mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a steel sheet, comprising: a washing step of soaking a steel sheet to which a stain is stuck in a detergent for a steel sheet for washing and a rinsing step of rinsing with water the steel sheet that is soaked and washed after the washing step, wherein the detergent for a steel sheet comprises: an alkali agent, one or more organic acid(s) or salt(s) selected from lactic acid, oxalic acid, citric acid, and salts of these, a nonionic surfactant represented by the following general formula: R 1 -O-{ n / m}-H (R 1 represents an aliphatic hydrocarbon group having 8 or more and 16 or less carbon atoms, EO represents an ethyleneoxy group, PO represents a propyleneoxy group, n represents the average addition number of moles of EO, m represents the average addition number of moles of PO, n is a number that satisfies 2 or more and 20 or less, m is a number that satisfies 1 or more and 20 or less, and the addition form of PO and EO in {} may be either of a random arrangement and a block arrangement), one or more chelating agent (s) selected from gluconic acid, ethylenediaminetetraacetic acid, and salts of these, and water, wherein the content of the one or more organic acid(s)or salt(s) selected from lactic acid, oxalic acid, citric acid and salts of these is 0.01% by mass or more and 5. 0% by mass or less. an alkali agent, one or more organic acid(s) or salt(s) selected from lactic acid, oxalic acid, citric acid, and salts of these, a nonionic surfactant represented by the following general formula: R 1 -O-{ n / m}-H (R 1 represents an aliphatic hydrocarbon group having 8 or more and 16 or less carbon atoms, EO represents an ethyleneoxy group, PO represents a propyleneoxy group, n represents the average addition number of moles of EO, m represents the average addition number of moles of PO, n is a number that satisfies 2 or more and 20 or less, m is a number that satisfies 1 or more and 20 or less, and the addition form of PO and EO in {} may be either of a random arrangement and a block arrangement), one or more chelating agent (s) selected from gluconic acid, ethylenediaminetetraacetic acid, and salts of these, and water,
A system for monitoring power consumed by a plurality of circuit branches coupled to an input line (103, 203) of a power distribution panel (102, 202) housing a plurality of circuit breakers (110, 210), the system being arranged for: measuring (306, 402) a line current of the input line via a power monitoring device (104, 204) coupled to the input line and each one of the plurality of circuit breakers; calculating (306, 402), based on said line current and a voltage corresponding to said line current, a total power consumption measured by said power monitoring device to produce a first total power value; controlling (310, 410), based on a user-initiated sequence, a first one of said plurality of circuit breakers within the power distribution panel to change state from on to off thereby disconnecting a load associated with said first circuit breaker from the input line; responsive to said controlling, automatically calculating (312; 412, 414) a total power consumption measured by said power monitoring device to produce a second total power value; computing (314, 416) a power consumption of said load associated with said first circuit breaker by subtracting said second total power value from said first total power value to produce a delta power value; and storing (316, 418) said delta power value in a memory. measuring (306, 402) a line current of the input line via a power monitoring device (104, 204) coupled to the input line and each one of the plurality of circuit breakers; calculating (306, 402), based on said line current and a voltage corresponding to said line current, a total power consumption measured by said power monitoring device to produce a first total power value; controlling (310, 410), based on a user-initiated sequence, a first one of said plurality of circuit breakers within the power distribution panel to change state from on to off thereby disconnecting a load associated with said first circuit breaker from the input line; responsive to said controlling, automatically calculating (312; 412, 414) a total power consumption measured by said power monitoring device to produce a second total power value; computing (314, 416) a power consumption of said load associated with said first circuit breaker by subtracting said second total power value from said first total power value to produce a delta power value; and storing (316, 418) said delta power value in a memory.
A transporter for retrieving at least one reinforcing ply and conforming the at least one reinforcing ply to a forming surface of a rotatable forming drum having axial and circumferential directions and with the forming surface being coextensive with a pair of opposed sides (102a, 102b) and having one or more tire components disposed thereon, the transporter comprising: a manifold including one or more supply ports each having a supply port inlet in communication with a vacuum supply source and a supply port outlet for delivery of a vacuum to one or more suction cup assemblies supported by an assembly support bar, with each suction cup assembly including a suction cup in generally coaxial alignment with a suction cup retainer and each suction cup being reciprocatably and translationally positionable between a ply retrieval position, in which the at least one reinforcing ply is retrieved from a generally even surface, and a ply pose position, in which the at least one reinforcing ply assumes a profile shape of the forming surface of the drum before posing of the at least one reinforcing ply on the one or more tire components, wherein each suction cup assembly includes a slide shaft reciprocatingly accommodated within a slide housing and coaxially disposed relative to an extension spring that governs vertical motion of the suction cup, and wherein the slide housing is fastened to a slide bearing by at least one lateral return cord and the slide bearing is actuatably disposed proximate a bearing rail affixed to the assembly support bar, characterized in that the retention of the at least one lateral return cord by a return spring ensures sufficient tension in the at least one lateral return cord, thereby preserving suction cup assemblies in, and returning them to, the ply retrieval position while facilitating change to an accurate ply pose position.
