mhurhangee/ep-ind-claims huggingface dataset:
A watermark decoding apparatus comprising: an instantaneous phase calculator to: calculate a first instantaneous phase value for a first watermark component of a watermarked media signal at a first time; calculate a second instantaneous phase value for a second watermark component of the watermarked media signal at the first time; a phase comparator to: determine a first sum of differences for the first and second instantaneous phase values relative to a first possible starting phase value; determine a second sum of differences for the first and second instantaneous phase values relative to a second possible starting phase value; a starting phase bit determiner to, in response to one of the first sum of differences or the second sum of differences satisfying a difference threshold: select a corresponding one of the first possible starting phase value or the second possible starting phase value to be a starting phase value; and decode a bit value corresponding to the starting phase value; and a payload determiner to determine a payload based on the bit value and a symbol represented by watermark components including the first watermark component and the second watermark component. an instantaneous phase calculator to: calculate a first instantaneous phase value for a first watermark component of a watermarked media signal at a first time; calculate a second instantaneous phase value for a second watermark component of the watermarked media signal at the first time; calculate a first instantaneous phase value for a first watermark component of a watermarked media signal at a first time; calculate a second instantaneous phase value for a second watermark component of the watermarked media signal at the first time; a phase comparator to: determine a first sum of differences for the first and second instantaneous phase values relative to a first possible starting phase value; determine a second sum of differences for the first and second instantaneous phase values relative to a second possible starting phase value; determine a first sum of differences for the first and second instantaneous phase values relative to a first possible starting phase value; determine a second sum of differences for the first and second instantaneous phase values relative to a second possible starting phase value; a starting phase bit determiner to, in response to one of the first sum of differences or the second sum of differences satisfying a difference threshold: select a corresponding one of the first possible starting phase value or the second possible starting phase value to be a starting phase value; and decode a bit value corresponding to the starting phase value; and select a corresponding one of the first possible starting phase value or the second possible starting phase value to be a starting phase value; and decode a bit value corresponding to the starting phase value; and a payload determiner to determine a payload based on the bit value and a symbol represented by watermark components including the first watermark component and the second watermark component.
Actuator for a safety switch with an actuator head, which is mounted at a base body by means of a connecting element, wherein the actuator head has at least in a section a greater cross-section than the connecting element, wherein the connecting element is stiff in axial direction and the actuator head is held by means of the connecting element in a basic setting in which the longitudinal axis of the connecting element extends at an angle of inclination to the surface of the base body, characterised in that the connecting element consists of a elastically deformable material and in the case of external applications of force is deflectable transversely to the longitudinal axis of the connecting element, whereby the actuator on approach to the safety switch can be centred on a locking unit of the safety switch, and that either the base body forms a receptacle by means of which the actuator can be installed in or at a door or the base body is a groove block in which a profile can be integrated.
Article having at least one luminous, in particular white, area, in particular for display purposes said article comprising at least one glass-ceramic substrate having a light transmission from 0.8% to 40% and an optical transmission of at least 0.1% for at least a wavelength within the range from 420 to 780 nm, at least one light source, in particular a light-emitting diode, having an emission peak at a wavelength between 430 and 490 nm, and at least one luminescent compound emitting in the area delimited by the following colorimetric coordinates (x, y): x 0.2658 0.2000 0.3000 0.4229 0.2658 y 0.7243 0.3950 0.3405 0.5756 0.7243 so as to form at least one luminous area, particularly white, in particular for display purposes, in at least one area of the plate, said luminescent compound being furthermore chosen so that the assembly source/luminescent compound emits in the area delimited by the following coordinates (x, y): x 0.460 0.385 0.255 0.190 0.175 0.180 0.305 0.385 0.460 y 0.440 0.425 0.305 0.255 0.270 0.310 0.485 0.510 0.440
A pool (1; 1'; 1"; 1'''; 1'''') for receiving one or more persons for the performance of sporting or recreational activities, comprising at least one bottom plate (2; 2'; 2"; 2'''; 2''''); a boundary wall (3; 3'; 3"; 3'''; 3''''), wherein the bottom plate (2; 2'; 2"; 2'''; 2'''') and the boundary wall (3; 3'; 3"; 3'''; 3'''') enclose an internal volume (4; 4"; 4''') which is fillable with water during operation of the pool (1; 1'; 1"; 1'''; 1''''); and a treatment unit for treatment of the water contained in the inner volume (4; 4"; 4'''; 4''''), the treatment unit comprising an inlet connected to the inner volume (4; 4"; 4'''; 4'''') 4''''), an outlet connected to the inner volume (4; 4"; 4'''; 4''''), and a treatment means arranged in the direction of flow of the water between the inlet and the outlet, wherein the bottom plate (2; 2'; 2"; 2'''; 2'''') and the boundary wall (3; 3'; 3"; 3'''; 3'''') are each constructed of one or more monolithic natural stones, and said monolithic natural stones are joined to one another within the bottom plate (2; 2'; 2"; 2''' 2''''), the boundary wall (3; 3'; 3"; 3'''; 3'''') and at the connecting surfaces between the base plate (2; 2'; 2"; 2'''; 2'''') and the boundary wall (3; 3'; 3"; 3''''; 3'''') in a materially bonded and watertight manner, in particular by means of an adhesive bond; the bottom plate (2; 2'; 2"; 2'''; 2'''') together with the boundary wall (3; 3'; 3"; 3'''; 3'''') are adapted to absorb the pressure generated by the water present in the inner volume (4; 4"; 4"; 4'''') during operation of the pool (1; 1'; 1"; 1'''; 1''''), without the need for a supporting substructure provided in addition to the boundary wall (3; 3'; 3"; 3'''; 3''''); and the inner volume (4; 4"; 4'''; 4'''') has a depth of at least 0.5 m and the inner volume (4; 4"; 4'''; 4'''') exhibits a free inner length (42; 42'; 42''') of at least 2 m and a free inner width (43; 43''') of at least 2 m, wherein the free inner length (42; 42'; 42''') is arranged at right angles to the free inner width (43; 43'").
