mhurhangee/patent-ind-claim-en huggingface dataset:
A video conversion method comprising: accessing a first stream of video content, the first stream of the video content having a first resolution; extracting , from the first stream of the video content, multiple, different color layers that each have the first resolution and that each correspond to a different color; separately processing each of the multiple, different color layers to convert the multiple, different color layers into modified color layers that each have a second resolution that is higher than the first resolution and that each correspond to a different color, including separately performing at least one of blurring, frame-rate conversion, and chromatic adjustment; reassembling the modified color layers into a second stream of the video content, the second stream of the video content having the second resolution that is higher than the first resolution; and storing , in electronic storage , the second stream of the video content, wherein: reassembling comprises: identifying features including edges, objects, contours present in each of the modified color layers; detecting alignment vectors by comparing sets of identified features in each of the modified color layers; and using one of the modified color layers as a reference and aligning the other modified color layers in the second stream of the video content using the identified features and the alignment vectors. accessing a first stream of video content, the first stream of the video content having a first resolution; extracting , from the first stream of the video content, multiple, different color layers that each have the first resolution and that each correspond to a different color; separately processing each of the multiple, different color layers to convert the multiple, different color layers into modified color layers that each have a second resolution that is higher than the first resolution and that each correspond to a different color, including separately performing at least one of blurring, frame-rate conversion, and chromatic adjustment; reassembling the modified color layers into a second stream of the video content, the second stream of the video content having the second resolution that is higher than the first resolution; and storing , in electronic storage , the second stream of the video content, wherein: reassembling comprises: identifying features including edges, objects, contours present in each of the modified color layers; detecting alignment vectors by comparing sets of identified features in each of the modified color layers; and using one of the modified color layers as a reference and aligning the other modified color layers in the second stream of the video content using the identified features and the alignment vectors. identifying features including edges, objects, contours present in each of the modified color layers; detecting alignment vectors by comparing sets of identified features in each of the modified color layers; and using one of the modified color layers as a reference and aligning the other modified color layers in the second stream of the video content using the identified features and the alignment vectors.
A liquid-cooled chiller for cooling adjacent aircraft galley carts comprising: a housing having at least one fan along an upper surface for drawing in air to the chiller through the upper surface and an opening in a bottom surface for expelling chilled air through the bottom of the housing ; a pair of quick disconnect couplings for connecting a liquid cooled condenser with an aircraft heat sink; and a vapour compression cycle arranged in the housing with a vertical orientation and comprising: a compressor , a heat exchanger , a liquid cooled condenser , a service block between the liquid cooled condenser and the heat exchanger , and containing a sight glass and a filter/dryer assembly, and an expansion valve ; an evaporator disposed directly below the at least one fan ; wherein the heat exchanger is configured to perform a refrigerant liquid subcooling and refrigerant vapour superheating process by which liquid refrigerant passing from the service block to the expansion valve via the heat exchanger transfers heat to the vapour refrigerant passing from the evaporator to the compressor , wherein the housing has a height, a depth and a base, wherein the base has a trapezoidal profile. a housing having at least one fan along an upper surface for drawing in air to the chiller through the upper surface and an opening in a bottom surface for expelling chilled air through the bottom of the housing ; a pair of quick disconnect couplings for connecting a liquid cooled condenser with an aircraft heat sink; a compressor , a heat exchanger , a liquid cooled condenser , a service block between the liquid cooled condenser and the heat exchanger , and containing a sight glass and a filter/dryer assembly, and an expansion valve ; an evaporator disposed directly below the at least one fan ; wherein the heat exchanger is configured to perform a refrigerant liquid subcooling and refrigerant vapour superheating process by which liquid refrigerant passing from the service block to the expansion valve via the heat exchanger transfers heat to the vapour refrigerant passing from the evaporator to the compressor , wherein the housing has a height, a depth and a base, wherein the base has a trapezoidal profile.
A polycarbonate resin composition comprising, per 100 mass parts of a polycarbonate resin (A), 0 to 40 mass parts of a graft copolymer (B) comprising an aromatic vinyl monomer component (b1), a vinyl cyanide monomer component (b2), and a diene rubber polymer component (b3); 10 to 30 mass parts of a phosphate ester compound (C); 0.001 to 1.0 mass parts of a phosphite antioxidant (D); and 0.00001 to 0.1 mass parts of 2,4-di-tert-butylphenol (E).
