mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic surgical apparatus comprising: a first signal generator outputting a drive signal at a predetermined voltage and frequency; a first oscillating structure (316, 318,320), receiving the drive signal and oscillating at the frequency of the drive signal; a bridge circuit, detecting the mechanical motion of the first oscillating structure (316, 318,320) and outputting a signal representative of the mechanical motion; a second oscillating structure integrally formed within a portion of the first oscillating structure, the second oscillating structure outputting an electrical signal; and a microcontroller receiving the signal representative of the mechanical motion output by the bridge circuit and the electrical signal output by the second oscillating structure, the microcontroller determining an instantaneous frequency at which the first oscillating structure is oscillating based on the received signal representative of the mechanical motion, comparing the electrical signal from the second oscillating structure with a known signal value and determining the temperature of the second oscillating structure based on the comparison further comprising multiple second oscillating structures wherein the multiple second oscillating structures include at least one integrally formed in the blade and at least one integrally formed in the waveguide. a first signal generator outputting a drive signal at a predetermined voltage and frequency; a first oscillating structure (316, 318,320), receiving the drive signal and oscillating at the frequency of the drive signal; a bridge circuit, detecting the mechanical motion of the first oscillating structure (316, 318,320) and outputting a signal representative of the mechanical motion; a second oscillating structure integrally formed within a portion of the first oscillating structure, the second oscillating structure outputting an electrical signal; and a microcontroller receiving the signal representative of the mechanical motion output by the bridge circuit and the electrical signal output by the second oscillating structure, the microcontroller determining an instantaneous frequency at which the first oscillating structure is oscillating based on the received signal representative of the mechanical motion, comparing the electrical signal from the second oscillating structure with a known signal value and determining the temperature of the second oscillating structure based on the comparison further comprising multiple second oscillating structures wherein the multiple second oscillating structures include at least one integrally formed in the blade and at least one integrally formed in the waveguide.
A displacement pump having a pot-shaped housing, a rotor which is swivel-mounted in the housing and at least one blade which is guided in a movable manner inside the rotor, wherein the blade tip is attached at the inner peripheral wall of the housing and divides the internal space into chambers (22, 24, 26) when the displacement pump is operating, and wherein a locking mechanism is provided which inhibits the displacement of the blade inside the rotor and which engages at the blade in a tractional or frictional manner characterized in that provision is made for a control element on the side of the housing which can be activated in axial direction via a drive system and which actuates the locking mechanism, wherein a rotation decoupling and an axial movement coupling are provided between the control element and the locking mechanism.
An apparatus for allowing electronic control of an engine speed of an engine by an operator, the apparatus comprising: a pedal arm, the pedal arm being pivotally attached to a pedal support at a pedal attachment point and movable by the operator, the pedal arm having a pedal position; characterized by a transmitter coil; a receiver coil, providing a receiver signal due to an inductive coupling between the transmitter coil and the receiver coil when the transmitter coil is energized by an alternating current; a coupler element having a coupler position, the coupler element being mechanically associated with the pedal arm so that the coupler position is correlated with the pedal position, the coupler element modifying the inductive coupling between the transmitter coil and the receiver coil so that the receiver signal is correlated with the pedal arm position, and a reference coil, the reference coil providing a signal substantially independent of the coupler position, wherein the receiver coil includes a first loop configuration and a second loop configuration, inductive coupling from the transmitter coil inducing a first voltage in the first loop configuration and a second voltage in the second loop configuration, the first and second voltages being of opposed phase, the first and second loop configurations being electrically interconnected by a cross-over connection. a pedal arm, the pedal arm being pivotally attached to a pedal support at a pedal attachment point and movable by the operator, the pedal arm having a pedal position; characterized by a transmitter coil; a receiver coil, providing a receiver signal due to an inductive coupling between the transmitter coil and the receiver coil when the transmitter coil is energized by an alternating current; a coupler element having a coupler position, the coupler element being mechanically associated with the pedal arm so that the coupler position is correlated with the pedal position, the coupler element modifying the inductive coupling between the transmitter coil and the receiver coil so that the receiver signal is correlated with the pedal arm position, and a reference coil, the reference coil providing a signal substantially independent of the coupler position, wherein the receiver coil includes a first loop configuration and a second loop configuration, inductive coupling from the transmitter coil inducing a first voltage in the first loop configuration and a second voltage in the second loop configuration, the first and second voltages being of opposed phase, the first and second loop configurations being electrically interconnected by a cross-over connection.
