mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting foreign bodies on a window , comprising: a window ; a light source coupled to a first edge of the window and configured to emit light toward the first edge causing a fraction of the light to be coupled to the window and to propagate across the window to a second edge of the window as electromagnetic radiation; a photodetector configured to measure a radiation power of outcoupled light, wherein the measured outcoupled light is a subset of the electromagnetic radiation that is outcoupled from the window , wherein the photodetector is coupled to the window such that the photodetector is located at or near a node of maximum power of the outcoupled light; a comparator configured to determine a difference between radiation power of the outcoupled light and a baseline radiation value, and output an output signal that initiates a control operation in response to determining that the difference satisfies a defined criterion, wherein the output signal is configured to at least one of increase a power of the light source, increase an aperture opening of the photodetector , or increase an integration time setting of the photodetector based on an amount of the difference between the radiation power and the baseline radiation value. a window ; a light source coupled to a first edge of the window and configured to emit light toward the first edge causing a fraction of the light to be coupled to the window and to propagate across the window to a second edge of the window as electromagnetic radiation; a photodetector configured to measure a radiation power of outcoupled light, wherein the measured outcoupled light is a subset of the electromagnetic radiation that is outcoupled from the window , wherein the photodetector is coupled to the window such that the photodetector is located at or near a node of maximum power of the outcoupled light; a comparator configured to determine a difference between radiation power of the outcoupled light and a baseline radiation value, and output an output signal that initiates a control operation in response to determining that the difference satisfies a defined criterion, wherein the output signal is configured to at least one of increase a power of the light source, increase an aperture opening of the photodetector , or increase an integration time setting of the photodetector based on an amount of the difference between the radiation power and the baseline radiation value. determine a difference between radiation power of the outcoupled light and a baseline radiation value, and output an output signal that initiates a control operation in response to determining that the difference satisfies a defined criterion, wherein the output signal is configured to at least one of increase a power of the light source, increase an aperture opening of the photodetector , or increase an integration time setting of the photodetector based on an amount of the difference between the radiation power and the baseline radiation value.
A computer-implemented method for managing a routing table utilizing a secure blockchain routing protocol performed by a blockchain routing node (A) of an overlay network , comprising: transmitting forwarding table request messages to a plurality of blockchain routing nodes (B, C); receiving a forwarding table from each of the plurality of blockchain routing nodes (B, C) in accordance with an extended blockchain protocol, each of the node forwarding tables corresponding to a respective one of the plurality of blockchain routing nodes (B, C), the blockchain routing node (A) participating with the plurality of blockchain routing nodes (B, C) in the overlay network ; determining the routing table for the overlay network utilizing forwarding information received with the forwarding tables ; determining corresponding forwarding tables for any suitable combination of the blockchain routing node (A) and the plurality of blockchain routing nodes (B, C) by calculating a total cost associated with each available route associated with the received forwarding information to determine at least one optimal route between each of the blockchain routing nodes (A, B, C) in the network utilizing the calculated costs; distributing the determined forwarding tables to the plurality of blockchain routing nodes (B, C); and maintaining the determined routing table and the determined forwarding tables in one or more blockchain ledgers by transmitting and/or receiving information to and/or from the blockchain routing node (A) and plurality of blockchain routing nodes (B, C) to collectively maintain the one or more blockchain ledgers. transmitting forwarding table request messages to a plurality of blockchain routing nodes (B, C); receiving a forwarding table from each of the plurality of blockchain routing nodes (B, C) in accordance with an extended blockchain protocol, each of the node forwarding tables corresponding to a respective one of the plurality of blockchain routing nodes (B, C), the blockchain routing node (A) participating with the plurality of blockchain routing nodes (B, C) in the overlay network ; determining the routing table for the overlay network utilizing forwarding information received with the forwarding tables ; determining corresponding forwarding tables for any suitable combination of the blockchain routing node (A) and the plurality of blockchain routing nodes (B, C) by calculating a total cost associated with each available route associated with the received forwarding information to determine at least one optimal route between each of the blockchain routing nodes (A, B, C) in the network utilizing the calculated costs; distributing the determined forwarding tables to the plurality of blockchain routing nodes (B, C); and maintaining the determined routing table and the determined forwarding tables in one or more blockchain ledgers by transmitting and/or receiving information to and/or from the blockchain routing node (A) and plurality of blockchain routing nodes (B, C) to collectively maintain the one or more blockchain ledgers.
