mhurhangee/patent-ind-claim-en huggingface dataset:
Secondary harness securing device of a safety harness of an amusement ride comprising: - a primary securing device which, during a ride of the amusement ride, holds the safety harness in an angle position that is adapted to the anatomy of the passenger, - at least one first locking element and at least one second locking element , - wherein the at least one first locking element and the at least one second locking element are arranged at a distance to each other, - wherein, if the primary securing device fails, the safety harness can be moved within a tolerated opening angle, - wherein the tolerated opening angle correlates with the distance between the at least one first and the at least one second locking element , - and wherein, if the tolerated opening angle is exceeded, the at least one first locking element and the at least one second locking element block the safety harness . - a primary securing device which, during a ride of the amusement ride, holds the safety harness in an angle position that is adapted to the anatomy of the passenger, - at least one first locking element and at least one second locking element , - wherein the at least one first locking element and the at least one second locking element are arranged at a distance to each other, - wherein, if the primary securing device fails, the safety harness can be moved within a tolerated opening angle, - wherein the tolerated opening angle correlates with the distance between the at least one first and the at least one second locking element , - and wherein, if the tolerated opening angle is exceeded, the at least one first locking element and the at least one second locking element block the safety harness .
A method performed by an integrated access and backhaul, IAB, node (QQ160) for joining an IAB backhaul link, the method comprising: assuming a predetermined transmission periodicity of a Synchronization Signals block, SSB, set whilst the IAB node is getting initial access to a first parent IAB node; searching for an SSB at the predetermined transmission periodicity; receiving system information from the first parent IAB node, according to the searched SSB; obtaining an actual transmission periodicity of the SSB set from the received system information; and getting access to the first parent IAB node according to the searched SSB wherein, when the IAB backhaul link between the IAB node and the first parent IAB node fails, the method further comprises: searching for an SSB at the obtained actual transmission periodicity; and getting initial access to a second parent IAB node, wherein the second parent IAB node differs from the first parent IAB node. assuming a predetermined transmission periodicity of a Synchronization Signals block, SSB, set whilst the IAB node is getting initial access to a first parent IAB node; searching for an SSB at the predetermined transmission periodicity; receiving system information from the first parent IAB node, according to the searched SSB; obtaining an actual transmission periodicity of the SSB set from the received system information; and getting access to the first parent IAB node according to the searched SSB wherein, when the IAB backhaul link between the IAB node and the first parent IAB node fails, the method further comprises: searching for an SSB at the obtained actual transmission periodicity; and getting initial access to a second parent IAB node, wherein the second parent IAB node differs from the first parent IAB node. searching for an SSB at the obtained actual transmission periodicity; and getting initial access to a second parent IAB node, wherein the second parent IAB node differs from the first parent IAB node.
A method of overlaying Navigated Brain Stimulation (NBS) functional data on a live image of a brain, said method comprising the steps of; - obtaining a live image of a brain, - obtaining a functional map of the brain comprising an anatomical model of the brain and NBS functional data associated with the brain, - identifying at least one anatomical landmark of the brain from the live image of the brain, - identifying at least one of said identified anatomical landmarks on the anatomical model of the brain, - characterized by - modifying the functional map so that the identified at least one anatomical landmark of the model corresponds in size and orientation to the corresponding at least one anatomical landmark in the live image of the brain, and - digitally overlaying at least said NBS functional data on said live image of the brain according to the corresponding, aligned anatomical landmarks. - obtaining a live image of a brain, - obtaining a functional map of the brain comprising an anatomical model of the brain and NBS functional data associated with the brain, - identifying at least one anatomical landmark of the brain from the live image of the brain, - identifying at least one of said identified anatomical landmarks on the anatomical model of the brain, - characterized by - modifying the functional map so that the identified at least one anatomical landmark of the model corresponds in size and orientation to the corresponding at least one anatomical landmark in the live image of the brain, and - digitally overlaying at least said NBS functional data on said live image of the brain according to the corresponding, aligned anatomical landmarks.
