mhurhangee/patent-ind-claim-en huggingface dataset:
A system for joining elongated elements in a body of water, the system comprising: - an apparatus for joining elongated elements in a body of water, the apparatus comprising: - a frame ; - a strap feeding device ; - two arms moveable with respect to the frame and configured to guide a strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a clamping device configured to retain an end portion of the strap (R); - a driving device configured to advance and tighten the strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a junction device , configured to join two overlapping portions of the strap (R) so as to close the strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); and - a cutting device configured to separate the strap (R) upstream of the joined portion; the system further comprising: - an underwater vehicle ; - an articulated arm connected to the underwater vehicle and to the apparatus , to control the position of the apparatus . - an apparatus for joining elongated elements in a body of water, the apparatus comprising: - a frame ; - a strap feeding device ; - two arms moveable with respect to the frame and configured to guide a strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a clamping device configured to retain an end portion of the strap (R); - a driving device configured to advance and tighten the strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a junction device , configured to join two overlapping portions of the strap (R) so as to close the strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); and - a cutting device configured to separate the strap (R) upstream of the joined portion; - a frame ; - a strap feeding device ; - two arms moveable with respect to the frame and configured to guide a strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a clamping device configured to retain an end portion of the strap (R); - a driving device configured to advance and tighten the strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a junction device , configured to join two overlapping portions of the strap (R) so as to close the strap (R) around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); and - a cutting device configured to separate the strap (R) upstream of the joined portion; - an underwater vehicle ; - an articulated arm connected to the underwater vehicle and to the apparatus , to control the position of the apparatus .
An electroporation system comprising: a catheter shaft ; an electrode assembly coupled to the catheter shaft at a distal end thereof, the electrode assembly including at least one electrode, wherein the electrode assembly is configured as one of an electrode loop assembly, and a planar electrode assembly; and an electroporation generator coupled in communication with the at least one electrode, the electroporation generator configured to supply a biphasic pulse signal to the at least one electrode, the biphasic pulse signal comprising: a first phase having a first polarity and a first pulse duration; and a second phase having a second polarity opposite to the first polarity, and a second pulse duration, each of the first phase and second phase having a voltage amplitude of at least 500 volts and a pulse duration of less than 20 microseconds, wherein the second phase is generated at a non-zero interval following the first phase , and wherein the electroporation generator comprises: a microcontroller ; a plurality of switching elements ; and an opto-isolator communicatively coupling the microcontroller with each of the plurality of switching elements and configured to prevent noise generated by switching of the plurality of switching elements from reaching the microcontroller. a catheter shaft ; an electrode assembly coupled to the catheter shaft at a distal end thereof, the electrode assembly including at least one electrode, wherein the electrode assembly is configured as one of an electrode loop assembly, and a planar electrode assembly; and an electroporation generator coupled in communication with the at least one electrode, the electroporation generator configured to supply a biphasic pulse signal to the at least one electrode, the biphasic pulse signal comprising: a first phase having a first polarity and a first pulse duration; and a second phase having a second polarity opposite to the first polarity, and a second pulse duration, each of the first phase and second phase having a voltage amplitude of at least 500 volts and a pulse duration of less than 20 microseconds, a first phase having a first polarity and a first pulse duration; and a second phase having a second polarity opposite to the first polarity, and a second pulse duration, each of the first phase and second phase having a voltage amplitude of at least 500 volts and a pulse duration of less than 20 microseconds, wherein the second phase is generated at a non-zero interval following the first phase , and wherein the electroporation generator comprises: a microcontroller ; a plurality of switching elements ; and an opto-isolator communicatively coupling the microcontroller with each of the plurality of switching elements and configured to prevent noise generated by switching of the plurality of switching elements from reaching the microcontroller. a microcontroller ; a plurality of switching elements ; and an opto-isolator communicatively coupling the microcontroller with each of the plurality of switching elements and configured to prevent noise generated by switching of the plurality of switching elements from reaching the microcontroller.