A measuring device including a probe for measuring a measuring object, wherein the probe is a water quality measuring probe, input means and display means for a user, an error determination part configured to determine an error content being an electrode abnormality as a measurement error in a measurement mode, an asymmetry potential abnormality or a sensitivity abnormality as a calibration error in a calibration mode based on the probe output signal, wherein the error determination part is configured to output the error content, and a display control part configured to display a measurement result obtained by measuring the measurement object on the display means, characterized in that the display control part has a solution display mode in which the display control part is configured to sequentially display a plurality of question sentences in accordance with the error content in the measurement or calibration mode together with choices to the respective question sentences on the display means and to display next question sentences associated with the choice selected by a user and a choice to the next question sentences or a solution to the error content; wherein each of the choices is selectable by the user via the input means, wherein each of the choices is indicative of a sign of trouble that causes the error content in the measurement or calibration mode; and the display control part is configured to display the choice to each of the question sentences together with a choice diagram showing the content of the corresponding choice.
A control method of a wireless power receiving unit, PRU, receiving charging power from a wireless power transmitting unit, PTU, to perform wireless charging, the control method comprising: receiving, by the wireless PRU, wireless charging power from the wireless PTU; detecting, by the wireless PRU, that a wired charging terminal is connected to the wireless PRU; transmitting, by the wireless PRU, a first message to the wireless PTU, the first message indicating the detection of the wired charging terminal in response to the wireless PRU detecting that the wired charging terminal is connected to the wireless PRU; receiving, from the wireless PTU, a second message corresponding to the first message, the second message instructing the wireless PRU to disable wireless charging; and disabling, by the wireless PRU, wireless charging in response to receiving the second message from the wireless PTU. receiving, by the wireless PRU, wireless charging power from the wireless PTU; detecting, by the wireless PRU, that a wired charging terminal is connected to the wireless PRU; transmitting, by the wireless PRU, a first message to the wireless PTU, the first message indicating the detection of the wired charging terminal in response to the wireless PRU detecting that the wired charging terminal is connected to the wireless PRU; receiving, from the wireless PTU, a second message corresponding to the first message, the second message instructing the wireless PRU to disable wireless charging; and disabling, by the wireless PRU, wireless charging in response to receiving the second message from the wireless PTU.
A mattress assembly comprising a main mattress and a supplement mattress attached thereto, wherein the supplement mattress comprises a main body having two lateral extensions and a footboard extension, forming an extension surface in a completely horizontal plane to the main body when rotated 90° or forming an extension surface perpendicular thereto when rotated 180°, characterised in that said two lateral extensions and footboard extension rotate in collaboration with a tubular structure provided along the perimeter of the supplement mattress.
A camera module comprising: a housing comprising a housing body and a cable fixing body which extends from the housing body and has a first engaging part formed therein; a cable fixing member, a part of which is press-fitted into the outer circumferential surface of the cable which passes through a hollow hole formed at the cable fixing body and the other part of which is caught in the first engaging part; and a waterproof member inserted and fixed in the cable fixing body while being coupled with the cable, wherein the size of the hollow hole of the cable fixing body is formed to be greater than a cross-sectional area of the cable, which is to secure a space to be disposed by the cable fixing member and the waterproof member between an inner circumferential surface of the cable fixing body and the cable, and wherein an inner circumferential surface of the cable fixing body adjacent to the housing body is formed as the first engaging part protruded to a direction facing a center of the cable fixing body from the inner circumferential surface of the cable fixing body. a housing comprising a housing body and a cable fixing body which extends from the housing body and has a first engaging part formed therein; a cable fixing member, a part of which is press-fitted into the outer circumferential surface of the cable which passes through a hollow hole formed at the cable fixing body and the other part of which is caught in the first engaging part; and a waterproof member inserted and fixed in the cable fixing body while being coupled with the cable, wherein the size of the hollow hole of the cable fixing body is formed to be greater than a cross-sectional area of the cable, which is to secure a space to be disposed by the cable fixing member and the waterproof member between an inner circumferential surface of the cable fixing body and the cable, and wherein an inner circumferential surface of the cable fixing body adjacent to the housing body is formed as the first engaging part protruded to a direction facing a center of the cable fixing body from the inner circumferential surface of the cable fixing body.
