mhurhangee/ep-ind-claims huggingface dataset:
An article, comprising: a thin film interference pigment including a reflector layer, a dielectric layer, and an absorber layer; and a discontinuous coating including a colored selectively absorbing nanoparticle on the thin film interference pigment, wherein the selectively absorbing nanoparticle is a nanoparticle chosen from a pigment, a dye, a metal carbide, and combinations thereof. a thin film interference pigment including a reflector layer, a dielectric layer, and an absorber layer; and a discontinuous coating including a colored selectively absorbing nanoparticle on the thin film interference pigment, wherein the selectively absorbing nanoparticle is a nanoparticle chosen from a pigment, a dye, a metal carbide, and combinations thereof.
A system for evaluating a performance of a footwork-based activity, the system comprising: a sensor system including a first sensor disposed in a first article of footwear (405, 406) and a second sensor disposed in a second article of footwear (415, 416) an evaluation module including a processor configured to communicate with the first sensor and the second sensor; characterized in that the system further comprises a target routine comprising a first set of footstrike data received from the first sensor, the target routine being accessible by the processor, wherein the target routine is associated with a first user wearing the first article of footwear (405, 406); and in that the system further comprises an evaluation routine comprising a second set of footstrike data received from the second sensor, the evaluation routine being accessible by the processor, wherein the evaluation routine is associated with a second user wearing the second article of footwear (415, 416); wherein the evaluation module is configured to generate evaluation information comparing the evaluation routine to the target routine; and wherein the first set of footstrike data and the second set of footstrike data each comprise a plurality of left and right footstrikes associated with a timing between successive footstrikes. a sensor system including a first sensor disposed in a first article of footwear (405, 406) and a second sensor disposed in a second article of footwear (415, 416) an evaluation module including a processor configured to communicate with the first sensor and the second sensor; characterized in that the system further comprises a target routine comprising a first set of footstrike data received from the first sensor, the target routine being accessible by the processor, wherein the target routine is associated with a first user wearing the first article of footwear (405, 406); and in that the system further comprises an evaluation routine comprising a second set of footstrike data received from the second sensor, the evaluation routine being accessible by the processor, wherein the evaluation routine is associated with a second user wearing the second article of footwear (415, 416); wherein the evaluation module is configured to generate evaluation information comparing the evaluation routine to the target routine; and wherein the first set of footstrike data and the second set of footstrike data each comprise a plurality of left and right footstrikes associated with a timing between successive footstrikes.
A camera-shake correction apparatus (10; 10A; 10B) that corrects camera shake by moving all or a moving part of an auto-focusing lens drive apparatus (20; 20A; 20B) for moving a lens barrel (12; 12A) along an optical axis in a first direction and second direction that are perpendicular to said optical axis and that are perpendicular to each other, wherein: said auto-focusing lens drive apparatus (20; 20A; 20B) has: a focusing coil (26; 26A-1, 26A-2; 26B-1, 26B-2); and a permanent magnet (28; 28A; 28B) disposed on an outer radial-direction side of that focusing coil with respect to said optical axis, facing that focusing coil; and said camera-shake correction apparatus (10; 10A; 10B) has: a base (14; 14A; 14B) disposed so as to be spaced from a bottom surface of said auto-focusing lens drive apparatus (20; 20A; 20B); a plurality of suspension wires (16; 16A; 16B) one end of each of which is fixed by an outer peripheral section of that base, said plurality of suspension wires extending parallel to said optical axis and supporting all or a moving part of said auto-focusing lens drive apparatus (20; 20A; 20B) so as to be able to rock in said first direction and said second direction; and a camera-shake correction coil (18; 18A; 18B) disposed so as to face said permanent magnet (28; 28A; 28B). a focusing coil (26; 26A-1, 26A-2; 26B-1, 26B-2); and a permanent magnet (28; 28A; 28B) disposed on an outer radial-direction side of that focusing coil with respect to said optical axis, facing that focusing coil; and said camera-shake correction apparatus (10; 10A; 10B) has: a base (14; 14A; 14B) disposed so as to be spaced from a bottom surface of said auto-focusing lens drive apparatus (20; 20A; 20B); a plurality of suspension wires (16; 16A; 16B) one end of each of which is fixed by an outer peripheral section of that base, said plurality of suspension wires extending parallel to said optical axis and supporting all or a moving part of said auto-focusing lens drive apparatus (20; 20A; 20B) so as to be able to rock in said first direction and said second direction; and a camera-shake correction coil (18; 18A; 18B) disposed so as to face said permanent magnet (28; 28A; 28B). a base (14; 14A; 14B) disposed so as to be spaced from a bottom surface of said auto-focusing lens drive apparatus (20; 20A; 20B); a plurality of suspension wires (16; 16A; 16B) one end of each of which is fixed by an outer peripheral section of that base, said plurality of suspension wires extending parallel to said optical axis and supporting all or a moving part of said auto-focusing lens drive apparatus (20; 20A; 20B) so as to be able to rock in said first direction and said second direction; and a camera-shake correction coil (18; 18A; 18B) disposed so as to face said permanent magnet (28; 28A; 28B).