A centrifugal pump assembly having an electric drive motor , an impeller driven by this drive motor and also a pump housing surrounding the impeller , in which pump housing a movable valve element (24; 24') is arranged and rotatably mounted in such a manner that the valve element (24; 24') can be moved in a rotating manner by a flow created by the impeller between two switching positions and that at least one section of the valve element (24; 24') can be moved by a pressure created in the pump housing by the impeller from a released position into a bearing position in which it is fixed on a bearing surface , characterized by a control device which is designed in such a manner that, for moving the valve element (24; 24') from one switching position into a different switching position, it reduces the speed of the drive motor and then, when the pressure in the pump housing has fallen so far that the valve element (24; 24') is no longer fixed on the bearing surface and the valve element (24; 24') has been moved into the other switching position, the speed of the drive motor is increased again in such a manner that the output-side pressure of the impeller is so high that the valve element (24; 24') is held in the bearing position by the pressure, wherein the control device and the drive motor are designed in such a manner that the drive motor can be operated in only one predetermined direction of rotation (A).
An apparatus for disinfecting an area, and reporting said disinfecting, said apparatus comprising: a mobile structure on wheels with a plurality of lamps that emit ultraviolet light for the possibility of repositioning the emitter; a UV emitter for emitting a selected minimum dosage of UV light; a computer operable to control emission of UV radiation by said UV emitter; a plurality of UV sensors for measuring and reporting to said computer a dosage of UV radiation received, each of said plurality of UV sensors operable to measure UV light at a site by placement of each of said plurality of UV sensors proximate to that site, and further wherein at least one of said plurality of UV sensors is a remote sensor; a door safety sensor in communication with said computer, said door safety sensor operable to detect and report whether the door is open or closed for emergency shutoff purposes; and a human-machine interface (HMI) in communication with said computer operable to start and stop a disinfection procedure, and further operable to pause and resume said disinfection procedure; wherein said apparatus for disinfecting an area is operable to pause UV emission, reposition the emitter, and to resume UV emission. a mobile structure on wheels with a plurality of lamps that emit ultraviolet light for the possibility of repositioning the emitter; a UV emitter for emitting a selected minimum dosage of UV light; a computer operable to control emission of UV radiation by said UV emitter; a plurality of UV sensors for measuring and reporting to said computer a dosage of UV radiation received, each of said plurality of UV sensors operable to measure UV light at a site by placement of each of said plurality of UV sensors proximate to that site, and further wherein at least one of said plurality of UV sensors is a remote sensor; a door safety sensor in communication with said computer, said door safety sensor operable to detect and report whether the door is open or closed for emergency shutoff purposes; and a human-machine interface (HMI) in communication with said computer operable to start and stop a disinfection procedure, and further operable to pause and resume said disinfection procedure; wherein said apparatus for disinfecting an area is operable to pause UV emission, reposition the emitter, and to resume UV emission.
A display device, comprising: a substrate ; a thin film transistor provided on the substrate; a first electrode connected to the thin film transistor; a second electrode overlapping the first electrode; and a partition wall comprising a partition wall composition and a light-emitting device layer provided between the first electrode and the second electrode, wherein: the partition wall composition comprises a polymer comprising a main chain and a side chain connected to the main chain, and a carbon number of the side chain is equal to or greater than 14, and wherein the side chain is provided by a reaction of the main chain with a compound represented by Formula 4: wherein the X is one of and I is equal to or greater than 13. a substrate ; a thin film transistor provided on the substrate; a first electrode connected to the thin film transistor; a second electrode overlapping the first electrode; and a partition wall comprising a partition wall composition and a light-emitting device layer provided between the first electrode and the second electrode, wherein: the partition wall composition comprises a polymer comprising a main chain and a side chain connected to the main chain, and a carbon number of the side chain is equal to or greater than 14, and wherein the side chain is provided by a reaction of the main chain with a compound represented by Formula 4: wherein the X is one of and I is equal to or greater than 13.
A method for detaching or installing a rotor blade from or to a hub of a wind turbine , the method comprising: positioning the rotor blade toward a ground location between a three o'clock position and a nine o'clock position; mounting a mechanical arm to an uptower location of the wind turbine , the mechanical arm comprising a torqueing tool at a distal end thereof; and, removing or installing, via the torqueing tool , each of the plurality of hub fasteners so as to detach or attach the rotor blade from or to the hub . positioning the rotor blade toward a ground location between a three o'clock position and a nine o'clock position; mounting a mechanical arm to an uptower location of the wind turbine , the mechanical arm comprising a torqueing tool at a distal end thereof; and, removing or installing, via the torqueing tool , each of the plurality of hub fasteners so as to detach or attach the rotor blade from or to the hub .
