mhurhangee/ep-ind-claims huggingface dataset:
A lithium-ion battery comprising: a power generation element having a structure where a positive electrode and a negative electrode are stacked with a separator interposed therebetween; a positive-electrode current collector connected to the positive electrode; a negative-electrode current collector connected to the negative electrode; a shrink tube bundling the power generation element, the positive-electrode current collector, and the negative-electrode current collector together; a non-aqueous electrolyte; and a battery case housing the power generation element, the positive-electrode current collector, the negative-electrode current collector, the shrink tube, and the non-aqueous electrolyte, wherein the positive-electrode current collector and the negative-electrode current collector are fixed to the battery case, and the shrink tube is a seamless tube. a power generation element having a structure where a positive electrode and a negative electrode are stacked with a separator interposed therebetween; a positive-electrode current collector connected to the positive electrode; a negative-electrode current collector connected to the negative electrode; a shrink tube bundling the power generation element, the positive-electrode current collector, and the negative-electrode current collector together; a non-aqueous electrolyte; and a battery case housing the power generation element, the positive-electrode current collector, the negative-electrode current collector, the shrink tube, and the non-aqueous electrolyte, wherein the positive-electrode current collector and the negative-electrode current collector are fixed to the battery case, and the shrink tube is a seamless tube.
A method for operating a straightener in order to increase the mechanical strength of the pipe with the steps of: using a multi-roll pipe straightener, straightening a duplex stainless steel pipe on an opposing pair of hole-type rolls, characterized by: setting the value of A defined by the formula in a range of more than 2.5% but not more than 3% when it is necessary to improve the mechanical strength of the pipe, A = D i - H i / D i where each of the symbols in the formula indicates the following: D i: the outer diameter (mm) of the pipe at an entry side of an i-th stand in the straightener, and H i: the gap (mm) between groove bottom portions of the rolls at an i-th stand in the straightener. using a multi-roll pipe straightener, straightening a duplex stainless steel pipe on an opposing pair of hole-type rolls, characterized by: setting the value of A defined by the formula in a range of more than 2.5% but not more than 3% when it is necessary to improve the mechanical strength of the pipe, A = D i - H i / D i where each of the symbols in the formula indicates the following: D i: the outer diameter (mm) of the pipe at an entry side of an i-th stand in the straightener, and H i: the gap (mm) between groove bottom portions of the rolls at an i-th stand in the straightener. setting the value of A defined by the formula in a range of more than 2.5% but not more than 3% when it is necessary to improve the mechanical strength of the pipe, A = D i - H i / D i where each of the symbols in the formula indicates the following: D i: the outer diameter (mm) of the pipe at an entry side of an i-th stand in the straightener, and H i: the gap (mm) between groove bottom portions of the rolls at an i-th stand in the straightener. D i: the outer diameter (mm) of the pipe at an entry side of an i-th stand in the straightener, and H i: the gap (mm) between groove bottom portions of the rolls at an i-th stand in the straightener.
A method for verifying an industrial control process, comprising: monitoring activity data directed to one or more control components (24; 210), the activity data corresponding to access attempts to the industrial control process and including at least one of logging on, logging off, bit manipulations, logic changes, going on line and off line with a controller or communications module, or events related to activities of an application that interacts with the one or more control components; tagging at least one file that is related to the one or more control components with at least one identifier that is related to at least one control component of the one or more control components that has been accessed; categorizing the activity data corresponding to the access attempts; logging the categorized activity data in at least one of a local (50; 540) or a remote (54; 550) location; and aggregating the logged activity data in the at least one file. monitoring activity data directed to one or more control components (24; 210), the activity data corresponding to access attempts to the industrial control process and including at least one of logging on, logging off, bit manipulations, logic changes, going on line and off line with a controller or communications module, or events related to activities of an application that interacts with the one or more control components; tagging at least one file that is related to the one or more control components with at least one identifier that is related to at least one control component of the one or more control components that has been accessed; categorizing the activity data corresponding to the access attempts; logging the categorized activity data in at least one of a local (50; 540) or a remote (54; 550) location; and aggregating the logged activity data in the at least one file.
