mhurhangee/patent-ind-claim-en huggingface dataset:
A display device for a vehicle comprising: an imaging unit configured to capture a video around a vehicle; a bird's eye view video generation unit configured to generate a portrait bird's eye view video which is obtained by converting a viewpoint of the video captured by the imaging unit so it seems as if the vehicle is seen from above, and in which a vehicle length direction of the vehicle is disposed vertically; a horizontally long display unit disposable in front of a driver's seat in the vehicle; an information acquisition unit configured to acquire information on a steering angle of the vehicle; a determination unit configured to determine as to whether a steering orientation of the vehicle is left or right based on the information on the steering angle of the vehicle acquired by the information acquisition unit and measure a traveling distance traveled by the vehicle while the steering orientation of the vehicle is maintained; and a display control unit configured to perform control in such a way that, when the vehicle has traveled for a predetermined distance or longer while the steering orientation of the vehicle is maintained, the bird's eye view video is laterally displayed or is displayed in a tilted manner on the display unit so that a front of the vehicle in the bird's eye view video is oriented to the steering orientation of the vehicle. an imaging unit configured to capture a video around a vehicle; a bird's eye view video generation unit configured to generate a portrait bird's eye view video which is obtained by converting a viewpoint of the video captured by the imaging unit so it seems as if the vehicle is seen from above, and in which a vehicle length direction of the vehicle is disposed vertically; a horizontally long display unit disposable in front of a driver's seat in the vehicle; an information acquisition unit configured to acquire information on a steering angle of the vehicle; a determination unit configured to determine as to whether a steering orientation of the vehicle is left or right based on the information on the steering angle of the vehicle acquired by the information acquisition unit and measure a traveling distance traveled by the vehicle while the steering orientation of the vehicle is maintained; and a display control unit configured to perform control in such a way that, when the vehicle has traveled for a predetermined distance or longer while the steering orientation of the vehicle is maintained, the bird's eye view video is laterally displayed or is displayed in a tilted manner on the display unit so that a front of the vehicle in the bird's eye view video is oriented to the steering orientation of the vehicle.
A device for collecting nanoparticles likely to be present in an aerosol, comprising: - a conduit in the form of a hollow cylinder for rotating about a longitudinal axis (X), the conduit comprising an inlet orifice and an outlet orifice , between which the aerosol may circulate; - suction means for circulating the aerosol from the inlet orifice to the outlet orifice; - a unipolar ion diffusion charger , downstream of the inlet orifice, comprising an electrode in the form of a wire that extends along the axis (X) and is surrounded by an electrode in the form of a gate , the charger being adapted to charge the nanoparticles in the space separating the gate from a conducting portion of the internal wall of the conduit by diffusing unipolar ion through the gate; - an electrode , called field electrode, downstream of the diffusion charger, which electrode is in the form of a circular plate that extends orthogonal to the axis (X), and at least one flat substrate , parallel to the field electrode, perforated in its central part with a through opening , and comprising various concentric rings around the through opening individually connected to at least one electrometer; device in which the potential difference applied between the field electrode and the substrate being adapted to generate an electric field without a corona effect in the space that separates them and thus, on the one hand, to allow particles bigger than nanoparticles to pass through the through opening and, on the other hand, to collect the