mhurhangee/ep-ind-claims huggingface dataset:
A composite material comprising magnetic powder and a polymeric material including the powder in a dispersion state, wherein: a relative magnetic permeability of the composite material is more than 20 and 35 or less by a content of the magnetic powder with respect to the whole composite material being more than 50% by volume and 75% by volume or less, a saturation magnetic flux density of the composite material is 0.6 T or more by a density ratio of the magnetic powder being 0.38 or more and 0.65 or less, and the density ratio is set to be an apparent density/a true density, characterised in that a plurality of peaks is present when a particle size distribution of the magnetic powder is taken, wherein first and second peaks in the particle size distribution are represented by r1 and r2 respectively, r1 and r2 being respective particle diameters of the magnetic powder, satisfying r1 ≤ (1/2) x r2. a relative magnetic permeability of the composite material is more than 20 and 35 or less by a content of the magnetic powder with respect to the whole composite material being more than 50% by volume and 75% by volume or less, a saturation magnetic flux density of the composite material is 0.6 T or more by a density ratio of the magnetic powder being 0.38 or more and 0.65 or less, and the density ratio is set to be an apparent density/a true density,
A method of coating a metal or metal alloy surface comprising contacting said surface with an effective amount of a chromate free aqueous treatment solution or dispersion comprising (a) a material or materials comprising one or more elements selected from Group IV B elements, (b) fluoride, (c) phosphonic acid or phosphonate, wherein said phosphonic acid or phosphonate (c) is selected from the group consisting of the formula II, wherein formula II has the structure: wherein R 1 is PO 3 X 2 or R 2 PO 3 X 2 wherein X 2 is a cation or H; R 2 is C 1 -C 5 alkylene and Z is a member selected from H, halo, C 1 -C 5 alkyl, NO 2 and COOH.
A heat exchanger of the type with a helical tube housed in a casing, wherein the casing comprises a cylindrical shell at the ends of which a base and a cover are respectively mounted, characterized in that the base and the cover are fixed one to the other with the interposition of connection members which are mounted by fitting and/or snap coonection onto the base.
Method for switching an electronic component on or off under the control of a pulse-width-modulation signal, which electronic component is designed to output an output signal which can be controlled by means of a control signal, wherein - the switching on or off is initiated within a pulse-width-modulation clock period at a level-change instant by a change in the pulse-width-modulation signal, - at least one amplitude magnitude of an oscillation of the output signal is calculated during each clock period of the pulse-width-modulation signal, - at least one first control value (Ig1, Vg1') and one second control value (Ig0, Vg0') of the control signal are predefined, - and the control signal is adjusted to the first control value (Ig1, Vg1') within each pulse-width-modulation clock period between the level-change instant and a first switchover instant and is adjusted to the second control value (Ig0, Vg0') between the first switchover instant and a second switchover instant and is adjusted to a third control value (Ig2, Vg2') from the second switchover instant until a gate voltage end value of a gate voltage (Vg) is reached at a control connection of the electronic component, - wherein each switchover instant (t1, t2) of a pulse-width-modulation clock period is determined on the basis of an amplitude magnitude which is assigned to said pulse-width-modulation clock period and is calculated during a preceding pulse-width-modulation clock period, such that oscillation amplitudes of the oscillation of the output signal are limited. - the switching on or off is initiated within a pulse-width-modulation clock period at a level-change instant by a change in the pulse-width-modulation signal, - at least one amplitude magnitude of an oscillation of the output signal is calculated during each clock period of the pulse-width-modulation signal, - at least one first control value (Ig1, Vg1') and one second control value (Ig0, Vg0') of the control signal are predefined, - and the control signal is adjusted to the first control value (Ig1, Vg1') within each pulse-width-modulation clock period between the level-change instant and a first switchover instant and is adjusted to the second control value (Ig0, Vg0') between the first switchover instant and a second switchover instant and is adjusted to a third control value (Ig2, Vg2') from the second switchover instant until a gate voltage end value of a gate voltage (Vg) is reached at a control connection of the electronic component, - wherein each switchover instant (t1, t2) of a pulse-width-modulation clock period is determined on the basis of an amplitude magnitude which is assigned to said pulse-width-modulation clock period and is calculated during a preceding pulse-width-modulation clock period, such that oscillation amplitudes of the oscillation of the output signal are limited.
A method for operating a clothes drying appliance, wherein - a moisture content of clothes is determined by measuring a current running through the clothes and characterised in that - the determining takes into account a salt content of the moisture. - a moisture content of clothes is determined by measuring a current running through the clothes and characterised in that - the determining takes into account a salt content of the moisture.
