mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising: a porous portion; and a dense portion, wherein an arithmetic average roughness of a surface of the porous portion is 2.0 μm or greater but 10 μm or less, wherein an arithmetic average roughness of a surface of the dense portion is less than 2.0 μm, wherein the porous portion has a voidage of 5% or greater, wherein the dense portion has a voidage of less than 5%, wherein the porous portion is a surface portion to contact the soft tissue, wherein the dense portion is a portion not to contact the soft tissue, wherein the porous portion and the dense portion comprise sintered ceramic particles, and wherein the medical device is an artificial product intended for compensating for defective portions of hard tissues. a porous portion; and a dense portion, wherein an arithmetic average roughness of a surface of the porous portion is 2.0 μm or greater but 10 μm or less, wherein an arithmetic average roughness of a surface of the dense portion is less than 2.0 μm, wherein the porous portion has a voidage of 5% or greater, wherein the dense portion has a voidage of less than 5%, wherein the porous portion is a surface portion to contact the soft tissue, wherein the dense portion is a portion not to contact the soft tissue, wherein the porous portion and the dense portion comprise sintered ceramic particles, and wherein the medical device is an artificial product intended for compensating for defective portions of hard tissues.
A method of operating and lubricating a four cycle outboard marine engine, which method comprises supplying to the engine a lubricating oil composition suitable for use in a four stroke outboard marine engine, which composition comprises an oil of lubricating viscosity including an admixture of (a) 1 - 3.25 wt.% of an ashless dispersant; (b) a metal detergent; (c) an oil soluble molybdenum compound in an amount sufficient to provide 25 to 300 ppm molybdenum in the composition; (d) a zinc dialkyl dithiophosphate in an amount sufficient to provide from 1,200 ppm to 2,000 ppm phosphorus in the composition; (e) 0.05 to 1.5 wt. % of a rust inhibitor; and (f) optionally, a viscosity modifier; said composition having a NOACK volatility less than 15%. (a) 1 - 3.25 wt.% of an ashless dispersant; (b) a metal detergent; (c) an oil soluble molybdenum compound in an amount sufficient to provide 25 to 300 ppm molybdenum in the composition; (d) a zinc dialkyl dithiophosphate in an amount sufficient to provide from 1,200 ppm to 2,000 ppm phosphorus in the composition; (e) 0.05 to 1.5 wt. % of a rust inhibitor; and (f) optionally, a viscosity modifier;
An ibuprofen ester derivative, a racemate, stereoisomer, pharmaceutically acceptable salt or solvate thereof, or a solvate of a pharmaceutically acceptable salt thereof, wherein the ibuprofen ester derivative is a compound represented by Structural Formula:
A fish tank for viewing aquarium fish clearly from the top comprising: a viewing tank for receiving aquarium water, a gutter for receiving water overflowing from the viewing tank, a filter tank comprising a water-raising pump for supplying water to the viewing tank, at least a drain pipe for returning water from the gutter to the filter tank, and a top glass plate placed on the viewing tank to be in close contact with the surface of water in the viewing tank characterised in that the gutter is provided along the perimeter of the uppermost part of the viewing tank and that the glass plate comprises a projection which extends into the gutter for receiving water flowing out of the viewing tank. a viewing tank for receiving aquarium water, a gutter for receiving water overflowing from the viewing tank, a filter tank comprising a water-raising pump for supplying water to the viewing tank, at least a drain pipe for returning water from the gutter to the filter tank, and a top glass plate placed on the viewing tank to be in close contact with the surface of water in the viewing tank
A transport device for a sheet printer comprising: - at least one roller mounted on an arm; - an actuator connected to a frame for moving the roller between a first and second position, wherein the arm is mounted onto the frame by means of an elastic hinge element, characterized in that the hinge element is formed of a folded plate and that the hinge element is defined by a channel in the plate. - at least one roller mounted on an arm; - an actuator connected to a frame for moving the roller between a first and second position, wherein the arm is mounted onto the frame by means of an elastic hinge element,