Connection assembly for connecting a tool head and a further machine module of a machine tool, in particular a surface finishing machine, wherein the connection assembly comprises at least two connection parts (14, 16, 18) following one another along a longitudinal axis and each having a connection section (20, 22) via which the connection parts (14, 16, 18) are connectable to one another, wherein the connection sections (20, 22) each delimit an inner cross section (24, 26) to the outside, wherein inside the respective cross section (24, 26) an electrical plug connector (28, 30) and a connection opening (36, 38) to a flow channel (40, 42) formed in the respective connection part (14, 16, 18) are provided in such a way that when the connection sections (20, 22) are plugged together, mechanical clamping elements (32, 34) engage behind one another and the plug connectors (28, 30) and/or the connection openings (36, 38) are respectively connected to one another, characterized in that the mechanical clamping elements (32, 34) are provided inside the respective cross section (24, 26).
A method of reassigning an elevator call for an elevator car, the method comprising: receiving an elevator call from a mobile device, the elevator call including a destination request to travel from a boarding floor to a destination floor; assigning a first elevator car to the elevator call; activating an alert on the mobile device that the first elevator car has been assigned to the elevator call; determining that the first elevator car cannot serve the elevator call; assigning a second elevator car to the elevator call; and activating an alert on the mobile device indicating that the second elevator car has been assigned to the elevator call; characterized in that determining that the first elevator car cannot serve the elevator call comprises: receiving a desired passenger wait time from the mobile device and determining that the first elevator car will not arrive at the boarding floor within the desired passenger wait time and the first elevator car cannot serve the elevator call. receiving an elevator call from a mobile device, the elevator call including a destination request to travel from a boarding floor to a destination floor; assigning a first elevator car to the elevator call; activating an alert on the mobile device that the first elevator car has been assigned to the elevator call; determining that the first elevator car cannot serve the elevator call; assigning a second elevator car to the elevator call; and activating an alert on the mobile device indicating that the second elevator car has been assigned to the elevator call; characterized in that determining that the first elevator car cannot serve the elevator call comprises: receiving a desired passenger wait time from the mobile device and determining that the first elevator car will not arrive at the boarding floor within the desired passenger wait time and the first elevator car cannot serve the elevator call.
A method for continuous production of tablets, including the steps of: providing a rotary tablet press with a plurality of dies, top and bottom punches (66, 64, 65) and a tablet press feeder, providing at least one first material feeder with an inlet and a discharge end, providing at least one second material feeder with an inlet and a discharge end, providing a blender with an inlet end and a discharge end, wherein the inlet end and the discharge end of the blender are substantially aligned in the vertical direction, connecting the inlet of the blender to the discharge ends of the first and second material feeders, connecting the discharge end of the blender to the tablet press feeder, feeding a first material having a first predefined mean particle size to the first material feeder, feeding a second material containing particles having a second predefined mean particle size to the second material feeder; mixing the first material with the second material in the blender, feeding the mixed material stream from the discharge end of the blender to the tablet press, and tabletting the mixed material stream in the tablet press, characterized in that the blender is positioned in close connection with the tablet press with the distance between the discharge end of the blender and the tablet press feeder being below 1 m, and that the mixing step is carried out while transporting the mixed material stream substantially vertically from an upper level to a lower level, such that blending and vertical transport are combined. providing a rotary tablet press with a plurality of dies, top and bottom punches (66, 64, 65) and a tablet press feeder, providing at least one first material feeder with an inlet and a discharge end, providing at least one second material feeder with an inlet and a discharge end, providing a blender with an inlet end and a discharge end, wherein the inlet end and the discharge end of the blender are substantially aligned in the vertical direction, connecting the inlet of the blender to the discharge ends of the first and second material feeders, connecting the discharge end of the blender to the tablet press feeder, feeding a first material having a first predefined mean particle size to the first material feeder, feeding a second material containing particles having a second predefined mean particle size to the second material feeder; mixing the first material with the second material in the blender, feeding the mixed material stream from the discharge end of the blender to the tablet press, and tabletting the mixed material stream in the tablet press, characterized in that the blender is positioned in close connection with the tablet press with the distance between the discharge end of the blender and the tablet press feeder being below 1 m, and that the mixing step is carried out while transporting the mixed material stream substantially vertically from an upper level to a lower level, such that blending and vertical transport are combined.
