mhurhangee/patent-ind-claim-en huggingface dataset:
A Miller cycle engine comprising a variable valve mechanism configured to make an opening timing and a closing timing of an intake valve variable while fixing an operation angle of the intake valve , a throttle valve placed in an intake passage , and a control system, the control system comprising: an electronic control unit configured to: execute an early closing Miller cycle operating mode in which the electronic control unit controls the variable valve mechanism to close the intake valve before an intake bottom dead center; execute a decompression mode when the Miller cycle engine is started in which the electronic control unit controls the variable valve mechanism to close the intake valve at a point later than the intake bottom dead center, a later closing amount of the intake valve relative to the intake bottom dead center, for use in the decompression mode, being larger than an early closing amount of the intake valve relative to the intake bottom dead center when the closing timing of the intake valve is most advanced by the variable valve mechanism ; and execute an early closing Miller cycle operating mode after completion of the decompression mode. execute an early closing Miller cycle operating mode in which the electronic control unit controls the variable valve mechanism to close the intake valve before an intake bottom dead center; execute a decompression mode when the Miller cycle engine is started in which the electronic control unit controls the variable valve mechanism to close the intake valve at a point later than the intake bottom dead center, a later closing amount of the intake valve relative to the intake bottom dead center, for use in the decompression mode, being larger than an early closing amount of the intake valve relative to the intake bottom dead center when the closing timing of the intake valve is most advanced by the variable valve mechanism ; and execute an early closing Miller cycle operating mode after completion of the decompression mode.
Edible composition for coating fresh harvest products, wherein the composition is in the form of a aqueous emulsion, comprising: a monoglyceride, wherein said monoglyceride has a chain length of 12 to 20 carbon atoms; one or more fatty acids having a chain length of 12 to 21 carbon atoms; and one or more alkaline agents; wherein the composition comprises said monoglyceride in an amount of 1-10% w/v of the emulsion; said fatty acid in an amount of 1-5% w/v of the emulsion; said alkaline agent in an amount of 0,10-10% w/v of the emulsion, wherein the percentage of further additives than said monoglyceride, said fatty acid(s) and alkaline agents and water does not exceed 10 % w/v of the emulsion. a monoglyceride, wherein said monoglyceride has a chain length of 12 to 20 carbon atoms; one or more fatty acids having a chain length of 12 to 21 carbon atoms; and one or more alkaline agents; wherein the composition comprises said monoglyceride in an amount of 1-10% w/v of the emulsion; said fatty acid in an amount of 1-5% w/v of the emulsion; said alkaline agent in an amount of 0,10-10% w/v of the emulsion, wherein the percentage of further additives than said monoglyceride, said fatty acid(s) and alkaline agents and water does not exceed 10 % w/v of the emulsion.
An endoscope with an optical filter arrangement , which comprises in a holder multiple optical filters with different filter properties, and is arranged rotatably about an axis of rotation in at least one beam path of the endoscope in the direction of light incidence in or behind an objective of the endoscope and in front of an image capturing unit of the endoscope or an eyepiece of the endoscope , wherein the filter arrangement is designed to perform a change from a first filter property to a second filter property when the filter arrangement is rotated about the axis of rotation from a first target rotational position to a second target rotational position, wherein the filter arrangement has two, three or four flat optical filters which are held by the holder and are arranged rotated in relation to each other, wherein in the first target rotational position at least one of the flat optical filters with the first filter property and in the second target rotational position at least one other of the flat optical filters with the second filter property lies in the beam path, wherein the axis of rotation of the filter arrangement is oriented perpendicular to the at least one beam path of the endoscope , characterized in that the rotation of the filter arrangement is a rotation of the filter arrangement by 90° and the two, three or four flat optical filters are arranged rotated by 90° in relation to each other.