A method for managing wireless communication with a gateway , the method being performed in a building automation device and comprising the steps of: establishing wireless communication with the gateway over a first communication protocol ; receiving , from the gateway over the first communication protocol , a command to install a capability to communicate over a second communication protocol ; receiving executable software instructions to be used for wireless communication over the second communication protocol ; installing the executable software instructions to provide the capability to communicate over the second communication protocol ; and establishing wireless communication with the gateway over the second communication protocol ; characterized in that the method further comprises: accepting wireless communication over the first communication protocol for a predetermined duration when the building automation device is powered on. establishing wireless communication with the gateway over a first communication protocol ; receiving , from the gateway over the first communication protocol , a command to install a capability to communicate over a second communication protocol ; receiving executable software instructions to be used for wireless communication over the second communication protocol ; installing the executable software instructions to provide the capability to communicate over the second communication protocol ; and establishing wireless communication with the gateway over the second communication protocol ; characterized in that the method further comprises: accepting wireless communication over the first communication protocol for a predetermined duration when the building automation device is powered on.
A rotor blade for a wind turbine, comprising an inner blade section extending from a rotor blade root in a longitudinal direction of the rotor blade , a trailing edge segment arranged on the inner blade section for increasing the profile depth of the rotor blade along a section in the longitudinal direction of the rotor blade, wherein the rotor blade comprises a pressure-side surface and a suction-side surface , each of which is formed in regions from parts of the inner blade section and the trailing edge segment , wherein at least one air inlet and air outlet , which are connected to one another in a fluid-conducting manner, extending essentially in the longitudinal direction of the rotor blade are formed on the pressure-side surface and on the suction-side surface of the rotor blade in the region of the trailing edge segment , wherein at least one cover element overlapping the at least one air outlet is arranged on the suction-side surface , by means of which cover element the air outlet can be closed or opened, characterized in that the rotor blade and the at least one cover element are configured to deflect an air flow (LS) in the region of the air outlet essentially parallel to the respective adjacent outer surface of the inner blade section . wherein the rotor blade comprises a pressure-side surface and a suction-side surface , each of which is formed in regions from parts of the inner blade section and the trailing edge segment , wherein at least one air inlet and air outlet , which are connected to one another in a fluid-conducting manner, extending essentially in the longitudinal direction of the rotor blade are formed on the pressure-side surface and on the suction-side surface of the rotor blade in the region of the trailing edge segment , wherein at least one cover element overlapping the at least one air outlet is arranged on the suction-side surface , by means of which cover element the air outlet can be closed or opened, characterized in that the rotor blade and the at least one cover element are configured to deflect an air flow (LS) in the region of the air outlet essentially parallel to the respective adjacent outer surface of the inner blade section .
An optical line terminal, comprising: means for acquiring (S201) device information of an optical network terminal that registers and gets online; wherein the device information comprises at least one of vendor information, device name information, and supported optical network terminal management and control interface, OMCI, protocol version information of the optical network terminal; means for matching (S202) an interoperability mode corresponding to the device information of the optical network terminal in an interoperability mode configuration table preset on the optical line terminal, means for determine (S203) whether the interoperability mode is the same as a current interoperability mode; and, in response to determining that the interoperability mode is different from the current interoperability mode, instructing the optical network terminal to be reset; means for switching (S204) the current interoperability mode to the interoperability mode, configuring and managing the optical network terminal according to the interoperability mode. means for acquiring (S201) device information of an optical network terminal that registers and gets online; wherein the device information comprises at least one of vendor information, device name information, and supported optical network terminal management and control interface, OMCI, protocol version information of the optical network terminal; means for matching (S202) an interoperability mode corresponding to the device information of the optical network terminal in an interoperability mode configuration table preset on the optical line terminal, means for determine (S203) whether the interoperability mode is the same as a current interoperability mode; and, in response to determining that the interoperability mode is different from the current interoperability mode, instructing the optical network terminal to be reset; means for switching (S204) the current interoperability mode to the interoperability mode, configuring and managing the optical network terminal according to the interoperability mode.
