mhurhangee/patent-ind-claim-en huggingface dataset:
A tilt-trim system (100; 200) for an outboard motor , the tilt-trim system comprising: a tilt-trim device configured to cause the outboard motor to perform a tilt-trim motion; an operating switch configured to operate the tilt-trim device ; a sensor configured to detect a position of the outboard motor during the tilt-trim motion, and a controller connected to the tilt-trim device and the operating switch , wherein the controller is configured to determine whether or not an operation of the operating switch has been performed a plurality of times within a predetermined period of time when receiving a signal indicating the operation from the operating switch , is configured to control the tilt-trim device under an automatic control mode such that the tilt-trim device automatically causes the outboard motor to continuously perform the tilt-trim motion within a motion range set in advance when the operation has been performed the plurality of times within the predetermined period of time, is configured to receive a signal indicating the position of the outboard motor from the sensor during the tilt-trim motion under the automatic control mode, is configured to deactivate the tilt-trim device when the outboard motor reaches either a predetermined upper limit or a predetermined lower limit of the motion range, and is configured to change the motion range in accordance with a setting signal for setting the motion range when receiving the setting signal. a tilt-trim device configured to cause the outboard motor to perform a tilt-trim motion; an operating switch configured to operate the tilt-trim device ; a sensor configured to detect a position of the outboard motor during the tilt-trim motion, and a controller connected to the tilt-trim device and the operating switch , wherein the controller is configured to determine whether or not an operation of the operating switch has been performed a plurality of times within a predetermined period of time when receiving a signal indicating the operation from the operating switch , is configured to control the tilt-trim device under an automatic control mode such that the tilt-trim device automatically causes the outboard motor to continuously perform the tilt-trim motion within a motion range set in advance when the operation has been performed the plurality of times within the predetermined period of time, is configured to receive a signal indicating the position of the outboard motor from the sensor during the tilt-trim motion under the automatic control mode, is configured to deactivate the tilt-trim device when the outboard motor reaches either a predetermined upper limit or a predetermined lower limit of the motion range, and is configured to change the motion range in accordance with a setting signal for setting the motion range when receiving the setting signal.
A method for supporting HF and/or US surgical procedures which are carried out using a plurality of, in particular endoscopic, HF and/or US surgical instruments, which are operated by HF and/or US generators that supply HF and/or US power in HF and/or US modes with predetermined operating parameter sets, are equipped with an electrical measuring device and carry out measurements of electrical properties of treated tissue during the procedures, wherein the following method steps are performed: a) data, in particular surgical data and/or measurement data of the measuring device, are recorded and temporarily stored in the HF and/or US generator , characterized in that the following further method steps are performed: b) the temporarily stored data are transferred to a central analysis device , c) the transferred data are stored and analyzed in the central analysis device , and, d) as a result of the analysis, existing HF and/or US modes are adapted or rejected, new HF and/or US modes are generated, laboratory tests are checked for their relevance to practical application and adapted as needed, and/or new laboratory tests are introduced for previously unknown surgical states. a) data, in particular surgical data and/or measurement data of the measuring device, are recorded and temporarily stored in the HF and/or US generator , b) the temporarily stored data are transferred to a central analysis device , c) the transferred data are stored and analyzed in the central analysis device , and, d) as a result of the analysis, existing HF and/or US modes are adapted or rejected, new HF and/or US modes are generated, laboratory tests are checked for their relevance to practical application and adapted as needed, and/or new laboratory tests are introduced for previously unknown surgical states.
A method for wireless communication at user equipment, UE , comprising: receiving , from a base station , an indication of a set of resources for transmission of a demodulation reference signal, DMRS, wherein a plurality of non-orthogonal multiple access, NOMA, transmitters are configured for at least partially concurrent transmissions using the set of resources; selecting a codebook from a plurality of codebooks based on the set of resources for transmission of the DMRS; identifying , based at least in part on the set of resources, a plurality of short sequences of the selected codebook to be included in the DMRS, and wherein each short sequence of the plurality of short sequences has a root index and cyclic shift that provides a cross-correlation with other of the plurality of short sequences that is below a threshold value; concatenating the plurality of short sequences to generate a reference signal sequence for the DMRS; and transmitting the DMRS to the base station. receiving , from a base station , an indication of a set of resources for transmission of a demodulation reference signal, DMRS, wherein a plurality of non-orthogonal multiple access, NOMA, transmitters are configured for at least partially concurrent transmissions using the set of resources; selecting a codebook from a plurality of codebooks based on the set of resources for transmission of the DMRS; identifying , based at least in part on the set of resources, a plurality of short sequences of the selected codebook to be included in the DMRS, and wherein each short sequence of the plurality of short sequences has a root index and cyclic shift that provides a cross-correlation with other of the plurality of short sequences that is below a threshold value; concatenating the plurality of short sequences to generate a reference signal sequence for the DMRS; and transmitting the DMRS to the base station.
