mhurhangee/ep-ind-claims huggingface dataset:
A computer-assisted device comprising: an actuator; an instrument (130, 200, 720) having an end effector located at a distal end of the instrument (130, 200, 720) and one or more drive mechanisms for coupling force or torque from the actuator to the end effector; one or more processors configured to: set a velocity set point of the actuator to an initial velocity; monitor force or torque applied by the actuator; when the applied force or torque is above a first force or torque limit, determine whether a continue condition for an operation is satisfied; when the continue condition is satisfied, pause movement of the actuator; and when the continue condition is not satisfied, determine whether operation of the actuator where the applied force of torque is allowed to exceed an upper limit on force or torque should take place, characterized in that the continue condition comprises: a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses. an actuator; an instrument (130, 200, 720) having an end effector located at a distal end of the instrument (130, 200, 720) and one or more drive mechanisms for coupling force or torque from the actuator to the end effector; one or more processors configured to: set a velocity set point of the actuator to an initial velocity; monitor force or torque applied by the actuator; when the applied force or torque is above a first force or torque limit, determine whether a continue condition for an operation is satisfied; when the continue condition is satisfied, pause movement of the actuator; and when the continue condition is not satisfied, determine whether operation of the actuator where the applied force of torque is allowed to exceed an upper limit on force or torque should take place, characterized in that the continue condition comprises: a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses. set a velocity set point of the actuator to an initial velocity; monitor force or torque applied by the actuator; when the applied force or torque is above a first force or torque limit, determine whether a continue condition for an operation is satisfied; when the continue condition is satisfied, pause movement of the actuator; and when the continue condition is not satisfied, determine whether operation of the actuator where the applied force of torque is allowed to exceed an upper limit on force or torque should take place, characterized in that the continue condition comprises: a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses. a total duration of all pauses of movement of the actuator remaining below a maximum pause duration; or a count of a number of pauses of the movement of the actuator remaining below a predetermined number of pauses.
A method for transmitting 1 x messages, characterized by comprising: carrying a plurality of 1x messages in one message, when a sending terminal needs to send the plurality of 1 x messages to a receiving terminal through a non-1x network; and after receiving the message containing a plurality of 1x messages, the receiving terminal processes the plurality of 1x messages according to a sequence of the messages; wherein the sending terminal is an Inter-working Solution and the receiving terminal is a terminal which is located in a non-1x network and supports 1x and other radio access technologies. carrying a plurality of 1x messages in one message, when a sending terminal needs to send the plurality of 1 x messages to a receiving terminal through a non-1x network; and after receiving the message containing a plurality of 1x messages, the receiving terminal processes the plurality of 1x messages according to a sequence of the messages; wherein the sending terminal is an Inter-working Solution and the receiving terminal is a terminal which is located in a non-1x network and supports 1x and other radio access technologies.
A force measuring device for measuring web tensions of a running material web that comprises a longitudinal direction, defined by the running direction, and a transverse direction, the force measuring device comprising an axis and, supported on the axis, a measuring roller wrapped around by the material web, characterized in that - the measuring roller is formed as a segmented measuring roller having two or more measuring segments that are separately slidable on the axis and lockable in a measuring position on the axis in order to position the measuring segments in the transverse direction of the material web in accordance with desired measuring positions such that longitudinal sections of the material web wrap around one measuring segment each, - the measuring segments each comprise a load cell that serves to determine the web tension of the longitudinal section of the material web wrapped around the respective measuring segment and that provides a mount with which the measuring segment rests on the axis, and - the axis is furnished with electrical conductors that extend substantially in the axial direction across the entire width, that are axially contactable at every position and with which the measuring signals provided by the load cells of the measuring segments are conductible to an evaluation unit arranged on an axis end. - the measuring roller is formed as a segmented measuring roller having two or more measuring segments that are separately slidable on the axis and lockable in a measuring position on the axis in order to position the measuring segments in the transverse direction of the material web in accordance with desired measuring positions such that longitudinal sections of the material web wrap around one measuring segment each, - the measuring segments each comprise a load cell that serves to determine the web tension of the longitudinal section of the material web wrapped around the respective measuring segment and that provides a mount with which the measuring segment rests on the axis, and - the axis is furnished with electrical conductors that extend substantially in the axial direction across the entire width, that are axially contactable at every position and with which the measuring signals provided by the load cells of the measuring segments are conductible to an evaluation unit arranged on an axis end.
