mhurhangee/ep-ind-claims huggingface dataset:
Method in the check weighing of a weighing system, which method comprising: lifting a load with a hoist equipped with a weighing system; weighing the load using a real load of material as the load; recording a value measured by the weighing system; adjusting the weighing system as required, on the basis of the recorded values, characterized in that method comprising: weighing the real load of material during a normal working procedure with a weigh sensor, the weighing comprising: weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist, and determining a reference value from these two weighings of the same real load of material in several consecutive check weighings of different loads in order to check the weighing of the real load of material in motion with the check weighing of the same real load of material stopped, adjusting the weighing system as required, on the basis of the reference value and/or estimating the assumed precision achieved by the weighing system. lifting a load with a hoist equipped with a weighing system; weighing the load using a real load of material as the load; recording a value measured by the weighing system; adjusting the weighing system as required, on the basis of the recorded values, characterized in that method comprising: weighing the real load of material during a normal working procedure with a weigh sensor, the weighing comprising: weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist, and determining a reference value from these two weighings of the same real load of material in several consecutive check weighings of different loads in order to check the weighing of the real load of material in motion with the check weighing of the same real load of material stopped, adjusting the weighing system as required, on the basis of the reference value and/or estimating the assumed precision achieved by the weighing system. weighing the real load of material during a normal working procedure with a weigh sensor, the weighing comprising: weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist, weighing the real load of material when the load is lifted and stopped, and weighing the same lifted real load of material when the same lifted real load of material is moved with the hoist, and determining a reference value from these two weighings of the same real load of material in several consecutive check weighings of different loads in order to check the weighing of the real load of material in motion with the check weighing of the same real load of material stopped, adjusting the weighing system as required, on the basis of the reference value and/or estimating the assumed precision achieved by the weighing system.
A data processing system comprising: an operating system providing an application programming interface; an application supported by the operating system and operable to make calls to the application programming interface; an intercept library configured to intercept calls of a predetermined set of call types made by the application to the application programming interface; the data processing system characterized in that it further comprises: a configuration data structure defining at least one action to be performed for each of a plurality of sequences of one or more calls having predefined characteristics, the one or more calls being of the predetermined set of call types; wherein the intercept library is configured to, on intercepting a sequence of one or more calls defined in the configuration data structure, perform the corresponding action(s) defined in the configuration data structure. an operating system providing an application programming interface; an application supported by the operating system and operable to make calls to the application programming interface; an intercept library configured to intercept calls of a predetermined set of call types made by the application to the application programming interface; the data processing system characterized in that it further comprises: a configuration data structure defining at least one action to be performed for each of a plurality of sequences of one or more calls having predefined characteristics, the one or more calls being of the predetermined set of call types; wherein the intercept library is configured to, on intercepting a sequence of one or more calls defined in the configuration data structure, perform the corresponding action(s) defined in the configuration data structure. a configuration data structure defining at least one action to be performed for each of a plurality of sequences of one or more calls having predefined characteristics, the one or more calls being of the predetermined set of call types; wherein the intercept library is configured to, on intercepting a sequence of one or more calls defined in the configuration data structure, perform the corresponding action(s) defined in the configuration data structure.
A rotor turning device for balancing a rotor secured atop a tower of a wind turbine during installation and/or repair of one or more rotor blades of the wind turbine, the rotor turning device comprising: a hydraulic drive mechanism for operably engaging with a brake disc of the wind turbine, the brake disc positioned adjacent to a gearbox of the wind turbine; a mounting device for securing the rotor turning device adjacent to the brake disc of the wind turbine, and one or more torque arms configured for securing the rotor turning device to a bedplate of the wind turbine; wherein, when the hydraulic drive mechanism engages the brake disc, the rotor is rotated to a desired position so as to position one or more rotor blades of the wind turbine in a balanced configuration, wherein the hydraulic drive mechanism comprises a plurality of hydraulic drives. wherein each of the plurality of hydraulic drives comprises a pinion secured at an end thereof, each of the pinions comprising a plurality of gear teeth that engage teeth of the brake disc such that the plurality of hydraulic drives drive the pinions to engage the teeth of the brake disc, thereby rotating the brake disc. a hydraulic drive mechanism for operably engaging with a brake disc of the wind turbine, the brake disc positioned adjacent to a gearbox of the wind turbine; a mounting device for securing the rotor turning device adjacent to the brake disc of the wind turbine, and one or more torque arms configured for securing the rotor turning device to a bedplate of the wind turbine; wherein, when the hydraulic drive mechanism engages the brake disc, the rotor is rotated to a desired position so as to position one or more rotor blades of the wind turbine in a balanced configuration, wherein the hydraulic drive mechanism comprises a plurality of hydraulic drives. wherein each of the plurality of hydraulic drives comprises a pinion secured at an end thereof, each of the pinions comprising a plurality of gear teeth that engage teeth of the brake disc such that the plurality of hydraulic drives drive the pinions to engage the teeth of the brake disc, thereby rotating the brake disc.