A circuit for driving an array of radiation elements (La1 to La-n), said radiation elements (La1 to La-n) being connected in series, said circuit comprising: a) a plurality of switching elements (40-1 to 40-n; Msh1 to Msh10; Msh-n) connected in parallel to respective ones of said radiation elements (La1 to La-n) and controllable to individually shorten said respective ones of said radiation elements (La1 to La-n); b) a plurality of local storage elements (30-1 to 30-n; Cs1 to Cs-n) connected to respective ones of said switching elements (40-1 to 40-n; Msh1 to Msh10; Msh-n) and adapted to locally store a binary information which determines the switching state of the respective switching element; and c) a plurality of local floating supply elements (20-1 to 20-n; Cs1 to Cs-n) for delivering a floating supply used to control respective ones of said switching elements (40-1 to 40-n; Msh1 to Msh10; Msh-n) in accordance with said binary information, characterized in that said local storage element and said local floating supply element are implemented by a capacitor (Cs1 to Cs-n), wherein the binary information is binary on/off information for each radiation element (La1 to La-n) enabling individual switching on/off of each radiation element (La1 to La-n) by means of the respective switching element (40-1 to 40-n; Msh1 to Msh10; Msh-n). a) a plurality of switching elements (40-1 to 40-n; Msh1 to Msh10; Msh-n) connected in parallel to respective ones of said radiation elements (La1 to La-n) and controllable to individually shorten said respective ones of said radiation elements (La1 to La-n); b) a plurality of local storage elements (30-1 to 30-n; Cs1 to Cs-n) connected to respective ones of said switching elements (40-1 to 40-n; Msh1 to Msh10; Msh-n) and adapted to locally store a binary information which determines the switching state of the respective switching element; and c) a plurality of local floating supply elements (20-1 to 20-n; Cs1 to Cs-n) for delivering a floating supply used to control respective ones of said switching elements (40-1 to 40-n; Msh1 to Msh10; Msh-n) in accordance with said binary information,
A lubrication system for a gear system comprising: an inlet passage; a main pump receiving lubricant from a main tank; an auxiliary pump including an inlet receiving lubricant from the inlet passage and an outlet in communication with an auxiliary passage; a bearing passage in communication with the auxiliary passage for communicating lubricant to a bearing of the gear system; and characterized by a reservoir (110, 112) disposed within the auxiliary passage after the outlet of the auxiliary pump and before the bearing passage, wherein the reservoir (110, 112) comprises a volume over a fixed length greater than a volume of the auxiliary passage over a length equal to that of the reservoir (110, 112). an inlet passage; a main pump receiving lubricant from a main tank; an auxiliary pump including an inlet receiving lubricant from the inlet passage and an outlet in communication with an auxiliary passage; a bearing passage in communication with the auxiliary passage for communicating lubricant to a bearing of the gear system; and characterized by a reservoir (110, 112) disposed within the auxiliary passage after the outlet of the auxiliary pump and before the bearing passage, wherein the reservoir (110, 112) comprises a volume over a fixed length greater than a volume of the auxiliary passage over a length equal to that of the reservoir (110, 112).
A method for shaping a sheet metal blank, including the following steps: - stamping of a sheet metal blank so as to form at least two stamped parts (4, 6); - trimming of the stamped parts (4, 6); - flanging of at least one edge (4 1, 6 1) of each of the stamped parts (4, 6); the stamping and trimming steps including the formation in the blank of at least one linking tab (8, 10) between the stamped parts (4, 6); and the step of flanging includes the separation of the linking tab or tabs (8, 10) of each of the stamped parts (4, 6), characterized in that the or each of the linking tabs (8, 10) includes at least one notch (14, 16) at one edge, preferably two opposite notches and at two opposite longitudinal edges, respectively, said notch or notches (14, 16) being able to cooperate with one or more centring and retaining pins (22, 24) of said tab or tabs (8, 10). - stamping of a sheet metal blank so as to form at least two stamped parts (4, 6); - trimming of the stamped parts (4, 6); - flanging of at least one edge (4 1, 6 1) of each of the stamped parts (4, 6);
Method for controlling a pneumatic braking system of a trailer vehicle which is connected to a tow vehicle equipped with a hydraulic or pneumatic braking system, wherein the braking system of the tow vehicle comprises - a foot brake valve with an electrical switch, - a trailer control valve with electrically controlled inlet and outlet valves (12, 14) and with a pneumatically controlled relay valve, - and a backup valve with an electrically controlled redundancy valve, a relay valve which can be controlled hydraulically by a braking pressure, and a brake value sensor, wherein according to the method at the start of an actuation of the foot brake valve, the electrical switch is closed from an open position or opened from a closed position, and this switching signal is transmitted to an electronic control unit as a braking start signal for an incipient braking process, and wherein by means of the brake value sensor, a brake value representative of the driver's current deceleration request is detected and transmitted to the electronic control unit as a brake value signal, characterized in that the brake value sensor (50, 51) is used for determining an incipient braking process, and in that the backup valve is only deactivated by a switching of the redundancy valve from an open position to a blocking position if the brake value signal detected by means of the brake value sensor (50, 51) has reached or exceeded a predefined minimum signal value. - a foot brake valve with an electrical switch, - a trailer control valve with electrically controlled inlet and outlet valves (12, 14) and with a pneumatically controlled relay valve, - and a backup valve with an electrically controlled redundancy valve, a relay valve which can be controlled hydraulically by a braking pressure, and a brake value sensor, wherein according to the method at the start of an actuation of the foot brake valve, the electrical switch is closed from an open position or opened from a closed position, and this switching signal is transmitted to an electronic control unit as a braking start signal for an incipient braking process, and wherein by means of the brake value sensor, a brake value representative of the driver's current deceleration request is detected and transmitted to the electronic control unit as a brake value signal, characterized in that the brake value sensor (50, 51) is used for determining an incipient braking process, and in that the backup valve is only deactivated by a switching of the redundancy valve from an open position to a blocking position if the brake value signal detected by means of the brake value sensor (50, 51) has reached or exceeded a predefined minimum signal value.
