mhurhangee/patent-ind-claim-en huggingface dataset:
An exterior vent-louvre assembly (10; 110; 210) comprising: at least two vertically spaced-apart exterior vent-louvre members which define an exterior air-flow path having a substantially uniform lateral extent therebetween; an under-surface of a leading intermediate part of each vent-louvre member having a first lower active-surface portion ; an under-surface of a trailing intermediate part of each vent-louvre member having a second lower active-surface portion ; an upper-surface of a crown part of each vent-louvre member including an unbroken transition to the trailing intermediate part and having an upper active-surface portion ; a first distance (D1) from a leading-edge region of the upper active-surface portion of each vent-louvre member to the first lower active-surface portion of an above and adjacent vent-louvre member matching or substantially matching a second distance (D2) from a trailing-edge region of the upper active-surface portion of said vent-louvre member to the second lower active-surface portion of the said above and adjacent vent-louvre member , whereby the matching or substantially matching said first and second distances (D1, D2) prevent or reduce air-flow turbulence at or downstream of the crown part to improve entrained moisture removal; characterised in that each vent-louvre member further comprises a third lower active-surface portion positioned downstream and vertically spaced apart from the second lower active-surface portion , the second and third lower active surface portions together defining a trailing lower active-surface . at least two vertically spaced-apart exterior vent-louvre members which define an exterior air-flow path having a substantially uniform lateral extent therebetween; an under-surface of a leading intermediate part of each vent-louvre member having a first lower active-surface portion ; an under-surface of a trailing intermediate part of each vent-louvre member having a second lower active-surface portion ; an upper-surface of a crown part of each vent-louvre member including an unbroken transition to the trailing intermediate part and having an upper active-surface portion ; a first distance (D1) from a leading-edge region of the upper active-surface portion of each vent-louvre member to the first lower active-surface portion of an above and adjacent vent-louvre member matching or substantially matching a second distance (D2) from a trailing-edge region of the upper active-surface portion of said vent-louvre member to the second lower active-surface portion of the said above and adjacent vent-louvre member , whereby the matching or substantially matching said first and second distances (D1, D2) prevent or reduce air-flow turbulence at or downstream of the crown part to improve entrained moisture removal; characterised in that each vent-louvre member further comprises a third lower active-surface portion positioned downstream and vertically spaced apart from the second lower active-surface portion , the second and third lower active surface portions together defining a trailing lower active-surface .
A concentrator photovoltaic module comprising: a housing having an open face on one face thereof; a plurality of power generating elements provided in a form of an array on a bottom plate of the housing ; and a concentrating member being mounted on the housing so as to cover the open face , being disposed so as to face the bottom plate , and being composed of a plurality of condenser lenses for concentrating sunlight, the condenser lenses formed at positions corresponding to the power generating elements on respective optical axes of the condenser lenses , wherein the housing includes a frame composed of a resin side wall plate provided so as to stand along an outer edge of the bottom plate , inward from the frame , a shielding plate configured to block sunlight concentrated by the condenser lenses from being applied to an inner side-surface of the side wall plate is provided so as to project inward relative to the inner side-surface , and the shielding plate is coupled to the side wall plate by a support portion provided so as to protrude from the inner side-surface , characterized in that said shielding plate is formed integrally with the support portion and the side wall plate . a housing having an open face on one face thereof; a plurality of power generating elements provided in a form of an array on a bottom plate of the housing ; and a concentrating member being mounted on the housing so as to cover the open face , being disposed so as to face the bottom plate , and being composed of a plurality of condenser lenses for concentrating sunlight, the condenser lenses formed at positions corresponding to the power generating elements on respective optical axes of the condenser lenses , wherein the housing includes a frame composed of a resin side wall plate provided so as to stand along an outer edge of the bottom plate , inward from the frame , a shielding plate configured to block sunlight concentrated by the condenser lenses from being applied to an inner side-surface of the side wall plate is provided so as to project inward relative to the inner side-surface , and the shielding plate is coupled to the side wall plate by a support portion provided so as to protrude from the inner side-surface , characterized in that said shielding plate is formed integrally with the support portion and the side wall plate .