A polymer film comprising at least one inorganic fluorescent compound and at least one organic fluorescent compound, characterized in that the concentration of the inorganic compound in the polymer film varies from a high concentration on one (upper) side of the polymer film to a low concentration on the opposite (lower) side of the polymer film, whereas the concentration of the organic fluorescent compound in the polymer film varies in contrary from a low concentration on the one (upper) side of the polymer film to a high concentration on the opposite (lower) side of the polymer film.
A method of detecting a change in the level of fluid in tissue of a body comprising the steps of: applying electromagnetic energy in the frequency range of approximately 300 MHz to approximately 30 GHz to a volume of the body over a period of time; coupling at least one sensor element to skin of the body, wherein the at least one sensor element is a component of a detection system; receiving, by a generally planar antenna element of the at least one sensor element of the detection system, a resultant signal from the body; measuring the resultant signal; and comparing the resultant signal to a reference signal to determine if fluid level in the tissue has changed during the period of time, characterized in that the sensor element comprises a housing with a substrate mounted within the housing, and a superstrate mounted to the substrate, wherein the generally planar antenna element is accommodated and mounted between the substrate and the superstrate; and in that the at least one sensor element is secured to body tissue by adhesive that is included by the outer surface of the superstrate. applying electromagnetic energy in the frequency range of approximately 300 MHz to approximately 30 GHz to a volume of the body over a period of time; coupling at least one sensor element to skin of the body, wherein the at least one sensor element is a component of a detection system; receiving, by a generally planar antenna element of the at least one sensor element of the detection system, a resultant signal from the body; measuring the resultant signal; and comparing the resultant signal to a reference signal to determine if fluid level in the tissue has changed during the period of time, characterized in that the sensor element comprises a housing with a substrate mounted within the housing, and a superstrate mounted to the substrate, wherein the generally planar antenna element is accommodated and mounted between the substrate and the superstrate; and in that the at least one sensor element is secured to body tissue by adhesive that is included by the outer surface of the superstrate.
Method for managing traffic on a communications network, wherein the method is executed by a network interface of a communicating device (6, 8, 10, 22, 24) when transmitting a message over a physical link of the communications network, wherein the network interface is adapted to implement a protocol stack, and wherein the steps of the method are executed in a data link layer of the protocol stack, said data link layer receiving different internal states, said message comprising a transmission priority level defined by a priority value (PRIO) whose lowest value indicates a maximum priority and the highest value indicates a minimum priority, wherein the method comprises the steps of: - detecting an internal state of the data link layer, - as long as the internal state of the data link layer does not allow the message to be sent immediately: - waiting for a waiting period until the internal state of the data link layer transitions to a priority state lower than or equal to the message transmission priority level, - increasing the message transmission priority level by one unit each time the internal state of the physical link returns to an occupation state meaning that a signal is present on the physical link during this waiting period; - sending the message on the physical link when the internal state of the data link layer transitions to a priority state lower than or equal to the message transmission priority level. - detecting an internal state of the data link layer, - as long as the internal state of the data link layer does not allow the message to be sent immediately: - waiting for a waiting period until the internal state of the data link layer transitions to a priority state lower than or equal to the message transmission priority level, - increasing the message transmission priority level by one unit each time the internal state of the physical link returns to an occupation state meaning that a signal is present on the physical link during this waiting period; - waiting for a waiting period until the internal state of the data link layer transitions to a priority state lower than or equal to the message transmission priority level, - increasing the message transmission priority level by one unit each time the internal state of the physical link returns to an occupation state meaning that a signal is present on the physical link during this waiting period; - sending the message on the physical link when the internal state of the data link layer transitions to a priority state lower than or equal to the message transmission priority level.