A method of reducing emissions from a large, medium speed fuel injected diesel engine of the type used on locomotives subject to transient modes of engine operation in which the engine is accelerated or increased loads are applied, the method comprising: monitoring at least one operating parameter of the diesel engine; determining, based on such operating parameter, whether the diesel engine is in a transient mode; and controlling timing of fuel injection to cylinders of the engine by retarding the timing when the diesel engine is in a transient mode relative to the timing of fuel injection when the diesel engine is not in a transient mode of operation; maintaining retarding the timing when the diesel engine is in the transient mode; determining, after the diesel engine has been operating in a transient mode, whether the diesel engine is then operating out of the transient mode; and advancing the fuel injection timing for the diesel engine, if the diesel engine is no longer in the transient mode, wherein the controlling timing of fuel injection to cylinders of the engine by retarding the timing, is to more than 3 degrees after top dead center and to less than 10 degrees after TDC. monitoring at least one operating parameter of the diesel engine; determining, based on such operating parameter, whether the diesel engine is in a transient mode; and controlling timing of fuel injection to cylinders of the engine by retarding the timing when the diesel engine is in a transient mode relative to the timing of fuel injection when the diesel engine is not in a transient mode of operation; maintaining retarding the timing when the diesel engine is in the transient mode; determining, after the diesel engine has been operating in a transient mode, whether the diesel engine is then operating out of the transient mode; and advancing the fuel injection timing for the diesel engine, if the diesel engine is no longer in the transient mode, wherein the controlling timing of fuel injection to cylinders of the engine by retarding the timing, is to more than 3 degrees after top dead center and to less than 10 degrees after TDC.
A wearable computing device to generate a text message from user-selectable icons, the wearable computing device comprising: a context determination module to determine a context associated with the wearable computing device; an icon recommendation module to determine one or more user-selectable icons of a plurality of predefined user-selectable icons as a function of the context associated with the wearable computing device, wherein each of the plurality of predefined user-selectable icons has one or more textual meanings associated therewith for text message generation; an icon display module to display the determined one or more user-selectable icons on a display of the wearable computing device; an icon selection module to determine whether a user-selectable icon displayed on the display device is selected by a user of the wearable computing device; wherein the icon selection module is further to determine whether to display one or more user-selectable sub-icons in response to selection of the user-selectable icon; and wherein the icon display module is further to display the one or more user-selectable sub-icons. a context determination module to determine a context associated with the wearable computing device; an icon recommendation module to determine one or more user-selectable icons of a plurality of predefined user-selectable icons as a function of the context associated with the wearable computing device, wherein each of the plurality of predefined user-selectable icons has one or more textual meanings associated therewith for text message generation; an icon display module to display the determined one or more user-selectable icons on a display of the wearable computing device; an icon selection module to determine whether a user-selectable icon displayed on the display device is selected by a user of the wearable computing device; wherein the icon selection module is further to determine whether to display one or more user-selectable sub-icons in response to selection of the user-selectable icon; and wherein the icon display module is further to display the one or more user-selectable sub-icons.
A pulse detonation cleaning system, comprising: a common tube, which is fluidly coupled to a vessel; a first array, including a plurality of elongate detonation tubes arrayed about a common axis, each of the plurality of the detonation tubes being disposed upstream from and fluidly coupled to an interior of the common tube; and a second array, including a plurality of detonators arrayed about the common axis, each of the plurality of the detonators being disposed upstream from and operably coupled to a corresponding one of the plurality of the detonation tubes such that actuation of each of the plurality of the detonators leads to combustion in the corresponding one of the plurality of the detonation tubes. a common tube, which is fluidly coupled to a vessel; a first array, including a plurality of elongate detonation tubes arrayed about a common axis, each of the plurality of the detonation tubes being disposed upstream from and fluidly coupled to an interior of the common tube; and a second array, including a plurality of detonators arrayed about the common axis, each of the plurality of the detonators being disposed upstream from and operably coupled to a corresponding one of the plurality of the detonation tubes such that actuation of each of the plurality of the detonators leads to combustion in the corresponding one of the plurality of the detonation tubes.
