mhurhangee/ep-ind-claims huggingface dataset:
An installation element for use in a method of installation of a ground-mounted article of street furniture, such as a cabinet, said installation element comprising: an underside for location upon a support base (401,901) for an article of ground-mounted street furniture, and an upper side comprising a gasket-receiving region defined by a base surface from which an inner side wall and an outer side wall extend upwardly, said gasket-receiving region for receiving a rubber gasket therein upon which the lower edges of the article of ground-mounted street furniture can be located, said installation element comprising a central region internally of said inner side wall of said gasket-receiving region and a perimeter flange externally of said outer side wall of said gasket-receiving region said central region defining at least one aperture therethrough, open to said upper side and to said underside, for receiving a utility item therein, characterised in that said perimeter flange extends substantially in the same plane as said base surface of said gasket-receiving region. an underside for location upon a support base (401,901) for an article of ground-mounted street furniture, and an upper side comprising a gasket-receiving region defined by a base surface from which an inner side wall and an outer side wall extend upwardly, said gasket-receiving region for receiving a rubber gasket therein upon which the lower edges of the article of ground-mounted street furniture can be located, said installation element comprising a central region internally of said inner side wall of said gasket-receiving region and a perimeter flange externally of said outer side wall of said gasket-receiving region said central region defining at least one aperture therethrough, open to said upper side and to said underside, for receiving a utility item therein, characterised in that said perimeter flange extends substantially in the same plane as said base surface of said gasket-receiving region.
An optical network in which one optical line terminal optical line terminal, OLT, performs point-to-point or point-to-multi-point communication with one or more optical network units, ONU, (70, 90) through an optical fiber transmission path, with an observing unit (73, 84) that observes information of at least one of an arrival interval of frames, an instantaneous bandwidth under use of a flow, a queue length of a queue temporarily storing the frames, and at least one traffic of a specific type; a stop determining unit (74, 83) that determines a sleep time period on the basis of the information each time period the observing unit (73, 84) observes the information to be a period in which a sleep state where partial functions of the ONU (70, 90) are stopped is maintained, on the basis of the information obtained by the observing unit (73, 84), and a stopping unit (75, 92) that enters the ONU (70, 90) into a sleep state, immediately after communication ends, after a predetermined waiting time passes from when the communication ends, or after a waiting time determined by the stop determining unit (74, 83) on the basis of the information passes from when the communication ends, wherein the stop determining unit (74, 83) sets a maximum value and a minimum value for the sleep time period, and maintains the ONU (70, 90) in a normal state, in the case of at least one of the case where the arrival interval of the frames obtained by the observing unit (73, 84) is smaller than a threshold value of the arrival interval of the frames, the case where the instantaneous bandwidth under use is greater than a threshold value of the instantaneous bandwidth under use, and the case where the queue length is greater than a threshold value of the queue length, and the stop determining unit (74, 83) enters the ONU (70, 90) into the sleep state in the case of at least one of the case where the arrival interval of the frames obtained by the observing unit (73, 84) is equal to or greater than the threshold value of the arrival interval of the frames, the case where the instantaneous bandwidth under use is equal to or smaller than the threshold value of the instantaneous bandwidth under use, and the case where the queue length is equal to or smaller than the threshold value of the queue length, and sets the sleep time to a value between the maximum value and the minimum value.
Device for performing an ORC process comprising a first circular flow, in which a first process fluid is conducted, having - an evaporator for evaporating the first process fluid, - an expansion machine located downstream of the evaporator for expanding the evaporated first process fluid, wherein the expansion machine is connectable to a generator for generating electrical energy, - a first condenser located downstream of the expansion machine for condensing the expanded first process fluid, - a first fluid energy machine located downstream of the first condenser for increasing the pressure of the condensed first process fluid and for transporting the first process fluid to the evaporator, that is located downstream of the first fluid energy machine, and a second circular flow, in which a second process fluid is conducted through the first condenser and is evaporated therein, wherein the second circular flow comprises: - a second fluid energy machine located downstream of the first condenser for compressing the evaporated second process fluid, - a second condenser located downstream of the second fluid energy machine for condensing the evaporated second process fluid, wherein the first process fluid can flow through the second condenser, and a throttle located downstream of the second condenser for throttling the condensed second process fluid, characterized in that the expansion machine is connectable to the generator by a shaft without a gearing mechanism, - an expansion tank is located downstream of the expansion machine for expanding the first process fluid and - the expansion tank comprises an expansion tank cooling unit. - an evaporator for evaporating the first process fluid, - an expansion machine located downstream of the evaporator for expanding the evaporated first process fluid, wherein the expansion machine is connectable to a generator for generating electrical energy, - a first condenser located downstream of the expansion machine for condensing the expanded first process fluid, - a first fluid energy machine located downstream of the first condenser for increasing the pressure of the condensed first process fluid and for transporting the first process fluid to the evaporator, that is located downstream of the first fluid energy machine, and - a second fluid energy machine located downstream of the first condenser for compressing the evaporated second process fluid, - a second condenser located downstream of the second fluid energy machine for condensing the evaporated second process fluid, wherein the first process fluid can flow through the second condenser, and - an expansion tank is located downstream of the expansion machine for expanding the first process fluid and - the expansion tank comprises an expansion tank cooling unit.