An orbit control device for a satellite provided with four thrusters (91, 92, 93, 94) disposed on the satellite with firing directions each facing away from a mass center of the satellite and different from each other, the orbit control device comprising: - an orbit determiner to determine mean orbital elements of the satellite and temporal change rates of the mean orbital elements; - a target value setter to set target values of the mean orbital elements; - a control amount calculator to calculate control amounts of the mean orbital elements from the mean orbital elements, the temporal change rates of the mean orbital elements, and the target values; - a distributor to calculate firing timings and firing amounts of the thrusters (91, 92, 93, 94) for realizing the control amounts of the mean orbital elements calculated by the control amount calculator by expressing a motion of the satellite with orbital elements, solving an equation taking into account coupling of an out-of-the-orbit-plane motion and an in-the-orbit-plane motion due to thruster disposition angles and thruster firing amounts at multiple times, and combining one or more thruster firings controlling mainly an out-of-the-orbit-plane direction and one or more thruster firings controlling mainly an in-the-orbit-plane direction; and - a thruster controller to control the thrusters (91, 92, 93, 94) based on the firing timings and the firing amounts calculated by the distributor. - an orbit determiner to determine mean orbital elements of the satellite and temporal change rates of the mean orbital elements; - a target value setter to set target values of the mean orbital elements; - a control amount calculator to calculate control amounts of the mean orbital elements from the mean orbital elements, the temporal change rates of the mean orbital elements, and the target values; - a distributor to calculate firing timings and firing amounts of the thrusters (91, 92, 93, 94) for realizing the control amounts of the mean orbital elements calculated by the control amount calculator by expressing a motion of the satellite with orbital elements, solving an equation taking into account coupling of an out-of-the-orbit-plane motion and an in-the-orbit-plane motion due to thruster disposition angles and thruster firing amounts at multiple times, and combining one or more thruster firings controlling mainly an out-of-the-orbit-plane direction and one or more thruster firings controlling mainly an in-the-orbit-plane direction; and - a thruster controller to control the thrusters (91, 92, 93, 94) based on the firing timings and the firing amounts calculated by the distributor.
A cleaning robot comprising: a user interface configured to display a map image including one or more divided regions, wherein the user interface displays an icon corresponding to a state value of a main device on the map image; and a controller configured to: set a target point within the divided region, wherein the target point is one of: a central point of the divided region, a point farthest from surrounding obstacles within the divided region, and a point within the divided region and closest to a current position of the main device; set a virtual wall on the map image, and control the main device to perform cleaning from the target point. a user interface configured to display a map image including one or more divided regions, wherein the user interface displays an icon corresponding to a state value of a main device on the map image; and a controller configured to: set a target point within the divided region, wherein the target point is one of: a central point of the divided region, a point farthest from surrounding obstacles within the divided region, and a point within the divided region and closest to a current position of the main device; set a virtual wall on the map image, and control the main device to perform cleaning from the target point. set a target point within the divided region, wherein the target point is one of: a central point of the divided region, a point farthest from surrounding obstacles within the divided region, and a point within the divided region and closest to a current position of the main device; set a virtual wall on the map image, and control the main device to perform cleaning from the target point.