An optical transmission system comprising an optical transmitter configured to transmit data over an optical fiber transmission channel made of a multi-core fiber, optical signals carrying said data propagating along the multi-core fiber according to two or more cores, each core being associated with one or more core parameters, wherein the optical transmission system comprises: - a scrambling configuration device configured to determine a scrambling function, and - at least one scrambling device arranged in said optical fiber transmission channel for scrambling said two or more cores, each of said at least one scrambling device being configured to determine permuted cores by applying said scrambling function to said two or more cores and to redistribute said optical signals according to said permuted cores, characterized in that the scrambling function depends on one or more of the core parameters associated with said two or more cores. - a scrambling configuration device configured to determine a scrambling function, and - at least one scrambling device arranged in said optical fiber transmission channel for scrambling said two or more cores, each of said at least one scrambling device being configured to determine permuted cores by applying said scrambling function to said two or more cores and to redistribute said optical signals according to said permuted cores, characterized in that the scrambling function depends on one or more of the core parameters associated with said two or more cores.
A pattern forming apparatus that forms a pattern on a substrate, the apparatus comprising: a processing unit (CN) configured to perform a process of obtaining a position of a mark provided on the substrate by using a template for obtaining the position of the mark by being applied to optical information of the mark , wherein the processing unit (CN) is configured to decide a parameter indicating a shape of the template by performing reinforcement learning which updates the parameter so as to increase a reward for an action of changing the parameter, and to obtain the position of the mark by using the decided parameter, wherein the reward is obtained using the optical information obtained for each of a plurality of substrates. a processing unit (CN) configured to perform a process of obtaining a position of a mark provided on the substrate by using a template for obtaining the position of the mark by being applied to optical information of the mark , wherein the processing unit (CN) is configured to decide a parameter indicating a shape of the template by performing reinforcement learning which updates the parameter so as to increase a reward for an action of changing the parameter, and to obtain the position of the mark by using the decided parameter, decide a parameter indicating a shape of the template by performing reinforcement learning which updates the parameter so as to increase a reward for an action of changing the parameter, and to obtain the position of the mark by using the decided parameter, wherein the reward is obtained using the optical information obtained for each of a plurality of substrates.
A headphone , comprising a signal processor , a first audio playback unit , and a first audio receiving unit , the signal processor being configured to sequentially transmit a plurality of code messages to the first audio playback unit , wherein any two code messages that are successively transmitted among the plurality of code messages correspond to different frequencies; the first audio playback unit receiving the plurality of code messages and playing a plurality of first audio signals whose frequencies correspond to the plurality of code messages according to a playback sequence; wherein the signal processor obtains a plurality of first time points at which the first audio receiving unit receives reflections of the plurality of first audio signals; and the signal processor determines a wear status of the headphone according to the plurality of first time points, wherein the wear status includes a status of the headphone being worn by a user and a status of the headphone being not worn by a user. the signal processor being configured to sequentially transmit a plurality of code messages to the first audio playback unit , wherein any two code messages that are successively transmitted among the plurality of code messages correspond to different frequencies; the first audio playback unit receiving the plurality of code messages and playing a plurality of first audio signals whose frequencies correspond to the plurality of code messages according to a playback sequence; wherein the signal processor obtains a plurality of first time points at which the first audio receiving unit receives reflections of the plurality of first audio signals; and the signal processor determines a wear status of the headphone according to the plurality of first time points, wherein the wear status includes a status of the headphone being worn by a user and a status of the headphone being not worn by a user.