A cleaning method, comprising: generating a jet of a cleaning liquid from a nozzle using a positive displacement pump; moving the nozzle so that the jet collides with a plurality of target portions (19a, 19b, 19c) of a workpiece; acquiring a current position of the nozzle; acquiring, based on the current position, a remaining moving amount to a target position; determining whether the current position is within a target region (54a, 54b, 54c) corresponding to the target portion (19a, 19b, 19c); ejecting the jet having an ejection pressure (p) of a first pressure when the current position is within the target region (54a, 54b, 54c); ejecting the jet having the ejection pressure (p) of a second pressure that is lower than the first pressure when the current position is other than the target region (54a, 54b, 54c), the second pressure being the ejection pressure (p) configured to reach the first pressure within a predetermined period during which the nozzle moves between the two of the target portions among the plurality of the target portions (19a, 19b, 19c); increasing the ejection pressure (p) toward the first pressure when the remaining moving amount is within a first range from the target position; and lowering the ejection pressure (p) toward the second pressure when the remaining moving amount is out of the first range. generating a jet of a cleaning liquid from a nozzle using a positive displacement pump; moving the nozzle so that the jet collides with a plurality of target portions (19a, 19b, 19c) of a workpiece; acquiring a current position of the nozzle; acquiring, based on the current position, a remaining moving amount to a target position; determining whether the current position is within a target region (54a, 54b, 54c) corresponding to the target portion (19a, 19b, 19c); ejecting the jet having an ejection pressure (p) of a first pressure when the current position is within the target region (54a, 54b, 54c); ejecting the jet having the ejection pressure (p) of a second pressure that is lower than the first pressure when the current position is other than the target region (54a, 54b, 54c), the second pressure being the ejection pressure (p) configured to reach the first pressure within a predetermined period during which the nozzle moves between the two of the target portions among the plurality of the target portions (19a, 19b, 19c); increasing the ejection pressure (p) toward the first pressure when the remaining moving amount is within a first range from the target position; and lowering the ejection pressure (p) toward the second pressure when the remaining moving amount is out of the first range.
An image processing apparatus, comprising: an edge pixel determining unit that determines edge pixels in an input image; a scanning-directional-property determining unit that determines, based on the number of edge pixels continuous in a predetermined scanning direction, a property value of an edge pixel, characterized by further comprising a property determining unit that classifies, depending on the determined property value, the edge pixel as being an edge pixel of a ruled-line edge or not; and an output image processing unit that performs predetermined image processing for the edge pixels so as to make a toner consumption amount of the edge pixel that has been classified as an edge pixel of the ruled-line edge smaller than a toner consumption amount of an edge pixel that has been classified as an edge pixel other than the edge pixel of the ruled-line edge. an edge pixel determining unit that determines edge pixels in an input image; a scanning-directional-property determining unit that determines, based on the number of edge pixels continuous in a predetermined scanning direction, a property value of an edge pixel, characterized by further comprising a property determining unit that classifies, depending on the determined property value, the edge pixel as being an edge pixel of a ruled-line edge or not; and an output image processing unit that performs predetermined image processing for the edge pixels so as to make a toner consumption amount of the edge pixel that has been classified as an edge pixel of the ruled-line edge smaller than a toner consumption amount of an edge pixel that has been classified as an edge pixel other than the edge pixel of the ruled-line edge.
A bundle of carbon fibers whose tensile modulus in a tensile strength test of resin-impregnated strands is from 240 to 440 GPa and in which a product E × d/W of a ratio d/W of a single-fiber diameter d to a loop width W just before loop fracture evaluated by a single-fiber loop test and a tensile modulus E of the strands is 15 GPa or more; and the tensile modulus E is measured in the strain range of from 0.1% to 0.6%, wherein each of the above parameters is determined according to the methods found in the description. the tensile modulus E is measured in the strain range of from 0.1% to 0.6%, wherein each of the above parameters is determined according to the methods found in the description.