nanoparticles previously charged by the diffusion charger by deposition onto a collection zone of the flat substrate defined by the various rings. - a conduit in the form of a hollow cylinder for rotating about a longitudinal axis (X), the conduit comprising an inlet orifice and an outlet orifice , between which the aerosol may circulate; - suction means for circulating the aerosol from the inlet orifice to the outlet orifice; - a unipolar ion diffusion charger , downstream of the inlet orifice, comprising an electrode in the form of a wire that extends along the axis (X) and is surrounded by an electrode in the form of a gate , the charger being adapted to charge the nanoparticles in the space separating the gate from a conducting portion of the internal wall of the conduit by diffusing unipolar ion through the gate; - an electrode , called field electrode, downstream of the diffusion charger, which electrode is in the form of a circular plate that extends orthogonal to the axis (X), and at least one flat substrate , parallel to the field electrode, perforated in its central part with a through opening , and comprising various concentric rings around the through opening individually connected to at least one electrometer;
A computer-implemented method to determine placement of transducers (210, 220, 230, 240; 410, 420, 430, 440; 510, 520, 530, 540; 700A-D; 801, 802) on a subject's body, the computer comprising one or more processors and memory accessible by the one or more processors , the memory storing instructions that, when executed by the one or more processors , cause the computer to perform the method, the method comprising: selecting a plurality of intersecting line segment pairs (250; 250, 320, 330; 450; 550) on an image (200; 400; 500) of the subject's body, each of the line segment pairs (250; 250, 320, 330; 450; 550) intersecting in a region (205; 405; 505) of the image (200; 400; 500) corresponding to a tumor in the subject's body, and each of the line segment pairs (250; 250, 320, 330; 450; 550) corresponding to locations to place the transducers (210, 220, 230, 240; 410, 420, 430, 440; 510, 520, 530, 540; 700A-D; 801, 802) on the subject's body; determining a pair value for each of the intersecting line segment pairs (250; 250, 320, 330; 450; 550), each pair value being based on a length of each line segment (250a, b; 250a, b, 320a, b, 330a, b; 450a, b; 550a, b) of the corresponding intersecting line segment pair (250; 250, 320, 330; 450; 550); selecting one or more intersecting line segment pairs (250; 250, 320, 330; 450; 550) based on the pair values to obtain one or more selected intersecting line segment pairs (250; 250, 320, 330; 450; 550); and outputting the locations to place the transducers (210, 220, 230, 240; 410, 420, 430, 440; 510, 520, 530, 540; 700A-D; 801, 802) on the subject's body corresponding to the one or more selected intersecting line segment pairs (250; 250, 320, 330; 450; 550). selecting a plurality of intersecting line segment pairs (250; 250, 320, 330; 450; 550) on an image (200; 400; 500) of the subject's body, each of the line segment pairs (250; 250, 320, 330; 450; 550) intersecting in a region (205; 405; 505) of the image (200; 400; 500) corresponding to a tumor in the subject's body, and each of the line segment pairs (250; 250, 320, 330; 450; 550) corresponding to locations to place the transducers (210, 220, 230, 240; 410, 420, 430, 440; 510, 520, 530, 540; 700A-D; 801, 802) on the subject's body; determining a pair value for each of the intersecting line segment pairs (250; 250, 320, 330; 450; 550), each pair value being based on a length of each line segment (250a, b; 250a, b, 320a, b, 330a, b; 450a, b; 550a, b) of the corresponding intersecting line segment pair (250; 250, 320, 330; 450; 550); selecting one or more intersecting line segment pairs (250; 250, 320, 330; 450; 550) based on the pair values to obtain one or more selected intersecting line segment pairs (250; 250, 320, 330; 450; 550); and outputting the locations to place the transducers (210, 220, 230, 240; 410, 420, 430, 440; 510, 520, 530, 540; 700A-D; 801, 802) on the subject's body corresponding to the one or more selected intersecting line segment pairs (250; 250, 320, 330; 450; 550).