Device for vacuum and vent tube stoppering a medical container, comprising: - a main body defining an internal volume that comprises a first variable pressure chamber configured to be connected to a vacuum pump, the main body being configured to receive the proximal end of a medical container so that said medical container is in communication with the first variable pressure chamber and, - a vent device comprising a vent tube moveable inside the internal volume of the main body along a longitudinal axis between a proximal rest position and a distal operative position wherein the vent tube passes through the first variable pressure chamber down to the inside of the medical container, the vent tube having an internal volume configured to contain a stopper in a compressed state, the vent tube being in communication with a second variable pressure chamber configured to be connected to the vacuum pump, - a piston rod moveable inside the internal volume of the vent tube along the longitudinal axis between a proximal rest position and a distal operative position wherein the piston rod pushes the stopper into the medical container when the vent tube is in the operative position, - a container holder system provided in the main body, in communication with the first variable pressure chamber, said container holder system being configured to receive the proximal end of a medical container to be stoppered and to hold the medical container aligned with the direction of travel of the vent tube so that when moving from the proximal rest position to the distal operative position, the vent tube enters the medical container. - a main body defining an internal volume that comprises a first variable pressure chamber configured to be connected to a vacuum pump, the main body being configured to receive the proximal end of a medical container so that said medical container is in communication with the first variable pressure chamber and, - a vent device comprising a vent tube moveable inside the internal volume of the main body along a longitudinal axis between a proximal rest position and a distal operative position wherein the vent tube passes through the first variable pressure chamber down to the inside of the medical container, the vent tube having an internal volume configured to contain a stopper in a compressed state, the vent tube being in communication with a second variable pressure chamber configured to be connected to the vacuum pump, - a piston rod moveable inside the internal volume of the vent tube along the longitudinal axis between a proximal rest position and a distal operative position wherein the piston rod pushes the stopper into the medical container when the vent tube is in the operative position, - a container holder system provided in the main body, in communication with the first variable pressure chamber, said container holder system being configured to receive the proximal end of a medical container to be stoppered and to hold the medical container aligned with the direction of travel of the vent tube so that when moving from the proximal rest position to the distal operative position, the vent tube enters the medical container.
An air-conditioning apparatus including a refrigeration cycle configured by connecting a load-side heat exchanger, a load-side expansion device, a heat-source-side heat exchanger and a compressor and by causing refrigerant to circulate through a refrigerant circuit including the load-side heat exchanger, the load-side expansion device, the heat-source-side heat exchanger, and the compressor, the air-conditioning apparatus comprising a controller configured to control an opening degree of the load-side expansion device and an operation capacity of the compressor, wherein the controller is configured to, during a heating operation, control an operation capacity of the compressor so that pressure of the refrigerant at an outlet of the compressor becomes equal to a target pressure, in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is equal to or larger than a target temperature, control an opening degree of the load-side expansion device so that a degree of subcooling of the refrigerant at an outlet of the load-side heat exchanger becomes equal to a target degree of subcooling, and in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is lower than a target temperature, control an opening degree of the load-side expansion device, based on a discharge pressure of the compressor, so that the pressure of the refrigerant at the outlet of the compressor becomes equal to a target pressure. control an operation capacity of the compressor so that pressure of the refrigerant at an outlet of the compressor becomes equal to a target pressure, in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is equal to or larger than a target temperature, control an opening degree of the load-side expansion device so that a degree of subcooling of the refrigerant at an outlet of the load-side heat exchanger becomes equal to a target degree of subcooling, and in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is lower than a target temperature, control an opening degree of the load-side expansion device, based on a discharge pressure of the compressor, so that the pressure of the refrigerant at the outlet of the compressor becomes equal to a target pressure.
