mhurhangee/ep-ind-claims huggingface dataset:
Protective apparatus for power lines of the circuit-breaker type, comprising a shaft, a spring, at least one electrical circuit designed to allow the current of a power line to pass, the spring having coils wound about the shaft and an engagement part connected to this shaft, for opening a contact of the electrical circuit, the protective apparatus for power lines is characterized in that the spring is a calibration spring, in that it includes a coil connected to this circuit and a movable core, attracted by said coil, which is moved as from a magnetic force threshold, thereby compressing the calibration spring, in that the shaft comprises an adjustable stop on which the engagement part of the spring bears, having several positions providing for variations in the positioning of this engagement part, in that the adjustable stop is mounted in rotation about a pivot, perpendicular to the axis of rotation of the shaft, said adjustable stop comprising different support sides of the engagement part of the spring, and in that it includes a rocking lever rigidly connected to the shaft forming an actuator. the protective apparatus for power lines is characterized in that the spring is a calibration spring, in that it includes a coil connected to this circuit and a movable core, attracted by said coil, which is moved as from a magnetic force threshold, thereby compressing the calibration spring, in that the shaft comprises an adjustable stop on which the engagement part of the spring bears, having several positions providing for variations in the positioning of this engagement part, in that the adjustable stop is mounted in rotation about a pivot, perpendicular to the axis of rotation of the shaft, said adjustable stop comprising different support sides of the engagement part of the spring, and in that it includes a rocking lever rigidly connected to the shaft forming an actuator.
A vehicle electronic control unit applied to a saddle-ride type vehicle having a belt-type continuously variable transmission and a centrifugal clutch for transmitting a driving force of an engine to a driving wheel, the vehicle electronic control unit comprising: an electronic-control throttle control unit that calculates a target throttle opening degree based on an output of an accelerator opening degree sensor and executes a feedback control to cause an opening degree of a throttle valve to match the target throttle opening degree; and a stand-state detection unit that detects a working state of a stand for supporting the saddle-ride type vehicle, wherein the electronic-control throttle control unit regulates the target throttle opening degree to cause a rotational speed of the engine to fall within a range of a rotational speed that enables the centrifugal clutch to keep a disconnected state when the working state of the stand detected by the stand-state detection unit is a standing state supporting the saddle-ride type vehicle, characterized in that in a case where the working state of the stand detected by the stand-state detection unit is the standing state, the electronic-control throttle control unit drives the throttle valve to set a change rate of an actual throttle opening degree with respect to an output change rate of the accelerator opening degree sensor to be slow when the throttle valve is driven to an opening side, and drives the throttle valve to set the change rate of the actual throttle opening degree to a rate corresponding to the output change rate of the accelerator opening degree sensor when the throttle valve is driven to a closing side. an electronic-control throttle control unit that calculates a target throttle opening degree based on an output of an accelerator opening degree sensor and executes a feedback control to cause an opening degree of a throttle valve to match the target throttle opening degree; and a stand-state detection unit that detects a working state of a stand for supporting the saddle-ride type vehicle, wherein the electronic-control throttle control unit regulates the target throttle opening degree to cause a rotational speed of the engine to fall within a range of a rotational speed that enables the centrifugal clutch to keep a disconnected state when the working state of the stand detected by the stand-state detection unit is a standing state supporting the saddle-ride type vehicle, characterized in that in a case where the working state of the stand detected by the stand-state detection unit is the standing state, the electronic-control throttle control unit drives the throttle valve to set a change rate of an actual throttle opening degree with respect to an output change rate of the accelerator opening degree sensor to be slow when the throttle valve is driven to an opening side, and drives the throttle valve to set the change rate of the actual throttle opening degree to a rate corresponding to the output change rate of the accelerator opening degree sensor when the throttle valve is driven to a closing side.