Actuating drive for a valve having a housing portion and at least one latching means which is arranged on the housing portion and which is resiliently movable in the radial direction between a release position and a latching position and is biased in the direction of the latching position, and having a securing ring which comprises at least one blocking member which is complementary to the at least one latching means , wherein two or more latching means and blocking members corresponding thereto are arranged distributed on the circumference, characterized in that the at least one blocking member is a protrusion which has, adjacent thereto, a recess corresponding to the latching means in the circumferential direction of the securing ring , a tongue is arranged between two adjacent latching means , the securing ring being rotatably mounted on said tongue, and the securing ring is rotatably mounted on the housing portion and is fixed in the axial direction. the at least one blocking member is a protrusion which has, adjacent thereto, a recess corresponding to the latching means in the circumferential direction of the securing ring , a tongue is arranged between two adjacent latching means , the securing ring being rotatably mounted on said tongue, and the securing ring is rotatably mounted on the housing portion and is fixed in the axial direction.
A method for controlling a response time of a wireless sensor device , wherein the wireless sensor device is arranged to monitor an object in an object monitoring system comprising a plurality of wireless sensor devices and at least one user device , the method comprising: - determining (S4) one or more metrics representing a present state of the object , - calculating (S5) a probability that one of the at least one user devices will activate or inactivate an alert in the wireless sensor device within a pre-determined time period by executing a trained model with the one or more determined metrics as input, and - controlling (S6) the response time, between a request from the user device to activate or inactivate the alert and the actual activation or deactivation of the alert in the wireless sensor device , based on the calculated probability. - determining (S4) one or more metrics representing a present state of the object , - calculating (S5) a probability that one of the at least one user devices will activate or inactivate an alert in the wireless sensor device within a pre-determined time period by executing a trained model with the one or more determined metrics as input, and - controlling (S6) the response time, between a request from the user device to activate or inactivate the alert and the actual activation or deactivation of the alert in the wireless sensor device , based on the calculated probability.
A passenger interface apparatus for a passenger transportation vehicle comprising: a visual display unit , a docking station which is provided within a space in the rear of a passenger seat or in a bulkhead, a removable processor unit , arranged to be detachably connected to the docking station within said space, a connection provided between the docking station and the visual display unit, arranged to supply data and/or signalling to the visual display unit, the removable processor unit comprising a memory (2a;2b), a data processor , and a connection interface arranged to connect to a connection interface of the docking station such that when in a connected condition the connection interfaces are arranged to convey data and/or signalling therebetween, and the docking station arranged to retain the removable processor unit in a connected condition by way of a latch which is arranged to be actuated to a release condition or a retain condition, characterised in that the latch is a powered latch that is configured to eject the processor unit when requested by way of a received signal from a maintenance or controller system. a visual display unit , a docking station which is provided within a space in the rear of a passenger seat or in a bulkhead, a removable processor unit , arranged to be detachably connected to the docking station within said space, a connection provided between the docking station and the visual display unit, arranged to supply data and/or signalling to the visual display unit, the removable processor unit comprising a memory (2a;2b), a data processor , and a connection interface arranged to connect to a connection interface of the docking station such that when in a connected condition the connection interfaces are arranged to convey data and/or signalling therebetween, and the docking station arranged to retain the removable processor unit in a connected condition by way of a latch which is arranged to be actuated to a release condition or a retain condition, characterised in that the latch is a powered latch that is configured to eject the processor unit when requested by way of a received signal from a maintenance or controller system.
A powered prosthetic thigh (800, 800", 1300, 1300', 1500, 1600, 1804, 1906, 1906'), comprising: a proximal portion comprising a proximal connector configured to couple the prosthetic thigh to a prosthetic socket attached to an amputee; a distal portion attached to the proximal portion, the distal portion comprising a distal connector configured to couple to a prosthetic knee; and a computer controlled actuator comprising a motor and a transmission, the actuator mounted collinearly to the proximal connector along an axis of rotation of the proximal connector and configured to rotate the prosthetic thigh along a sagittal plane relative to the prosthetic socket attached to the amputee, characterised in that the motor and the transmission are mounted collinearly to the proximal connector along the axis of rotation of the proximal connector. a proximal portion comprising a proximal connector configured to couple the prosthetic thigh to a prosthetic socket attached to an amputee; a distal portion attached to the proximal portion, the distal portion comprising a distal connector configured to couple to a prosthetic knee; and a computer controlled actuator comprising a motor and a transmission, the actuator mounted collinearly to the proximal connector along an axis of rotation of the proximal connector and configured to rotate the prosthetic thigh along a sagittal plane relative to the prosthetic socket attached to the amputee, characterised in that the motor and the transmission are mounted collinearly to the proximal connector along the axis of rotation of the proximal connector.