A user equipment, UE, comprising: a transceiver configured to receive a downlink, DL, control information, DCI, signaling; and a processor operably connected to the transceiver, the processor configured to: identify, from the DCI signaling, parameters for a first codeword and an indication of control signaling for parameters for N-1 additional codewords, wherein N is a number of codewords scheduled for the UE and N ≥ 1; characterised in that the processor is further configured to, when N>1, determine a location of the control signaling for the parameters for the N-1 additional codewords based on the DCI signaling, wherein the DCI signaling includes information for the location of the control signaling for parameters for the N-1 additional codewords. a transceiver configured to receive a downlink, DL, control information, DCI, signaling; and a processor operably connected to the transceiver, the processor configured to: identify, from the DCI signaling, parameters for a first codeword and an indication of control signaling for parameters for N-1 additional codewords, wherein N is a number of codewords scheduled for the UE and N ≥ 1; characterised in that the processor is further configured to, when N>1, determine a location of the control signaling for the parameters for the N-1 additional codewords based on the DCI signaling, wherein the DCI signaling includes information for the location of the control signaling for parameters for the N-1 additional codewords. identify, from the DCI signaling, parameters for a first codeword and an indication of control signaling for parameters for N-1 additional codewords, wherein N is a number of codewords scheduled for the UE and N ≥ 1; characterised in that the processor is further configured to, when N>1, determine a location of the control signaling for the parameters for the N-1 additional codewords based on the DCI signaling, wherein the DCI signaling includes information for the location of the control signaling for parameters for the N-1 additional codewords.
A portable vehicle alignment system or aligner, comprising: a base ; a substantially vertical central column rigidly attached to and supported by the base , the central column having a carriage mounted to move along a length of the central column ; and a pair of camera arm assemblies, each camera arm assembly having a proximal end pivotably attached to the movable carriage , and a distal end comprising a camera pod ; wherein a first one of the camera pods comprises a first camera for capturing image data of a first target (T) mounted on a vehicle, and a calibration target disposed in a known relationship to the first camera ; wherein a second one of the camera pods comprises a second camera for capturing image data of a second target (T) mounted on the vehicle, and a calibration camera disposed in a known relationship to the second camera for capturing images of said calibration target ; and wherein the camera arm assemblies are pivotable between an extended position where the first and second cameras are respectively disposed to capture image data of the first and second targets (T) mounted on the vehicle, the calibration camera Z is disposed to capture images of said calibration target , and the aligner has a first width between the two camera pods , and a folded position where the aligner has a second width smaller than the first width between the camera pods . a base ; a substantially vertical central column rigidly attached to and supported by the base , the central column having a carriage mounted to move along a length of the central column ; and a pair of camera arm assemblies, each camera arm assembly having a proximal end pivotably attached to the movable carriage , and a distal end comprising a camera pod ; wherein a first one of the camera pods comprises a first camera for capturing image data of a first target (T) mounted on a vehicle, and a calibration target disposed in a known relationship to the first camera ; wherein a second one of the camera pods comprises a second camera for capturing image data of a second target (T) mounted on the vehicle, and a calibration camera disposed in a known relationship to the second camera for capturing images of said calibration target ; and wherein the camera arm assemblies are pivotable between an extended position where the first and second cameras are respectively disposed to capture image data of the first and second targets (T) mounted on the vehicle, the calibration camera Z is disposed to capture images of said calibration target , and the aligner has a first width between the two camera pods , and a folded position where the aligner has a second width smaller than the first width between the camera pods .
A connection device for connecting a drainage gutter to a further functional element , e.g. to an inlet box, a point drainage or a gully, comprising an adapter plate to which the drainage gutter can be connected, and an inlet part , which can be fixed in a sealed manner in a wall of the functional element , and fastening devices (41, 41'; 44, 44') by means of which the adapter plate can be firmly connected to the inlet part in such a manner that a flow space of the drainage gutter can be connected via a transition space in a sealed manner to an inner space of the functional element , wherein the inlet part and the adapter plate each have an interior space, wherein these two interior spaces together form the transition space , characterized in that between the inlet part and the adapter plate , a tooth system is provided for the defined height adjustment of the two parts relative to one another at various heights.