A press for the direct extrusion of a metal product, in particular a billet, wherein an extrusion axis is defined, comprising - a main cylinder arranged at a first end of the press with respect to the extrusion axis and comprising a piston, - a movable crosspiece, mounted on the main cylinder piston, - a pressing stem, coaxial to and actuated by the main cylinder piston, - a container having a through hole therein, coaxial to the axis and configured for containing the billet during an extrusion operation, - a reaction crosspiece, arranged at a second end of the press in relation to the extrusion axis, having a through hole coaxial to the axis for allowing the passage of the metal product after the extrusion operation, having an extrusion die, with a hole coaxial to the axis and a pressing ring, arranged between the die and the reaction crosspiece and coaxial to the axis, - at least three longitudinal columns (9', 9", 9 iii, 9 iv) parallel to the extrusion axis, which connect the main cylinder to the reaction crosspiece, configured for transmitting the reaction forces generated in the extrusion operation, - a shear configured for cutting the metal product along a cutting plane coplanar to a top surface of the extrusion die, orthogonally to the extrusion axis, said shear being coupled directly to two longitudinal columns (9', 9") of the at least three longitudinal columns (9', 9", 9 iii, 9 iv) with a kinematic sliding coupling parallel to the extrusion axis, which allows the shear to be positioned at different axial positions along the extrusion axis, including the position coplanar to said cutting plane, characterized in that said shear is adapted to slide to a position proximal to the reaction crosspiece, where it is not intersected by the cutting plane. - a main cylinder arranged at a first end of the press with respect to the extrusion axis and comprising a piston, - a movable crosspiece, mounted on the main cylinder piston, - a pressing stem, coaxial to and actuated by the main cylinder piston, - a container having a through hole therein, coaxial to the axis and configured for containing the billet during an extrusion operation, - a reaction crosspiece, arranged at a second end of the press in relation to the extrusion axis, having a through hole coaxial to the axis for allowing the passage of the metal product after the extrusion operation, having an extrusion die, with a hole coaxial to the axis and a pressing ring, arranged between the die and the reaction crosspiece and coaxial to the axis, - at least three longitudinal columns (9', 9", 9 iii, 9 iv) parallel to the extrusion axis, which connect the main cylinder to the reaction crosspiece, configured for transmitting the reaction forces generated in the extrusion operation, - a shear configured for cutting the metal product along a cutting plane coplanar to a top surface of the extrusion die, orthogonally to the extrusion axis,
A method for enabling training of a machine learning, ML, model, for monitoring a person based on a data feed capable of depicting a person, the method being performed by a training data provider comprising a processor; and a memory storing instructions to be executed by the processor, the method comprising: obtaining a data feed capable of depicting the person; selecting a level of anonymisation, from a plurality of levels of anonymisation; anonymising the data feed according to the selected level of anonymisation, resulting in a processed data feed; transmitting the processed data feed as training data for training a central ML model in a central node; and receiving an indication to increase or reduce the level of anonymisation from the central node; and wherein the method is repeated, wherein the next iteration of the selecting is based on the indication to increase or reduce the level of anonymisation. obtaining a data feed capable of depicting the person; selecting a level of anonymisation, from a plurality of levels of anonymisation; anonymising the data feed according to the selected level of anonymisation, resulting in a processed data feed; transmitting the processed data feed as training data for training a central ML model in a central node; and receiving an indication to increase or reduce the level of anonymisation from the central node; and wherein the method is repeated, wherein the next iteration of the selecting is based on the indication to increase or reduce the level of anonymisation.
