mhurhangee/ep-ind-claims huggingface dataset:
Medical video imaging system comprising: a control module having an on condition and an off condition; at least one input module (2200, 2300, 2400) having an on condition and an off condition, and having a disconnected state and a connected state to said control module; a communication link adapted to place said control module and said at least one input module (2200, 2300, 2400) in signal communication, said control module adapted to receive image data processed by the at least one input module (2200, 2300, 2400); said at least one input module (2200, 2300, 2400) is adapted to - determine whether it is connected to said control module, characterized in that said at least one input module (2200, 2300, 2400) is further adapted to - enter, when in the connected state, the on condition when said at least one input module receives an on signal from said control module over said communication link indicating said control module is in the on condition; - enter, when in the connected state, the off condition when said at least one input module (2200, 2300, 2400) receives an off signal from said control module over said communication link indicating said control module is in the off condition; and - default, when in the disconnected state, to the on condition. a control module having an on condition and an off condition; at least one input module (2200, 2300, 2400) having an on condition and an off condition, and having a disconnected state and a connected state to said control module; a communication link adapted to place said control module and said at least one input module (2200, 2300, 2400) in signal communication, said control module adapted to receive image data processed by the at least one input module (2200, 2300, 2400); said at least one input module (2200, 2300, 2400) is adapted to - determine whether it is connected to said control module, - determine whether it is connected to said control module, characterized in that said at least one input module (2200, 2300, 2400) is further adapted to - enter, when in the connected state, the on condition when said at least one input module receives an on signal from said control module over said communication link indicating said control module is in the on condition; - enter, when in the connected state, the off condition when said at least one input module (2200, 2300, 2400) receives an off signal from said control module over said communication link indicating said control module is in the off condition; and - default, when in the disconnected state, to the on condition. - enter, when in the connected state, the on condition when said at least one input module receives an on signal from said control module over said communication link indicating said control module is in the on condition; - enter, when in the connected state, the off condition when said at least one input module (2200, 2300, 2400) receives an off signal from said control module over said communication link indicating said control module is in the off condition; and - default, when in the disconnected state, to the on condition.
A component installation system, comprising: an engagement clamp having a circular shape coupled to a robotic arm, being configured to engage an annular component; an actuator coupled to the engagement clamp and operable to cause the engagement clamp to engage and disengage the annular component; a heating element coupled to the engagement clamp and arranged to heat the annular component engaged within the engagement clamp; a controller in communication with the robotic arm, the actuator and the heating element, the controller comprising a processor and a memory with computer-readable instructions, the computer-readable instructions when executed by the processor causing the controller to: actuate the actuator to cause the engagement clamp to engage the annular component; actuate the heating element to heat the annular component within the engagement clamp; deactuate the heating element; direct the robotic arm and the engagement clamp to position the heated annular component at an installation position relative to a work-piece; maintain the annular component at the installation position with the heating element deactuated, such that the annular component engages the work-piece upon cooling; and deactuate the actuator to cause the engagement clamp to disengage the annular component. an engagement clamp having a circular shape coupled to a robotic arm, being configured to engage an annular component; an actuator coupled to the engagement clamp and operable to cause the engagement clamp to engage and disengage the annular component; a heating element coupled to the engagement clamp and arranged to heat the annular component engaged within the engagement clamp; a controller in communication with the robotic arm, the actuator and the heating element, the controller comprising a processor and a memory with computer-readable instructions, the computer-readable instructions when executed by the processor causing the controller to: actuate the actuator to cause the engagement clamp to engage the annular component; actuate the heating element to heat the annular component within the engagement clamp; deactuate the heating element; direct the robotic arm and the engagement clamp to position the heated annular component at an installation position relative to a work-piece; maintain the annular component at the installation position with the heating element deactuated, such that the annular component engages the work-piece upon cooling; and deactuate the actuator to cause the engagement clamp to disengage the annular component. actuate the actuator to cause the engagement clamp to engage the annular component; actuate the heating element to heat the annular component within the engagement clamp; deactuate the heating element; direct the robotic arm and the engagement clamp to position the heated annular component at an installation position relative to a work-piece; maintain the annular component at the installation position with the heating element deactuated, such that the annular component engages the work-piece upon cooling; and deactuate the actuator to cause the engagement clamp to disengage the annular component.