A holographic projector having an optical path , wherein the holographic projector comprises: a first spatial light modulator arranged to display a first hologram; a first light source arranged to illuminate the first spatial light modulator with light of a first wavelength such that a first holographic reconstruction corresponding to the first hologram is formed on a replay plane; and a continuous block of transparent material , having a refractive index greater than air, which forms at least part of the optical path of the projector, wherein the continuous block comprises at least one parallelepiped block of the transparent material arranged such that light of the projector travels longitudinally through the parallelepiped block without internal reflection from the sides thereof and at least one prism arranged such that light of the projector travels through the prism with one total internal reflection, wherein the at least one parallelepiped block and the at least one prism are optically seamlessly connected and wherein the at least one prism comprises a first prism including an input/output port and a second prism including a first optical port coupled to the first spatial light modulator, the first prism and the second prism being provided on opposite sides of the at least one parallelepiped block . a first spatial light modulator arranged to display a first hologram; a first light source arranged to illuminate the first spatial light modulator with light of a first wavelength such that a first holographic reconstruction corresponding to the first hologram is formed on a replay plane; and a continuous block of transparent material , having a refractive index greater than air, which forms at least part of the optical path of the projector, wherein the continuous block comprises at least one parallelepiped block of the transparent material arranged such that light of the projector travels longitudinally through the parallelepiped block without internal reflection from the sides thereof and at least one prism arranged such that light of the projector travels through the prism with one total internal reflection, wherein the at least one parallelepiped block and the at least one prism are optically seamlessly connected and wherein the at least one prism comprises a first prism including an input/output port and a second prism including a first optical port coupled to the first spatial light modulator, the first prism and the second prism being provided on opposite sides of the at least one parallelepiped block .
A user equipment, UE, for wireless communication, the UE comprising: at least one memory; and at least one processor coupled with the at least one memory and configured to cause the UE to: obtain configuration information indicating at least one sidelink discontinuous reception, DRX, configuration for data on a sidelink, wherein the at least one sidelink DRX configuration is associated with a first resource pool; and transmit or receive the data based on the at least one sidelink DRX configuration indicated by the configuration information; the UE characterised by , wherein, during a logical channel prioritization, LCP, procedure, the UE is configured to select a destination in the case that the destination is related to the data associated with a sidelink DRX configuration and the UE is in a wake-up time of the sidelink DRX configuration. obtain configuration information indicating at least one sidelink discontinuous reception, DRX, configuration for data on a sidelink, wherein the at least one sidelink DRX configuration is associated with a first resource pool; and transmit or receive the data based on the at least one sidelink DRX configuration indicated by the configuration information; the UE characterised by , wherein, during a logical channel prioritization, LCP, procedure, the UE is configured to select a destination in the case that the destination is related to the data associated with a sidelink DRX configuration and the UE is in a wake-up time of the sidelink DRX configuration.
A brake element for a safety catch device comprising at least one brake shoe and at least one base element , wherein each brake shoe comprises at least one braking surface which is arranged such that the brake shoe can rest with the breaking surface against a rail in the event of braking, and wherein each brake shoe additionally comprises a surface ("sliding surface-B") opposite to the braking surface , and wherein each base element is designed to be connected to the safety catch device and the base element comprises a surface ("sliding surface-S") oriented in the direction of the braking surface of the brake shoe , and wherein sliding surface-B and sliding surface-S are oriented towards one another in such a way that the at least one brake shoe and the at least one base element can slide along one another on a plane parallel to the at least one braking surface of the respective at least one brake shoe , and characterized in that the brake element additionally comprises at least one sliding element between at least one brake shoe and at least one base element , such that the respective sliding surfaces-B and sliding surfaces-S are in contact via the sliding element .