Apparatus for cooking food comprising a casing , defined by a body and by a bottom , a lid and at least a support unit , said casing having a compartment in which to insert a container which can be temporally associated with and supported by the support unit with respect to a support plane, said support unit comprising a weighing unit , comprising at least a weight detection device associated with a control unit , said weighing unit associating said container directly with the support plane, wherein said support unit comprises at least a connection plate connecting said container to said weighing unit , said connection plate having at least two support elements , said at least two support elements connecting said connection plate directly to a weight detection device in correspondence with an intermediate point of a corresponding distribution arm , said two support elements being disposed substantially in correspondence with a respective portion of a peripheral edge of said connection plate , on substantially opposite sides of said peripheral edge , and symmetrically to each other with respect to a median axis of said connection plate , two distribution arms being present that connect adjacent feet to each other, wherein said distribution arms are connected exclusively to said feet independently with respect to said bottom of said casing , characterized in that said at least two support elements are disposed below said connection plate in the position of use of the cooking apparatus and on the opposite surface with respect to the surface that is associated to the container and that each weight detection device comprises at least one sensor element positioned between a corresponding distribution arm and the connection plate and/or between one foot and a corresponding distribution arm .
A saddle riding type vehicle , where the vehicle is caused to lean when being turned, the vehicle comprising: a vehicle body frame ; a pair of front wheels ; a link mechanism that connects the pair of front wheels to the vehicle body frame ; a locking mechanism that locks the link mechanism by restricting operation of the link mechanism and unlocks the link mechanism by allowing the link mechanism to operate; a controller that controls locking and unlocking of the link mechanism by the locking mechanism ; and an operation unit , the operation unit is positioned so that a rider can operate the operation unit while driving, the operation unit continues to output an operation signal (D6) to the controller while the rider is operating the operation unit, and characterized in that the controller controls the locking mechanism to lock the link mechanism if a locking condition that allows the link mechanism to be locked is fulfilled when the operation signal (D6) is input, such that if the rider operates the operation unit before fulfillment of the locking condition, the link mechanism is changed from an unlocked state to a locked state once the locking condition is fulfilled. a vehicle body frame ; a pair of front wheels ; a link mechanism that connects the pair of front wheels to the vehicle body frame ; a locking mechanism that locks the link mechanism by restricting operation of the link mechanism and unlocks the link mechanism by allowing the link mechanism to operate; a controller that controls locking and unlocking of the link mechanism by the locking mechanism ; and an operation unit , the operation unit is positioned so that a rider can operate the operation unit while driving, the operation unit continues to output an operation signal (D6) to the controller while the rider is operating the operation unit, and characterized in that the controller controls the locking mechanism to lock the link mechanism if a locking condition that allows the link mechanism to be locked is fulfilled when the operation signal (D6) is input, such that if the rider operates the operation unit before fulfillment of the locking condition, the link mechanism is changed from an unlocked state to a locked state once the locking condition is fulfilled.
A cleaner comprising: a cleaner body comprising: a first main body formed in a spherical shape; a second main body protruding from the front of the first main body such that the width at a second point located forward of a first point is smaller than the width at the first point; characterized in that the cleaner body further comprises a moving wheel that rotates along an inner circumferential surface of the first main body and is rotatably provided for movement of the cleaner body , wherein the first main body includes: a central main body in which the moving wheel is disposed; and a left and right main body (46 and 47) provided on left and right sides of the central main body . a cleaner body comprising: a first main body formed in a spherical shape; a second main body protruding from the front of the first main body such that the width at a second point located forward of a first point is smaller than the width at the first point; characterized in that the cleaner body further comprises a moving wheel that rotates along an inner circumferential surface of the first main body and is rotatably provided for movement of the cleaner body , a first main body formed in a spherical shape; a second main body protruding from the front of the first main body such that the width at a second point located forward of a first point is smaller than the width at the first point; characterized in that the cleaner body further comprises a moving wheel that rotates along an inner circumferential surface of the first main body and is rotatably provided for movement of the cleaner body , wherein the first main body includes: a central main body in which the moving wheel is disposed; and a left and right main body (46 and 47) provided on left and right sides of the central main body . a central main body in which the moving wheel is disposed; and a left and right main body (46 and 47) provided on left and right sides of the central main body .
