mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a weakened material portion in a component , comprising the following steps: • providing a component having at least one thin-walled portion , • deep drawing an embossed portion of the thin-walled portion from a component plane (E) of the thin-walled portion by means of a punch in a deep drawing direction (T) perpendicular to the component plane (E) of the thin-walled portion , • reshaping the component in such a way that the deep-drawn embossed portion is moved back into the component plane (E) of the thin-walled portion , characterized in that the reshaping of the component is carried out in such a way that a weakened material portion having substantially the cross-sectional shape of the punch is produced in the component , and in that the punch has a cross-section with alternating projections and recesses distributed over the periphery when viewed in the deep drawing direction (T). • providing a component having at least one thin-walled portion , • deep drawing an embossed portion of the thin-walled portion from a component plane (E) of the thin-walled portion by means of a punch in a deep drawing direction (T) perpendicular to the component plane (E) of the thin-walled portion , • reshaping the component in such a way that the deep-drawn embossed portion is moved back into the component plane (E) of the thin-walled portion , the reshaping of the component is carried out in such a way that a weakened material portion having substantially the cross-sectional shape of the punch is produced in the component , and in that the punch has a cross-section with alternating projections and recesses distributed over the periphery when viewed in the deep drawing direction (T).
A computer-implemented method for introducing variation in sub-system output signals to prevent device fingerprinting, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: intercepting , on the computing device, an output signal sent from a sub-system device on the computing device to a software component on the computing device; identifying a margin of error for the output signal, wherein the margin of error for the output signal comprises an upper limit and a lower limit; creating a modified output signal, using at least one of a device driver for the sub-system device and a firmware for the sub-system device, by introducing randomly generated variation into the output signal such that: the variation does not exceed the upper limit of the margin of error; the variation does not exceed the lower limit of the margin of error; and the modified output signal cannot be used to identify the computing device; sending the modified output signal to the software component. intercepting , on the computing device, an output signal sent from a sub-system device on the computing device to a software component on the computing device; identifying a margin of error for the output signal, wherein the margin of error for the output signal comprises an upper limit and a lower limit; creating a modified output signal, using at least one of a device driver for the sub-system device and a firmware for the sub-system device, by introducing randomly generated variation into the output signal such that: the variation does not exceed the upper limit of the margin of error; the variation does not exceed the lower limit of the margin of error; and the modified output signal cannot be used to identify the computing device; the variation does not exceed the upper limit of the margin of error; the variation does not exceed the lower limit of the margin of error; and the modified output signal cannot be used to identify the computing device; sending the modified output signal to the software component.
A system for use with a subsea well, comprising: a horizontal tree assembly having: a spool body housing defining a channel therethrough; and a production receptacle structure secured within the channel and providing an internal profile for securing wellbore equipment , the internal profile having a reduced diameter relative to the diameter of the channel; the production receptacle structure being equipped with a production stab to interface with a tubing hanger located below the spool body housing, a plurality of seals positioned around an exterior of the production receptacle structure to ensure sealing between the production receptacle structure and the spool body housing ; characterized by the internal profile further comprising a profile abutment ; a wellbore equipment supported in the internal profile by the profile abutment, wherein the wellbore equipment comprises a suspension apparatus with a cable hanger in the form of a plug; and a cap sealably mounted in the internal profile above the well equipment; the production stab being configured to removably engage with the tubing hanger to enable removal of the spool body housing and production receptacle structure without removing the tubing hanger . a spool body housing defining a channel therethrough; and a production receptacle structure secured within the channel and providing an internal profile for securing wellbore equipment , the internal profile having a reduced diameter relative to the diameter of the channel; the production receptacle structure being equipped with a production stab to interface with a tubing hanger located below the spool body housing, a plurality of seals positioned around an exterior of the production receptacle structure to ensure sealing between the production receptacle structure and the spool body housing ; characterized by the internal profile further comprising a profile abutment ; a wellbore equipment supported in the internal profile by the profile abutment, wherein the wellbore equipment comprises a suspension apparatus with a cable hanger in the form of a plug; and a cap sealably mounted in the internal profile above the well equipment; the production stab being configured to removably engage with the tubing hanger to enable removal of the spool body housing and production receptacle structure without removing the tubing hanger .