A modular wall system with mountable furniture , the modular wall system comprising: at least one vertical wall , the at least one vertical wall compris-ing: a frame ; a tile attachable to the frame; and a horizontally extending cantilever channel having an opening to an outer face of the at least one vertical wall ; a piece of furniture that has a support surface for supporting items or a person thereon; and characterized in that it comprises a horizontal side support bar selectively mountable at least partially within the cantilever channel , the horizontal side support bar be-ing parallel to the cantilever channel , the side support bar having a channel extending through at least a portion of the length thereof and a roller assembly connected to the piece of furniture and disposable at least partially within the channel , the roller assembly and the channel cooperating to enable the piece of furniture to be selectively repositioned along the length of the side support bar . a frame ; a tile attachable to the frame; and a horizontally extending cantilever channel having an opening to an outer face of the at least one vertical wall ; a piece of furniture that has a support surface for supporting items or a person thereon; and characterized in that it comprises a horizontal side support bar selectively mountable at least partially within the cantilever channel , the horizontal side support bar be-ing parallel to the cantilever channel , the side support bar having a channel extending through at least a portion of the length thereof and a roller assembly connected to the piece of furniture and disposable at least partially within the channel , the roller assembly and the channel cooperating to enable the piece of furniture to be selectively repositioned along the length of the side support bar .
A rotational orientation control apparatus for controlling rotational orientation of a load suspended from the apparatus, the apparatus including a rotator having at least one flywheel , at least one respective flywheel drive means , and a control means , control of the at least one flywheel providing a respective proportion of reaction torque, characterised in that said at least one flywheel includes at least one fan having vanes , wherein, in use, the vanes create a reaction torque augmenting or replacing a change of speed of rotation of the at least one flywheel for controlling rotational orientation of the suspended load.
An aircraft comprising: an airframe comprising a forward set of wings and an aft set of wings ; one or more tilt-adjustable rotors wherein all of the one or more tilt-adjustable rotors are positioned forward of the forward set of wings; a first set of fixed-tilt rotors positioned between the forward set of wings and the aft set of wings; and a second set of fixed-tilt rotors positioned behind the aft set of wings. an airframe comprising a forward set of wings and an aft set of wings ; one or more tilt-adjustable rotors wherein all of the one or more tilt-adjustable rotors are positioned forward of the forward set of wings; a first set of fixed-tilt rotors positioned between the forward set of wings and the aft set of wings; and a second set of fixed-tilt rotors positioned behind the aft set of wings.
A BET bromodomain inhibitor selected from 1-benzyl-6-(3,5-dimethylisoxazol-4-yl)-N-methyl-1H-imidazo[4,5-b]pyridin-2-amine (Compound I) and pharmaceutically acceptable salts/co-crystals thereof, for use in a method of treating estrogen receptor positive (ER+) breast cancer in a patient, the method comprising administering said BET bromodomain inhibitor in combination with a second therapeutic agent, wherein the second therapeutic agent is fulvestrant or the second therapeutic agent is abemaciclib.
A seabed supported unit for drilling and production of hydrocarbons, comprising a seabed supported base structure positioned and fixed with respect to a sea bed , forming a support for a floatable drilling unit and/or a floatable production unit , wherein the base structure is provided with buoyancy devices, with an upwards extending wall structure extending around the base structure along three sides and also intended to extend up above a sea level when installed at a site, while the fourth side is provided with an opening in the upwards extending wall structure for introducing the floatable drilling and/or production unit , the floatable drilling and/or production unit being retractably arrangeable on top of the base structure and within the upwards extending wall structure , and where an exterior side of the upwards extending wall structure is provided with preinstalled sections comprising prepared well points intended to be used for drilling wells through, wherein the prepared well points are arranged on a cantilever unit extending laterally out from the exterior side of the upwards extending wall structure and terminated above the sea level , forming a structurally integrated part with the upwards extending wall structure .
A work machine comprising: a track structure capable of traveling, a swing structure mounted on the track structure and capable of swinging to right and left, a work device mounted to the swing structure , a plurality of cameras (96a-d) mounted to the swing structure so as to be capable of shooting in different directions, a storage device for storing videos taken by the plurality of cameras (96a-d), and a controller having a camera selection section configured to select, when the track structure , the swing structure or the work device makes an operation, from among the plurality of cameras (96a-d) a camera in accordance with the operation, characterized in that the controller has a storage control section configured to store in the storage device a video taken during the operation by the camera selected by the camera selection section . a track structure capable of traveling, a swing structure mounted on the track structure and capable of swinging to right and left, a work device mounted to the swing structure , a plurality of cameras (96a-d) mounted to the swing structure so as to be capable of shooting in different directions, a storage device for storing videos taken by the plurality of cameras (96a-d), and a controller having a camera selection section configured to select, when the track structure , the swing structure or the work device makes an operation, from among the plurality of cameras (96a-d) a camera in accordance with the operation, characterized in that the controller has a storage control section configured to store in the storage device a video taken during the operation by the camera selected by the camera selection section .