Apparatus comprising: - a receiving member configured to receive a chip card, wherein said chip card is configured for contactless communication with a first hardware interface, - communication means configured to enable contactless communication with a second hardware interface, wherein said first hardware interface and said second hardware interface are hardware interfaces of different types, characterized in that said communication means are configured to enable communication of said communication means with said chip card such that, when said chip card is received in said receiving member, a communication of said second hardware interface with said chip card can be carried out directly via said communication means. - a receiving member configured to receive a chip card, wherein said chip card is configured for contactless communication with a first hardware interface, - communication means configured to enable contactless communication with a second hardware interface, wherein said first hardware interface and said second hardware interface are hardware interfaces of different types,
Method, carried out by at least one apparatus (2A, 2B, 2C, 4), comprising - providing a map extract (501, 502, 514) for display or displaying the map extract for a user, - obtaining a search criterion for a search query of a user (604, 709, 710), wherein the search query is obtained via a user input, - automatically assigning a search region to the search query, wherein the search region is determined from the map extract (501, 502, 514) displayed or provided for display for the user at the time of inputting the search query, - selecting one or more logistics data records from one or more data sources in dependence on at least the search criterion and the search region (606, 711, 712, 713, 714), wherein a mobile position is assigned or assignable to each of the logistics data records, and wherein only logistics data records are selected to which the search criterion applies and the assigned or assignable position of which is located in the search region, and - outputting information relating to the selected logistics data records as a result of the search query (607, 715, 716). - providing a map extract (501, 502, 514) for display or displaying the map extract for a user, - obtaining a search criterion for a search query of a user (604, 709, 710), wherein the search query is obtained via a user input, - automatically assigning a search region to the search query, wherein the search region is determined from the map extract (501, 502, 514) displayed or provided for display for the user at the time of inputting the search query, - selecting one or more logistics data records from one or more data sources in dependence on at least the search criterion and the search region (606, 711, 712, 713, 714), wherein a mobile position is assigned or assignable to each of the logistics data records, and wherein only logistics data records are selected to which the search criterion applies and the assigned or assignable position of which is located in the search region, and - outputting information relating to the selected logistics data records as a result of the search query (607, 715, 716).
A weight measuring apparatus for use as an input device operationally connectable to a game apparatus, the weight measuring apparatus comprising: a load platform for receiving a pressure load; four load sensor sections respectively provided on the bottom surface of the load platform in four corners thereof as leg portions for detecting a pressure load, each load sensor section generating a detected load signal; a microcomputer mounted on a microcomputer board located in the interior of the weight measuring apparatus and operationally connected to each of the load sensor sections to receive each detected load signal and to control the supply of power to the plurality of load sensor sections, the microcomputer being configured to store, for each of the load sensor sections, calibration data obtained by applying predetermined loads to the corresponding load sensor section; connecting means to operationally connect the microcomputer to the game apparatus for transmitting data indicating the detected load signals generated by each of the respective load sensor sections to the game apparatus and for receiving signals from the game apparatus to control the supply of power to the microcomputer. a load platform for receiving a pressure load; four load sensor sections respectively provided on the bottom surface of the load platform in four corners thereof as leg portions for detecting a pressure load, each load sensor section generating a detected load signal; a microcomputer mounted on a microcomputer board located in the interior of the weight measuring apparatus and operationally connected to each of the load sensor sections to receive each detected load signal and to control the supply of power to the plurality of load sensor sections, the microcomputer being configured to store, for each of the load sensor sections, calibration data obtained by applying predetermined loads to the corresponding load sensor section; connecting means to operationally connect the microcomputer to the game apparatus for transmitting data indicating the detected load signals generated by each of the respective load sensor sections to the game apparatus and for receiving signals from the game apparatus to control the supply of power to the microcomputer.
A method, comprising: receiving data on one or more threats; displaying information on the one or more threats, wherein displaying information includes displaying one or more responses to the one or more threats; selecting a response from the displayed one or more responses; automatically generating configuration information for one or more security devices based on the selected response; and deploying the configuration information to the one or more security devices. receiving data on one or more threats; displaying information on the one or more threats, wherein displaying information includes displaying one or more responses to the one or more threats; selecting a response from the displayed one or more responses; automatically generating configuration information for one or more security devices based on the selected response; and deploying the configuration information to the one or more security devices.