An autonomously traveling cleaner for autonomously travelling and performing cleaning, the autonomously traveling cleaner comprising: a map generator adapted to generate based on a traveling record of the autonomously traveling cleaner and using a position of a reference member installed in an area to be cleaned as a reference position, a past map and a new map after the past map is generated; a longest-straight-line determination unit adapted to determine a longest-straight-line component that is longest among straight-line components included in each of the past map and the new map; and a map arrangement unit adapted to rotate at least the new map to arrange the longest-straight-line component included in each of the past map and the new map to be parallel to each other or a predetermined axis, characterized by a processing unit programmed to adjust an inclination of the new map defined as an inclination of the longest-straight-line component relative to the X-axis or Y-axis to cause the longest-straight-line component determined by the longest-straight-line determination unit to be parallel to a longer side of an image of the new map to be displayed on a display device of a terminal device communicating with the autonomously traveling cleaner. a map generator adapted to generate based on a traveling record of the autonomously traveling cleaner and using a position of a reference member installed in an area to be cleaned as a reference position, a past map and a new map after the past map is generated; a longest-straight-line determination unit adapted to determine a longest-straight-line component that is longest among straight-line components included in each of the past map and the new map; and a map arrangement unit adapted to rotate at least the new map to arrange the longest-straight-line component included in each of the past map and the new map to be parallel to each other or a predetermined axis, characterized by a processing unit programmed to adjust an inclination of the new map defined as an inclination of the longest-straight-line component relative to the X-axis or Y-axis to cause the longest-straight-line component determined by the longest-straight-line determination unit to be parallel to a longer side of an image of the new map to be displayed on a display device of a terminal device communicating with the autonomously traveling cleaner.
A line displacement evaluation method of evaluating line displacement occurring in a press-formed article in press forming of forming a character line , the method comprising: acquiring a cross section profile of the press-formed article measured so as to traverse the character line formed in the press-formed article; calculating a 4th order differential coefficient of the acquired cross section profile; and evaluating the line displacement, on the basis of the calculated 4th order differential coefficient of the cross section profile. acquiring a cross section profile of the press-formed article measured so as to traverse the character line formed in the press-formed article; calculating a 4th order differential coefficient of the acquired cross section profile; and evaluating the line displacement, on the basis of the calculated 4th order differential coefficient of the cross section profile.
Bicycle component comprising a removable clamping device (20; 120) for fixing to a tubular element (M) of the bicycle and a main body having a rear surface configured to be associated with the tubular element resting against the same, the removable clamping device (20; 120) comprising an annular element configured to wrap around the tubular element (M), wherein the main body comprises a through opening between the rear surface and a front surface , and in that the removable clamping device (20; 120) comprises: - a slider (32; 132) connected, at a first end portion thereof, to the annular element and slidable in the through opening between a release position and a clamping position; - a lever (42; 142) on the front surface of the main body for actuating the slider (32; 132), engaged on the slider (32; 132) and on the main body , wherein the lever (42; 142) is mobile with respect to the main body between an unlocked position and a locked position, wherein in the locked position the slider (32; 132) is in the clamping position and characterised in that in the clamping position the annular element is pulled towards the rear surface of the main body ; so that the tubular element (M) surrounded by the annular element is clamped against the rear surface of the main body , the clamping being provided by the forced contact between the rear surface of the main body and the tubular element (M), which is pulled towards the rear surface of the main body through the annular element . - a slider (32; 132) connected, at a first end portion thereof, to the annular element and slidable in the through opening between a release position and a clamping position; - a lever (42; 142) on the front surface of the main body for actuating the slider (32; 132), engaged on the slider (32; 132) and on the main body , wherein the lever (42; 142) is mobile with respect to the main body between an unlocked position and a locked position, wherein in the locked position the slider (32; 132) is in the clamping position and characterised in that in the clamping position the annular element is pulled towards the rear surface of the main body ; so that the tubular element (M) surrounded by the annular element is clamped against the rear surface of the main body , the clamping being provided by the forced contact between the rear surface of the main body and the tubular element (M), which is pulled towards the rear surface of the main body through the annular element .
An integrated circuit for a print component comprising: a plurality of memory bits ; a selection circuit to select at least one memory bit of the plurality of memory bits ; and a memory voltage regulator to provide a write voltage to the at least one memory bit of the plurality of memory bits . a plurality of memory bits ; a selection circuit to select at least one memory bit of the plurality of memory bits ; and a memory voltage regulator to provide a write voltage to the at least one memory bit of the plurality of memory bits .
A process preparation of dilute Pb-(0.2 wt% to 1.1 wt %) Li alloys, by fused salt electrolysis, said process comprising (i) providing molten lead; (ii) providing salts of Lithium in defined proportion as a source of lithium; (iii) subjecting fused salt to electrolysis wherein Lithium is allowed to diffuse into the liquid lead; (iv) stirring intermittently during electrolysis to avoid formation of undesirable intermetallic compounds; and (v) finally, stirring to homogenize the molten Pb-Li alloy of said concentration; wherein the stirrer is made of Molybdenum thereby preventing any contamination. (i) providing molten lead; (ii) providing salts of Lithium in defined proportion as a source of lithium; (iii) subjecting fused salt to electrolysis wherein Lithium is allowed to diffuse into the liquid lead; (iv) stirring intermittently during electrolysis to avoid formation of undesirable intermetallic compounds; and (v) finally, stirring to homogenize the molten Pb-Li alloy of said concentration; wherein the stirrer is made of Molybdenum thereby preventing any contamination.