A method for repairing a blade , the blade comprising: a metallic substrate shaped to define: an airfoil having a tip ; and an abrasive coating system on the tip , said abrasive coating system comprising a metallic base layer and an abrasive layer , the method comprising: machining to at least partially remove the coating while leaving one or more artifacts of service damage, and being characterised in that : the substrate has a crack as one of the one or more artifacts of service damage and the machining only partially removes the crack ; and/or the substrate has oxidation along the tip and the machining only partially removes the oxidation to leave an oxidized area as one of the one or more artifacts of service damage; and by further comprising: plating a nickel-based base layer to the one or more artifacts of service damage; and plating an abrasive layer comprising a nickel-based matrix and an abrasive. an airfoil having a tip ; and an abrasive coating system on the tip , said abrasive coating system comprising a metallic base layer and an abrasive layer , the method comprising: machining to at least partially remove the coating while leaving one or more artifacts of service damage, and being characterised in that : the substrate has a crack as one of the one or more artifacts of service damage and the machining only partially removes the crack ; and/or the substrate has oxidation along the tip and the machining only partially removes the oxidation to leave an oxidized area as one of the one or more artifacts of service damage; and by further comprising: plating a nickel-based base layer to the one or more artifacts of service damage; and plating an abrasive layer comprising a nickel-based matrix and an abrasive. the substrate has a crack as one of the one or more artifacts of service damage and the machining only partially removes the crack ; and/or the substrate has oxidation along the tip and the machining only partially removes the oxidation to leave an oxidized area as one of the one or more artifacts of service damage; and by further comprising: plating a nickel-based base layer to the one or more artifacts of service damage; and plating an abrasive layer comprising a nickel-based matrix and an abrasive. plating a nickel-based base layer to the one or more artifacts of service damage; and plating an abrasive layer comprising a nickel-based matrix and an abrasive.
A controlled-release solid preparation, is a tablet and consists of an inner core and a coating layer, said inner core contains active medicine and adjuvants, said coating layer contains sustained release/controlled release material and, said coating layer contains or does not contain active medicine, characterized in that , said coating layer is prepared by compression coating method, top surface of the inner core being not coated by coating layer but exposed to the surface of solid preparation, and the bottom and side surfaces of said inner core being coated by coating materials, the active medicine in said inner core being released only through said top surface, and wherein the sustained release/controlled release material contained in coating layer is water-insoluble material, said water-insoluble material is selected from one or several of the group consisting of ethyl cellulose, cellulose acetate polymer, acrylic resin, wherein said coating layer also contains a water-soluble pore-forming agent, which is selected from one or several of the group consisting of povidone, lactose, sodium chloride. wherein the sustained release/controlled release material contained in coating layer is water-insoluble material, said water-insoluble material is selected from one or several of the group consisting of ethyl cellulose, cellulose acetate polymer, acrylic resin, wherein said coating layer also contains a water-soluble pore-forming agent, which is selected from one or several of the group consisting of povidone, lactose, sodium chloride.
A first access point, comprising: a receiving unit , configured to receive parameter information sent by a second access point; and an adjustment unit , configured to adjust a clear channel assessment, CCA, threshold of the first access point according to the parameter information sent by the second access point; characterized in that the parameter information sent by the second access point indicates a current channel occupation status of a basic service set in which the second access point is located; wherein the parameter information sent by the second access point includes at least one of the following parameters: a quantity of active nodes in the basic service set in which the second access point is located, or transmit power of a station in the basic service set in which the second access point is located. a receiving unit , configured to receive parameter information sent by a second access point; and an adjustment unit , configured to adjust a clear channel assessment, CCA, threshold of the first access point according to the parameter information sent by the second access point; characterized in that the parameter information sent by the second access point indicates a current channel occupation status of a basic service set in which the second access point is located; wherein the parameter information sent by the second access point includes at least one of the following parameters: a quantity of active nodes in the basic service set in which the second access point is located, or transmit power of a station in the basic service set in which the second access point is located.