Swim suit , particularly for competition swimming, comprising an outer shell suitable to cover at least part of the body trunk and of the thighs of a swimmer , wherein the outer shell is made of a flexible stretchable fabric adapted to apply a hoop compression to the thighs and to the body trunk , wherein the swimsuit forms: - locally reinforced regions in which an additional inner layer of a flexible stretchable fabric is attached from inside to the outer shell so that the locally reinforced regions have a greater tensile stiffness than a tensile stiffness of said outer shell alone, and - non-reinforced regions formed by said outer shell alone and having only the tensile stiffness of said outer shell alone, wherein the stretchable fabric of the outer shell and the stretchable fabric of the only locally applied inner layer include both woven-in carbon fiber reinforcement, and the stretchable fabric of the outer shell has bi-directionally woven-in carbon fiber reinforcement and anisotropic stretch properties, characterized in that the locally arranged inner layer comprises a plurality of individual inner layer pieces connected to the outer shell along connection lines extending along peripheral edges of the inner layer piece, and without being connected over the entire surface area of the inner layer pieces. - locally reinforced regions in which an additional inner layer of a flexible stretchable fabric is attached from inside to the outer shell so that the locally reinforced regions have a greater tensile stiffness than a tensile stiffness of said outer shell alone, and - non-reinforced regions formed by said outer shell alone and having only the tensile stiffness of said outer shell alone,
A pressing screw of a pressing screw separator , comprising a base shaft , at least one screw thread arranged on the base shaft , and a wear element with - an additional shaft , and - at least one screw thread section arranged on the additional shaft , wherein the base shaft and the additional shaft can be plugged into each other so that the screw thread merges into the screw thread section , characterized by a first conical annular surface on the base shaft and a second conical annular surface on the additional shaft , wherein the two conical annular surfaces lie on each other in the plugged-together state, wherein the base shaft comprises a first portion with a first outer diameter and a second portion with a second outer diameter, wherein the second outer diameter is smaller than the first outer diameter, and wherein the additional shaft is plugged onto the second portion . - an additional shaft , and - at least one screw thread section arranged on the additional shaft ,
A computer-implemented method of evaluating an eye, the method comprising: segmenting , using an image processor, a plurality of high-resolution images of a cornea of the eye, to identify one or more of the plurality of biologically-defined microlayers of the cornea, the plurality of high-resolution images comprising a plurality of images for a plurality of biologically-defined micro-layers of the cornea, the segmenting further comprising: (a) performing an image registration on the plurality of high-resolution images by (i) identifying an anterior surface of one of the plurality of biologically-defined microlayers of the cornea, the anterior surface being a registration reference surface, (ii) comparing a plurality of image frames in the plurality of high-resolution images to the anterior surface, determining thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, from the segmentation of the plurality of high resolution images; developing , from the thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, a thickness map, the thickness map identifying differences in corneal thickness across the identified biologically-defined micro-layer, wherein the thickness map is correlated to a diagnosable condition of the cornea; and displaying the thickness map to provide an indication of the diagnosable condition, characterized in that the segmenting further comprises (iii) extracting frames that do not satisfy a registration condition, and (iv) for the remaining frames performing a summation and averaging process to produce a high-resolution composite image of the one of the plurality of biologically-defined micro-layers. (a) performing an image registration on the plurality of high-resolution images by (i) identifying an anterior surface of one of the plurality of biologically-defined microlayers of the cornea, the anterior surface being a registration reference surface, (ii) comparing a plurality of image frames in the plurality of high-resolution images to the anterior surface, determining thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, from the segmentation of the plurality of high resolution images; developing , from the thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, a thickness map, the thickness map identifying differences in corneal thickness across the identified biologically-defined micro-layer, wherein the thickness map is correlated to a diagnosable condition of the cornea; and displaying the thickness map to provide an indication of the diagnosable condition, characterized in that the segmenting further comprises (iii) extracting frames that do not satisfy a registration condition, and (iv) for the remaining frames performing a summation and averaging process to produce a high-resolution composite image of the one of the plurality of biologically-defined micro-layers.
Modified Cas9 nuclease comprising a Cas9 nuclease wherein the Cas9 is fused to CtIP and to an RNF168 mutant lacking the ring domain.