A method for wireless communication, comprising: receiving, at a wireless communication node, a first message from a mobile device requesting a reestablishment of a network connection; transmitting, from the wireless communication node, a second message to the mobile device, the second message including information for reestablishing and reconfiguring the network connection; receiving, at the wireless communication node, a third message from the mobile device acknowledging at least one of completing a reestablishment of the network connection, or completing a reconfiguration of the network connection; characterized by determining that the reestablishment of the network connection is successful and that the reconfiguration of the network connection is not successful based on the third message acknowledging completing the reestablishment of the network connection; and determining that both the reestablishment of the network connection and the reconfiguration of the network connection are successful based on the third message acknowledging completing the reconfiguration of the network connection. receiving, at a wireless communication node, a first message from a mobile device requesting a reestablishment of a network connection; transmitting, from the wireless communication node, a second message to the mobile device, the second message including information for reestablishing and reconfiguring the network connection; receiving, at the wireless communication node, a third message from the mobile device acknowledging at least one of completing a reestablishment of the network connection, or completing a reconfiguration of the network connection; characterized by determining that the reestablishment of the network connection is successful and that the reconfiguration of the network connection is not successful based on the third message acknowledging completing the reestablishment of the network connection; and determining that both the reestablishment of the network connection and the reconfiguration of the network connection are successful based on the third message acknowledging completing the reconfiguration of the network connection.
A surgical instrument, comprising: a proximal handle; a shaft extending from the handle and having a distally-mounted visualization device; a knob configured to rotate relative to the handle about a rotation axis to move the visualization device; a rotation stop that limits rotation of the knob relative to the handle to a range greater than 360 degrees; characterized in that the surgical instrument comprises: a sensor configured to detect a rotational position of the knob and to correct an electronic display of images captured by the visualization device based on the detected position. a proximal handle; a shaft extending from the handle and having a distally-mounted visualization device; a knob configured to rotate relative to the handle about a rotation axis to move the visualization device; a rotation stop that limits rotation of the knob relative to the handle to a range greater than 360 degrees; characterized in that the surgical instrument comprises: a sensor configured to detect a rotational position of the knob and to correct an electronic display of images captured by the visualization device based on the detected position.
A method for processing a neural measurement obtained in the presence of artefact, in order to detect whether a neural response is present in the neural measurement, the method comprising: obtaining by an implanted device, a neural measurement from one or more sense electrodes, the neural measurement being obtained in the presence of artefact; the implanted device correlating the neural measurement against a filter template, the filter template comprising at least three half cycles of an alternating waveform, amplitude modulated by a window, wherein the filter template rejects DC, rejects first order signals, and rejects low frequency signals which decay exponentially; and the implanted device determining from an output of the correlating whether a neural response is present in the neural measurement. obtaining by an implanted device, a neural measurement from one or more sense electrodes, the neural measurement being obtained in the presence of artefact; the implanted device correlating the neural measurement against a filter template, the filter template comprising at least three half cycles of an alternating waveform, amplitude modulated by a window, wherein the filter template rejects DC, rejects first order signals, and rejects low frequency signals which decay exponentially; and the implanted device determining from an output of the correlating whether a neural response is present in the neural measurement.
A channel switching method, comprising: selecting, by an access point AP, at least one sub-channel from sub-channels other than a main control channel as a standby control channel; broadcasting, periodically by the AP, an identifier of the standby control channel to a station STA within a coverage of the AP on the main control channel, to notify the STA of a spectrum position of the standby control channel; and switching, by the AP, from the main control channel to the standby control channel, to transmit at least one of control information and scheduling information on the standby control channel, in a case that the AP detects that the main control channel is interfered; and sending, by the AP, a channel switching indication frame to the STA, to notify the STA to switch to the standby control channel and receive the at least one of the control information and the scheduling information. selecting, by an access point AP, at least one sub-channel from sub-channels other than a main control channel as a standby control channel; broadcasting, periodically by the AP, an identifier of the standby control channel to a station STA within a coverage of the AP on the main control channel, to notify the STA of a spectrum position of the standby control channel; and switching, by the AP, from the main control channel to the standby control channel, to transmit at least one of control information and scheduling information on the standby control channel, in a case that the AP detects that the main control channel is interfered; and sending, by the AP, a channel switching indication frame to the STA, to notify the STA to switch to the standby control channel and receive the at least one of the control information and the scheduling information.