Method for carrying out a parking brake process in a motor vehicle with a service brake and an automated parking brake, wherein a hydraulic force component and an electromechanical mechanical force component are superposed to achieve a total clamping force for the parking brake process, characterized in that the superposition of the two force components to achieve the total clamping force in superposition operation is carried out for every parking brake process, wherein the electromechanical force component is generated at the earliest simultaneously with the hydraulic force component.
An apparatus for cutting plastic pipes, in particular corrugated plastic pipes, characterized by: a multi-part housing having a first housing part and a second housing part, which are displaceable relative to one another between an open position and a closed position, wherein in the closed position, the housing parts (2a, 2b) form a pipe-receiving space for at least partially receiving the plastic pipe; a multi-part cutting ring having a first cutting ring portion and a second cutting ring portion, which are formed separately from one another and are arranged displaceably relative to the housing parts (2a, 2b), wherein in the closed position of the housing parts (2a, 2b), the cutting ring portions (20a, 20b) are arranged to extend around the pipe-receiving space, and wherein at least one of the cutting ring portions (20a, 20b) has a cutting blade protruding at least partially radially inward into the pipe-receiving space; and a drive device (22, 28; 44, 46) for rotationally driving the cutting ring; wherein in the closed position of the housing parts (2a, 2b), the plastic pipe can be fixed in the pipe-receiving space, and in the open position of the housing parts (2a, 2b) the plastic pipe can be inserted into the opened pipe-receiving space substantially in the radial direction. a multi-part housing having a first housing part and a second housing part, which are displaceable relative to one another between an open position and a closed position, wherein in the closed position, the housing parts (2a, 2b) form a pipe-receiving space for at least partially receiving the plastic pipe; a multi-part cutting ring having a first cutting ring portion and a second cutting ring portion, which are formed separately from one another and are arranged displaceably relative to the housing parts (2a, 2b), wherein in the closed position of the housing parts (2a, 2b), the cutting ring portions (20a, 20b) are arranged to extend around the pipe-receiving space, and wherein at least one of the cutting ring portions (20a, 20b) has a cutting blade protruding at least partially radially inward into the pipe-receiving space; and a drive device (22, 28; 44, 46) for rotationally driving the cutting ring; wherein in the closed position of the housing parts (2a, 2b), the plastic pipe can be fixed in the pipe-receiving space, and in the open position of the housing parts (2a, 2b) the plastic pipe can be inserted into the opened pipe-receiving space substantially in the radial direction.
An eye tracking system (100, 339) comprising a controller configured to: receive a blink-signal that represents whether or not a blink has been detected in a current-image; receive a quality-indicator that represents the quality of data in the current-image; and set a validated-blink-signal to a validated-blink-value if: the blink-signal indicates that a blink has been detected; and the quality-indicator is less than a validated-blink-threshold; characterized by the controller being further configured to: set a quality-indicator-baseline based on the quality-indicator for one or more previous images for which the blink-signal indicates that a blink has not been detected; and set the validated-blink-threshold based on the quality-indicator-baseline. receive a blink-signal that represents whether or not a blink has been detected in a current-image; receive a quality-indicator that represents the quality of data in the current-image; and set a validated-blink-signal to a validated-blink-value if: the blink-signal indicates that a blink has been detected; and the quality-indicator is less than a validated-blink-threshold; the blink-signal indicates that a blink has been detected; and the quality-indicator is less than a validated-blink-threshold; set a quality-indicator-baseline based on the quality-indicator for one or more previous images for which the blink-signal indicates that a blink has not been detected; and set the validated-blink-threshold based on the quality-indicator-baseline.
A method for configuring a secure element, the method comprising: - storing an application in the secure element; - storing a master key in the secure element; - storing a key derivation program in the secure element; the method being characterized by: - generating, by the key derivation program, at least one application key for use by the application, wherein said generating comprises deriving the application key from the master key and an identifier of the secure element. - storing an application in the secure element; - storing a master key in the secure element; - storing a key derivation program in the secure element; - generating, by the key derivation program, at least one application key for use by the application, wherein said generating comprises deriving the application key from the master key and an identifier of the secure element.