A pipe diagnosis apparatus comprising: a time-series data acquisition unit configured to acquire time-series data on pressure of a fluid in piping equipment to be diagnosed; a pressure change measurement unit configured to measure a number of pressure changes in the fluid in a target pipe for each of different amplitudes of pressure changes, from the time-series data on the pressure of the fluid characterised by using a rainflow counting method; and a failure risk estimation unit configured to calculate a degree of fatigue of the target pipe by using i) the measured number of pressure changes for each of different amplitudes of pressure changes and ii) an S-N curve indicating a number of times stress changes having an amplitude, corresponding to each of different amplitudes of pressure changes, repeatedly occur until the target pipe will break, and estimate the calculated degree of fatigue as a failure risk. a time-series data acquisition unit configured to acquire time-series data on pressure of a fluid in piping equipment to be diagnosed; a pressure change measurement unit configured to measure a number of pressure changes in the fluid in a target pipe for each of different amplitudes of pressure changes, from the time-series data on the pressure of the fluid characterised by using a rainflow counting method; and a failure risk estimation unit configured to calculate a degree of fatigue of the target pipe by using i) the measured number of pressure changes for each of different amplitudes of pressure changes and ii) an S-N curve indicating a number of times stress changes having an amplitude, corresponding to each of different amplitudes of pressure changes, repeatedly occur until the target pipe will break, and estimate the calculated degree of fatigue as a failure risk.
A method for refreshing a flash memory device, wherein the method comprises: reading, by a storage controller, first data from a first flash memory block, and determining a bit error rate of the first data; when the bit error rate is greater than a preset threshold, determining, by the storage controller, a refresh cycle of the first flash memory block according to a quantity of erase cycles of the first flash memory block, wherein there is a negative correlation between the refresh cycle of the first flash memory block and the quantity of erase cycles of the first flash memory block; and performing, by the storage controller, a refresh operation on the first flash memory block according to the refresh cycle. reading, by a storage controller, first data from a first flash memory block, and determining a bit error rate of the first data; when the bit error rate is greater than a preset threshold, determining, by the storage controller, a refresh cycle of the first flash memory block according to a quantity of erase cycles of the first flash memory block, wherein there is a negative correlation between the refresh cycle of the first flash memory block and the quantity of erase cycles of the first flash memory block; and performing, by the storage controller, a refresh operation on the first flash memory block according to the refresh cycle.
A branched stent graft delivery system configured to deliver and deploy a branched stent graft within a blood vessel, the stent graft delivery system comprising: a stent graft cover; a screw gear; a handle assembly including: an external slider configured to rotate about the screw gear, and a central hub configured to slide linearly along the screw gear as the external slider is rotated; wherein the central hub defines (i) a main lumen port extending therethrough and configured to receive the stent graft cover, and (ii) a branched lumen port receiving a branched lumen. a stent graft cover; a screw gear; a handle assembly including: an external slider configured to rotate about the screw gear, and a central hub configured to slide linearly along the screw gear as the external slider is rotated; an external slider configured to rotate about the screw gear, and a central hub configured to slide linearly along the screw gear as the external slider is rotated; wherein the central hub defines (i) a main lumen port extending therethrough and configured to receive the stent graft cover, and (ii) a branched lumen port receiving a branched lumen.
Method of controlling the flow of heating medium through a multiple row radiator, through the heating plate unit with a common inlet port and a common outlet port of the heating medium, with a first passing-through heating plate facing a heated room / space and with at least one other passing-through heating plate situated behind said first heating plate, for reducing the heating medium flow and particularly for the reduction of the heating output, wherein the heating medium from the common inlet port is distributed without restriction into the individual first passing-through heating plate and the at least one other individual passing-through heating plate, characterized in that the heating medium then flows into mutual separated channels (12,13) in the body of an additional selective merger of outflows connected to the common outlet port, wherein throttling or shut-off devices (17,19) are arranged across at least one of the mutually separated channels (12,13) in the body of the selective merger.
An antenna, intended to transmit and receive radio waves within a given frequency band, comprising (a) a plurality of radiating elements aligned and supported by a flat reflector, each radiating element comprising two orthogonal cross-polarization dipoles forming a radiating device disposed within a plane P parallel to the plane P' of the reflector, (b) a plurality of conductive lines, each conductive line feeding a radiating element, and characterized in that the antenna further comprises (c) a plurality of conductive parasitic elements, each parasitic element being disposed above a radiating element, and each parasitic element comprising a two-dimensional base belonging to a plane P" parallel to the plane P of the radiating device, associated with a third dimension that gives it a volumic shape. (a) a plurality of radiating elements aligned and supported by a flat reflector, each radiating element comprising two orthogonal cross-polarization dipoles forming a radiating device disposed within a plane P parallel to the plane P' of the reflector, (b) a plurality of conductive lines, each conductive line feeding a radiating element, and characterized in that the antenna further comprises (c) a plurality of conductive parasitic elements, each parasitic element being disposed above a radiating element, and each parasitic element comprising a two-dimensional base belonging to a plane P" parallel to the plane P of the radiating device, associated with a third dimension that gives it a volumic shape.
