mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a computing system to generate a three-dimensional reconstruction of a surface in a scene, wherein the computing system represents the scene by a plurality of bricks, each brick comprising a plurality of voxels, the method comprising: capturing a depth image from a depth sensor worn by a user, the depth image comprising a plurality of pixels, each pixel indicating a distance to a region adjacent the surface in the scene; culling the plurality of bricks by eliminating bricks outside a field of view of the depth sensor to generate a reduced plurality of bricks; conducting a first acceptance test (608, 902) for each of the reduced plurality of bricks, wherein the first acceptance test comprises accepting said brick for further processing based at least in part on determining a pixel of the plurality of pixels intersects said brick; conducting a second acceptance test (608, 908, 1104) for each of the reduced plurality of bricks not accepted by the first acceptance test (608, 902), the second acceptance test (608, 908, 1104) comprising accepting a brick of the reduced plurality of bricks not accepted by the first acceptance test (608, 902) that has a position in front of a solid or holey background as indicated by pixels in the depth image for further processing; and generating the 3D reconstruction based on accepted bricks that are accepted by the first acceptance test or the second acceptance test. capturing a depth image from a depth sensor worn by a user, the depth image comprising a plurality of pixels, each pixel indicating a distance to a region adjacent the surface in the scene; culling the plurality of bricks by eliminating bricks outside a field of view of the depth sensor to generate a reduced plurality of bricks; conducting a first acceptance test (608, 902) for each of the reduced plurality of bricks, wherein the first acceptance test comprises accepting said brick for further processing based at least in part on determining a pixel of the plurality of pixels intersects said brick; conducting a second acceptance test (608, 908, 1104) for each of the reduced plurality of bricks not accepted by the first acceptance test (608, 902), the second acceptance test (608, 908, 1104) comprising accepting a brick of the reduced plurality of bricks not accepted by the first acceptance test (608, 902) that has a position in front of a solid or holey background as indicated by pixels in the depth image for further processing; and generating the 3D reconstruction based on accepted bricks that are accepted by the first acceptance test or the second acceptance test.
A hybrid vehicle comprising: a power storage device; an internal combustion engine; at least one motor (6, 10) having an electric power generation function in which the motor (6, 10) is driven by said internal combustion engine to supply electric power to said power storage device and a function of producing running driving force; a control device configured to control start and stop of said internal combustion engine based on a start/stop condition for said internal combustion engine set from a physical quantity relevant to a charged state of said power storage device, when the vehicle stops, said control device changing the start/stop condition for said internal combustion engine such that an operation duration of said internal combustion engine is shorter than during vehicle running, said physical quantity being a remaining capacity of said power storage device, and characterized in that said control device causing said internal combustion engine to start if said remaining capacity falls below a first threshold value corresponding to the start condition for said internal combustion engine, and causing said internal combustion engine to stop if said remaining capacity exceeds a second threshold value corresponding to the stop condition for said internal combustion engine, which is larger than said first threshold value, and during a vehicle stop, if said remaining capacity exceeds a third threshold value which is larger than said first threshold value and smaller than said second threshold value, said control device causing said internal combustion engine to stop. a power storage device; an internal combustion engine; at least one motor (6, 10) having an electric power generation function in which the motor (6, 10) is driven by said internal combustion engine to supply electric power to said power storage device and a function of producing running driving force; a control device configured to control start and stop of said internal combustion engine based on a start/stop condition for said internal combustion engine set from a physical quantity relevant to a charged state of said power storage device, when the vehicle stops, said control device changing the start/stop condition for said internal combustion engine such that an operation duration of said internal combustion engine is shorter than during vehicle running, said physical quantity being a remaining capacity of said power storage device, and characterized in that said control device causing said internal combustion engine to start if said remaining capacity falls below a first threshold value corresponding to the start condition for said internal combustion engine, and causing said internal combustion engine to stop if said remaining capacity exceeds a second threshold value corresponding to the stop condition for said internal combustion engine, which is larger than said first threshold value, and during a vehicle stop, if said remaining capacity exceeds a third threshold value which is larger than said first threshold value and smaller than said second threshold value, said control device causing said internal combustion engine to stop.