A method of superimposing a first image onto a second image , wherein each image is defined by a plurality of pixel, the method comprising: changing target pixels of the second image corresponding in position to pixels of the first image to be superimposed on the second image , where changingtarget pixels of the second image comprises changing the values of some of these target pixels of the second image to respective new values, each of which is based on the original value of at least one pixel of the second image , said method being characterized in that it comprises: setting a value of a target pixel of the second image to a value of the corresponding pixel of the first image if the difference in value between the pixel of the first image and corresponding said target pixel of the second image is more than a predetermined value, increasing or decreasing a value of the target pixel of the second image by a predetermined value if it is determined that the difference in value between the pixel of the first image and the corresponding pixel of the corresponding target pixel is less than a predetermined value. changing target pixels of the second image corresponding in position to pixels of the first image to be superimposed on the second image , where changingtarget pixels of the second image comprises changing the values of some of these target pixels of the second image to respective new values, each of which is based on the original value of at least one pixel of the second image , said method being characterized in that it comprises: setting a value of a target pixel of the second image to a value of the corresponding pixel of the first image if the difference in value between the pixel of the first image and corresponding said target pixel of the second image is more than a predetermined value, increasing or decreasing a value of the target pixel of the second image by a predetermined value if it is determined that the difference in value between the pixel of the first image and the corresponding pixel of the corresponding target pixel is less than a predetermined value. setting a value of a target pixel of the second image to a value of the corresponding pixel of the first image if the difference in value between the pixel of the first image and corresponding said target pixel of the second image is more than a predetermined value, increasing or decreasing a value of the target pixel of the second image by a predetermined value if it is determined that the difference in value between the pixel of the first image and the corresponding pixel of the corresponding target pixel is less than a predetermined value.
A display device comprising: a first substrate (SUB1) including a first contact hole (CNT1); a first barrier insulating layer (BIL1) disposed on the first substrate and including a plurality of second contact holes (CNT2); pad parts (PAD) inserted into some of the plurality of second contact holes; fan-out lines (FOL) formed of a first metal layer (MTL1) on the first barrier insulating layer (BIL1) and integral with the pad parts; a display layer (DPL) disposed on the fan-out lines; and a flexible film (FPCB) disposed below the first substrate and inserted into the first contact hole (CNT1) to be electrically connected to the pad parts (PAD), wherein a maximum width (W1) of each of the pad parts is greater than a minimum width (W3) of each of the plurality of second contact holes (CNT2), characterised by inspection pad parts (IPD) inserted into other ones of the plurality of second contact holes; and a maximum width (W2) of each of the inspection pad parts (IPD) being smaller than the minimum width (W3) of each of the second contact holes. a first substrate (SUB1) including a first contact hole (CNT1); a first barrier insulating layer (BIL1) disposed on the first substrate and including a plurality of second contact holes (CNT2); pad parts (PAD) inserted into some of the plurality of second contact holes; fan-out lines (FOL) formed of a first metal layer (MTL1) on the first barrier insulating layer (BIL1) and integral with the pad parts; a display layer (DPL) disposed on the fan-out lines; and a flexible film (FPCB) disposed below the first substrate and inserted into the first contact hole (CNT1) to be electrically connected to the pad parts (PAD), wherein a maximum width (W1) of each of the pad parts is greater than a minimum width (W3) of each of the plurality of second contact holes (CNT2), characterised by inspection pad parts (IPD) inserted into other ones of the plurality of second contact holes; and a maximum width (W2) of each of the inspection pad parts (IPD) being smaller than the minimum width (W3) of each of the second contact holes.
Method for the preparation of a gelatin hydrolysate having a decreased endotoxin content, comprising the steps of: a. incubating a solution of gelatin of gelatin hydrolysate at a temperature of 70 - 125°C at a pH of 3.5 or less for a time period of at least 15 minutes, and b. recovering the gelatin hydrolysate. a. incubating a solution of gelatin of gelatin hydrolysate at a temperature of 70 - 125°C at a pH of 3.5 or less for a time period of at least 15 minutes, and b. recovering the gelatin hydrolysate.