Door for a household microwave appliance, having at least one perforated electrically conductive lattice, in particular metal lattice, which covers a viewing opening of the door and has a plurality of microholes arranged in a regular pattern, characterised in that the microholes have a rectangular, in particular square, basic shape with rounded corners.
Use of an eye drop applicator which comprises a body of generally inverted bowl shape formed of an opaque material with an opening in the top of the inverted bowl into which the top of a bottle of eye drops can be inserted, characterised by the provision of a handle projecting from the body of bowl shape, the applicator being placed in position using the handle which is configured to be grasped by the first finger and thumb, with the thumb on the underside of the handle and the first finger on top of the handle.
A lubricant distribution acquisition device comprising: an electromagnetic wave converting means that receives neutron beams that have been transmitted through a bearing, and then converts these neutron beams into electromagnetic waves; an imaging processing means that, by receiving the electromagnetic waves emitted from the electromagnetic wave converting device and using these electromagnetic waves to form images, acquires lubricant distribution data that shows the distribution of a lubricant inside the bearing; an encoder that outputs a rotation angle signal that shows a rotation angle of the bearing; and a control means that controls timings of the imaging performed by the imaging processing means based on the rotation angle signal. an electromagnetic wave converting means that receives neutron beams that have been transmitted through a bearing, and then converts these neutron beams into electromagnetic waves; an imaging processing means that, by receiving the electromagnetic waves emitted from the electromagnetic wave converting device and using these electromagnetic waves to form images, acquires lubricant distribution data that shows the distribution of a lubricant inside the bearing; an encoder that outputs a rotation angle signal that shows a rotation angle of the bearing; and a control means that controls timings of the imaging performed by the imaging processing means based on the rotation angle signal.
Apparatus for producing synthetic threads, having a spinning device, having a godet device and having a winding device, wherein the devices (1, 4, 5) have a plurality of drives (1.5, 1.6, 4.2, 5.3) and controllers which are cooled during operation, characterized in that the drives (4.2) and the controllers of the devices (1, 4, 5) are coolable jointly by way of a central water cooling device.
A drive device for an electric vehicle, comprising: an electric motor; a speed reduction unit including an input shaft driven by output of the electric motor; a hub unit rotationally driven by an output member of the speed reduction unit; and a housing accommodating the electric motor and the speed reduction unit, wherein the input shaft of the speed reduction unit is supported by a pair of bearings (58, 59) provided at two locations in the axial direction, the drive device for an electric vehicle being configured such that the pair of bearings (58, 59) are both supported by the output member, and the housing is provided with a cylindrical portion, a front end portion in the radial direction, which is provided at the front end of the cylindrical portion and a suspension joining portion, characterized in that the pair of bearings (58, 59) are each made up of a rolling bearing; a ringshaped spacer is placed between outer rings of the pair of rolling bearings (58, 59); the spacer is provided with a window hole in a portion which opposes the speed reduction rotational member, where the window hole is for the purpose of avoiding interference; and a fixing vis of the spacer is screwed from an outer radial surface of the bridge.
Routing method implemented by an equipment item (2a, 2b, 2c) forming a node of a network made up of several nodes, comprising: - a step of reception or of generation of a message including destination geographic position data (POS D) representing the geographic position of a destination node of the message, and - a step of transmission of said message to a neighbouring node, selected from several neighbouring nodes as a function of said destination geographic position (POS D) and of a locations table, said locations table including the geographic position of at least one neighbouring node, characterized in that it comprises: - a step of reception, from a neighbouring node embedded in a first vehicle, of route data (TRAJ') representing a scheduled route of said first vehicle, and - a step of updating of said locations table as a function of said route data (TRAJ'). - a step of reception or of generation of a message including destination geographic position data (POS D) representing the geographic position of a destination node of the message, and - a step of transmission of said message to a neighbouring node, selected from several neighbouring nodes as a function of said destination geographic position (POS D) and of a locations table, said locations table including the geographic position of at least one neighbouring node, - a step of reception, from a neighbouring node embedded in a first vehicle, of route data (TRAJ') representing a scheduled route of said first vehicle, and - a step of updating of said locations table as a function of said route data (TRAJ').