Arrangement with a tool and with a fastening means having a longitudinal direction, wherein the tool is designed to screw the fastening means into a body in the longitudinal direction; wherein the tool has a blade with a first holding element and a second holding element, and the fastening means has a first holding section with a complementary first holding element and a second holding section with a complementary second holding element, and the second holding section is arranged in the longitudinal direction before the first holding section, and the blade can be inserted into the fastening means, and in the first holding section the first holding element and the complementary first holding element interact in such a way that a translatory movement of the blade in the longitudinal direction is blocked and thus it is difficult for the fastening means to fall from the tool by means of a backwards movement, and in the second holding section the second holding element and the complementary second holding element interact in such a way that a rotary movement of the blade can be transferred to the fastening means and the fastening means can be screwed into the body, characterised in that the blade can be introduced into the fastening means only if the first holding element and the complementary first holding element interact.
A portable power driven system for advancing a rope, the rope extending in a first main direction, the power driven system comprising: - a motor, the motor comprising a drive shaft; - a rope grab configured to receive the rope, the rope grab connected to the drive shaft of the motor for rotation of the rope grab; - a hinged safety arrangement comprising a safety lid configured to be arranged in a closed state to cover the rope grab during operation of the power driven system, and to be arranged in an opened state for allowing introduction of the rope to the robe grab, and - an anchoring point adapted to receive an anchoring force, the anchoring force extending in a second direction being essentially opposite to the first main direction, wherein: - the hinged safety arrangement further comprises a leaver portion connected to and extending in an angle to the safety lid, and - the anchoring point being arranged at the leaver portion, characterized in that: - the safety lid and the leaver portion are arranged essentially perpendicular to each other, and - the anchoring force when acting on the anchoring point forces the safety lid to its closed state. - a motor, the motor comprising a drive shaft; - a rope grab configured to receive the rope, the rope grab connected to the drive shaft of the motor for rotation of the rope grab; - a hinged safety arrangement comprising a safety lid configured to be arranged in a closed state to cover the rope grab during operation of the power driven system, and to be arranged in an opened state for allowing introduction of the rope to the robe grab, and - an anchoring point adapted to receive an anchoring force, the anchoring force extending in a second direction being essentially opposite to the first main direction, - the hinged safety arrangement further comprises a leaver portion connected to and extending in an angle to the safety lid, and - the anchoring point being arranged at the leaver portion, - the safety lid and the leaver portion are arranged essentially perpendicular to each other, and - the anchoring force when acting on the anchoring point forces the safety lid to its closed state.
Hydraulic pump comprising a containment body having inside a cylindrical cavity provided with a conduit communicating with a hydraulic actuator and capable of holding a fluid, a piston axially movable in the cylindrical cavity, a reservoir for compensation of the fluid which is in fluid communication with the cylindrical cavity, actuation means connected to the piston to move the piston within the cylindrical cavity and to operate the hydraulic actuator, means for closing or opening the connection between the reservoir and the cylindrical cavity; wherein the reservoir is disposed along the axis of longitudinal development of said cylindrical cavity, the pump comprising a piston stem extended between a first stem end proximal to said actuation means and a second stem distal portion proximate to said reservoir, characterized in that, said distal stem end portion is arranged to move between a first position in which the connection between the reservoir and the cylindrical cavity is open and a second position in which the second stem end portion is sliding within said reservoir and in which the connection between the reservoir and the cylindrical cavity is closed, the pump further comprising a deformable wall delimiting the reservoir, to compensate for variation of volume of the reservoir deriving from the sliding of said stem within said reservoir and from the wear of one or more pads associated with said hydraulic actuator.
An aircraft window erosion shield comprising an annular band having a radially outer brim and a convex radially inner clip surrounding a central aperture, said clip being asymmetric in transverse arc length on opposite forward and aft sides of said central aperture.