Window sill mounting trowel for installing window sills under a window frame , comprising: - a spacer element , wherein the spacer element has an upper side suitable for contact with an underside of the window frame , - a handle element , and - a clamping element , wherein the clamping element is connected to the handle element , and wherein the spacer element is provided with a recess (1.1) by which means the spacer element has lateral sides with different heights for the mounting of different thicknesses of window sills , and is mounted on the clamping element , and wherein the clamping element is arranged to be slightly protruding in relation to spacer element , and wherein the clamping element and the spacer element are arranged such that a mounting bracket can be inserted between the clamping element and spacer element . - a spacer element , wherein the spacer element has an upper side suitable for contact with an underside of the window frame , - a handle element , and - a clamping element , wherein the clamping element is connected to the handle element , and wherein the spacer element is provided with a recess (1.1) by which means the spacer element has lateral sides with different heights for the mounting of different thicknesses of window sills , and is mounted on the clamping element , and wherein the clamping element is arranged to be slightly protruding in relation to spacer element , and wherein the clamping element and the spacer element are arranged such that a mounting bracket can be inserted between the clamping element and spacer element .
A vehicle attitude control device including a provisional standard yaw rate calculator configured to obtain a standard yaw rate from a vehicle speed and a steering angle, a target yaw moment calculator configured to generate target yaw moment on the basis of a deviation between an actual yaw rate detected by a sensor and the standard yaw rate, and a braking/driving force allocator configured to apply braking force or driving force, required to achieve the target yaw moment, to each wheel, the vehicle attitude control device comprising: a detection speed processor configured to perform a process such that a vehicle speed detected by a vehicle speed detector slowly changes; a limit yaw rate calculator configured to determine a limit yaw rate by dividing lateral acceleration by the processed vehicle speed; and a standard yaw rate corrector configured to correct the standard yaw rate using the limit yaw rate when the standard yaw rate is higher than the limit yaw rate, wherein the target yaw moment calculator generates the target yaw moment on the basis of a deviation between the standard yaw rate corrected by the standard yaw rate corrector and the actual yaw rate. a detection speed processor configured to perform a process such that a vehicle speed detected by a vehicle speed detector slowly changes; a limit yaw rate calculator configured to determine a limit yaw rate by dividing lateral acceleration by the processed vehicle speed; and a standard yaw rate corrector configured to correct the standard yaw rate using the limit yaw rate when the standard yaw rate is higher than the limit yaw rate, wherein the target yaw moment calculator generates the target yaw moment on the basis of a deviation between the standard yaw rate corrected by the standard yaw rate corrector and the actual yaw rate.
A method for forming a zirconia film, comprising: placing zirconia fine particles having a mean particle diameter of 2 μm or more and 4 μm or less and a specific surface area of 4 m 2 /g or more and 7 m 2 /g or less in a closed container; generating aerosol of the zirconia fine particles by introduction of a gas into the closed container; conveying the aerosol through a transfer pipe connected to the closed container into a deposition chamber kept at a pressure lower than that of the closed container; and depositing the zirconia fine particles on a substrate placed in the deposition chamber; wherein the zirconia fine particles are zirconia fine particles prepared by a wet method, wherein the mean particle diameter is defined as a mean particle diameter D 50 which is determined by a laser-diffraction particle size distribution measurement method; and wherein the specific surface area is a value determined by a gas adsorption method. placing zirconia fine particles having a mean particle diameter of 2 μm or more and 4 μm or less and a specific surface area of 4 m 2 /g or more and 7 m 2 /g or less in a closed container; generating aerosol of the zirconia fine particles by introduction of a gas into the closed container; conveying the aerosol through a transfer pipe connected to the closed container into a deposition chamber kept at a pressure lower than that of the closed container; and depositing the zirconia fine particles on a substrate placed in the deposition chamber; wherein the zirconia fine particles are zirconia fine particles prepared by a wet method, wherein the mean particle diameter is defined as a mean particle diameter D 50 which is determined by a laser-diffraction particle size distribution measurement method; and wherein the specific surface area is a value determined by a gas adsorption method.