A clot retrieval device for removing occlusive clot from a blood vessel, the device comprising: an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; wherein the outer elongate body comprises a distal end portion; and wherein the inner elongate body comprises a main body portion and a distal portion which extends in the deployed configuration towards the outer elongate body to a greater extent than the main body portion, wherein the distal portion of the inner elongate body comprises a bulged or flared framework of struts and wherein the bulged or flared framework of struts comprises struts configured in a spiral shape; and the distal portion of the inner elongate member and the distal end portion of the outer elongate body together defining a three dimensional protective structure to substantially prevent distal egress of clot or clot fragments from the device. an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; wherein the outer elongate body comprises a distal end portion; and wherein the inner elongate body comprises a main body portion and a distal portion which extends in the deployed configuration towards the outer elongate body to a greater extent than the main body portion, wherein the distal portion of the inner elongate body comprises a bulged or flared framework of struts and wherein the bulged or flared framework of struts comprises struts configured in a spiral shape; and the distal portion of the inner elongate member and the distal end portion of the outer elongate body together defining a three dimensional protective structure to substantially prevent distal egress of clot or clot fragments from the device.
A multi-core lithium ion battery, comprising: a hermetically sealed enclosure , including a lithium ion cell region and a shared atmosphere region in the interior of the enclosure; a support member disposed within the lithium ion cell region of the sealed enclosure, the support member including a plurality of cavities , each cavity having a closed end and an open end , wherein the open end is open to the shared atmosphere region; a plurality of lithium ion core members , each of the plurality of lithium ion core members having an anode and a cathode disposed within a corresponding one of the plurality of cavities, and a separator disposed between the anode and the cathode; and wherein said anode and said cathode are directly exposed to the shared atmosphere region by way of the open end of the cavity and said anode and said cathode are surrounded by said cavity along their respective lengths, further characterized in that the multi-core lithium ion battery includes a plurality of cavity liners , each positioned between a corresponding one of the lithium ion core members and a surface of a corresponding one of the cavities , wherein the cavity liners are formed of a plastic that is chemically inert to electrolyte, a ceramic or metal material, and are moisture and electrolyte impermeable, and further including an electrolyte contained within each of the cores. a hermetically sealed enclosure , including a lithium ion cell region and a shared atmosphere region in the interior of the enclosure; a support member disposed within the lithium ion cell region of the sealed enclosure, the support member including a plurality of cavities , each cavity having a closed end and an open end , wherein the open end is open to the shared atmosphere region; a plurality of lithium ion core members , each of the plurality of lithium ion core members having an anode and a cathode disposed within a corresponding one of the plurality of cavities, and a separator disposed between the anode and the cathode; and wherein said anode and said cathode are directly exposed to the shared atmosphere region by way of the open end of the cavity and said anode and said cathode are surrounded by said cavity along their respective lengths, further characterized in that the multi-core lithium ion battery includes a plurality of cavity liners , each positioned between a corresponding one of the lithium ion core members and a surface of a corresponding one of the cavities , wherein the cavity liners are formed of a plastic that is chemically inert to electrolyte, a ceramic or metal material, and are moisture and electrolyte impermeable, and further including an electrolyte contained within each of the cores.