A display device comprising: a first substrate comprising a display area and a pad area; a wire pad on the first substrate in the pad area; first banks on the first substrate in the display area and spaced apart from each other; electrodes (21, 22) on the first banks and spaced apart from each other; a pad electrode base layer (PAD_R) directly on the wire pad, having a greater width than the wire pad, and covering sides of the wire pad; a first insulating layer covering parts of the electrodes (21, 22) and part of the pad electrode base layer (PAD_R); light-emitting elements on the first insulating layer in the display area, respective ends of one of the light-emitting elements being on different ones of the electrodes (21, 22); contact electrodes (CNE1, CNE2) on the electrodes (21, 22) and contacting first ends of the light-emitting elements; and a pad electrode upper layer (PAD_C) on the first insulating layer in the pad area and directly contacting the pad electrode base layer (PAD_R), wherein the pad electrode base layer (PAD_R) comprises the same material as the electrodes (21, 22), and wherein the pad electrode upper layer (PAD_C) comprises the same material as the contact electrodes (CNE1, CNE2). a first substrate comprising a display area and a pad area; a wire pad on the first substrate in the pad area; first banks on the first substrate in the display area and spaced apart from each other; electrodes (21, 22) on the first banks and spaced apart from each other; a pad electrode base layer (PAD_R) directly on the wire pad, having a greater width than the wire pad, and covering sides of the wire pad; a first insulating layer covering parts of the electrodes (21, 22) and part of the pad electrode base layer (PAD_R); light-emitting elements on the first insulating layer in the display area, respective ends of one of the light-emitting elements being on different ones of the electrodes (21, 22); contact electrodes (CNE1, CNE2) on the electrodes (21, 22) and contacting first ends of the light-emitting elements; and a pad electrode upper layer (PAD_C) on the first insulating layer in the pad area and directly contacting the pad electrode base layer (PAD_R), wherein the pad electrode base layer (PAD_R) comprises the same material as the electrodes (21, 22), and wherein the pad electrode upper layer (PAD_C) comprises the same material as the contact electrodes (CNE1, CNE2).
A method for tracking a target using a millimeter-wave radar, the method comprising: receiving radar signals using the millimeter-wave radar; generating a range-Doppler map based on the received radar signals; detecting a target based on the range-Doppler map; tracking the target using a track; generating a predicted activity label based on the track, wherein the predicted activity label is indicative of an actual activity of the target; generating a Doppler spectrogram based on the track; generating a temporary activity label based on the Doppler spectrogram; assigning an uncertainty value to the temporary activity label, wherein the uncertainty value is indicative of a confidence level that the temporary activity label is an actual activity of the target; and generating a final activity label based on the uncertainty value; wherein generating the final activity label comprises, when the uncertainty value is above a predetermined threshold, using the predicted activity label as the final activity label, and when the uncertainty value is below the predetermined threshold, using the temporary activity label as the final activity label. receiving radar signals using the millimeter-wave radar; generating a range-Doppler map based on the received radar signals; detecting a target based on the range-Doppler map; tracking the target using a track; generating a predicted activity label based on the track, wherein the predicted activity label is indicative of an actual activity of the target; generating a Doppler spectrogram based on the track; generating a temporary activity label based on the Doppler spectrogram; assigning an uncertainty value to the temporary activity label, wherein the uncertainty value is indicative of a confidence level that the temporary activity label is an actual activity of the target; and generating a final activity label based on the uncertainty value; wherein generating the final activity label comprises, when the uncertainty value is above a predetermined threshold, using the predicted activity label as the final activity label, and when the uncertainty value is below the predetermined threshold, using the temporary activity label as the final activity label.
Machine for opening the lid of a can, comprising particularly a can support and a press free to move towards the support and facing the support, the press comprising a tool for cutting the can lid, the press comprising a device facing the lid, free to move towards the lid relative to the press and capable of separating the lid from the tool and pushing it back into the can, and the press is provided with an assembly moving relative to the tool to hold the can in place, the moving assembly being biased towards the can by at least one spring and comprising a plane support face for an upper edge of the can that surrounds the lid, characterised in that the moving assembly also comprises a conical face guiding the can to centre it.
A computer-implemented method for migrating affected services away from a faulted cloud node, the method comprising the following: an act of determining that one or more virtual machine running on a first cloud node are in a faulted state; an act of determining which cloud resources on the first cloud node were allocated to the faulted virtual machine; an act of allocating the determined cloud resources for the faulted virtual machine on the first cloud node to a second, different cloud node; and an act of re-instantiating the faulted virtual machine on the second, different cloud node using the allocated cloud resources. an act of determining that one or more virtual machine running on a first cloud node are in a faulted state; an act of determining which cloud resources on the first cloud node were allocated to the faulted virtual machine; an act of allocating the determined cloud resources for the faulted virtual machine on the first cloud node to a second, different cloud node; and an act of re-instantiating the faulted virtual machine on the second, different cloud node using the allocated cloud resources.