An assembly comprising: a housing; a printed circuit board within the housing; a center shaft extending through the housing; a gear coupled to the center shaft, the gear positioned off-center relative to a central rotational axis extending through the center shaft; a magnet coupled to the gear; a first Hall effect sensor positioned adjacent the gear and concentric with the magnet; and a second Hall effect sensor positioned adjacent the center shaft and concentric with the central rotational axis, wherein the first Hall effect sensor and the second Hall effect sensor are separated by a magnetic shield in direct contact with an exterior surface of the gear, wherein the magnetic shield extends concentrically about the magnet along the exterior surface of the gear wherein the first Hall effect sensor and the second Hall effect sensor are directly coupled to an internal side of the printed circuit board; and a third Hall effect sensor directly coupled to an external side of the printed circuit board, wherein the central rotational axis extends through the third Hall effect sensor and the second Hall effect sensor. a housing; a printed circuit board within the housing; a center shaft extending through the housing; a gear coupled to the center shaft, the gear positioned off-center relative to a central rotational axis extending through the center shaft; a magnet coupled to the gear; a first Hall effect sensor positioned adjacent the gear and concentric with the magnet; and a second Hall effect sensor positioned adjacent the center shaft and concentric with the central rotational axis, wherein the first Hall effect sensor and the second Hall effect sensor are separated by a magnetic shield in direct contact with an exterior surface of the gear, wherein the magnetic shield extends concentrically about the magnet along the exterior surface of the gear wherein the first Hall effect sensor and the second Hall effect sensor are directly coupled to an internal side of the printed circuit board; and a third Hall effect sensor directly coupled to an external side of the printed circuit board, wherein the central rotational axis extends through the third Hall effect sensor and the second Hall effect sensor.
A device for emulating a bimetallic strip, the emulating device comprising a current sensor capable of measuring a line current ( I P) flowing through the emulating device, the emulating device being capable of providing a value representative of a cumulative thermal state (E th_n) over time t, which is referred to as cumulative thermal state (E th_n), by recursively adding a value representative of an initial thermal state (E th_i), which is referred to as initial thermal state (E th_i), and a value representative of a present thermal state (E th_on, E th _ off), which is referred to as present thermal state (E th_on, E th_off), which is determined depending on the line current ( I P), the emulating device comprising a squaring operator configured to square a value representative of the line current ( I P), which is output by the current sensor, the value representative of the line current ( I P) being an image voltage (Vinc) of the line current ( I P), the emulating device comprising at least one series RC circuit (CIRC_RC), and comprising at least one capacitor (Cm), at the terminals of which the cumulative thermal state (E th_n) is measured, the series RC circuit (CIRC_RC) being connected to the squaring operator, the initial thermal state (E th_i) being determined by the initial state of charge of the capacitor (Cm) at the end of a charging or discharging cycle, the present thermal state (E th_on, E th _ off) being determined by the evolution of the state of charge of the capacitor (Cm), characterised in that the squaring operator comprises: - a comparator (COMP1) configured to compare the image voltage (Vinc) with a ramp signal and to reset the periodic ramp signal as soon as it is equal to the image voltage (Vine), thus generating a variable period ramp signal (t ramp) having, for each variable period (t ramp), a maximum amplitude equal to the image voltage (Vinc) at the same instant; - an integrator (INTG) connected to the output of the comparator (COMP1) and configured to integrate each ramp of the variable period ramp signal over a duration equal to the variable period (t ramp), thus generating an integrated ramp signal, and to provide the RC circuit with the integrated ramp signal. - a comparator (COMP1) configured to compare the image voltage (Vinc) with a ramp signal and to reset the periodic ramp signal as soon as it is equal to the image voltage (Vine), thus generating a variable period ramp signal (t ramp) having, for each variable period (t ramp), a maximum amplitude equal to the image voltage (Vinc) at the same instant; - an integrator (INTG) connected to the output of the comparator (COMP1) and configured to integrate each ramp of the variable period ramp signal over a duration equal to the variable period (t ramp), thus generating an integrated ramp signal, and to provide the RC circuit with the integrated ramp signal.