A method for providing wave-based lighting efficiencies, the method comprising: determining, by a computing device , a zero axis point (422a-422e) of a voltage from an AC voltage waveform configured to power a load , wherein the load has a first predetermined portion with a first voltage rating, and wherein the AC voltage waveform includes positive voltage portions, negative voltage portions, and zero axis points (422a - 422e); determining, by the computing device , a first position in the AC voltage waveform to be used to create a first voltage step with a first step voltage, characterized in that the first position in the AC voltage waveform is determined by: predicting a time from the zero axis point (422a - 422e) where the AC voltage waveform will reach the first voltage rating defining the first step voltage; wherein the method further comprises: creating, by the computing device , the first voltage step based on the predicted time from the zero axis point (422a - 422e); and applying, by the computing device , the AC voltage at the first voltage step to the first predetermined portion of the load . determining, by a computing device , a zero axis point (422a-422e) of a voltage from an AC voltage waveform configured to power a load , wherein the load has a first predetermined portion with a first voltage rating, and wherein the AC voltage waveform includes positive voltage portions, negative voltage portions, and zero axis points (422a - 422e); determining, by the computing device , a first position in the AC voltage waveform to be used to create a first voltage step with a first step voltage, characterized in that the first position in the AC voltage waveform is determined by: predicting a time from the zero axis point (422a - 422e) where the AC voltage waveform will reach the first voltage rating defining the first step voltage; wherein the method further comprises: creating, by the computing device , the first voltage step based on the predicted time from the zero axis point (422a - 422e); and applying, by the computing device , the AC voltage at the first voltage step to the first predetermined portion of the load . predicting a time from the zero axis point (422a - 422e) where the AC voltage waveform will reach the first voltage rating defining the first step voltage; wherein the method further comprises: creating, by the computing device , the first voltage step based on the predicted time from the zero axis point (422a - 422e); and applying, by the computing device , the AC voltage at the first voltage step to the first predetermined portion of the load . creating, by the computing device , the first voltage step based on the predicted time from the zero axis point (422a - 422e); and applying, by the computing device , the AC voltage at the first voltage step to the first predetermined portion of the load .
An eyewear comprising a light reflection film , the film comprising: at least one light reflection layer RPRL in which a cholesteric liquid crystal phase of a right-handed helical structure having right circularly polarized light reflection ability is fixed; and at least one light reflection layer LPRL in which a cholesteric liquid crystal phase of a left-handed helical structure having left circularly polarized light reflection ability is fixed, wherein a width of a reflection band that reflects more than 50 % of light with respect to incident light in 80 nm or more in a visible light region, wherein a total of three or more layers of the light reflection layer(s) RPRL and the light reflection layer(s) LPRL are laminated, wherein the light reflection layer(s) RPRL and the light reflection layer(s) LPRL laminated in the light reflection film have a selective reflection center wavelength shifted by an interval of 30 nm or more and 140 nm or less between two light reflection layers adjacent to each other, characterized in that the selective reflection center wavelengths of each pair of two light reflection layers selected from the total of three or more layers of the laminated light reflection layer(s) RPRL and light reflection layer(s) LPRL differ by 30 nm or more. at least one light reflection layer RPRL in which a cholesteric liquid crystal phase of a right-handed helical structure having right circularly polarized light reflection ability is fixed; and at least one light reflection layer LPRL in which a cholesteric liquid crystal phase of a left-handed helical structure having left circularly polarized light reflection ability is fixed, wherein a width of a reflection band that reflects more than 50 % of light with respect to incident light in 80 nm or more in a visible light region, wherein a total of three or more layers of the light reflection layer(s) RPRL and the light reflection layer(s) LPRL are laminated, wherein the light reflection layer(s) RPRL and the light reflection layer(s) LPRL laminated in the light reflection film have a selective reflection center wavelength shifted by an interval of 30 nm or more and 140 nm or less between two light reflection layers adjacent to each other, characterized in that the selective reflection center wavelengths of each pair of two light reflection layers selected from the total of three or more layers of the laminated light reflection layer(s) RPRL and light reflection layer(s) LPRL differ by 30 nm or more.