Device for processing faults, including means for detecting and for identifying faults, characterised in that it furthermore includes, for at least some of the identified faults: - a means for storing a log of the occurrences of faults having the same identification, over the course of a plurality of flights, - a means for determining the impact of each identified fault on the availability of the aircraft in a predetermined period, - a means for associating a hierarchical attribute with each fault detected over the course of a flight, said hierarchical attribute depending on said log and on said impact, and - a means for displaying identified faults that are associated with some of said hierarchical attributes. - a means for storing a log of the occurrences of faults having the same identification, over the course of a plurality of flights, - a means for determining the impact of each identified fault on the availability of the aircraft in a predetermined period, - a means for associating a hierarchical attribute with each fault detected over the course of a flight, said hierarchical attribute depending on said log and on said impact, and - a means for displaying identified faults that are associated with some of said hierarchical attributes.
A method for manufacturing a tubular metal shell including a ground electrode bar for a spark plug, the method comprising: bringing a front end surface of a tubular metal shell for a spark plug and a back end surface of a bar, which is a ground electrode member, into contact with each other; and resistance-welding the tubular metal shell and the bar together by passing an electric current between resistance welding electrodes that are electrically connected to the tubular metal shell and the bar, wherein one of the resistance welding electrodes that is electrically connected to the bar has a clamping structure including a pair of electrode lugs (210, 220) that clamp the bar at side surfaces of the bar so as to be electrically connected to the bar, wherein one of the electrode lugs (210, 220) includes a first contact portion that comes into contact with the bar and the other of the electrode lugs (210, 220) includes a second contact portion that comes into contact with the bar, wherein, when the bar is clamped between the electrode lugs (210, 220), the second contact portion is in surface-to-surface contact with the corresponding side surface of the bar, characterized in that the first contact portion has a front-back length shorter than a front-back length of the second contact portion, and comes into contact with the bar over a contact area smaller than a contact area over which the second contact portion comes into contact with the bar. bringing a front end surface of a tubular metal shell for a spark plug and a back end surface of a bar, which is a ground electrode member, into contact with each other; and resistance-welding the tubular metal shell and the bar together by passing an electric current between resistance welding electrodes that are electrically connected to the tubular metal shell and the bar, wherein one of the resistance welding electrodes that is electrically connected to the bar has a clamping structure including a pair of electrode lugs (210, 220) that clamp the bar at side surfaces of the bar so as to be electrically connected to the bar, wherein one of the electrode lugs (210, 220) includes a first contact portion that comes into contact with the bar and the other of the electrode lugs (210, 220) includes a second contact portion that comes into contact with the bar, wherein, when the bar is clamped between the electrode lugs (210, 220), the second contact portion is in surface-to-surface contact with the corresponding side surface of the bar, characterized in that the first contact portion has a front-back length shorter than a front-back length of the second contact portion, and comes into contact with the bar over a contact area smaller than a contact area over which the second contact portion comes into contact with the bar.