A method for navigating a mobile platform using an imaging device on the platform, from a point of origin towards a target located in a scene, and without requiring a Global Navigation Satellite system (GNSS), the method comprising: (a) acquiring, by the imaging device, an image of the scene comprising the target; (b) determining, based on analysis of the image, a direction vector (Û) pointing from the mobile platform to the target; (c) advancing the mobile platform in accordance with the direction vector (Û) to a new position; (d) generating, by a distance sensing device, an output as a result of attempting to determine, with the distance sensing device, a distance between the mobile platform and the target; (e) repeating (a) to (d) to advance the mobile platform towards the target, comprising generating a plurality of direction vectors (ÛN), characterized by repeating (a) to (d) until the output produced by the distance sensing device is descriptive of a distance which meets a low-distance criterion at a current position (Pcur); (f) retroactively updating, based on the distance meeting the low-distance criterion, the plurality of direction vectors (ÛN) to obtain a plurality of displacement vectors (Vn) having a magnitude and which are descriptive of a path that was traversed by the mobile platform from the point of origin to the current mobile platform position (Pcur) in accordance with the direction vectors (ÛN); and (g) determining, based on the plurality of displacement vectors (Vn), an estimate of a current mobile platform position (Pcur) relative to the target. (a) acquiring, by the imaging device, an image of the scene comprising the target; (b) determining, based on analysis of the image, a direction vector (Û) pointing from the mobile platform to the target; (c) advancing the mobile platform in accordance with the direction vector (Û) to a new position; (d) generating, by a distance sensing device, an output as a result of attempting to determine, with the distance sensing device, a distance between the mobile platform and the target; (e) repeating (a) to (d) to advance the mobile platform towards the target, comprising generating a plurality of direction vectors (ÛN), characterized by repeating (a) to (d) until the output produced by the distance sensing device is descriptive of a distance which meets a low-distance criterion at a current position (Pcur); (f) retroactively updating, based on the distance meeting the low-distance criterion, the plurality of direction vectors (ÛN) to obtain a plurality of displacement vectors (Vn) having a magnitude and which are descriptive of a path that was traversed by the mobile platform from the point of origin to the current mobile platform position (Pcur) in accordance with the direction vectors (ÛN); and (g) determining, based on the plurality of displacement vectors (Vn), an estimate of a current mobile platform position (Pcur) relative to the target.
A method of testing an acoustic source during a seismic survey comprising: (a) generating a near-field signature by measuring the acoustic source output; (b) storing the near-field signature as a baseline signature; (c) synthesizing a far-field signature using predetermined initial parameters; (d) generating a second near-field signature during the seismic survey by measuring the acoustic source output during the survey; characterized in that it further comprises: (e) synthesizing a second far-field signature using survey derived parameters; (f) comparing the second near-field signature with the baseline signature during the survey; (g) comparing the second synthesized far-field signature to the first synthesized far-field signature; and (h) determining a course of action based at least in part on one of the comparison of the near-field signatures and the comparison of the synthesized far-field signatures. (a) generating a near-field signature by measuring the acoustic source output; (b) storing the near-field signature as a baseline signature; (c) synthesizing a far-field signature using predetermined initial parameters; (d) generating a second near-field signature during the seismic survey by measuring the acoustic source output during the survey; characterized in that it further comprises: (e) synthesizing a second far-field signature using survey derived parameters; (f) comparing the second near-field signature with the baseline signature during the survey; (g) comparing the second synthesized far-field signature to the first synthesized far-field signature; and (h) determining a course of action based at least in part on one of the comparison of the near-field signatures and the comparison of the synthesized far-field signatures.
A system for detecting when a plunger reaches a bottom of a well, comprising: a pressure sensor configured to measure a pressure of the well and provide a measured pressure output; derivative calculation circuitry configured to calculate a second derivative of the measured pressure output; and detection circuitry which detects when the plunger reaches the bottom of the well based upon the derivative output. a pressure sensor configured to measure a pressure of the well and provide a measured pressure output; derivative calculation circuitry configured to calculate a second derivative of the measured pressure output; and detection circuitry which detects when the plunger reaches the bottom of the well based upon the derivative output.
An anvil for a roofer, assuming the form of a substantially planar, generally T-shaped part able to be plugged by the free end of its so-called vertical branch into a roof framing element to be covered with a covering element be cut using a hammer cooperating with the anvil, the so-called horizontal branch of the T having, from a so-called rear end toward the other, so-called front end, a gripping zone of the anvil, a zone for connecting to the vertical branch and a so-called free end zone, the vertical branch being connected to the horizontal branch to extend on the side of the lower longitudinal edge of the horizontal branch, the upper longitudinal edge, opposite the lower longitudinal edge, of said horizontal branch being beveled, characterized in that the bevel of the upper longitudinal edge of the horizontal branch has, in at least part of the gripping zone, a slope smaller than that of the bevel in the free end zone, or connecting zone, or is interrupted in said gripping zone.