An ophthalmic laser system comprising: a laser module producing a beam of short pulses of radiation with high energy density at a first wavelength; a first beam path incorporating optical elements for directing the beam at the first wavelength into a treatment beam path to an eye of a patient; a second beam path incorporating a frequency doubling module that converts the beam at the first wavelength to a beam at a second wavelength, and optical elements for directing the beam at the second wavelength to the treatment beam path; beam steering optics for selectively deflecting the beam at the first wavelength into the second beam path, the beam steering optics being operable between a first position in which the beam at the first wavelength follows the first beam path and a second position in which the beam at the first wavelength is deflected to the second beam path; a reflex coaxial illuminator comprising a reflex mirror movable on an axis from a position in the treatment beam path to a position out of the treatment beam path; and a safety interlock only allowing operation of the ophthalmic laser system on the first beam path if the reflex coaxial illuminator is in a first position and allowing operation of the ophthalmic laser system on either the first beam path or the second beam path if the reflex coaxial illuminator is not in the first position. a laser module producing a beam of short pulses of radiation with high energy density at a first wavelength; a first beam path incorporating optical elements for directing the beam at the first wavelength into a treatment beam path to an eye of a patient; a second beam path incorporating a frequency doubling module that converts the beam at the first wavelength to a beam at a second wavelength, and optical elements for directing the beam at the second wavelength to the treatment beam path; beam steering optics for selectively deflecting the beam at the first wavelength into the second beam path, the beam steering optics being operable between a first position in which the beam at the first wavelength follows the first beam path and a second position in which the beam at the first wavelength is deflected to the second beam path; a reflex coaxial illuminator comprising a reflex mirror movable on an axis from a position in the treatment beam path to a position out of the treatment beam path; and a safety interlock only allowing operation of the ophthalmic laser system on the first beam path if the reflex coaxial illuminator is in a first position and allowing operation of the ophthalmic laser system on either the first beam path or the second beam path if the reflex coaxial illuminator is not in the first position.
A thrust washer for a flange half-bearing, the thrust washer comprising: a substantially semi-annular panel having an inner edge and outer edge; and hooking lugs projecting inwardly from the inner edge of the panel, wherein the hooking lugs have latching edges that are configured to engage within corresponding openings in a bearing shell received by the thrust washer and to prevent disconnection of the thrust washer and bearing shell without deformation of the bearing shell, each hooking lug has a hooking lug inner portion proximate, around the inner edge of the panel, to the central part of the thrust washer for engaging against edges of the openings in the bearing shell and a hooking lug outer portion remote, around the inner edge of the panel, from the central part of the thrust washer, characterised in that the hooking lug inner portion is thinner than the hooking lug outer portion.
A pneumatic tire comprising: a pair of bead portions each having a bead core disposed therein, each of the bead portions having a bead toe, a bead bottom surface, and a flange contacting surface which is an outer surface of the bead portion in a tire axial direction, wherein in a pre-mounted state in which the bead portions are held so that a distance (wa) in the tire axial direction between the flange contacting surfaces coincides with a rim width (wb) of a standard rim, each of the bead bottom surfaces is inclined outwardly in a tire radial direction from the bead toe toward the axially outside, and comprises a toe-side portion, a heel-side portion, and a heel-side arc portion, the heel-side portion is positioned axially outside the toe-side portion, and extends axially outwardly at an angle (β) in a range of from 3 to 7 degrees with respect to the tire axial direction, and the heel-side arc portion smoothly connects between the heel-side portion and the flange contacting surface with a radius of curvature in a range of from 1.5 to 3.5 mm, characterized in that the toe-side portion extends axially outwardly from the bead toe at an angle (α) in a range of from 17 to 24 degrees with respect to the tire axial direction. a pair of bead portions each having a bead core disposed therein, each of the bead portions having a bead toe, a bead bottom surface, and a flange contacting surface which is an outer surface of the bead portion in a tire axial direction, wherein in a pre-mounted state in which the bead portions are held so that a distance (wa) in the tire axial direction between the flange contacting surfaces coincides with a rim width (wb) of a standard rim, each of the bead bottom surfaces is inclined outwardly in a tire radial direction from the bead toe toward the axially outside, and comprises a toe-side portion, a heel-side portion, and a heel-side arc portion, the heel-side portion is positioned axially outside the toe-side portion, and extends axially outwardly at an angle (β) in a range of from 3 to 7 degrees with respect to the tire axial direction, and the heel-side arc portion smoothly connects between the heel-side portion and the flange contacting surface with a radius of curvature in a range of from 1.5 to 3.5 mm, characterized in that the toe-side portion extends axially outwardly from the bead toe at an angle (α) in a range of from 17 to 24 degrees with respect to the tire axial direction.