A lower limb prosthesis comprising: a foot component ; and an ankle unit pivotally mounted to the foot component , the ankle unit comprising: an ankle joint mechanism comprising a hydraulic piston and cylinder assembly for providing hydraulic damping whenever the ankle unit flexes, the hydraulic piston and cylinder assembly comprising a hydraulic piston and a hydraulic cylinder , and a vacuum mechanism comprising a pneumatic piston and cylinder assembly for generating a vacuum, the pneumatic piston and cylinder assembly comprising a pneumatic piston and a pneumatic cylinder , wherein the hydraulic and pneumatic piston and cylinder assemblies are arranged such that the vacuum mechanism generates a vacuum during plantar-flexion of the ankle unit , characterized in that the hydraulic and pneumatic pistons are coaxially mounted. a foot component ; and an ankle unit pivotally mounted to the foot component , the ankle unit comprising: an ankle joint mechanism comprising a hydraulic piston and cylinder assembly for providing hydraulic damping whenever the ankle unit flexes, the hydraulic piston and cylinder assembly comprising a hydraulic piston and a hydraulic cylinder , and a vacuum mechanism comprising a pneumatic piston and cylinder assembly for generating a vacuum, the pneumatic piston and cylinder assembly comprising a pneumatic piston and a pneumatic cylinder , an ankle joint mechanism comprising a hydraulic piston and cylinder assembly for providing hydraulic damping whenever the ankle unit flexes, the hydraulic piston and cylinder assembly comprising a hydraulic piston and a hydraulic cylinder , and a vacuum mechanism comprising a pneumatic piston and cylinder assembly for generating a vacuum, the pneumatic piston and cylinder assembly comprising a pneumatic piston and a pneumatic cylinder , wherein the hydraulic and pneumatic piston and cylinder assemblies are arranged such that the vacuum mechanism generates a vacuum during plantar-flexion of the ankle unit , characterized in that the hydraulic and pneumatic pistons are coaxially mounted.
A method of processing a spray dryable liquid composition to form a spray dried product, said method comprising: generating a spray of the spray dryable liquid composition; contacting the spray of spray dryable liquid composition in a spray drying contact zone with a stream of primary drying fluid; injecting bursts of pressurized secondary drying fluid into the stream of primary drying fluid in the spray drying contact zone at multiple loci thereof to provide localized turbulence at said multiple loci; and recovering the spray dried product from the spray drying contact zone. generating a spray of the spray dryable liquid composition; contacting the spray of spray dryable liquid composition in a spray drying contact zone with a stream of primary drying fluid; injecting bursts of pressurized secondary drying fluid into the stream of primary drying fluid in the spray drying contact zone at multiple loci thereof to provide localized turbulence at said multiple loci; and recovering the spray dried product from the spray drying contact zone.
A linear compressor comprising: a discharge valve detachably attached to a front end surface of a cylinder to open and close a compression space of the cylinder ; and a valve spring elastically supporting a rear surface of the discharge valve to press the discharge valve toward the front end surface of the cylinder ; wherein the discharge valve includes reinforced fiber, and the reinforced fiber is arranged parallel to the front end surface of the cylinder , wherein the discharge valve comprises: a valve body portion facing the front end surface of the cylinder ; and a spring coupling portion provided on a rear surface of the valve body portion , and the valve spring is coupled thereto, wherein the valve body portion is configured such that the reinforced fiber on a surface facing the front end surface of the cylinder is arranged parallel to the front end surface of the cylinder , wherein the reinforced fiber of the valve body portion and the reinforced fiber of the spring coupling portion are formed in different patterns. a discharge valve detachably attached to a front end surface of a cylinder to open and close a compression space of the cylinder ; and a valve spring elastically supporting a rear surface of the discharge valve to press the discharge valve toward the front end surface of the cylinder ; wherein the discharge valve includes reinforced fiber, and the reinforced fiber is arranged parallel to the front end surface of the cylinder , wherein the discharge valve comprises: a valve body portion facing the front end surface of the cylinder ; and a spring coupling portion provided on a rear surface of the valve body portion , and the valve spring is coupled thereto, wherein the valve body portion is configured such that the reinforced fiber on a surface facing the front end surface of the cylinder is arranged parallel to the front end surface of the cylinder , wherein the reinforced fiber of the valve body portion and the reinforced fiber of the spring coupling portion are formed in different patterns. a valve body portion facing the front end surface of the cylinder ; and a spring coupling portion provided on a rear surface of the valve body portion , and the valve spring is coupled thereto, wherein the valve body portion is configured such that the reinforced fiber on a surface facing the front end surface of the cylinder is arranged parallel to the front end surface of the cylinder , wherein the reinforced fiber of the valve body portion and the reinforced fiber of the spring coupling portion are formed in different patterns.