An elevator apparatus, comprising: a car; an operation control section for controlling an operation of the car in a plurality of operation modes including a normal operation mode and a high-speed operation mode for causing the car to run at a speed higher than a speed in the normal operation mode; and a notification section provided to at least one of inside of the car and a landing, for notifying a user of information, the elevator apparatus further comprises a notification control section for causing the notification section to notify, quantitative information relating to a difference in transport efficiency between a case where the car is caused to run in the normal operation mode and a case where the car is caused to run in the high-speed operation mode based on information from the operation control section, and characterized in that the quantitative information is information relating to a difference in a running time, a difference in maximum speed or a difference in acceleration rate. a car; an operation control section for controlling an operation of the car in a plurality of operation modes including a normal operation mode and a high-speed operation mode for causing the car to run at a speed higher than a speed in the normal operation mode; and a notification section provided to at least one of inside of the car and a landing, for notifying a user of information, the elevator apparatus further comprises a notification control section for causing the notification section to notify, quantitative information relating to a difference in transport efficiency between a case where the car is caused to run in the normal operation mode and a case where the car is caused to run in the high-speed operation mode based on information from the operation control section, and characterized in that the quantitative information is information relating to a difference in a running time, a difference in maximum speed or a difference in acceleration rate.
A system for limiting data usage of a network accessible software application, the system comprising: a server in communication with a storage; said storage containing a plurality of data transactions, each data transaction having a value indicative of data usage of a software application by a user device (102, 102'... 102 n; 106, 106'... 106 n) associated with a user, wherein the software application executes on an application computer and is accessible by the user device (102, 102'... 102 n; 106, 106'... 106 n) via a network, said storage further containing threshold data; software executing on said server for determining which of the plurality of data transactions correspond to the user and identifying an amount of data usage of the software application attributed to the user during a time period; characterised in that said software modifying the user's access to said software application based on the amount of data usage of the software application attributed to the user; said software comparing said threshold data to the user's data usage of the software application; said software removing the user's access to the software application if the usage is below the threshold. a server in communication with a storage; said storage containing a plurality of data transactions, each data transaction having a value indicative of data usage of a software application by a user device (102, 102'... 102 n; 106, 106'... 106 n) associated with a user, wherein the software application executes on an application computer and is accessible by the user device (102, 102'... 102 n; 106, 106'... 106 n) via a network, said storage further containing threshold data; software executing on said server for determining which of the plurality of data transactions correspond to the user and identifying an amount of data usage of the software application attributed to the user during a time period; characterised in that said software modifying the user's access to said software application based on the amount of data usage of the software application attributed to the user; said software comparing said threshold data to the user's data usage of the software application; said software removing the user's access to the software application if the usage is below the threshold.
A station for suctioning dust from a robot cleaner, comprising: a docking suction port connectable to a robot cleaner; a dust container to store dust from the robot cleaner; a duct connected to the docking suction port and the dust container; a holder disposed in the dust container, and to which a dust bag is mountable; and characterized in that the station additionally comprises: a lever configured to hinder a connection of the holder and the duct while the dust bag is in a separated state from the holder, and the lever allows the connection of the holder and the duct while the dust bag is in a mounted state to the holder. a docking suction port connectable to a robot cleaner; a dust container to store dust from the robot cleaner; a duct connected to the docking suction port and the dust container; a holder disposed in the dust container, and to which a dust bag is mountable; and characterized in that the station additionally comprises: a lever configured to hinder a connection of the holder and the duct while the dust bag is in a separated state from the holder, and the lever allows the connection of the holder and the duct while the dust bag is in a mounted state to the holder.