A collimator , having a focal point , for positioning over a light source to be provided at the focal point in a light source position , the collimator comprising: a Fresnel lens comprising a refractive inner lens portion and an outer toothed total internal reflection portion , the Fresnel lens having an optical axis which passes through the center of the inner lens portion and through the light source position; and a light blocking element between at least the inner lens portion of the Fresnel lens and the light source position, wherein the light blocking element is adapted such that the inner lens portion has at least one reduced image region , said reduced image region being an area of the inner lens portion where only a portion of the whole shape of the light source can be projected onto when the light source is positioned in the light source position. a Fresnel lens comprising a refractive inner lens portion and an outer toothed total internal reflection portion , the Fresnel lens having an optical axis which passes through the center of the inner lens portion and through the light source position; and a light blocking element between at least the inner lens portion of the Fresnel lens and the light source position, wherein the light blocking element is adapted such that the inner lens portion has at least one reduced image region , said reduced image region being an area of the inner lens portion where only a portion of the whole shape of the light source can be projected onto when the light source is positioned in the light source position.
An abrasive article for conducting ultra-high material removal rate grinding operations, comprising: a bonded abrasive body including: a vitreous bond material comprising an inorganic material; abrasive particulate material contained in the vitreous bond material, wherein the abrasive particulate material includes abrasive agglomerates comprising at least 70 vol% and not greater than 90 vol% of abrasive particles of alumina, 1 vol% to 4 vol% binder and the remainder being porosity, for the total volume of abrasive agglomerates; a porosity of at least about 42 vol% of the total volume of the bonded abrasive body; the bonded abrasive body having a wear rate of not greater than about 90% during an ultra-high material removal rate (UHMRR) grinding operation. a vitreous bond material comprising an inorganic material; abrasive particulate material contained in the vitreous bond material, wherein the abrasive particulate material includes abrasive agglomerates comprising at least 70 vol% and not greater than 90 vol% of abrasive particles of alumina, 1 vol% to 4 vol% binder and the remainder being porosity, for the total volume of abrasive agglomerates; a porosity of at least about 42 vol% of the total volume of the bonded abrasive body; the bonded abrasive body having a wear rate of not greater than about 90% during an ultra-high material removal rate (UHMRR) grinding operation.
A positive electrode mix comprising: a positive electrode active material; a conductive material; and an additive including lithium peroxide (Li 2 O 2 ) and platinum, wherein a content of the platinum in the total of 100 % by weight of the platinum and the conductive material is 7 % by weight or more to 20 % by weight or less, wherein the positive electrode active material includes: Li a Ni 1-b-c Co b R c O 2-α Z 2 , wherein 0.90 ≤ a ≤ 1.8, 0 ≤ b ≤ 0.5, 0 ≤ c ≤ 0.05, 0 < α < 2, R is Al, Ni, Co, Mn, Cr, Fe, Mg, Sr, V, a rare-earth element or a combination thereof, and Z is F, S, P or a combination thereof); or Li a Ni b Co c Mn d G e O 2 , wherein 0.90 ≤ a ≤ 1.8, 0 ≤ b ≤ 0.9, 0 ≤ c ≤ 0.5, 0 ≤ d ≤0.5, 0.001 ≤ e ≤ 0.1, and G is Al, Cr, Mn, Fe, Mg, La, Ce, Sr, V or a combination thereof. a positive electrode active material; a conductive material; and an additive including lithium peroxide (Li 2 O 2 ) and platinum, wherein a content of the platinum in the total of 100 % by weight of the platinum and the conductive material is 7 % by weight or more to 20 % by weight or less, wherein the positive electrode active material includes: Li a Ni 1-b-c Co b R c O 2-α Z 2 , wherein 0.90 ≤ a ≤ 1.8, 0 ≤ b ≤ 0.5, 0 ≤ c ≤ 0.05, 0 < α < 2, R is Al, Ni, Co, Mn, Cr, Fe, Mg, Sr, V, a rare-earth element or a combination thereof, and Z is F, S, P or a combination thereof); or Li a Ni b Co c Mn d G e O 2 , wherein 0.90 ≤ a ≤ 1.8, 0 ≤ b ≤ 0.9, 0 ≤ c ≤ 0.5, 0 ≤ d ≤0.5, 0.001 ≤ e ≤ 0.1, and G is Al, Cr, Mn, Fe, Mg, La, Ce, Sr, V or a combination thereof. Li a Ni 1-b-c Co b R c O 2-α Z 2 , wherein 0.90 ≤ a ≤ 1.8, 0 ≤ b ≤ 0.5, 0 ≤ c ≤ 0.05, 0 < α < 2, R is Al, Ni, Co, Mn, Cr, Fe, Mg, Sr, V, a rare-earth element or a combination thereof, and Z is F, S, P or a combination thereof); or Li a Ni b Co c Mn d G e O 2 , wherein 0.90 ≤ a ≤ 1.8, 0 ≤ b ≤ 0.9, 0 ≤ c ≤ 0.5, 0 ≤ d ≤0.5, 0.001 ≤ e ≤ 0.1, and G is Al, Cr, Mn, Fe, Mg, La, Ce, Sr, V or a combination thereof.