An image display apparatus, comprising: a liquid crystal display panel comprising a display surface for displaying an image on a first surface of the liquid crystal display panel; an imaging device disposed to face a second surface of the liquid crystal display panel, the second surface located opposite to the first surface, the imaging device being capable of imaging a front area of the liquid crystal display panel and comprising a sleeve, and an imaging element which receives incoming light which has passed through the sleeve; a backlight device disposed to face the second surface of the liquid crystal display panel, the backlight device applying light to the second surface of the liquid crystal display panel and including a retaining portion to hold the imaging device; and a light shield member, the light shield member having an annular shape, being disposed between the second surface of the liquid crystal display panel and an end surface of the sleeve, and being in contact with each of the second surface and the end surface. a liquid crystal display panel comprising a display surface for displaying an image on a first surface of the liquid crystal display panel; an imaging device disposed to face a second surface of the liquid crystal display panel, the second surface located opposite to the first surface, the imaging device being capable of imaging a front area of the liquid crystal display panel and comprising a sleeve, and an imaging element which receives incoming light which has passed through the sleeve; a sleeve, and an imaging element which receives incoming light which has passed through the sleeve; a backlight device disposed to face the second surface of the liquid crystal display panel, the backlight device applying light to the second surface of the liquid crystal display panel and including a retaining portion to hold the imaging device; and a light shield member, the light shield member having an annular shape, being disposed between the second surface of the liquid crystal display panel and an end surface of the sleeve, and being in contact with each of the second surface and the end surface.
A method of reducing impact of user-entered data errors in a data management system, the DMS executing a DMS application on a processor to request user-entered event data from a user for an event via a DMS application interface and store the user-entered event data received from the user into a primary DMS database, the method comprising: obtaining secondary data from at least two sensors, wherein a first sensor detects non-glucose data; storing the secondary data into a secondary tracking database; cross-checking the user-entered event data against the secondary data to determine whether the user-entered event data is consistent with the secondary data via the processor; assigning a state and a weight to the user-entered event data based on a result of the cross-checking, wherein the state indicates a status of the user-entered event data, and wherein the weight indicates a confidence level in an accuracy of the user-entered event data; displaying a request to the user to review and correct or confirm the user-entered event data based on the assigned state; updating the state and the weight of the user-entered event data in the primary DMS database based on a user's response to the request; and determining a diabetes management plan in response to the updated state and the updated weight assigned to the user-entered event data indicating a change in medication, testing, diet, or exercise. obtaining secondary data from at least two sensors, wherein a first sensor detects non-glucose data; storing the secondary data into a secondary tracking database; cross-checking the user-entered event data against the secondary data to determine whether the user-entered event data is consistent with the secondary data via the processor; assigning a state and a weight to the user-entered event data based on a result of the cross-checking, wherein the state indicates a status of the user-entered event data, and wherein the weight indicates a confidence level in an accuracy of the user-entered event data; displaying a request to the user to review and correct or confirm the user-entered event data based on the assigned state; updating the state and the weight of the user-entered event data in the primary DMS database based on a user's response to the request; and determining a diabetes management plan in response to the updated state and the updated weight assigned to the user-entered event data indicating a change in medication, testing, diet, or exercise.
A heat delivery element for a shaving razor comprising: a face plate having a skin contacting surface and an opposing inner surface; a heater having a heater track positioned between an upper dielectric layer and a lower dielectric layer; and a heat dispersion layer having a lower surface directly contacting the inner surface of the face plate and an upper surface directly contacting the lower dielectric layer of the heater. a face plate having a skin contacting surface and an opposing inner surface; a heater having a heater track positioned between an upper dielectric layer and a lower dielectric layer; and a heat dispersion layer having a lower surface directly contacting the inner surface of the face plate and an upper surface directly contacting the lower dielectric layer of the heater.
A prosthetic heart valve for implant at a valve annulus, comprising: a support frame defining a non-circular orifice about an axis along an inflow-outflow direction, the orifice having a longer dimension along a major axis and a shorter dimension along a perpendicular minor axis, the support frame having an inflow edge; and four separate flexible leaflets (34a, 34b, 34c, 34d) arranged in two pairs of diametrically opposed symmetric leaflets, characterized in that the support frame is an undulating support frame comprising commissures (40a, 40b, 40c, 40d) extending generally axially therefrom in the outflow direction to an axial height of at least 6mm, and in that each of a first pair of leaflets is substantially smaller (34b, 34d) than each of a second pair of leaflets (34a, 34c) each being separately mounted for movement on the support frame and being supported between the axially extending commissures to provide a one-way valve in the non-circular orifice. a support frame defining a non-circular orifice about an axis along an inflow-outflow direction, the orifice having a longer dimension along a major axis and a shorter dimension along a perpendicular minor axis, the support frame having an inflow edge; and four separate flexible leaflets (34a, 34b, 34c, 34d) arranged in two pairs of diametrically opposed symmetric leaflets, characterized in that the support frame is an undulating support frame comprising commissures (40a, 40b, 40c, 40d) extending generally axially therefrom in the outflow direction to an axial height of at least 6mm, and in that each of a first pair of leaflets is substantially smaller (34b, 34d) than each of a second pair of leaflets (34a, 34c) each being separately mounted for movement on the support frame and being supported between the axially extending commissures to provide a one-way valve in the non-circular orifice.