A multi-color light emitting pixel unit, comprising: a first type of light emitting diode formed on a substrate and including a first segment of a first metal layer and a first segment of a first type of light emitting layer in an order from bottom to top; and a second type of light emitting diode formed on the substrate and including a second segment of the first metal layer , a second segment of the first type of light emitting layer , a first segment of a second metal layer , a first segment of a second type of light emitting layer in an order from bottom to top, and a first electrical connector connecting the second segment of the first metal layer and the first segment of the second metal layer , wherein the second metal layer is formed at the bottom of the second type of light emitting layer and arranged between the first type of light emitting layer and the second light emitting layer . a first type of light emitting diode formed on a substrate and including a first segment of a first metal layer and a first segment of a first type of light emitting layer in an order from bottom to top; and a second type of light emitting diode formed on the substrate and including a second segment of the first metal layer , a second segment of the first type of light emitting layer , a first segment of a second metal layer , a first segment of a second type of light emitting layer in an order from bottom to top, and a first electrical connector connecting the second segment of the first metal layer and the first segment of the second metal layer , wherein the second metal layer is formed at the bottom of the second type of light emitting layer and arranged between the first type of light emitting layer and the second light emitting layer .
A method for re-distributing subscriber sessions originated from one or more access nodes (AN1, AN2) of a communication network (CN) to a number of service nodes (SN1-SN5) of the communication network (CN), said method comprising: a) monitoring at least one performance parameter of said service nodes (SN1-SN5); b) comparing a value of said at least one performance parameter with a threshold; and in case said value exceeds said threshold at a given service node (SN3), c) determining a number of subscriber sessions to be moved from said given service node (SN3); d) selecting at least one further service node (SN5) to re-establish said number of subscriber sessions; and e) re-configuring said communication network (CN) to move said number of subscriber sessions from said given service node (SN3) to said at least one further service node (SN5), wherein re-configuring said communication network (CN) comprises establishing a connectivity between said one or more access nodes (AN1, AN2) associated with said number of subscriber sessions to be moved from said given service node (SN3) and said at least one further service node (SN5). a) monitoring at least one performance parameter of said service nodes (SN1-SN5); b) comparing a value of said at least one performance parameter with a threshold; and in case said value exceeds said threshold at a given service node (SN3), c) determining a number of subscriber sessions to be moved from said given service node (SN3); d) selecting at least one further service node (SN5) to re-establish said number of subscriber sessions; and e) re-configuring said communication network (CN) to move said number of subscriber sessions from said given service node (SN3) to said at least one further service node (SN5), wherein re-configuring said communication network (CN) comprises establishing a connectivity between said one or more access nodes (AN1, AN2) associated with said number of subscriber sessions to be moved from said given service node (SN3) and said at least one further service node (SN5).
Paint nozzle assembly (1; 901) for a paint spraying device for creating a paint spray jet (FS), - wherein the paint nozzle assembly (1; 901) comprises a needle (3; 903), a nozzle body and a seal (5; 905), - wherein the nozzle body comprises a nozzle opening , a paint feed and a needle guide , and - wherein the seal (5; 905) subdivides an interior enclosed by the nozzle body into an antechamber and a paint chamber , - wherein the seal (5; 905) is connected fixedly to the needle (3; 903), - wherein the seal (5; 905) is in the form of a membrane seal and is connected fixedly to the nozzle body , - wherein the interior comprises a diverging portion as far as the needle guide , characterized - in that the paint nozzle assembly (1; 901) comprises a compression spring , wherein the compression spring is clamped in place between the needle guide and a collar of the needle (3; 903) in such a way that the needle (3; 903) is extracted from the nozzle opening . - wherein the paint nozzle assembly (1; 901) comprises a needle (3; 903), a nozzle body and a seal (5; 905), - wherein the nozzle body comprises a nozzle opening , a paint feed and a needle guide , and - wherein the seal (5; 905) subdivides an interior enclosed by the nozzle body into an antechamber and a paint chamber , - wherein the seal (5; 905) is connected fixedly to the needle (3; 903), - wherein the seal (5; 905) is in the form of a membrane seal and is connected fixedly to the nozzle body , - wherein the interior comprises a diverging portion as far as the needle guide , - in that the paint nozzle assembly (1; 901) comprises a compression spring , wherein the compression spring is clamped in place between the needle guide and a collar of the needle (3; 903) in such a way that the needle (3; 903) is extracted from the nozzle opening .