Method for installing a single power cable span in a tunnel having an entrance and an exit , the method comprising the steps of: - positioning the head portion of the single cable span near the tunnel entrance ; - laying the single cable span in the tunnel past the tunnel exit , wherein the step of laying the single cable span in the tunnel comprises repeating the following sub-steps until the cable head portion reaches an endpoint outside the tunnel : - at the tunnel entrance connecting a trolley in a slidable manner on a rail longitudinally extending along the tunnel between the tunnel entrance and the tunnel exit ; - joining the trolley to a pulling rope and to the single cable span ; - moving the trolley along the rail by pulling the pulling rope ; - after a predetermined length (L) connecting another trolley to the rail at the tunnel entrance and joining said other trolley to the pulling rope and to the single cable span ; - at the tunnel exit disconnecting the trolley from the pulling rope and from the single cable span and removing it from the rail ; - when the cable head portion reached the endpoint , locking at least the trolley nearest to the tunnel exit on the rail inside the tunnel . - positioning the head portion of the single cable span near the tunnel entrance ; - laying the single cable span in the tunnel past the tunnel exit , wherein the step of laying the single cable span in the tunnel comprises repeating the following sub-steps until the cable head portion reaches an endpoint outside the tunnel : - at the tunnel entrance connecting a trolley in a slidable manner on a rail longitudinally extending along the tunnel between the tunnel entrance and the tunnel exit ; - joining the trolley to a pulling rope and to the single cable span ; - moving the trolley along the rail by pulling the pulling rope ; - after a predetermined length (L) connecting another trolley to the rail at the tunnel entrance and joining said other trolley to the pulling rope and to the single cable span ; - at the tunnel exit disconnecting the trolley from the pulling rope and from the single cable span and removing it from the rail ; - at the tunnel entrance connecting a trolley in a slidable manner on a rail longitudinally extending along the tunnel between the tunnel entrance and the tunnel exit ; - joining the trolley to a pulling rope and to the single cable span ; - moving the trolley along the rail by pulling the pulling rope ; - after a predetermined length (L) connecting another trolley to the rail at the tunnel entrance and joining said other trolley to the pulling rope and to the single cable span ; - at the tunnel exit disconnecting the trolley from the pulling rope and from the single cable span and removing it from the rail ; - when the cable head portion reached the endpoint , locking at least the trolley nearest to the tunnel exit on the rail inside the tunnel .
Field device used in automation engineering , comprising: - a housing ; - a field device electronics unit arranged inside the housing, wherein a maximum power is supplied to said unit via a two-wire line or four-wire line; - a storage element , preferably arranged inside the housing , designed to save data, wherein said element is electrically connected or can be electrically connected to the field device electronics unit for the purpose of exchanging data and/or supplying energy and which, for the purpose of saving data, requires a power which is at least temporarily higher than the maximum power provided via the two-wire line or four-wire line; - a second antenna , which is designed to communicate the data wirelessly and exchange the data with the field device electronics unit ; - a first NFC antenna , which is designed to wirelessly receive an auxiliary energy and to make the auxiliary energy available to the field device electronics unit ; wherein the field device electronics unit is further designed to supply auxiliary energy to the storage element , at least in the event that data is received via the second antenna and should be saved in the storage element . - a housing ; - a field device electronics unit arranged inside the housing, wherein a maximum power is supplied to said unit via a two-wire line or four-wire line; - a storage element , preferably arranged inside the housing , designed to save data, wherein said element is electrically connected or can be electrically connected to the field device electronics unit for the purpose of exchanging data and/or supplying energy and which, for the purpose of saving data, requires a power which is at least temporarily higher than the maximum power provided via the two-wire line or four-wire line; - a second antenna , which is designed to communicate the data wirelessly and exchange the data with the field device electronics unit ; - a first NFC antenna , which is designed to wirelessly receive an auxiliary energy and to make the auxiliary energy available to the field device electronics unit ;