An end fence provided in a feeding cassette of an image forming apparatus and configured to move back and forth in a feeding direction of a recording medium in the feeding cassette, the end fence comprising: an end fence main body; a holding means configured to fix the end fence main body to the feeding cassette; a pressure-applying body provided with the end fence main body and configured to be able to move, rotate, or move and rotate with respect to the end fence main body to protrude from or retract to the end fence main body in the feeding direction of the recording medium; and a switching means configured to cause the end fence to switch between a position-fixed state and a position fixation-released state, by applying a force to the holding means to move the holding means upward or downward with respect to the end fence main body, the position-fixed state being a state in which the end fence is fixed to the feeding cassette, and the position fixation-released state being a state in which position fixation with the feeding cassette is released, wherein the switching means and the pressure-applying body are in contact with and engaged with each other, so that when the holding means is moved upward or downward by the switching means with respect to the end fence main body, the pressure-applying body is also moved, rotated, or moved and rotated by the switching means with respect to the end fence main body, and characterized in that: before the pressure-applying body protrudes with respect to the end fence main body, the holding means moves downward from the end fence main body so as to fix the end fence main body to the feeding cassette. an end fence main body; a holding means configured to fix the end fence main body to the feeding cassette; a pressure-applying body provided with the end fence main body and configured to be able to move, rotate, or move and rotate with respect to the end fence main body to protrude from or retract to the end fence main body in the feeding direction of the recording medium; and a switching means configured to cause the end fence to switch between a position-fixed state and a position fixation-released state, by applying a force to the holding means to move the holding means upward or downward with respect to the end fence main body, the position-fixed state being a state in which the end fence is fixed to the feeding cassette, and the position fixation-released state being a state in which position fixation with the feeding cassette is released, wherein the switching means and the pressure-applying body are in contact with and engaged with each other, so that when the holding means is moved upward or downward by the switching means with respect to the end fence main body, the pressure-applying body is also moved, rotated, or moved and rotated by the switching means with respect to the end fence main body, and characterized in that: before the pressure-applying body protrudes with respect to the end fence main body, the holding means moves downward from the end fence main body so as to fix the end fence main body to the feeding cassette.
A push button switch comprising: a base comprising a contact disposition surface on which a plurality of fixed contacts (15a, 16a, 17a) are positioned around a circle; a rotor rotatably disposed on the base for rotation about a central axis and about a rotating shaft passing through a center of the circle, the rotor comprising a plurality of movable contacts (31c, 32c, 33c) positioned to come into contact with and separate from the plurality of fixed contacts (15a, 16a, 17a) about the rotating shaft; a push button adjoined to an outer peripheral surface of the rotor and movably disposed in a direction orthogonal to the rotating shaft of the rotor, the push button being configured to rotate the rotor by a push operation; and a cover configured to accommodate the base, the rotor, and the push button, the cover exposing an operation unit of the push button; and the base comprises a terminal disposition surface from which a plurality of terminals (15c, 16c, 17c) to be connected to the plurality of fixed contacts (15a, 16a, 17a) project, characterized in that the plurality of terminals (15c, 16c, 17c) are inclined relative to the terminal disposition surface; wherein the push button switch comprises a biasing spring, the biasing spring being twistable about the central axis to provide a biasing force, and the rotor is arranged to rotate about the rotating shaft against the biasing force of the biasing spring to bring one of the plurality of moveable contacts (31 c, 32c, 33c) into contact with one of the plurality of fixed contacts (15a, 16a, 17a) when the push button is pressed. a base comprising a contact disposition surface on which a plurality of fixed contacts (15a, 16a, 17a) are positioned around a circle; a rotor rotatably disposed on the base for rotation about a central axis and about a rotating shaft passing through a center of the circle, the rotor comprising a plurality of movable contacts (31c, 32c, 33c) positioned to come into contact with and separate from the plurality of fixed contacts (15a, 16a, 17a) about the rotating shaft; a push button adjoined to an outer peripheral surface of the rotor and movably disposed in a direction orthogonal to the rotating shaft of the rotor, the push button being configured to rotate the rotor by a push operation; and a cover configured to accommodate the base, the rotor, and the push button, the cover exposing an operation unit of the push button; and the base comprises a terminal disposition surface from which a plurality of terminals (15c, 16c, 17c) to be connected to the plurality of fixed contacts (15a, 16a, 17a) project, characterized in that the plurality of terminals (15c, 16c, 17c) are inclined relative to the terminal disposition surface;