A photographing method implemented by a processor when executing instructions of a computer program product comprising: determining that a target object is in a stable state according to preview images captured continuously and being compliant with a preset number of frames, comprising: activating a photographing apparatus; counting the number of image frames of a preview image captured by an image sensor; acquiring a moving speed of the target object according to all captured preview images in response to the number of the image frames reaching a preset number of frames; and determining that the target object is in the stable state in response to the moving speed being within a preset range; acquiring a target region of interest from a preview image of the target object in the stable state captured by the image sensor, comprising: taking an ROI in a preview image of the target object in the stable state as the target ROI; photographing the target object to acquire image data; during generating an image through the image data on a display, marking a position of the target ROI in the image generated through the image data in order to indicate that an out-of-focus or blurred image is not caused by inappropriate setting of the target ROI when a marked position of the target ROI and a position of the target ROI during focusing do not change in the displayed image through the image data. activating a photographing apparatus; counting the number of image frames of a preview image captured by an image sensor; acquiring a moving speed of the target object according to all captured preview images in response to the number of the image frames reaching a preset number of frames; and determining that the target object is in the stable state in response to the moving speed being within a preset range; acquiring a target region of interest from a preview image of the target object in the stable state captured by the image sensor, comprising: taking an ROI in a preview image of the target object in the stable state as the target ROI; photographing the target object to acquire image data; during generating an image through the image data on a display, marking a position of the target ROI in the image generated through the image data in order to indicate that an out-of-focus or blurred image is not caused by inappropriate setting of the target ROI when a marked position of the target ROI and a position of the target ROI during focusing do not change in the displayed image through the image data. taking an ROI in a preview image of the target object in the stable state as the target ROI; photographing the target object to acquire image data; during generating an image through the image data on a display, marking a position of the target ROI in the image generated through the image data in order to indicate that an out-of-focus or blurred image is not caused by inappropriate setting of the target ROI when a marked position of the target ROI and a position of the target ROI during focusing do not change in the displayed image through the image data.
A signal processing method for processing a plurality of received mixed signals for generating a plurality of component signals for different scenarios, wherein the plurality of mixed signals in a scenario with a plurality of signal sources in a room are received by a plurality of sensors, comprising the following steps: - evaluating the received mixed signals for determining a current scenario, in which at least one of the signal sources is active; - determining the suitability of a filter coefficient set used for MIMO filtering for the current scenario; - comparing the suitability of the filter coefficient set used for MIMO filtering with the suitability of stored sample filter coefficient sets for determining the filter coefficient set best suited for the current scenario; - overwriting the filter coefficient set used for MIMO filtering with the best suited filter coefficient set, if the best suited filter coefficient set is a stored sample filter coefficient set; - executing at least one adaptation step for adapting the filter coefficients of the filter coefficient set used for MIMO filtering, if the best suited filter coefficient set is the filter coefficient set used for MIMO filtering; - MIMO filtering the received mixed signals for generating a plurality of component signals. - evaluating the received mixed signals for determining a current scenario, in which at least one of the signal sources is active; - determining the suitability of a filter coefficient set used for MIMO filtering for the current scenario; - comparing the suitability of the filter coefficient set used for MIMO filtering with the suitability of stored sample filter coefficient sets for determining the filter coefficient set best suited for the current scenario; - overwriting the filter coefficient set used for MIMO filtering with the best suited filter coefficient set, if the best suited filter coefficient set is a stored sample filter coefficient set; - executing at least one adaptation step for adapting the filter coefficients of the filter coefficient set used for MIMO filtering, if the best suited filter coefficient set is the filter coefficient set used for MIMO filtering; - MIMO filtering the received mixed signals for generating a plurality of component signals.
A composition useful in an infrared reflecting wall or roof coating comprising (i) one or more elastomeric polymer having a measured glass transition temperature as determined by Differential Scanning Calorimetry (measured Tg) of from -100 to 0 °C and (b) from 0.1 to 25 wt.% of one or more mesoporous filler chosen from mesoporous silica, mesoporous aluminosilicates and mesoporous alumina, wherein the filler has an average pore size of from 2 to 100 nm calculated using N 2 adsorption and a Brunauer, Emmett, and Teller calculation based on the N 2 adsorption/desorption isotherm, and wherein the composition has a pigment volume concentration (%PVC) of from 0.1 to 15%.