A process for producing a colored fine particle dispersion comprising the step of subjecting a dispersion comprising a pigment, a polymerizable monomer, a surfactant, a polymerization initiator and water to emulsion polymerization, the pigment being a pigment having a quinacridone skeleton; the surfactant being an anionic or nonionic surfactant; and the polymerization initiator comprising an anionic or nonionic azo-based compound, wherein the anionic azo-based compound is at least one carboxy group-containing azo compound selected from the group consisting of azobiscarboxylic acids having 8 to 16 carbon atoms, azobiscyanocarboxylic acids having 8 to 16 carbon atoms, and salts of these acids, and wherein the nonionic azo-based compound is a hydroxy group-containing azoamide group compound. the pigment being a pigment having a quinacridone skeleton; the surfactant being an anionic or nonionic surfactant; and the polymerization initiator comprising an anionic or nonionic azo-based compound, wherein the anionic azo-based compound is at least one carboxy group-containing azo compound selected from the group consisting of azobiscarboxylic acids having 8 to 16 carbon atoms, azobiscyanocarboxylic acids having 8 to 16 carbon atoms, and salts of these acids, and wherein the nonionic azo-based compound is a hydroxy group-containing azoamide group compound.
- Hydrophobic monomers of formula: R - (A-O)m - (B-O) n - R' where: - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups different from one another, and having 2 to 4 carbon atoms, wherein group AO preferentially designates ethylene oxide, and group BO preferentially designates propylene oxide, - R designates a polymerisable unsaturated group, preferentially methacrylate, - where R' is characterised in that it is a grouping of formula: CH 3 - (CH 2) p - CH 2 - where p is a real number comprised between 24 and 34, preferentially equal to 26. - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups different from one another, and having 2 to 4 carbon atoms, wherein group AO preferentially designates ethylene oxide, and group BO preferentially designates propylene oxide, - R designates a polymerisable unsaturated group, preferentially methacrylate, - where R' is characterised in that it is a grouping of formula: CH 3 - (CH 2) p - CH 2 -
A heater comprising: a light emitting tube where a heating body is provided on an inside thereof; a multilayer film that is formed on an outer peripheral surface of the light emitting tube; a metal foil that is electrically connected to the heating body; a lead wire that is electrically connected to the metal foil; an external lead-in wire that has a connecting portion electrically connected to the lead wire; a sealing portion in which the metal foil and a part of the lead wire are embedded, which is formed in the light emitting tube so as to seal the inside of the light emitting tube, and includes a lead-out portion with which the lead wire is drawn out to an outside of the light emitting tube; characterised by a covering tube that covers the external lead-in wire and the lead wire that is drawn out from the lead-out portion; a clasp that includes an opening portion through which the sealing portion is inserted, an accommodating portion that accommodates the sealing portion, and a through-hole through which the external lead-in wire passes from an inside of the accommodating portion to the outside; and a filler with which a portion between the sealing portion and the accommodating portion, and a portion between the external lead-in wire and the through-hole are filled so as to close the opening portion and the through-hole of the clasp, and which contains 85% by mass or more of alumina. a light emitting tube where a heating body is provided on an inside thereof; a multilayer film that is formed on an outer peripheral surface of the light emitting tube; a metal foil that is electrically connected to the heating body; a lead wire that is electrically connected to the metal foil; an external lead-in wire that has a connecting portion electrically connected to the lead wire; a sealing portion in which the metal foil and a part of the lead wire are embedded, which is formed in the light emitting tube so as to seal the inside of the light emitting tube, and includes a lead-out portion with which the lead wire is drawn out to an outside of the light emitting tube; characterised by a covering tube that covers the external lead-in wire and the lead wire that is drawn out from the lead-out portion; a clasp that includes an opening portion through which the sealing portion is inserted, an accommodating portion that accommodates the sealing portion, and a through-hole through which the external lead-in wire passes from an inside of the accommodating portion to the outside; and a filler with which a portion between the sealing portion and the accommodating portion, and a portion between the external lead-in wire and the through-hole are filled so as to close the opening portion and the through-hole of the clasp, and which contains 85% by mass or more of alumina.
An oral care composition comprising: an anionic surfactant, wherein the anionic surfactant is sodium lauryl sulfate; a cationic or amphoteric surfactant, wherein the cationic or amphoteric surfactant is cocamidopropyl betaine (CAPB); and a potassium salt; wherein the oral care composition does not comprise a non-ionic surfactant, wherein sodium lauryl sulfate is present in an amount of from 1.0 weight % to 3.0 weight %, and wherein cocamidopropyl betaine is present in an amount of from 0.30 weight% to 0.60 weight % of the composition. an anionic surfactant, wherein the anionic surfactant is sodium lauryl sulfate; a cationic or amphoteric surfactant, wherein the cationic or amphoteric surfactant is cocamidopropyl betaine (CAPB); and a potassium salt; wherein the oral care composition does not comprise a non-ionic surfactant, wherein sodium lauryl sulfate is present in an amount of from 1.0 weight % to 3.0 weight %, and wherein cocamidopropyl betaine is present in an amount of from 0.30 weight% to 0.60 weight % of the composition.