An automatic analyzer comprising: a reagent cassette ( 12, 204) including a plurality of reagent bottles (202, 203) fixedly connected to each other by using a bottle connector; an information reading mechanism; and a control mechanism for controlling a reagent pipetting position, characterized in that said reagent cassette ( 12, 204) is provided with an information recording medium (206, 221) in which information regarding at least the reagent suction positions of said reagent cassette ( 12, 204), the size of the reagent bottle (202, 203) for each of the reagent suction positions, and the presence or absence of a reagent suction opening (207, 208) of the reagent bottle (202, 203) for each of the reagent suction positions is recorded, said information reading mechanism is adapted to read the information recorded in the information recording medium (206, 221) provided on said reagent cassette ( 12, 204) as analysis conditions to be set, and said control mechanism is adapted to control the reagent pipetting position in accordance with the information regarding each of the reagent suction positions read by said information reading mechanism. a reagent cassette ( 12, 204) including a plurality of reagent bottles (202, 203) fixedly connected to each other by using a bottle connector; an information reading mechanism; and a control mechanism for controlling a reagent pipetting position, characterized in that said reagent cassette ( 12, 204) is provided with an information recording medium (206, 221) in which information regarding at least the reagent suction positions of said reagent cassette ( 12, 204), the size of the reagent bottle (202, 203) for each of the reagent suction positions, and the presence or absence of a reagent suction opening (207, 208) of the reagent bottle (202, 203) for each of the reagent suction positions is recorded, said information reading mechanism is adapted to read the information recorded in the information recording medium (206, 221) provided on said reagent cassette ( 12, 204) as analysis conditions to be set, and said control mechanism is adapted to control the reagent pipetting position in accordance with the information regarding each of the reagent suction positions read by said information reading mechanism.
Method for combining the counter value of a segment meter which includes at least one Wiegand sensor (Ws) and which detects any change in position of a translationally and/or rotationally moving body that is firmly coupled to an exciter magnet, which counter values are stored in a memory, with the position value of a fine position sensor which detects said body motion, to give a consistent overall position value, characterized in that any distortion of the counter value is corrected by determining the direction of magnetization of the Wiegand wire (Wg1, Wg2) of said Wiegand sensor (Ws1, Ws2) and by determining, at a time Tx, based on the direction of magnetization of the Wiegand wire (Wg1, Wg2), on the last counter value of the segment meter from the memory, and on the information of the fine position sensor about the current ≤ half segment, whether the counter value from the memory can be directly used or whether "1" needs to be added to, or subtracted from, the counter value from the memory, whereby for determining whether the counter value from the memory can be directly used or whether "1" needs to be added to, or subtracted from, the counter value from the memory, a table is read which stores appropriate correction information for all motion sequences and final positions of the exciter magnet at time Tx based on the signal (A, B) derived from the Wiegand signal (Ua, Ub) for the count, on the direction of magnetization of the Wiegand wire (Wg1, Wg2) and on the last counter reading.
A metal detector for detecting at least one metallic object exposed to a detection magnetic field, the metal detector comprising: - at least one reception coil arranged to receive a magnetic field signal, called reception signal, s ( t), which is representative of at least one modification of the detection magnetic field under the influence of the metallic object, the reception signal, s ( t), comprising at least one detection channel of given bandwidth, each detection channel being associated with a separate detection frequency, f D, and - at least one sampled-architecture receiver which is coupled to the reception coil, characterized in that - the sampled-architecture receiver comprises a first sampling device of non-quantizing type, called first sampler, which is configured to sample the reception signal, s ( t), or a signal that is a derivative of the reception signal, | s ( t)|, | s ( t)*|, | s '[ t]|, | s '[ t]*|, s + ′ t, at a first sampling frequency, f 1, which observes the Nyquist-Shannon bandwidth sampling theorem, in such a way as to - deliver a discrete-time signal, called first sampled signal, s [ t], which, in the spectral domain, corresponds to a replica signal of the reception signal, s ( t), or of the signal that is a derivative of the reception signal, s'[t], and - frequency-transpose the reception signal, s ( t), to a first intermediate frequency which is less than the detection frequency, f D. - at least one reception coil arranged to receive a magnetic field signal, called reception signal, s ( t), which is representative of at least one modification of the detection magnetic field under the influence of the metallic object, the reception signal, s ( t), comprising at least one detection channel of given bandwidth, each detection channel being associated with a separate detection frequency, f D, and - at least one sampled-architecture receiver which is coupled to the reception coil, - the sampled-architecture receiver comprises a first sampling device of non-quantizing type, called first sampler, which is configured to sample the reception signal, s ( t), or a signal that is a derivative of the reception signal, | s ( t)|, | s ( t)*|, | s '[ t]|, | s '[ t]*|, s + ′ t, at a first sampling frequency, f 1, which observes the Nyquist-Shannon bandwidth sampling theorem, in such a way as to - deliver a discrete-time signal, called first sampled signal, s [ t], which, in the spectral domain, corresponds to a replica signal of the reception signal, s ( t), or of the signal that is a derivative of the reception signal, s'[t], and - frequency-transpose the reception signal, s ( t), to a first intermediate frequency which is less than the detection frequency, f D.