A work vehicle , being an articulated type in which a front frame and a rear frame are linked, comprising: a joystick lever configured to be operated by an operator and allow a target steering angle (θin) to be set; a hydraulic actuator configured to be driven hydraulically and change an actual steering angle (θs) of the front frame with respect to the rear frame according to an operation of the joystick lever ; a control valve configured to control flow of fluid supplied to the hydraulic actuator so that there is no deviation between the target steering angle (θin) and the actual steering angle (θs), and be in a neutral position in a state in which the target steering angle (θin) matches the actual steering angle (θs); a force imparting component configured to impart an assist force or a counterforce to the operation of the joystick lever ; a displacement sensor configured to sense displacement of the joystick lever ; an angle sensor configured to sense the actual steering angle (θs); characterized by a controller configured to control the force imparting component so that a counterforce is imparted to the operation of the joystick lever when it is detected that the joystick lever has been operated in an opposite direction from the rotation direction of the front frame on the basis of detections of the displacement sensor and the angle sensor . a joystick lever configured to be operated by an operator and allow a target steering angle (θin) to be set; a hydraulic actuator configured to be driven hydraulically and change an actual steering angle (θs) of the front frame with respect to the rear frame according to an operation of the joystick lever ; a control valve configured to control flow of fluid supplied to the hydraulic actuator so that there is no deviation between the target steering angle (θin) and the actual steering angle (θs), and be in a neutral position in a state in which the target steering angle (θin) matches the actual steering angle (θs); a force imparting component configured to impart an assist force or a counterforce to the operation of the joystick lever ; a displacement sensor configured to sense displacement of the joystick lever ; an angle sensor configured to sense the actual steering angle (θs); characterized by a controller configured to control the force imparting component so that a counterforce is imparted to the operation of the joystick lever when it is detected that the joystick lever has been operated in an opposite direction from the rotation direction of the front frame on the basis of detections of the displacement sensor and the angle sensor .
A computer implemented method of computer security for a host computer system in communication with remote computer systems, the method comprising: generating an attack map as a directed graph data structure modelling individual events leading to an exploitation of the host computer system, the attack map being generated in a training phase of the host computer system in which the host is subjected to attacks by one or more attacking remote computer systems, and generating the attack map includes the steps of: a) collecting a log of each of a plurality of attack events occurring at the host including network packets involved in each attack event; b) using stacked autoencoders to extract features from the log event in each attack; c) generating a directed graph representation based on each of the extracted features based on a temporal relationship between events for each extracted feature and a predefined definition of each of a plurality of attack patterns defining events and temporal relationships between events, responsive to an occurrence of a new attack in the host computer system, the attack not resulting in the generation of attack events constituting a path through the attack map to a known exploitation, triggering the regeneration of the attack map by the above steps including additionally events generated in respect of the new attack. generating an attack map as a directed graph data structure modelling individual events leading to an exploitation of the host computer system, the attack map being generated in a training phase of the host computer system in which the host is subjected to attacks by one or more attacking remote computer systems, and generating the attack map includes the steps of: a) collecting a log of each of a plurality of attack events occurring at the host including network packets involved in each attack event; b) using stacked autoencoders to extract features from the log event in each attack; c) generating a directed graph representation based on each of the extracted features based on a temporal relationship between events for each extracted feature and a predefined definition of each of a plurality of attack patterns defining events and temporal relationships between events, a) collecting a log of each of a plurality of attack events occurring at the host including network packets involved in each attack event; b) using stacked autoencoders to extract features from the log event in each attack; c) generating a directed graph representation based on each of the extracted features based on a temporal relationship between events for each extracted feature and a predefined definition of each of a plurality of attack patterns defining events and temporal relationships between events, responsive to an occurrence of a new attack in the host computer system, the attack not resulting in the generation of attack events constituting a path through the attack map to a known exploitation, triggering the regeneration of the attack map by the above steps including additionally events generated in respect of the new attack.