A construction machine comprising: a swing structure; a swing hydraulic motor that rotationally drives the swing structure; a regeneration device including a regeneration hydraulic line connected to a pair of actuator hydraulic lines (9a, 9b) for supplying and discharging hydraulic fluid for the swing hydraulic motor, a regenerative hydraulic motor connected to the regeneration hydraulic line, and a generator/motor that rotates together with the regenerative hydraulic motor; a pressure detection device capable of detecting at least a pressure on a high-pressure side of the pair of actuator hydraulic lines (9a, 9b); overload relief valves (10, 12) connected to the actuator hydraulic lines (9a, 9b); and a control unit, characterized in that the control unit that sets a target flow rate of the regenerative hydraulic motor at zero or a low flow rate within an extent in which hydraulic pressure in the regeneration hydraulic line does not become negative pressure when the detected pressure on the high-pressure side of the pair of actuator hydraulic lines (9a, 9b) detected by the pressure detection device is lower than a first set value previously set by the overload relief valves (10, 12), sets the target flow rate of the regenerative hydraulic motor at a value corresponding to the detected pressure when the detected pressure is higher than or equal to the first set value, and controls a revolution speed of the generator/motor in such a manner that a flow rate through the regenerative hydraulic motor equals the target flow rate. a swing structure; a swing hydraulic motor that rotationally drives the swing structure; a regeneration device including a regeneration hydraulic line connected to a pair of actuator hydraulic lines (9a, 9b) for supplying and discharging hydraulic fluid for the swing hydraulic motor, a regenerative hydraulic motor connected to the regeneration hydraulic line, and a generator/motor that rotates together with the regenerative hydraulic motor; a pressure detection device capable of detecting at least a pressure on a high-pressure side of the pair of actuator hydraulic lines (9a, 9b); overload relief valves (10, 12) connected to the actuator hydraulic lines (9a, 9b); and a control unit, characterized in that the control unit that sets a target flow rate of the regenerative hydraulic motor at zero or a low flow rate within an extent in which hydraulic pressure in the regeneration hydraulic line does not become negative pressure when the detected pressure on the high-pressure side of the pair of actuator hydraulic lines (9a, 9b) detected by the pressure detection device is lower than a first set value previously set by the overload relief valves (10, 12), sets the target flow rate of the regenerative hydraulic motor at a value corresponding to the detected pressure when the detected pressure is higher than or equal to the first set value, and controls a revolution speed of the generator/motor in such a manner that a flow rate through the regenerative hydraulic motor equals the target flow rate.
Mechanical oscillator oscillating around an oscillation axis without pivot, said oscillator including: - a felloe centered on the oscillation axis and mounted on a first attachment portion situated on said oscillation axis, - a fastening portion designed to be fastened to a frame of a timepiece movement, - a plurality of elastic systems connecting the felloe and the fastening portion, characterized in that each elastic system comprises two return organs arranged in series and connected to one another by a frame and in that at least some of the elastic systems are suspended and are free with reference to the frame. - a felloe centered on the oscillation axis and mounted on a first attachment portion situated on said oscillation axis, - a fastening portion designed to be fastened to a frame of a timepiece movement, - a plurality of elastic systems connecting the felloe and the fastening portion, characterized in that each elastic system comprises two return organs arranged in series and connected to one another by a frame and in that at least some of the elastic systems are suspended and are free with reference to the frame.
A drilling assembly for use in drilling of a wellbore, comprising: a disintegration device at an end of the drilling assembly; a steering unit having a tilt device and an actuation device, wherein a first section and a second section of the drilling assembly are coupled through the tilt device, and wherein the actuation device includes one or more spaced apart electro-mechanical actuators (222a, 222b, 222c; 400), wherein each such actuator (222a, 222b, 222c; 400) applies force on a corresponding abutting element of the tilt device so as to cause a tilt of the tilt device to cause the first section to tilt relative to the second section along a selected direction while the drilling assembly is rotating, wherein each actuator (222a, 222b, 222c; 400) is a unitary longitudinal device having a movable end that can be axially extended and retracted to apply a desired force on the tilt device so as to cause the tilt of the tilt device, and characterised in that at least one of the actuators (222a, 222b, 222c; 400) comprises an electric motor configured to axially extend and retract the movable end to apply a desired force on the tilt device so as to cause the tilt of the tilt device. a disintegration device at an end of the drilling assembly; a steering unit having a tilt device and an actuation device, wherein a first section and a second section of the drilling assembly are coupled through the tilt device, and wherein the actuation device includes one or more spaced apart electro-mechanical actuators (222a, 222b, 222c; 400), wherein each such actuator (222a, 222b, 222c; 400) applies force on a corresponding abutting element of the tilt device so as to cause a tilt of the tilt device to cause the first section to tilt relative to the second section along a selected direction while the drilling assembly is rotating, wherein each actuator (222a, 222b, 222c; 400) is a unitary longitudinal device having a movable end that can be axially extended and retracted to apply a desired force on the tilt device so as to cause the tilt of the tilt device, and characterised in that at least one of the actuators (222a, 222b, 222c; 400) comprises an electric motor configured to axially extend and retract the movable end to apply a desired force on the tilt device so as to cause the tilt of the tilt device.