An intake control apparatus for an internal combustion engine comprising: a variable valve operating mechanism capable of varying a lift and operation angle of an intake valve continuously; and a control unit that controls an intake air amount by varying the lift and operation angle of the intake valve in accordance with an operating condition of the engine, the control unit comprising: an idle determining section (S101; S121; S141) that determines whether the engine is in a predetermined idle condition; and a feedback control section (S104; S125; S144) that feedback controls the variable valve operating mechanism so that an actual engine speed becomes equal to a target idle speed when the engine is in the idle condition, characterized in that the control unit further comprises: a reference position estimation section (S104; S125; S144) that estimates a reference position of the variable valve operating mechanism on the basis of a controlled position of the variable valve operating mechanism that is feedback controlled by the feedback control section. a variable valve operating mechanism capable of varying a lift and operation angle of an intake valve continuously; and a control unit that controls an intake air amount by varying the lift and operation angle of the intake valve in accordance with an operating condition of the engine, the control unit comprising: an idle determining section (S101; S121; S141) that determines whether the engine is in a predetermined idle condition; and a feedback control section (S104; S125; S144) that feedback controls the variable valve operating mechanism so that an actual engine speed becomes equal to a target idle speed when the engine is in the idle condition, an idle determining section (S101; S121; S141) that determines whether the engine is in a predetermined idle condition; and a feedback control section (S104; S125; S144) that feedback controls the variable valve operating mechanism so that an actual engine speed becomes equal to a target idle speed when the engine is in the idle condition, characterized in that the control unit further comprises: a reference position estimation section (S104; S125; S144) that estimates a reference position of the variable valve operating mechanism on the basis of a controlled position of the variable valve operating mechanism that is feedback controlled by the feedback control section.
A method of displaying an ultrasound image using a medical imaging apparatus, the method comprising: acquiring seed information including position information of a body structure and outline of the body structure from a user input; acquiring information related to a plurality of landmark points indicating a feature related to the body structure in the ultrasound image based on the seed information, wherein the information related to a plurality of landmark points includes at least one of a position of the plurality of landmark points, a distance between the plurality of landmark points and an area related to the body structure corresponding to the plurality of landmark points; shifting a view of the ultrasound image so as to locate a first landmark point at a center region of the medical image; receiving a user input for selecting a diagnostic mode from among a plurality of diagnostic modes of the medical imaging apparatus; performing at least one of enlargement, reduction, rotation, and translation on the ultrasound image so that a ratio of a distance between the first landmark point and a second landmark point to an overall size of the view of the ultrasound image satisfies a required ratio in a standard view, wherein the standard view includes information about at least one of a position, a size, a direction of the body structure contained in the ultrasound image, and the required ratio; and displaying a view of the ultrasound image, wherein the requirements included in the standard view are determined according to the selected diagnostic mode by the user input. acquiring seed information including position information of a body structure and outline of the body structure from a user input; acquiring information related to a plurality of landmark points indicating a feature related to the body structure in the ultrasound image based on the seed information, wherein the information related to a plurality of landmark points includes at least one of a position of the plurality of landmark points, a distance between the plurality of landmark points and an area related to the body structure corresponding to the plurality of landmark points; shifting a view of the ultrasound image so as to locate a first landmark point at a center region of the medical image; receiving a user input for selecting a diagnostic mode from among a plurality of diagnostic modes of the medical imaging apparatus; performing at least one of enlargement, reduction, rotation, and translation on the ultrasound image so that a ratio of a distance between the first landmark point and a second landmark point to an overall size of the view of the ultrasound image satisfies a required ratio in a standard view, wherein the standard view includes information about at least one of a position, a size, a direction of the body structure contained in the ultrasound image, and the required ratio; and displaying a view of the ultrasound image, wherein the requirements included in the standard view are determined according to the selected diagnostic mode by the user input.