An integrated circuit , comprising: a front end unit ; and circuitry coupled to the front end unit, the circuitry is configured to: identify an entry in an exclusively multiple-taken-branch prediction table that corresponds to a conditional branch instruction, determine if a confidence level of the entry exceeds a threshold confidence level, and, if so determined, provide exclusively multiple taken branch predictions that stem from the conditional branch instruction from the entry in the multiple-taken-branch prediction table, and cancel a main Branch Prediction Unit, BPU, lookup and cancel a branch target buffer, BTB, lookup. a front end unit ; and circuitry coupled to the front end unit, the circuitry is configured to: identify an entry in an exclusively multiple-taken-branch prediction table that corresponds to a conditional branch instruction, determine if a confidence level of the entry exceeds a threshold confidence level, and, if so determined, provide exclusively multiple taken branch predictions that stem from the conditional branch instruction from the entry in the multiple-taken-branch prediction table, and cancel a main Branch Prediction Unit, BPU, lookup and cancel a branch target buffer, BTB, lookup. identify an entry in an exclusively multiple-taken-branch prediction table that corresponds to a conditional branch instruction, determine if a confidence level of the entry exceeds a threshold confidence level, and, if so determined, provide exclusively multiple taken branch predictions that stem from the conditional branch instruction from the entry in the multiple-taken-branch prediction table, and cancel a main Branch Prediction Unit, BPU, lookup and cancel a branch target buffer, BTB, lookup.
A vinyl tile , comprising: a vinyl portion ; and an acoustical portion comprising a plurality of individual acoustical sub-layers (4a-4n), and the individual sub-layers including first and second sub-layers , the first sub-layer being bonded to the vinyl portion , the second sub-layer being bonded to the first sub-layer , wherein the first and second sub-layers of the plurality of individual sub-layers (4a - 4n) comprise material compositions that are different from each other, characterized in that the plurality of individual sub-layers (4a - 4n) comprising materials selected from a list consisting of rubber, a combination of cork and rubber, a combination of rubber and polyurethane foam (PU), and a combination of PU foam and cork. a vinyl portion ; and an acoustical portion comprising a plurality of individual acoustical sub-layers (4a-4n), and the individual sub-layers including first and second sub-layers , the first sub-layer being bonded to the vinyl portion , the second sub-layer being bonded to the first sub-layer , wherein the first and second sub-layers of the plurality of individual sub-layers (4a - 4n) comprise material compositions that are different from each other, characterized in that the plurality of individual sub-layers (4a - 4n) comprising materials selected from a list consisting of rubber, a combination of cork and rubber, a combination of rubber and polyurethane foam (PU), and a combination of PU foam and cork.
A quantum dot device , comprising an anode made of a conductive metal oxide, the conductive metal oxide having a work function, a hole injection layer on the anode, a hole transport layer on the hole injection layer, a quantum dot layer on the hole transport layer, and a cathode on the quantum dot layer, wherein an absolute value of a highest occupied molecule orbital energy level of the quantum dot layer is greater than or equal to 5.6 electronvolts, the hole injection layer has a first surface contacting the anode and a second surface contacting the hole transport layer, an absolute value of a highest occupied molecule orbital energy level of the first surface of the hole injection layer is greater than or equal to an absolute value of the work function of the anode, characterised in that a difference between an absolute value of a highest occupied molecule orbital energy level of the hole transport layer and an absolute value of the highest occupied molecule orbital energy level of the quantum dot layer is less than 0.5 electronvolts; and an absolute value of a highest occupied molecule orbital energy level of the first surface of the hole injection layer is different from an absolute value of a highest occupied molecule orbital energy level of the second surface of the hole injection layer.