A pre-terminated cassette for installation into a patch panel, wherein the patch panel comprises a retaining feature for retaining the pre-terminated cassette, the pre-terminated cassette having a release latch to allow removal of the cassette from the panel, the release latch comprising: a cantilever beam located on a sidewall of the pre-terminated cassette, wherein the cantilever beam has a hinge point that allows the beam to deflect with respect to the sidewall; a depressing tab provided at a distal end of the cantilever beam; and a latch tab protruding from a surface of the cantilever beam between the hinge point and the depressing tab, the latch tab capable of engagement with the retaining feature of the patch panel when the cassette is installed in the patch panel wherein the latch tab is capable of inward deflection when the depressing tab is pushed inwardly with respect to the sidewall of the cassette, and preferably wherein the latch tab disengages from the retaining feature of the patch panel when the latch tab is deflected inwardly. a cantilever beam located on a sidewall of the pre-terminated cassette, wherein the cantilever beam has a hinge point that allows the beam to deflect with respect to the sidewall; a depressing tab provided at a distal end of the cantilever beam; and a latch tab protruding from a surface of the cantilever beam between the hinge point and the depressing tab, the latch tab capable of engagement with the retaining feature of the patch panel when the cassette is installed in the patch panel wherein the latch tab is capable of inward deflection when the depressing tab is pushed inwardly with respect to the sidewall of the cassette, and preferably wherein the latch tab disengages from the retaining feature of the patch panel when the latch tab is deflected inwardly.
A method performed by an electronic device, the method comprising: identifying a current context; receiving a role, according to the current context, in a hierarchy of multiple electronic devices in the identified current context; operating in accordance with the role in the hierarchy within a secure perimeter in the current context around the multiple electronic devices, wherein the hierarchy includes a system of security checks based on context information, wherein the system of security checks comprises one or more context rules for each electronic device among the multiple electronic devices; identifying, as a top element of the hierarchy for the current context, one or more electronic devices from among the multiple electronic devices; and triggering an event when a context rule is activated for one of the electronic devices, wherein the triggering comprises, by the top element, securing the electronic device for which the context rule is activated and one or more of the electronic devices in the hierarchy. identifying a current context; receiving a role, according to the current context, in a hierarchy of multiple electronic devices in the identified current context; operating in accordance with the role in the hierarchy within a secure perimeter in the current context around the multiple electronic devices, wherein the hierarchy includes a system of security checks based on context information, wherein the system of security checks comprises one or more context rules for each electronic device among the multiple electronic devices; identifying, as a top element of the hierarchy for the current context, one or more electronic devices from among the multiple electronic devices; and triggering an event when a context rule is activated for one of the electronic devices, wherein the triggering comprises, by the top element, securing the electronic device for which the context rule is activated and one or more of the electronic devices in the hierarchy.
A method of repairing a sandwich component having a honeycomb core with an associated core height, which is arranged between a first cover plate and a second cover plate, said sandwich component comprising a damaged area including a cover plate crack of the first cover plate and a deterioration of said honeycomb core adjacent to said cover plate crack, said method comprising at least the steps of: - Creating a repair opening having a maximum repair opening diameter in said first cover plate, - Creating a repair cavity in said honeycomb core, said repair cavity having a first maximum diameter that is at least equal to a maximum deterioration diameter associated with said deterioration of said honeycomb core and further having a depth that is at least substantially equal to said associated core height of said honeycomb core, - Introducing a helically rolled-up repair element in compressed form into said repair cavity, said helically rolled-up repair element in said compressed form having an associated element height that is at most equal to said associated core height of said honeycomb core and further having a second maximum diameter that is maximally equal to said maximum repair opening diameter, and - Allowing said helically rolled-up repair element in said compressed form to expand in said repair cavity from said second maximum diameter into an expanded form with a third maximum diameter which is greater than said second maximum diameter. - Creating a repair opening having a maximum repair opening diameter in said first cover plate, - Creating a repair cavity in said honeycomb core, said repair cavity having a first maximum diameter that is at least equal to a maximum deterioration diameter associated with said deterioration of said honeycomb core and further having a depth that is at least substantially equal to said associated core height of said honeycomb core, - Introducing a helically rolled-up repair element in compressed form into said repair cavity, said helically rolled-up repair element in said compressed form having an associated element height that is at most equal to said associated core height of said honeycomb core and further having a second maximum diameter that is maximally equal to said maximum repair opening diameter, and - Allowing said helically rolled-up repair element in said compressed form to expand in said repair cavity from said second maximum diameter into an expanded form with a third maximum diameter which is greater than said second maximum diameter.