A crosslinkable polymeric composition, comprising: (a) an ethylene-based polymer; (b) an organic peroxide; and (c) a crosslinking coagent having at least one N,N-diallylamide functional group wherein said crosslinking coagent has a structure selected from the group consisting of formulas (I) or (II): and combinations thereof. (a) an ethylene-based polymer; (b) an organic peroxide; and (c) a crosslinking coagent having at least one N,N-diallylamide functional group wherein said crosslinking coagent has a structure selected from the group consisting of formulas (I) or (II):
A fixing structure of a wire bobbin to a wire electrical discharge machine comprising: a bolt configured to be inserted into an insertion hole formed in the wire bobbin so as to rotatably support the wire bobbin ; a regulating member provided on a proximal end side of the bolt to stop movement of the wire bobbin to the proximal end side of the bolt ; and a nut having a threaded hole to be screwed onto the bolt , wherein: the wire bobbin is fixed to the wire electrical discharge machine by the regulating member and the nut so as to be immovable in an axial direction of the bolt but rotatable, in a state where the bolt is inserted in the insertion hole ; the nut comprises: a through hole formed obliquely to an axis of the threaded hole so as to leave part of the threaded hole , the through hole having an inside diameter (D2) greater than an outside diameter (D1) of the bolt , and a tapered portion formed at an end of the nut facing the wire bobbin so that part of the tapered portion is inserted into the insertion hole . a bolt configured to be inserted into an insertion hole formed in the wire bobbin so as to rotatably support the wire bobbin ; a regulating member provided on a proximal end side of the bolt to stop movement of the wire bobbin to the proximal end side of the bolt ; and a nut having a threaded hole to be screwed onto the bolt , wherein: the wire bobbin is fixed to the wire electrical discharge machine by the regulating member and the nut so as to be immovable in an axial direction of the bolt but rotatable, in a state where the bolt is inserted in the insertion hole ; the nut comprises: a through hole formed obliquely to an axis of the threaded hole so as to leave part of the threaded hole , the through hole having an inside diameter (D2) greater than an outside diameter (D1) of the bolt , and a tapered portion formed at an end of the nut facing the wire bobbin so that part of the tapered portion is inserted into the insertion hole . the wire bobbin is fixed to the wire electrical discharge machine by the regulating member and the nut so as to be immovable in an axial direction of the bolt but rotatable, in a state where the bolt is inserted in the insertion hole ; the nut comprises: a through hole formed obliquely to an axis of the threaded hole so as to leave part of the threaded hole , the through hole having an inside diameter (D2) greater than an outside diameter (D1) of the bolt , and a tapered portion formed at an end of the nut facing the wire bobbin so that part of the tapered portion is inserted into the insertion hole . a through hole formed obliquely to an axis of the threaded hole so as to leave part of the threaded hole , the through hole having an inside diameter (D2) greater than an outside diameter (D1) of the bolt , and a tapered portion formed at an end of the nut facing the wire bobbin so that part of the tapered portion is inserted into the insertion hole .
Cylinder-head cover for a motor vehicle internal combustion engine, comprising a body and a liquid-coolant circulation duct formed in said body, said cylinder-head cover being characterized in that : - the liquid-coolant circulation duct comprises an opening intended to receive at least one immersion heater; - the cylinder-head cover comprises a cover plate closing the opening of the duct and comprising a fixing means for fixing with the immersion heater; and - the cover plate is made of electrically conducting plastics material and connected to earth. - the liquid-coolant circulation duct comprises an opening intended to receive at least one immersion heater; - the cylinder-head cover comprises a cover plate closing the opening of the duct and comprising a fixing means for fixing with the immersion heater; and - the cover plate is made of electrically conducting plastics material and connected to earth.
A liquid discharge head , comprising: a substrate comprising a plurality of pressure chambers ; a nozzle plate on a first surface of the substrate and comprising a plurality of nozzles , each of the plurality of nozzles aligned with a corresponding one of the plurality of pressure chambers; and a damper member on a second surface of the substrate configured to absorb a pressure wave, portions of the damper member being on the second surface at positions between adjacent pressure chambers characterized in that the damper member comprises a plurality of damper chambers respectively facing the plurality of pressure chambers. a substrate comprising a plurality of pressure chambers ; a nozzle plate on a first surface of the substrate and comprising a plurality of nozzles , each of the plurality of nozzles aligned with a corresponding one of the plurality of pressure chambers; and a damper member on a second surface of the substrate configured to absorb a pressure wave, portions of the damper member being on the second surface at positions between adjacent pressure chambers characterized in that the damper member comprises a plurality of damper chambers respectively facing the plurality of pressure chambers.