Paper or cardboard packaging produced at least partly from mineral oil contaminated, recycled paper, wherein the packaging includes at least one barrier layer obtainable by applying an aqueous polymeric dispersion comprising at least one copolymer obtainable by emulsion polymerization of (a)one or more principal monomers selected from the group consisting of C 1 -C 4 alkyl (meth)acrylates, (b) 0.1 to 5 wt% of one or more acid monomers, (c) 0-20 wt% of acrylonitrile and (d) 0 to 10 wt% of further monomers other than the monomers (a) to (c), wherein the glass transition temperature of the copolymer is in the range from +10 to +45°C, wherein the copolymer is constructed of the principal monomers (a) to an extent of at least 70 wt%,and wherein the barrier layer may be situated on one or more of the surfaces of the packaging, or the barrier layer may form at least one of multiple layers of a multilayered packaging coating. (a)one or more principal monomers selected from the group consisting of C 1 -C 4 alkyl (meth)acrylates, (b) 0.1 to 5 wt% of one or more acid monomers, (c) 0-20 wt% of acrylonitrile and (d) 0 to 10 wt% of further monomers other than the monomers (a) to (c),
A rock bolt comprising a central rod with a threaded leading portion and a trailing portion, a tubular outer body provided around the central rod along at least a portion of the length of the central rod, said tubular outer body having a leading portion and a trailing portion, a first wedge means attached to the leading portion of the central rod, a second wedge means attached to the leading portion of the outer body between the first wedge means and the trailing portion of the outer body, wherein the first wedge means and the second wedge means are configured such that the first wedge means is able to force the second wedge means radially outwards about the longitudinal axis of the rock bolt upon movement of the first wedge means in a direction towards the trailing portion of the central rod to thereby radially expand the outer body, and wherein the leading portion of the outer body is provided with one or more ledge means, wherein the central rod is provided with a drive means configured to drive the ledge means upon movement of the drive means in a driving direction of the rock bolt to thereby force the outer body in the driving direction via the ledge means. a tubular outer body provided around the central rod along at least a portion of the length of the central rod, said tubular outer body having a leading portion and a trailing portion, a first wedge means attached to the leading portion of the central rod, a second wedge means attached to the leading portion of the outer body between the first wedge means and the trailing portion of the outer body, wherein the first wedge means and the second wedge means are configured such that the first wedge means is able to force the second wedge means radially outwards about the longitudinal axis of the rock bolt upon movement of the first wedge means in a direction towards the trailing portion of the central rod to thereby radially expand the outer body, and wherein the leading portion of the outer body is provided with one or more ledge means, wherein the central rod is provided with a drive means configured to drive the ledge means upon movement of the drive means in a driving direction of the rock bolt to thereby force the outer body in the driving direction via the ledge means.
A carboxylate graft polymer composition for treating clay or clay-bearing aggregates, comprising: a first component represented by the following structure: wherein R 1, R 2, and R 3 each independently represent hydrogen, C 1 - C 3 alkyl, -COOH, -CH 2 COOH, or mixtures thereof; X represents hydrogen or an alkali metal; and a second component represented by the following structure: wherein R 4, R 5, R 6, R 7, and R 8 each independently represent hydrogen, C 1 - C 3 alkyl, -COOH, or mixtures thereof; Y represents -O-, -COO-, -OOC-, -COHN-, or -NHCO-; Z represents (CH 2) n wherein "n" represents a whole number of 0 to 6; and "m" represents an integer of 25 to 200; wherein the molar ratio of said first component A to said second component B is in the range of 0.5 to 1.5 and the weight-average molecular weight, determined by GPC as disclosed in the description, of the carboxylate graft polymer is in the range of 22,000 to 250,000. a first component represented by the following structure: wherein R 1, R 2, and R 3 each independently represent hydrogen, C 1 - C 3 alkyl, -COOH, -CH 2 COOH, or mixtures thereof; X represents hydrogen or an alkali metal; and a second component represented by the following structure: wherein R 4, R 5, R 6, R 7, and R 8 each independently represent hydrogen, C 1 - C 3 alkyl, -COOH, or mixtures thereof; Y represents -O-, -COO-, -OOC-, -COHN-, or -NHCO-; Z represents (CH 2) n wherein "n" represents a whole number of 0 to 6; and "m" represents an integer of 25 to 200;