A composition in form of a hydrogel which contains less than 0.01% of active pharmaceuticals, wherein the hydrogel contains (i) 5-15 % propylene glycol (ii) 0-2 % polyacrylic acid (iii) 0.5-3 % lecithin (iv) 0.5-3% medium chain triglycerides or macrogol-glycerol hydroxystearate. (i) 5-15 % propylene glycol (ii) 0-2 % polyacrylic acid (iii) 0.5-3 % lecithin (iv) 0.5-3% medium chain triglycerides or macrogol-glycerol hydroxystearate.
A method performed by user equipment, UE, for handling uplink, UL, communications in a wireless communication network, the method comprising: - receiving from a radio network node, an indication with an UL grant, wherein the indication indicates that a radio resource scheduled by the UL grant is for UL transmission of a type of data, and wherein the indication indicates indirectly that the radio resource scheduled for UL transmission is for the type of data by indicating that high priority data should not be transmitted on the radio resource scheduled for the UL transmission; and - using the radio resource for transmission of that type of data, wherein the UE avoids transmitting the high priority data on the radio resource. - receiving from a radio network node, an indication with an UL grant, wherein the indication indicates that a radio resource scheduled by the UL grant is for UL transmission of a type of data, and wherein the indication indicates indirectly that the radio resource scheduled for UL transmission is for the type of data by indicating that high priority data should not be transmitted on the radio resource scheduled for the UL transmission; and - using the radio resource for transmission of that type of data, wherein the UE avoids transmitting the high priority data on the radio resource.
Closing system on the ball of a tow hook for motor vehicles comprising a structure comprising a first fixed snail nut and a second mobile snail nut, a movement system (15, 16) configured for activate the second mobile snail nut by locking or unlocking a ball of the tow hook between the two snail nuts (2A, 2B), said movement system being operated by a lever and said closing system comprising locking means (4, 5) configured to stop the lever when it is in a closed position, preventing it from lifting and unlocking the ball by operating the movement system (15, 16) and the mobile snail nut, the locking means comprising a locking element connected to the structure which, in case of accidental opening of the system, interferes with a tooth associated with the lever to prevent the lever from lifting and unlocking the movable snail nut, the lever comprising a button connected to the locking element, which is operated to lift the locking element so as to release it from the tooth, allowing to lift the lever to release the ball by opening the second mobile snail nut, in order to install or uninstall the device on the ball of the tow hook, characterized in that it comprises a lock to which a hook is fixed which, by rotating with the lock in the closed position, engages in a projection of the locking element, consequently blocking the operation of the button and the opening of the lever.
A method of vehicle collision avoidance of a vehicle, comprising: receiving camera data comprising one or more points, wherein each point corresponds to a pixel in an image; determining a distance and a direction from the vehicle to the one or more points; determining a velocity constraint for each of the one or more points based on the determined distance and direction from the vehicle to each of the one or more points; determining one or more velocity solutions that satisfy the determined velocity constraints based on a vehicle navigation instruction, wherein the one or more velocity solutions that satisfy the determined velocity constraints are less than or equal to each velocity constraint; selecting a velocity solution from the determined one or more velocity solutions based on the vehicle navigation instruction; and adjusting a vehicle velocity based on the selected velocity solution. receiving camera data comprising one or more points, wherein each point corresponds to a pixel in an image; determining a distance and a direction from the vehicle to the one or more points; determining a velocity constraint for each of the one or more points based on the determined distance and direction from the vehicle to each of the one or more points; determining one or more velocity solutions that satisfy the determined velocity constraints based on a vehicle navigation instruction, wherein the one or more velocity solutions that satisfy the determined velocity constraints are less than or equal to each velocity constraint; selecting a velocity solution from the determined one or more velocity solutions based on the vehicle navigation instruction; and adjusting a vehicle velocity based on the selected velocity solution.