Transport device for lifting an object in a reverse vending machine, the transport device comprising a conveyor device for lifting the object from a lower level position to a higher level position in the reverse vending machine, an object supporting device arranged substantially parallel to the conveyor device and arranged in such a way as to allow the object to be held between the conveyor device and the object supporting device during the lifting of the object, wherein the conveyor device includes a first, endless conveyor belt arranged about a first drive roller and a first support roller, wherein the object supporting device includes a clamping member having a surface, the object being clamped between the conveyor device and the surface of the clamping member during the lifting of the object, characterized in that: an actuating device is arranged to move the clamping member in such a way that a spacing between first conveyor belt and the surface of the clamping member will be reduced until an object selected to be lifted comes in contact with the first conveyor belt and the clamping member, is clamped between them and transported upwards. a conveyor device for lifting the object from a lower level position to a higher level position in the reverse vending machine, an object supporting device arranged substantially parallel to the conveyor device and arranged in such a way as to allow the object to be held between the conveyor device and the object supporting device during the lifting of the object, wherein the conveyor device includes a first, endless conveyor belt arranged about a first drive roller and a first support roller, wherein the object supporting device includes a clamping member having a surface, the object being clamped between the conveyor device and the surface of the clamping member during the lifting of the object, characterized in that: an actuating device is arranged to move the clamping member in such a way that a spacing between first conveyor belt and the surface of the clamping member will be reduced until an object selected to be lifted comes in contact with the first conveyor belt and the clamping member, is clamped between them and transported upwards.
A photodetector with gain, comprising: a first electrode; a light sensitizing layer on the first electrode; an electron blocking/tunneling layer on the light sensitizing layer; and a second electrode on the electron blocking/tunneling layer, characterised in that the electron blocking/tunneling layer comprises a 1,1-bis[(di-4-tolylamino)phenyl]cyclohexane (TAPC) layer, and the electron blocking/tunneling layer comprises bulk trap sites, and wherein the second electrode is a silver electrode. a first electrode; a light sensitizing layer on the first electrode; an electron blocking/tunneling layer on the light sensitizing layer; and a second electrode on the electron blocking/tunneling layer, characterised in that the electron blocking/tunneling layer comprises a 1,1-bis[(di-4-tolylamino)phenyl]cyclohexane (TAPC) layer, and the electron blocking/tunneling layer comprises bulk trap sites, and wherein the second electrode is a silver electrode.
Revolving door drive, for driving a door wing provided at the driveway of an estate and pivotable about a vertical axis, comprising a push-pull unit having as a first element a wing connection part to be pivotably connected to the said door wing, and as a second element a supporting unit to be pivotably mounted to a first stationary bearing and including a motor driving unit for driving a linear translational relative movement of said two elements (14, 16), and an emergency release mechanism for decoupling the wing connection part from said motor driving unit, wherein said emergency release mechanism is disposed on the wing connection part, wherein the motor driving unit includes a threaded shaft rotationally driven by a motor, wherein said wing connection part includes a driver guided for linear movement on a guiding device of said supporting unit and threadingly engaged with said threaded shaft, and wherein said wing connection part includes a door fitting for connection to said door wing, characterized in that said door fitting is connected to the driver for rotation relative to said driver and that said emergency release mechanism includes a releasable latch for blocking said relative movement and that said latch is configured in a lockable manner so that only authorized persons are granted access to the manual movability after the actuation of the emergency release mechanism, and that said emergency release mechanism comprises a removable bolt on said wing connection part and that said wing connection part includes said driver which is driven for displacement by said motor driving unit, and said door fitting which is pivotably mounted to said door wing and that said driver and said door fitting are connected to each other via said bolt and that said driver and said door fitting have radial passages (62, 64) designed and arranged in a manner fitting each other and penetrated by said bolt with play and that said bolt has a grip portion, especially a pull ring, for manually gripping said bolt for removal, a stopper on said one end, and a passage for a padlock for preventing unauthorized removal, or that said bolt is part of a padlock or a similar removable locking device.