A sensor device comprising: a first main body portion and a second main body portion which are configured to be detachably attached to a holding member worn by a user , wherein the first main body portion and the second main body portion are provided into a clip-like configuration by being coupled together rotatably an antenna which is configured to receive radio waves, a circuit unit including a measuring unit configured to measure information of the user and a positional information detection unit which is configured to derive positional information data of the sensor device based on a reception signal from a positioning satellite received by way of the antenna, a circuit board which includes at least a part of the circuit unit , wherein the first main body portion is configured to be disposed on a side of the holding member which lies opposite to a side facing a body of the user and to accommodate therein the antenna , while the second main body portion is configured to be disposed on the side of the holding member which lies to face the body of the user and to accommodate therein the circuit board . a first main body portion and a second main body portion which are configured to be detachably attached to a holding member worn by a user , wherein the first main body portion and the second main body portion are provided into a clip-like configuration by being coupled together rotatably an antenna which is configured to receive radio waves, a circuit unit including a measuring unit configured to measure information of the user and a positional information detection unit which is configured to derive positional information data of the sensor device based on a reception signal from a positioning satellite received by way of the antenna, a circuit board which includes at least a part of the circuit unit , wherein the first main body portion is configured to be disposed on a side of the holding member which lies opposite to a side facing a body of the user and to accommodate therein the antenna , while the second main body portion is configured to be disposed on the side of the holding member which lies to face the body of the user and to accommodate therein the circuit board .
Suitcase of variable volumetric size, being of the type consisting of an essentially prismatic rectangular body, which includes a lower base , preferably equipped with wheels , an upper base , two side walls , a front face and a rear bottom , including the classic telescopic handle for carrying, wherein the front face is articulately linked to the lower base through its lower edge, so that its other three free sides are linked and unlinked to the side walls and upper base by means of a zipper , characterized in that said front face includes two transverse folding lines and , the lower one at a distance according to the thickness of the suitcase, and the upper one at exactly half of the remaining section, the bottom including in its middle zone two transversal folding lines (61 and 62) separated from each other at a distance according to the thickness of the suitcase, the lower and intermediate sections of said bottom being immovably linked to the side walls and lower base , while the upper section is detachable from the side walls and upper base by means of a zipper that uses an inverted "U" trajectory, with the particularity that the side walls present in their middle zone two transversal folding lines (41-42) spaced between them according to the thickness of the suitcase, between which a diagonal folding line is established parallel to which a second diagonal folding line is established in correspondence with the upper section that delimits the upper transversal folding line, so that the front side is foldable on the inside of the case body, while the upper middle structure of the case can be folded internally onto the lower middle structure, a configuration in which the upper section becomes the means of access to the interior of the case in its minimum volumetric occupation configuration.
An implantable system for stimulating a human heart or an animal heart, comprising a first stimulation unit and a first detection unit , the first stimulation unit being used to stimulate at least one cardiac region of a human heart or an animal heart, and the first detection unit being used to detect an electrical signal of at least one cardiac region of the same human or animal heart, the system comprises a second stimulation unit , which is specifically designed and configured to stimulate a His bundle of the same human or animal heart, characterized in that the system comprises a first timer , which is used to provide a defined delivery of stimulation pulses, in terms of time, by the first stimulation unit , and the system comprises a second timer , which is provided and configured to match a delivery point in time of at least one pulse to be delivered by the second stimulation unit to a delivery point in time of at least one pulse to be delivered by the first stimulation unit .
Mixer with a container with at least one driven shaft , to which mixing arms carrying blades are fastened at intervals, with a protective section which surrounds at least the individual mixing arms , the fastening devices for the individual mixing arms on a shaft and the shaft in each case at least in regions, wherein the protective section is constructed in the manner of segments and whereby the segments have a multi-part structure consisting of shell parts , characterized in that the shell parts of the respective segment jointly surround at least one region of the mixer, namely the fastening devices and/or the shaft and/or the mixing arms and that the shell parts of a region are held by the protective part, namely a protective part segment of an adjacent region . that the shell parts of the respective segment jointly surround at least one region of the mixer, namely the fastening devices and/or the shaft and/or the mixing arms and that the shell parts of a region are held by the protective part, namely a protective part segment of an adjacent region .