A battery pack shell , comprising a bottom guard plate , a bottom heat exchange plate and a frame disposed on the bottom guard plate in sequence; wherein a first sealing strip is disposed between the bottom heat exchange plate and the frame , and the first sealing strip is configured to seal a connection between the bottom heat exchange plate and the frame ; the bottom heat exchange plate and the frame are fixed by a first fastener , the bottom guard plate and the frame are fixed by a second fastener , and the bottom heat exchange plate is sandwiched between the bottom guard plate and the frame ; a number of the first fasteners and a number of the second fasteners are plural, and each of the first fasteners and each of the second fasteners are disposed around and along the frame into a circle; wherein the battery pack shell is characterized in that a first distance between a center of any adjacent first fasteners and a center of the second fastener is 100 mm to 600 mm, a distance between an edge of the first sealing strip facing the first fastener and a center of any one of the first fasteners is a second distance, and a product of the first distance and the second distance is 400 mm 2 to 15000 mm 2 . wherein a first sealing strip is disposed between the bottom heat exchange plate and the frame , and the first sealing strip is configured to seal a connection between the bottom heat exchange plate and the frame ; the bottom heat exchange plate and the frame are fixed by a first fastener , the bottom guard plate and the frame are fixed by a second fastener , and the bottom heat exchange plate is sandwiched between the bottom guard plate and the frame ; a number of the first fasteners and a number of the second fasteners are plural, and each of the first fasteners and each of the second fasteners are disposed around and along the frame into a circle; wherein the battery pack shell is characterized in that a first distance between a center of any adjacent first fasteners and a center of the second fastener is 100 mm to 600 mm, a distance between an edge of the first sealing strip facing the first fastener and a center of any one of the first fasteners is a second distance, and a product of the first distance and the second distance is 400 mm 2 to 15000 mm 2 .
A method of transferring power wirelessly, the method comprising: receiving the power, from at least one coil, with a resonant circuit at a resonant frequency between about 80 kHz and about 90 kHz, a voltage gain of about 1.0, and an efficiency of at least 95%, wherein the resonant circuit comprises a third coil , a third capacitor coupled in series to the third coil , a fourth coil coupled in series with the third coil and the third capacitor , and a fourth capacitor coupled in parallel to the third coil and the third capacitor , wherein the third coil is concentric with the fourth coil , wherein the resonant circuit has integrated impedance matching, and wherein the at least one coil , the third coil and the fourth coil are magnetically coupled to one another.
A parking assist device for a vehicle , comprising: - a speed or/and torque command value calculation unit (208; 608); - a speed or/and torque command value addition unit (209; 609); and further includes the following features: - an obstacle recognition unit ; and - a road surface shape recognition unit , and wherein the parking assist device controls speed of the vehicle on the basis of a calculated speed command value and an engine torque amount command value, wherein the speed command value and the engine torque amount command value are calculated by predicting acceleration or deceleration of the vehicle in advance on the basis of each height of an obstacle and a step inside a parking path, each distance to the obstacle and step, and a gradient of a road surface condition, characterized in that the speed command value and the engine torque amount command value are calculated by predicting the acceleration or the deceleration of the vehicle also on the basis of the steering angle. - a speed or/and torque command value calculation unit (208; 608); - a speed or/and torque command value addition unit (209; 609); and further includes the following features: - an obstacle recognition unit ; and - a road surface shape recognition unit , and wherein the parking assist device controls speed of the vehicle on the basis of a calculated speed command value and an engine torque amount command value, wherein the speed command value and the engine torque amount command value are calculated by predicting acceleration or deceleration of the vehicle in advance on the basis of each height of an obstacle and a step inside a parking path, each distance to the obstacle and step, and a gradient of a road surface condition, characterized in that the speed command value and the engine torque amount command value are calculated by predicting the acceleration or the deceleration of the vehicle also on the basis of the steering angle.
A fluid sensor assembly adapted for detecting a fluid level in a fluid storage container, comprising a base configured to receive a fluid sensor and a cap configured to fit on the base and form a fluid-tight seal between the cap and the base, characterized in that the base forms a plurality of receiving apertures positioned about a perimeter of the base; and in that the cap comprises a plurality of articulating levers , each articulating lever of the plurality of articulating levers being configured to rotate about a central axis and comprising a latching feature configured to be inserted into a receiving aperture of the plurality of receiving apertures when the cap is fitted on the base and to lock the cap to the base upon rotation of the articulating levers. characterized in that the base forms a plurality of receiving apertures positioned about a perimeter of the base; and in that the cap comprises a plurality of articulating levers , each articulating lever of the plurality of articulating levers being configured to rotate about a central axis and comprising a latching feature configured to be inserted into a receiving aperture of the plurality of receiving apertures when the cap is fitted on the base and to lock the cap to the base upon rotation of the articulating levers.