A circuit breaker assembly comprising: a first circuit breaker having a first housing containing a first trip mechanism with a first axis of operation, the first housing having a first side and two ends perpendicular to the first side, the two ends being parallel to one another; a second circuit breaker having a second housing containing a second trip mechanism with a second axis of operation, the second housing having a second side and two ends perpendicular to the second side, the two ends being parallel to one another; wherein said first circuit breaker and said second circuit breaker are aligned such that the first axis and the second axis are parallel and separated by a distance; and an elongated trip member that runs along the first side and the second side, said elongated trip member being connected to the first trip mechanism through a first opening in the first side and the second trip mechanism through a second opening in the second side such that when the first trip mechanism actuates from an untripped state to a tripped state, said elongated trip member actuates the second trip mechanism from an untripped state to a tripped state; characterized in that the circuit breaker assembly further comprises: a first coupler disc positioned in the first circular opening of the first housing and connected to the first trip mechanism , and a second coupler disc positioned in the second circular opening of the second housing and connected to the second trip mechanism such that rotation of the first coupler disc is transmitted to the second coupler disc through said elongated trip member . a first circuit breaker having a first housing containing a first trip mechanism with a first axis of operation, the first housing having a first side and two ends perpendicular to the first side, the two ends being parallel to one another; a second circuit breaker having a second housing containing a second trip mechanism with a second axis of operation, the second housing having a second side and two ends perpendicular to the second side, the two ends being parallel to one another; wherein said first circuit breaker and said second circuit breaker are aligned such that the first axis and the second axis are parallel and separated by a distance; and an elongated trip member that runs along the first side and the second side, said elongated trip member being connected to the first trip mechanism through a first opening in the first side and the second trip mechanism through a second opening in the second side such that when the first trip mechanism actuates from an untripped state to a tripped state, said elongated trip member actuates the second trip mechanism from an untripped state to a tripped state; characterized in that the circuit breaker assembly further comprises: a first coupler disc positioned in the first circular opening of the first housing and connected to the first trip mechanism , and a second coupler disc positioned in the second circular opening of the second housing and connected to the second trip mechanism such that rotation of the first coupler disc is transmitted to the second coupler disc through said elongated trip member .
A beacon service method performed by a terminal, comprising: transmitting a first beacon including identification information of the terminal and an indicator indicating whether beacon-related information is stored in the terminal; receiving and storing beacon-related information from a reception device having received the first beacon; transmitting a second beacon wherein the indicator indicates that beacon related information is stored in the terminal; receiving a beacon-related information report request message from an information collection device having received the second beacon; and transmitting the stored beacon-related information to the information collection device. transmitting a first beacon including identification information of the terminal and an indicator indicating whether beacon-related information is stored in the terminal; receiving and storing beacon-related information from a reception device having received the first beacon; transmitting a second beacon wherein the indicator indicates that beacon related information is stored in the terminal; receiving a beacon-related information report request message from an information collection device having received the second beacon; and transmitting the stored beacon-related information to the information collection device.
A spinning forming device comprising: a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a processing tool that presses a transform target portion of the plate to transform the plate; and a heater that locally heats the transform target portion by induction heating, characterised in that : the heater includes an electric conducting pipe in which a cooling liquid flows; the electric conducting pipe includes a coil portion extending in a circumferential direction of the rotating shaft and having a doubled circular-arc shape facing the plate and a pair of lead portions extending from the coil portion outward in a radial direction of the rotating shaft; and each of the pair of lead portions is retreated farther away from the plate than the coil portion at an end portion of the lead portion, the end portion being adjacent to the coil portion. a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a processing tool that presses a transform target portion of the plate to transform the plate; and a heater that locally heats the transform target portion by induction heating, characterised in that : the heater includes an electric conducting pipe in which a cooling liquid flows; the electric conducting pipe includes a coil portion extending in a circumferential direction of the rotating shaft and having a doubled circular-arc shape facing the plate and a pair of lead portions extending from the coil portion outward in a radial direction of the rotating shaft; and each of the pair of lead portions is retreated farther away from the plate than the coil portion at an end portion of the lead portion, the end portion being adjacent to the coil portion. the heater includes an electric conducting pipe in which a cooling liquid flows; the electric conducting pipe includes a coil portion extending in a circumferential direction of the rotating shaft and having a doubled circular-arc shape facing the plate and a pair of lead portions extending from the coil portion outward in a radial direction of the rotating shaft; and a coil portion extending in a circumferential direction of the rotating shaft and having a doubled circular-arc shape facing the plate and a pair of lead portions extending from the coil portion outward in a radial direction of the rotating shaft; and each of the pair of lead portions is retreated farther away from the plate than the coil portion at an end portion of the lead portion, the end portion being adjacent to the coil portion.