A method (200, 200') for associating noises of at least one signal class of a plurality of signal classes, comprising the steps of: receiving environmental noises; establishing whether the environmental noises or a set of parameters derived from the environmental noises fulfill/s a predefined rule which describes the signal class of the plurality of signal classes; logging that the predefined rule has been fulfilled, or recording the environmental noises received for a migrating time window, or deriving a set of parameters from the environmental noises for the migrating time window and storing the set of parameters for the migrating time window, or emitting an activation signal for another device for recognizing a noise; wherein the steps of receiving, establishing are repeated for neighboring positions; wherein the method further comprises determining a relation between the environmental noises at a first position and environmental noises at a second position, or a relation between the set of parameters derived from the environmental noises at the first position and the set of parameters derived from the environmental noises at the second position. receiving environmental noises; establishing whether the environmental noises or a set of parameters derived from the environmental noises fulfill/s a predefined rule which describes the signal class of the plurality of signal classes; logging that the predefined rule has been fulfilled, or recording the environmental noises received for a migrating time window, or deriving a set of parameters from the environmental noises for the migrating time window and storing the set of parameters for the migrating time window, or emitting an activation signal for another device for recognizing a noise; wherein the steps of receiving, establishing are repeated for neighboring positions; wherein the method further comprises determining a relation between the environmental noises at a first position and environmental noises at a second position, or a relation between the set of parameters derived from the environmental noises at the first position and the set of parameters derived from the environmental noises at the second position.
A device for receiving an intraocular lens, comprising a first and a second half-shell (13, 15) which are connected to each other in an articulated manner by a first joint and which can be moved relative to each other from an open position into a closed position, wherein - the half-shells (13, 15) form an open chamber in the open position, which is used for the insertion of a lens and - the half-shells (13, 15) form an enclosed chamber in the closed position, which defines an ejection passage and is used for ejecting the lens, characterized in that, at least one stopper is displaceably or pivotally arranged on the first of the two half-shells, said stopper bounding the open chamber in the open position and being positioned substantially outside of the enclosed chamber laterally to the ejection passage in the closed position. - the half-shells (13, 15) form an open chamber in the open position, which is used for the insertion of a lens and - the half-shells (13, 15) form an enclosed chamber in the closed position, which defines an ejection passage and is used for ejecting the lens,
A double-joint sickle knife for an endoscopy therapy, wherein the knife comprises a knife head, a knife base, a knife body, a guide wire, a handle and a sliding rod; wherein the knife head is connected with one end of the knife base by a transverse joint, and the other end of the knife base is connected with a head end of the knife body by a longitudinal joint; the tail end of the knife body is connected with one end of the handle, and the sliding rod is arranged on the handle; one end of the guide wire is connected with the knife head, and the guide wire passes through the knife base, the knife body, the handle and the sliding rod successively; and the other end of the guide wire is connected with a power port which is connected to power generator.
A method for communications, comprising: sending, by a serving access network device, a node addition request message to a target network device, to request the target network device to establish a multi-connection operation, wherein the node addition request message comprises a security capability of the terminal device and a session level security information, the session level security information comprises a ciphering function enabling option and an integrity protection enabling option, and the security capability of the terminal device indicates a ciphering algorithm and an integrity protection algorithm supported by the terminal device; receiving, by the serving access network device, an addition request acknowledgement message from the target network device; and sending, by the serving access network device, a message used to indicate that the terminal device has completed radio resource configuration to the target network device. sending, by a serving access network device, a node addition request message to a target network device, to request the target network device to establish a multi-connection operation, wherein the node addition request message comprises a security capability of the terminal device and a session level security information, the session level security information comprises a ciphering function enabling option and an integrity protection enabling option, and the security capability of the terminal device indicates a ciphering algorithm and an integrity protection algorithm supported by the terminal device; receiving, by the serving access network device, an addition request acknowledgement message from the target network device; and sending, by the serving access network device, a message used to indicate that the terminal device has completed radio resource configuration to the target network device.
Method for retreading a tyre casing, characterized in that, a cured rubber tread being disposed on a carcass with a layer of hot-melt material interposed between the tread and the carcass, the tread is rollered by means of at least one roller having a width (r) less than a width (b) of the tread and the layer is locally heated during the rollering.