A beam training method, comprising: receiving (S101) interference-related indication information sent by a network device; receiving (S102) a downlink signal sent by the network device through two or more beams, wherein the two or more beams comprise a beam corresponding to interference; and transmitting (S104), to the network device, information related to a beam selected from the two or more beams, wherein the selected beam is a beam selected based on the interference-related indication information and a measurement result of the downlink signal. receiving (S101) interference-related indication information sent by a network device; receiving (S102) a downlink signal sent by the network device through two or more beams, wherein the two or more beams comprise a beam corresponding to interference; and transmitting (S104), to the network device, information related to a beam selected from the two or more beams, wherein the selected beam is a beam selected based on the interference-related indication information and a measurement result of the downlink signal.
A method for terminating pressure output from a continuous positive airway pressure (CPAP) therapy device in response to a patient disconnect, the method comprising: deriving a cyclical pressure difference signal based upon measurements from a patient interface pressure sensor in communication with the patient interface and from a source pressure sensor in communication with an output of a pressure source of the CPAP therapy device , crests of the pressure difference signal being representative of patient inspiratory phases and troughs of the pressure difference signal being representative of patient expiratory phases ; characterized in that the method further comprises: integrating the pressure difference signal to generate a resultant integral signal for each respiratory cycle including at least one inspiratory phase and at least one expiratory phase as represented by the corresponding crest and trough of the pressure difference signal; generating a slope value corresponding to a rate of increase of the integral signal ; and deactivating the pressure source in response to a disconnect condition being evaluated from the integral signal ; wherein the disconnect condition comprises the slope value exceeding a predefined threshold for a predefined duration. deriving a cyclical pressure difference signal based upon measurements from a patient interface pressure sensor in communication with the patient interface and from a source pressure sensor in communication with an output of a pressure source of the CPAP therapy device , crests of the pressure difference signal being representative of patient inspiratory phases and troughs of the pressure difference signal being representative of patient expiratory phases ; characterized in that the method further comprises: integrating the pressure difference signal to generate a resultant integral signal for each respiratory cycle including at least one inspiratory phase and at least one expiratory phase as represented by the corresponding crest and trough of the pressure difference signal; generating a slope value corresponding to a rate of increase of the integral signal ; and deactivating the pressure source in response to a disconnect condition being evaluated from the integral signal ; wherein the disconnect condition comprises the slope value exceeding a predefined threshold for a predefined duration. integrating the pressure difference signal to generate a resultant integral signal for each respiratory cycle including at least one inspiratory phase and at least one expiratory phase as represented by the corresponding crest and trough of the pressure difference signal; generating a slope value corresponding to a rate of increase of the integral signal ; and deactivating the pressure source in response to a disconnect condition being evaluated from the integral signal ; wherein the disconnect condition comprises the slope value exceeding a predefined threshold for a predefined duration.
A tire comprising a tread part , wherein the tread part is composed of a rubber composition comprising a rubber component and a filler, wherein tan δ at 0°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±2.5%, and an elongation mode, is more than 0.13, and wherein, the tire weight W not including a weight of a rim but when a noise-suppressing material, a sealant, a sensor, and the like are attached to the tire lumen, W is a value including these weights and the tire weight W is expressed, in kg, and the tire volume measured under a condition where no load is applied and at the internal pressure of 600 kPa is defined as V, in m 3 , W/V is 210 or less, preferably 200 or less, more preferably 190 or less characterized in that tan δ at 70°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±1%, and an elongation mode, is more than 0.08. wherein the tread part is composed of a rubber composition comprising a rubber component and a filler, wherein tan δ at 0°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±2.5%, and an elongation mode, is more than 0.13, and wherein, the tire weight W not including a weight of a rim but when a noise-suppressing material, a sealant, a sensor, and the like are attached to the tire lumen, W is a value including these weights and the tire weight W is expressed, in kg, and the tire volume measured under a condition where no load is applied and at the internal pressure of 600 kPa is defined as V, in m 3 , W/V is 210 or less, preferably 200 or less, more preferably 190 or less characterized in that tan δ at 70°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±1%, and an elongation mode, is more than 0.08.