A method for treating waste, in particular municipal waste, containing organic matters mixed with inerts, in particular metals, mineral matters, plastics, glass, a method of the kind of those according to which: - the waste is subjected to a first screening, - the fraction of the waste that passed through this first screening is subjected to a pre-fermentation treatment in a rotary tube with feeding at one end and extraction at the other end, - the waste, after pre-fermentation treatment and, possibly after intermediate screening, is subjected to a fine screening step to pass only a fraction of matters with a size lower than or equal to a dimension M, in particular lower than or equal to 20 mm, essentially corresponding to organic matters, and to give a fine screen overflow, - the fine screen overflow is subjected to a mechanical and/or biological and/or chemical treatment (14, 14a) for mobilisation of the organic matter, this treatment being sufficient to fragment the organic matter present in the fine screen overflow while ensuring maintaining of the size of inerts and avoiding their fragmentation, characterised in that: - the fine screen overflow, after this treatment, is recirculated to the fine screening step. - the waste is subjected to a first screening, - the fraction of the waste that passed through this first screening is subjected to a pre-fermentation treatment in a rotary tube with feeding at one end and extraction at the other end, - the waste, after pre-fermentation treatment and, possibly after intermediate screening, is subjected to a fine screening step to pass only a fraction of matters with a size lower than or equal to a dimension M, in particular lower than or equal to 20 mm, essentially corresponding to organic matters, and to give a fine screen overflow, - the fine screen overflow is subjected to a mechanical and/or biological and/or chemical treatment (14, 14a) for mobilisation of the organic matter, this treatment being sufficient to fragment the organic matter present in the fine screen overflow while ensuring maintaining of the size of inerts and avoiding their fragmentation, - the fine screen overflow, after this treatment, is recirculated to the fine screening step.
A needle for transferring stitches therefrom to adjacent needles (1a, 1b) for knitting machines for hosiery or the like, comprising a shank, a head that is arranged at a longitudinal or upper end of said shank and is contoured like a hook that is open toward the front side of said shank, and a latch, which is pivoted to said shank proximate to said head, about a pivoting axis that is substantially perpendicular to the longitudinal axis of said shank, and rotatable about said pivoting axis in order to open or close said head, at least one lamina (6a,6b) that is connected to said shank and has, on each of the two opposite sides (7a,7b) of said shank, below said latch, a portion (8a,8b) that can flex elastically from an inactive position, in which it is closer to the corresponding side (7a, 7b) of the shank, to an active position, in which it is spaced from the corresponding side (7a,7b) of the shank; in said active position, said elastically flexible portion (8a,8b) of the lamina (6a,6b) being suitable for producing an expansion of a loop of knitting that is fitted onto said shank at said elastically flexible portion (8a,8b) of the lamina (6a,6b), the head of an adjacent needle being insertable in the space comprised between said elastically flexible portion (8a,8b) of the lamina (6a,6b), in said active position, and the corresponding side (7a,7b) of said shank, in order to pick up said loop of knitting by means of said adjacent needle; said elastically flexible portion (8a,8b) of the lamina (6a,6b) having a region that can be superimposed laterally, on the opposite side with respect to the corresponding side (7a,7b) of said shank, on the head of said adjacent needle inserted in the space comprised between said elastically flexible portion (8a,8b) of the lamina (6a,6b), in said active position, and the corresponding side (7a,7b) of said shank; characterized in that said lamina (6a,6b) rests, at least with its end (12a, 12b) directed toward said head, against the corresponding side (7a,7b) of said shank in a region that is located in front of said head so that the distance from the longitudinal axis of the shank of the end (12a, 12b) of said lamina (6a,6b) directed toward said head is greater than the distance of the tip free end of the hook from the longitudinal axis of the shank.
A method of responding to an alarm at a power plant, comprising: receiving one or more alarms related to an operation of the power plant; dynamically rating the one or more alarms to obtain one or more rating values, wherein rating the one or more alarms further comprises selecting at least one of: (a) a Boolean value; and (b) a value from a graduated scale; compiling the one or more rating values; determining a relevance of a selected alarm to the operation of the power plant from the compiled rating values; altering an operation of the power plant using the determined relevance; and characterized by using the determined relevance of the alarm to alter a parameter of a sensor that generates the alarm. receiving one or more alarms related to an operation of the power plant; dynamically rating the one or more alarms to obtain one or more rating values, wherein rating the one or more alarms further comprises selecting at least one of: (a) a Boolean value; and (b) a value from a graduated scale; compiling the one or more rating values; determining a relevance of a selected alarm to the operation of the power plant from the compiled rating values; altering an operation of the power plant using the determined relevance; and characterized by using the determined relevance of the alarm to alter a parameter of a sensor that generates the alarm.
A sized yarn for subjecting to a textile operation, the yarn comprising a plurality of ceramic and/or carbon fibers, and an interphase coating (3; 3') covering the fibers, characterized in that the yarn comprises a film covering the interphase coating (3; 3') and including a linear polysiloxane.