A crash monitoring system for a vehicle , comprising - an environment sensor unit , - a vehicle information supplying unit , - a crash sensor unit , and - a control unit, the environment sensor unit being configured to generate field data of an impending crash event between at least a first vehicle and an obstacle, the vehicle information supplying unit being configured to provide operational information of at least the first vehicle to the control unit, the crash sensor unit being configured to generate crash data during the crash event of at least the first vehicle , the control unit being configured to execute a crash simulation based on the field data and the operational information and generate predictive attribute data, and the control unit being further configured to generate fused data by fusing the predictive attribute data and the crash data of the ongoing crash event for adapting the predictive attribute data to future crash events. - an environment sensor unit , - a vehicle information supplying unit , - a crash sensor unit , and - a control unit, the environment sensor unit being configured to generate field data of an impending crash event between at least a first vehicle and an obstacle, the vehicle information supplying unit being configured to provide operational information of at least the first vehicle to the control unit, the crash sensor unit being configured to generate crash data during the crash event of at least the first vehicle , the control unit being configured to execute a crash simulation based on the field data and the operational information and generate predictive attribute data, and the control unit being further configured to generate fused data by fusing the predictive attribute data and the crash data of the ongoing crash event for adapting the predictive attribute data to future crash events.
A surgical instrument , comprising: a first actuator for performing a first operating function of said surgical instrument; a second actuator for performing a second operating function of said surgical instrument; a controller configured to detect an error condition of said surgical instrument; a first actuator lock, wherein said controller is in signal communication with said first actuator lock, and wherein said controller is configured to activate said first actuator lock to prevent said first actuator from being actuated when said error condition is related to said first operating function; and a second actuator lock, wherein said controller is in signal communication with said second actuator lock, and wherein said controller is configured to activate said second actuator lock to prevent said second actuator from being actuated when said error condition is related to said second operating function. a first actuator for performing a first operating function of said surgical instrument; a second actuator for performing a second operating function of said surgical instrument; a controller configured to detect an error condition of said surgical instrument; a first actuator lock, wherein said controller is in signal communication with said first actuator lock, and wherein said controller is configured to activate said first actuator lock to prevent said first actuator from being actuated when said error condition is related to said first operating function; and a second actuator lock, wherein said controller is in signal communication with said second actuator lock, and wherein said controller is configured to activate said second actuator lock to prevent said second actuator from being actuated when said error condition is related to said second operating function.
An aircraft air supply system comprising: a gas turbine engine (20; 120; 220) including a fan and at least one compressor , the at least one compressor driven by at least one turbine , and a combustor for combusting air from the at least one compressor and delivering it across the at least one turbine ; and a lower pressure tap within the at least one compressor , the lower pressure tap air being connected to a first heat exchanger to be cooled by cooling air, and then to a selection valve , the selection valve configured to selectively deliver the lower pressure tap air to a boost compressor , and lower pressure tap air downstream of the boost compressor being connected to cool the at least one turbine , wherein the selection valve is also configured to selectively deliver a portion of the lower pressure tap air across a first cooling turbine , and then, downstream of the first cooling turbine , to a line associated with an air delivery system for a cabin on an associated aircraft, and a portion of the air downstream of the first cooling turbine being connected to a second cooling turbine , and air downstream of the second cooling turbine being connected for use in a cold loop such that the lower pressure tap air downstream of the second cooling turbine is at a lower temperature than air downstream of the first cooling turbine . a gas turbine engine (20; 120; 220) including a fan and at least one compressor , the at least one compressor driven by at least one turbine , and a combustor for combusting air from the at least one compressor and delivering it across the at least one turbine ; and a lower pressure tap within the at least one compressor , the lower pressure tap air being connected to a first heat exchanger to be cooled by cooling air, and then to a selection valve , the selection valve configured to selectively deliver the lower pressure tap air to a boost compressor , and lower pressure tap air downstream of the boost compressor being connected to cool the at least one turbine , wherein the selection valve is also configured to selectively deliver a portion of the lower pressure tap air across a first cooling turbine , and then, downstream of the first cooling turbine , to a line associated with an air delivery system for a cabin on an associated aircraft, and a portion of the air downstream of the first cooling turbine being connected to a second cooling turbine , and air downstream of the second cooling turbine being connected for use in a cold loop such that the lower pressure tap air downstream of the second cooling turbine is at a lower temperature than air downstream of the first cooling turbine .