A laundry pedestal for supporting a laundry treating appliance, comprising: a cabinet including a top wall, opposing side walls (18a, 18b), and a base; and a drawer configured to be moved between a retracted position and an extended position relative to the cabinet, wherein the drawer comprises: a first compartment having a first cover; and a second compartment, adjacent to the first compartment, and characterised in that the second compartment has a second cover that is vertically offset above the first cover, wherein a height (H 2) of the second compartment is greater than a height (H 1) of the first compartment, wherein the components forming the drawer are configured to be capable of supporting the weight of a user standing on the first and second compartments (32, 40) as well as the weight of items stored within the first and/or second compartments (32, 40) and wherein the drawer can be moved into the extended position to provide a user with first and second steps that can be climbed by the user. a cabinet including a top wall, opposing side walls (18a, 18b), and a base; and a drawer configured to be moved between a retracted position and an extended position relative to the cabinet, wherein the drawer comprises: a first compartment having a first cover; and a second compartment, adjacent to the first compartment, and characterised in that the second compartment has a second cover that is vertically offset above the first cover, wherein a height (H 2) of the second compartment is greater than a height (H 1) of the first compartment, a first compartment having a first cover; and a second compartment, adjacent to the first compartment, and characterised in that the second compartment has a second cover that is vertically offset above the first cover, wherein a height (H 2) of the second compartment is greater than a height (H 1) of the first compartment, wherein the components forming the drawer are configured to be capable of supporting the weight of a user standing on the first and second compartments (32, 40) as well as the weight of items stored within the first and/or second compartments (32, 40) and wherein the drawer can be moved into the extended position to provide a user with first and second steps that can be climbed by the user.
A method for electroerosion machining comprising: providing an electrode assembly comprising: an electrode body having a tube-shaped body that defines a hollow interior; and one or more inserts affixed to the electrode body to form a cutting surface on the electrode assembly; positioning the electrode assembly adjacent a workpiece to be machined; providing power to the electrode assembly so as to energize the electrode assembly, with the electrode assembly and the workpiece being at opposite electrical polarities; rotating the electrode assembly; advancing the electrode assembly through the workpiece, with a working gap being maintained between the one or more inserts and the workpiece across which a pulse electric current is passed to remove material from the workpiece; wherein, upon advancing the electrode assembly through the workpiece, a core is formed that is completely separated from a remainder of the workpiece and is contained within the hollow interior of the electrode body. an electrode body having a tube-shaped body that defines a hollow interior; and one or more inserts affixed to the electrode body to form a cutting surface on the electrode assembly; positioning the electrode assembly adjacent a workpiece to be machined; providing power to the electrode assembly so as to energize the electrode assembly, with the electrode assembly and the workpiece being at opposite electrical polarities; rotating the electrode assembly; advancing the electrode assembly through the workpiece, with a working gap being maintained between the one or more inserts and the workpiece across which a pulse electric current is passed to remove material from the workpiece; wherein, upon advancing the electrode assembly through the workpiece, a core is formed that is completely separated from a remainder of the workpiece and is contained within the hollow interior of the electrode body.
A method implemented by a first Radio Network Controller characterized by: determining a communication link delay of an lub interface between the first RNC and a base station supported by the first RNC; subsequent to the determining, receiving a request from a different, second RNC to add a call leg that includes the base station for a call supported by the second RNC; and based on the request, transmitting a response to the second RNC that indicates the determined communication link delay. determining a communication link delay of an lub interface between the first RNC and a base station supported by the first RNC; subsequent to the determining, receiving a request from a different, second RNC to add a call leg that includes the base station for a call supported by the second RNC; and based on the request, transmitting a response to the second RNC that indicates the determined communication link delay.