Method for adjusting a multifunctional sensor unit, which is provided to determine control information for use in lighting control and comprising: a) an image-resolving digital sensor, b) an optics associated the digital sensor, and c) a computing unit which is designed to calculate the control information on the basis of the image information acquired by the digital sensor, wherein the arithmetic unit is further designed to calculate the control information in order to evaluate the image information associated with at least one evaluation area (A, B, C, D), wherein the evaluation area (A, B, C, D) is a partial area of the entire image area acquired by the digital sensor and the optics, characterized in that to define an evaluation area (A, B, C, D) or to ignore an area when calculating the control information: - a position transmitter unit is positioned in the image area detected by the digital sensor and the optics, and - the sensor unit detects an optical identifier emitted by the position encoder unit and, on the basis of this detected identifier, defines an evaluation area or an area to be ignored in calculating the control information, wherein the sensor unit is designed to evaluate the image information of an evaluation area (A, B, C, D) in order to calculate the control information depending on additional information, wherein the transmission of the additional information by the position encoder unit takes place simultaneously with the positioning of the position encoder unit. a) an image-resolving digital sensor, b) an optics associated the digital sensor, and c) a computing unit which is designed to calculate the control information on the basis of the image information acquired by the digital sensor, wherein the arithmetic unit is further designed to calculate the control information in order to evaluate the image information associated with at least one evaluation area (A, B, C, D), wherein the evaluation area (A, B, C, D) is a partial area of the entire image area acquired by the digital sensor and the optics, - a position transmitter unit is positioned in the image area detected by the digital sensor and the optics, and - the sensor unit detects an optical identifier emitted by the position encoder unit and, on the basis of this detected identifier, defines an evaluation area or an area to be ignored in calculating the control information,
A device analysis apparatus for determining a quality of a power semiconductor device, the device analysis apparatus comprising: an application unit that is configured to apply a voltage signal to the power semiconductor device; a light detection unit that is configured to detect light from the power semiconductor device at a plurality of detection positions and to output detection signals based on detection results; and a determination unit that is configured to determine the quality of the power semiconductor device based on temporal changes of the detection signals, the device analysis apparatus further comprising: a comparison unit that is configured to compare the temporal changes of the detection signals with each other, wherein the determination unit is configured to determine the quality of the power semiconductor device based on a comparison result in the comparison unit. an application unit that is configured to apply a voltage signal to the power semiconductor device; a light detection unit that is configured to detect light from the power semiconductor device at a plurality of detection positions and to output detection signals based on detection results; and a determination unit that is configured to determine the quality of the power semiconductor device based on temporal changes of the detection signals, the device analysis apparatus further comprising: a comparison unit that is configured to compare the temporal changes of the detection signals with each other, wherein the determination unit is configured to determine the quality of the power semiconductor device based on a comparison result in the comparison unit.
An air circuit breaker comprising: a main body; a main cover that covers a front surface of the main body; a sub cover installed at one side of the main cover; and an over current relay installed at a rear side of the sub cover so it can be disassembled therefrom and that serves as a controller of the air circuit breaker, characterized in that the sub cover is assembled to the main cover so it can be disassembled therefrom by being pushed up, and the air circuit breaker further comprises a supporting base fixedly installed at the main body that supports the over current relay to be disassembled, wherein the supporting base is provided with a guide rail for guiding the over current relay when it is assembled to and disassembled from the air circuit breaker, and wherein the over current relay is provided with a guide shoe corresponding to the guide rail, and wherein the guide rail and the guide shoe are horizontally formed so that the over current relay can be pushed into the supporting base or drawn out therefrom in a horizontal direction. a main body; a main cover that covers a front surface of the main body; a sub cover installed at one side of the main cover; and an over current relay installed at a rear side of the sub cover so it can be disassembled therefrom and that serves as a controller of the air circuit breaker, characterized in that the sub cover is assembled to the main cover so it can be disassembled therefrom by being pushed up, and the air circuit breaker further comprises a supporting base fixedly installed at the main body that supports the over current relay to be disassembled, wherein the supporting base is provided with a guide rail for guiding the over current relay when it is assembled to and disassembled from the air circuit breaker, and wherein the over current relay is provided with a guide shoe corresponding to the guide rail, and wherein the guide rail and the guide shoe are horizontally formed so that the over current relay can be pushed into the supporting base or drawn out therefrom in a horizontal direction.