An exhaust gas purification apparatus of an internal combustion engine, comprising: a sensor that is arranged in an exhaust passage of the internal combustion engine; an addition valve that is arranged in the vicinity of or at the downstream side of said sensor in the direction of flow of an exhaust gas, and adds an additive agent into said exhaust passage; a catalyst that is arranged at the downstream side of said addition valve, and receives a supply of the additive agent from said addition valve; and pressure difference generation means that makes a pressure of the exhaust gas in the surrounding of said sensor higher than a pressure thereof in the surrounding of said addition valve; characterized in that said pressure difference generation means is constructed to be provided with a partition plate that serves to separate an exhaust gas which flows through the surrounding of said sensor, and an exhaust gas which flows through the surrounding of said addition valve, from each other; and said exhaust passage is separated into two exhaust passage portions by means of said partition plate, and said sensor is arranged in one of the exhaust passage portions, whereas said addition valve is arranged in the other of the exhaust passage portions, wherein the one exhaust passage portion with said sensor arranged therein is formed with a part of which a channel cross section becomes small. a sensor that is arranged in an exhaust passage of the internal combustion engine; an addition valve that is arranged in the vicinity of or at the downstream side of said sensor in the direction of flow of an exhaust gas, and adds an additive agent into said exhaust passage; a catalyst that is arranged at the downstream side of said addition valve, and receives a supply of the additive agent from said addition valve; and pressure difference generation means that makes a pressure of the exhaust gas in the surrounding of said sensor higher than a pressure thereof in the surrounding of said addition valve; characterized in that said pressure difference generation means is constructed to be provided with a partition plate that serves to separate an exhaust gas which flows through the surrounding of said sensor, and an exhaust gas which flows through the surrounding of said addition valve, from each other; and said exhaust passage is separated into two exhaust passage portions by means of said partition plate, and said sensor is arranged in one of the exhaust passage portions, whereas said addition valve is arranged in the other of the exhaust passage portions, wherein the one exhaust passage portion with said sensor arranged therein is formed with a part of which a channel cross section becomes small.
A display device,, comprising: a display panel including an active area in which a plurality of pixels is defined and a pad area in which pads for applying signals to the plurality of pixels are placed; a back cover placed to overlap the display panel; and a roller configured to wind or unwind the back cover and the display panel and including a flat portion and a curved portion wherein the pad area is placed to be inclined toward the flat portion; further comprising: a support member having an inclined surface corresponding to the pad area and configured to support the pad area; wherein the support member is placed between the display panel and the back cover. a display panel including an active area in which a plurality of pixels is defined and a pad area in which pads for applying signals to the plurality of pixels are placed; a back cover placed to overlap the display panel; and a roller configured to wind or unwind the back cover and the display panel and including a flat portion and a curved portion wherein the pad area is placed to be inclined toward the flat portion; further comprising: a support member having an inclined surface corresponding to the pad area and configured to support the pad area; wherein the support member is placed between the display panel and the back cover.
Rear suspension unit of vehicle cabin, especially of industrial or commercial vehicle, comprising: - an upper cross member connected to the lower edge of the back of the cabin; - a lower cross member, connected to the vehicle frame by means of vertical supports (7,8); - one or more shock absorbers; - at least a containment and calibration bar connected to said upper cross member and to said lower cross member; characterized in that said lower cross member comprises a first lateral part and a second lateral part physically separated and reciprocally spaced out, whereby the two lateral parts are structurally distinct and not connected by any connection part, in order to define an oscillation space for the oscillation of said upper cross member. - an upper cross member connected to the lower edge of the back of the cabin; - a lower cross member, connected to the vehicle frame by means of vertical supports (7,8); - one or more shock absorbers; - at least a containment and calibration bar connected to said upper cross member and to said lower cross member; characterized in that said lower cross member comprises a first lateral part and a second lateral part physically separated and reciprocally spaced out, whereby the two lateral parts are structurally distinct and not connected by any connection part, in order to define an oscillation space for the oscillation of said upper cross member.