mhurhangee/ep-ind-claims huggingface dataset:
Device for testing the plausibility of signals of a rotary encoder, including: a sine signal provision device which is designed to provide a sine signal of the rotary encoder which indicates a sine function of a time-dependent angle of rotation; a cosine signal provision device which is designed to provide a cosine signal of the rotary encoder which indicates a cosine function of a time-dependent angle of rotation; a computing device which is designed to form a calculation signal based on a sum of the square of the provided sine signal and of the square of the provided cosine signal; a maximum value determination device which is designed to determine a maximum value of the calculation signal within a period duration of the sine signal and of the cosine signal; a minimum value determination device which is designed to determine a minimum value of the calculation signal within a period duration of the sine signal and of the cosine signal; a determination device which is designed to determine a difference signal based on a magnitude of a difference between the determined maximum value and the determined minimum value; and a plausibility testing device which is designed to test the plausibility of the sine signal and the cosine signal, if the difference signal lies within a predetermined range. a sine signal provision device which is designed to provide a sine signal of the rotary encoder which indicates a sine function of a time-dependent angle of rotation; a cosine signal provision device which is designed to provide a cosine signal of the rotary encoder which indicates a cosine function of a time-dependent angle of rotation; a computing device which is designed to form a calculation signal based on a sum of the square of the provided sine signal and of the square of the provided cosine signal; a maximum value determination device which is designed to determine a maximum value of the calculation signal within a period duration of the sine signal and of the cosine signal; a minimum value determination device which is designed to determine a minimum value of the calculation signal within a period duration of the sine signal and of the cosine signal; a determination device which is designed to determine a difference signal based on a magnitude of a difference between the determined maximum value and the determined minimum value; and a plausibility testing device which is designed to test the plausibility of the sine signal and the cosine signal, if the difference signal lies within a predetermined range.
A method for data signals processing in an optical communication network, comprising the steps of - transmitting data signals from a polarization-multiplexing transmitter to a polarization-multiplexing receiver, - in an energy saving mode of a polarization multiplexing system, transmitting data signals (107, 201) via one polarization plane from said transmitter to said receiver, while transmitting unmodulated continuous wave light via the other polarization plane; - operating components (417, 402, 403) of the transmitter and of the receiver of said other polarization plane at least partially in a reduced power mode, in which at least part of said components are turned off, wherein said energy saving mode of the polarization multiplexing system is entered in case a predefined threshold of the bandwidth or less is required. - transmitting data signals from a polarization-multiplexing transmitter to a polarization-multiplexing receiver, - in an energy saving mode of a polarization multiplexing system, transmitting data signals (107, 201) via one polarization plane from said transmitter to said receiver, while transmitting unmodulated continuous wave light via the other polarization plane; - operating components (417, 402, 403) of the transmitter and of the receiver of said other polarization plane at least partially in a reduced power mode, in which at least part of said components are turned off, wherein said energy saving mode of the polarization multiplexing system is entered in case a predefined threshold of the bandwidth or less is required.
Apparatus (100, 110) for performing therapy on tissue, the apparatus comprising: an elongate shaft having a distal portion configured for insertion into a hollow anatomical structure; a power lead; a tissue sensor (122, 124, 126) located at the shaft distal portion and configured to receive power through the power lead at a predetermined tissue-sensing power level; a therapeutic energy application device located at the shaft distal portion and configured to selectively receive power through the power lead at a tissue-treatment power level and a switch switchable between an open position and a closed position; wherein the tissue sensor (122, 124, 126) is configured to receive power through the power lead, and the therapeutic energy application device is configured to receive power through the power lead only when the switch is in the closed position; characterized in that the tissue-treatment power level is higher than the tissue-sensing power level, in that the switch is configured to be in the open position when power is received through the power lead at the tissue-sensing power level, and in that the switch is configured to automatically close to electrically connect the therapeutic energy application device to the power lead when power is received through the power lead at a power level above the tissue-sensing power level. an elongate shaft having a distal portion configured for insertion into a hollow anatomical structure; a power lead; a tissue sensor (122, 124, 126) located at the shaft distal portion and configured to receive power through the power lead at a predetermined tissue-sensing power level; a therapeutic energy application device located at the shaft distal portion and configured to selectively receive power through the power lead at a tissue-treatment power level and a switch switchable between an open position and a closed position; wherein the tissue sensor (122, 124, 126) is configured to receive power through the power lead, and the therapeutic energy application device is configured to receive power through the power lead only when the switch is in the closed position; characterized in that the tissue-treatment power level is higher than the tissue-sensing power level, in that the switch is configured to be in the open position when power is received through the power lead at the tissue-sensing power level, and in that the switch is configured to automatically close to electrically connect the therapeutic energy application device to the power lead when power is received through the power lead at a power level above the tissue-sensing power level.