Tool clamping system comprising a rotationally drivable tool holder for clamping a tool, a device (14, 16, 28, 29) for generating electrical energy from mechanical or thermal energy of the tool clamping system, comprising at least one piezo element (14, 16, 28, 29) for generating a voltage from mechanical vibration energy of the rotating tool clamping system, characterized in that the output signal of the at least one piezo element (14, 16, 28, 29) is used as a sensor signal for monitoring an operating parameter of the tool clamping system.
Motorhome or caravan having a living-space superstructure with wall surfaces made of planar panel elements and/or lightweight materials, wherein, at connections between the wall surfaces, stiffening profiles are attached to the inner side and/or inserted into the wall surface, and wherein the stiffening profiles can continuously transmit forces in the longitudinal direction via their ends, characterized in that, over the entire length of an edge between two wall surfaces, the stiffening profile is designed in the form of a single piece.
A head harness for a patient interface, comprising a mask with a mask body and a mask cushion, wherein the head harness is formed from multiple fabric strands and comprises a first lateral portion, a second lateral portion, and a base portion, wherein the first lateral portion and the second lateral portion, in the applied state of the head harness, in each case extend proceeding from the mask and the base portion connects the first lateral portion and the second lateral portion to one another, wherein the first lateral portion and the second lateral portion, in the applied state of the head harness, are also arranged between the base portion and the mask body and are in each case fastened to the patient interface or mask body, characterized in that each lateral portion (13a, 13b) comprises a circular or oval reinforcing region for surrounding an ear, wherein the reinforcing region is designed as a stiffener and comprises one of the fabric strands, wherein, in the applied state of the head harness, a first fabric strand of the relevant lateral portion (13a, 13b) is guided to the mask body and a second fabric strand of the relevant lateral portion (13a, 13b) is guided from the relevant reinforcing region to the base portion, and wherein the base portion also comprises a reinforcing region.
Lysate (Ly) of dedifferentiated cells of the plant Helichrysum stoechas in a form suitable for topical administration, for use in eliminating or reducing inflammation of the skin and/or the scalp.
Method for making an oil based total treatment formulation with stabilized pigments for treatment of wood surfaces, where the total treatment formulation comprises a treatment oil and a tone paste package, where the method comprises the steps of a) providing a treatment oil; and b) providing a tone paste package, characterised in that the method further comprises the steps of: c) providing a stabilizing particulate; d) providing an oil aliquot; e) mixing the stabilizing particulate with the oil aliquot in a shear mixer; and f) mixing the blend from step e) first with a bulk oil and then add the tone paste package to make the total treatment formulation; or f) mixing the blend from step e) first with the tone paste package and then add a bulk oil to make the total treatment formulation; or f) mixing the blend from step e) with a blend comprising a bulk oil and a tone paste package to make the total treatment formulation. a) providing a treatment oil; and b) providing a tone paste package, c) providing a stabilizing particulate; d) providing an oil aliquot; e) mixing the stabilizing particulate with the oil aliquot in a shear mixer; and f) mixing the blend from step e) first with a bulk oil and then add the tone paste package to make the total treatment formulation; or f) mixing the blend from step e) first with the tone paste package and then add a bulk oil to make the total treatment formulation; or f) mixing the blend from step e) with a blend comprising a bulk oil and a tone paste package to make the total treatment formulation.
A crutch comprising: a frame an upper leg restraint coupled to the frame; a laterally adjustable, at least semi-rigid, thigh member coupled to the frame, and configured to facilitate alignment of the crutch with respect to a user's leg, wherein the thigh member comprises a first at least partially rigid arm and a second at least partially rigid arm; mechanisms (136A, 136B) for independently adjustable restriction of rotational movement of an end of each of the first and second at least partially rigid arms (132A, 132B) relative to the frame; and a lower leg platform coupled to the frame a frame an upper leg restraint coupled to the frame; a laterally adjustable, at least semi-rigid, thigh member coupled to the frame, and configured to facilitate alignment of the crutch with respect to a user's leg, wherein the thigh member comprises a first at least partially rigid arm and a second at least partially rigid arm; mechanisms (136A, 136B) for independently adjustable restriction of rotational movement of an end of each of the first and second at least partially rigid arms (132A, 132B) relative to the frame; and configured to facilitate alignment of the crutch with respect to a user's leg, wherein the thigh member comprises a first at least partially rigid arm and a second at least partially rigid arm; mechanisms (136A, 136B) for independently adjustable restriction of rotational movement of an end of each of the first and second at least partially rigid arms (132A, 132B) relative to the frame; and a lower leg platform coupled to the frame