A TPMS (tire pressure monitoring system) sensor position setting method, comprising the steps of: A. providing a setting tool; B. operating said setting tool to select the position of the TPMS sensor to be set; C. enabling said setting tool to transmit a triggering data to trigger said TPMS sensor, said triggering data comprising a trigger signal and a location code; D. said TPMS sensor feeding back to said on-vehicle main unit a response signal containing said location code and the ID of said TPMS sensor after received said trigger signal; and E. said on-vehicle main unit linking said location code and said ID and storing them in a memory therein after received said response signal from said TPMS sensor; characterized in that step B further comprises a sub step of operating said setting tool to select desired physical warning threshold values, wherein said triggering data further comprises said physical warning threshold values, and wherein said TPMS sensor stores said location code and said physical warning threshold values after received said triggering data. A. providing a setting tool; B. operating said setting tool to select the position of the TPMS sensor to be set; C. enabling said setting tool to transmit a triggering data to trigger said TPMS sensor, said triggering data comprising a trigger signal and a location code; D. said TPMS sensor feeding back to said on-vehicle main unit a response signal containing said location code and the ID of said TPMS sensor after received said trigger signal; and E. said on-vehicle main unit linking said location code and said ID and storing them in a memory therein after received said response signal from said TPMS sensor;
A topical hydrophobic formulation that comprises an essential oil and a pharmaceutically active agent, wherein the essential oil is present at a concentration greater than 0.5 wt%, wherein the pharmaceutically active agent includes a polyphenol, wherein the formulation includes less than 10 wt% waterand wherein the essential oil is present at a concentration effective to achieve substantially complete absorption of the formulation into a skin without leaving a greasy residue.
A negative electrode for an alkaline secondary battery comprising a current collecting substrate containing iron, characterized in that the current collecting substrate has a conductive protecting layer having a thickness of 3 μm or less on the substrate, wherein a lower limit of the thickness for the conductive protecting layer is 100 nm, and wherein the negative electrode contains a hydrogen storage alloy and magnesium or a magnesium compound, the magnesium compound being magnesium oxide or magnesium hydroxide.
An integrally formed knitted component (58, 196), comprising: a first knit layer comprising a first yarn, a second knit layer comprising the first yarn, and a first plurality of inlaid courses (64, 212, 288) of a high tenacity yarn forming a first tenacity zone having a tenacity of at least six grams-force per 0.1 tex (1 denier), the inlaid courses extending in a course-wise direction; wherein the first plurality of inlaid courses of the high tenacity yarn comprise at least three courses of high tenacity yarn, each of which is separated from an adjacent course of the first plurality of courses by no more than five courses of the first yarn, wherein the first knit layer comprises a plurality of openings (66, 68, 240, 244), through which an exposed portion of the plurality of inlaid courses (64, 212, 288) of the high tenacity yarn is visible from a first viewpoint facing the first knit layer, the knitted component being characterized in that each course of the first plurality of inlaid courses comprises at least two ends of high tenacity yarn and each opening of the plurality of openings (66, 68, 240, 244) has an elongate shape extending in a course-wise direction, the plurality of openings forming a pattern, at least a portion of which has an orientation other than a course-wise direction, such that each opening of the plurality of openings (66, 68, 240, 244) has an orientation different than the plurality of openings as a whole, thereby providing a visual impression that the high tenacity yarn extends in a direction of the pattern. a first knit layer comprising a first yarn, a second knit layer comprising the first yarn, and a first plurality of inlaid courses (64, 212, 288) of a high tenacity yarn forming a first tenacity zone having a tenacity of at least six grams-force per 0.1 tex (1 denier), the inlaid courses extending in a course-wise direction; wherein the first plurality of inlaid courses of the high tenacity yarn comprise at least three courses of high tenacity yarn, each of which is separated from an adjacent course of the first plurality of courses by no more than five courses of the first yarn, wherein the first knit layer comprises a plurality of openings (66, 68, 240, 244), through which an exposed portion of the plurality of inlaid courses (64, 212, 288) of the high tenacity yarn is visible from a first viewpoint facing the first knit layer, the knitted component being characterized in that each course of the first plurality of inlaid courses comprises at least two ends of high tenacity yarn and each opening of the plurality of openings (66, 68, 240, 244) has an elongate shape extending in a course-wise direction, the plurality of openings forming a pattern, at least a portion of which has an orientation other than a course-wise direction, such that each opening of the plurality of openings (66, 68, 240, 244) has an orientation different than the plurality of openings as a whole, thereby providing a visual impression that the high tenacity yarn extends in a direction of the pattern.