging a surface of the object, based on the ultrasound volume data; generating a second ultrasound image (S370) which is obtained by imaging at least one selected from blood flow, a thickness of a wall, and contrast agent augmentation of an inside of the object included in the first ultrasound image , based on the ultrasound volume data; and displaying the first ultrasound image and the second ultrasound image (S380) at the same time, wherein the first ultrasound image represents a slice that is parallel to an axis of the object and a center line of the inside of the object, and an abscissa axis of the second ultrasound image indicates a position on the center line .
An eye observation device, comprising: a detector that produces a signal dependent on variations in the pupil diameter of an eye of a subject; a display for presenting to the subject a luminous pattern that is subdivided into a plurality of regions (R1-R9), the display being controlled so that each region has a light intensity modulated at a respective modulation frequency, the modulation frequencies being different from one region to the next; and an analyzer that receives the signal of the detector and that analyzes its frequency content, the device being characterized in that the modulation frequencies are chosen so that none of them is a harmonic of another. a detector that produces a signal dependent on variations in the pupil diameter of an eye of a subject; a display for presenting to the subject a luminous pattern that is subdivided into a plurality of regions (R1-R9), the display being controlled so that each region has a light intensity modulated at a respective modulation frequency, the modulation frequencies being different from one region to the next; and an analyzer that receives the signal of the detector and that analyzes its frequency content, the device being characterized in that the modulation frequencies are chosen so that none of them is a harmonic of another.
Hinge assembly for fastening a leaf of a door or a window to a frame , which assembly has at least two hinge parts comprising at least one frame hinge part which can be fastened to the frame and a leaf hinge part which can be fastened to the leaf, and has at least one clamping assembly , wherein at least one of the hinge parts can be fastened to the frame or leaf via the at least one clamping assembly , and the at least one clamping assembly comprises a clamping plate with a curved extension for engaging behind a first groove of the frame or leaf and a guide plate having guide surfaces designed to guide and receive the clamping plate and to be arranged between the clamping plate and the frame or leaf, wherein the guide plate and clamping plate interact during assembly in such a way that the clamping plate is first guided through the guide surfaces of the guide plate and as soon as it engages behind the groove of the frame or leaf, it in turn clamps the guide plate and also the hinge part against the frame or leaf. at least one of the hinge parts can be fastened to the frame or leaf via the at least one clamping assembly , and the at least one clamping assembly comprises a clamping plate with a curved extension for engaging behind a first groove of the frame or leaf and a guide plate having guide surfaces designed to guide and receive the clamping plate and to be arranged between the clamping plate and the frame or leaf, wherein the guide plate and clamping plate interact during assembly in such a way that the clamping plate is first guided through the guide surfaces of the guide plate and as soon as it engages behind the groove of the frame or leaf, it in turn clamps the guide plate and also the hinge part against the frame or leaf.