A multilayer tablet produced by a tableting step, the multilayer tablet comprising a concave portion having a depth comprised between 0.1 mm and 0.4 mm formed on at least one surface of both the front and back surfaces of the multilayer tablet, wherein a layer having said one surface having the concave portion is the top layer, wherein each of all layers other than the top layer has a concave portion with the same shape as said concave portion, in a top layer-side surface of the both surfaces of each layer, and the materials of the next layer are protruding into the concave portion, wherein said concave portion is one or more groove-like concave portions and said groove-like concave portion is a V-shaped groove, and said V-shaped groove has an inside angle of the V-shape of 70 degrees - 100 degrees, wherein the multilayer tablet contains various active pharmaceutical ingredients.
A locomotion assistance device notably designed to enable locomotion learning among children suffering from cerebral palsy including: - a frame mounted on wheels - a seat accommodating an individual - connecting equipment secured to the seat by a first pivoting connection, whereby the connecting equipment is secured to the frame by a second pivoting connection, allowing the seat to switch between an approximately horizontal and vertical position, respectively corresponding to locomotion positions described as "crawling" and "sitting". - a frame mounted on wheels - a seat accommodating an individual - connecting equipment secured to the seat by a first pivoting connection, whereby the connecting equipment is secured to the frame by a second pivoting connection, allowing the seat to switch between an approximately horizontal and vertical position, respectively corresponding to locomotion positions described as "crawling" and "sitting".
Centering device for mounting a flange provided with an opening with a bolt which passes through the opening in the mounted state, comprising a) a centering disk having a disk part and a collar surrounding the disk part, wherein the disk part is received in the opening in the mounted state and the collar rests on the flange, b) an elongate hole in the disk part, wherein the elongate hole has at the respective ends a semicircle (26, 28) having a radius R and a straight piece connecting the two semicircles (26, 28) and has an overall length L1, c) a centering piece and d) a locking device which fixes a centering piece against the centering disk in a predetermined mounting position secure against displacement, characterized in that e) the centering piece comprises a centering sleeve with a sleeve part which is surrounded by a sleeve collar, wherein the inside diameter D3 of the sleeve part corresponds to the diameter of the bolt and the outside diameter D2 of the sleeve part corresponds to the transverse diameter of the elongate hole. a) a centering disk having a disk part and a collar surrounding the disk part, wherein the disk part is received in the opening in the mounted state and the collar rests on the flange, b) an elongate hole in the disk part, wherein the elongate hole has at the respective ends a semicircle (26, 28) having a radius R and a straight piece connecting the two semicircles (26, 28) and has an overall length L1, c) a centering piece and d) a locking device which fixes a centering piece against the centering disk in a predetermined mounting position secure against displacement, characterized in that e) the centering piece comprises a centering sleeve with a sleeve part which is surrounded by a sleeve collar, wherein the inside diameter D3 of the sleeve part corresponds to the diameter of the bolt and the outside diameter D2 of the sleeve part corresponds to the transverse diameter of the elongate hole.
Protective cap for a valve for a pressurized-fluid tank, the protective cap comprising two half-shells (2, 3) joined to one another, the two half-shells (2, 3) defining a lower base intended to be mounted at an orifice of a tank, notably around a tank neck, the two half-shells (2, 3) being joined along a plane perpendicular to the base and defining a protective interior volume for a valve, the two half-shells (2, 3) being joined via systems of fixing pins interacting with receiving portions formed in the half-shells (2, 3), the two half-shells (2, 3) defining, in the joined position, at least one opening (7, 8) for accessing the protective interior volume, the cap moreover comprising, at an upper end of the cap, a connecting part comprising two ends locked respectively to the two half-shells (2, 3) by snap-fastening, characterized in that the connecting part has a circular shape and comprises two diametrically opposite portions locked by snap-fastening respectively to the upper ends of the two half-shells (2, 3), and in that the upper ends of the two half-shells (2, 3) connected to the connecting part are curved and clamp said connecting part.
A logic circuitry package (204, 400, 502, 602, 900) for a replaceable print apparatus component (104, 200) comprising an interface to communicate with a print apparatus logic circuit, characterised by at least one logic circuit configured to: receive, via the interface, a request to turn on a clock generator of the logic circuitry package; receive, via the interface, a request selecting an internal clock signal to sample; receive, via the interface, a reference clock signal; and transmit, via the interface, a digital value indicating a count of cycles of the selected internal clock signal during a predetermined number of cycles of the reference clock signal. receive, via the interface, a request to turn on a clock generator of the logic circuitry package; receive, via the interface, a request selecting an internal clock signal to sample; receive, via the interface, a reference clock signal; and transmit, via the interface, a digital value indicating a count of cycles of the selected internal clock signal during a predetermined number of cycles of the reference clock signal.
A computer-implemented method for generating data suitable for determining a parameter of a human eye comprising an eyeball (H 1) and an iris (H 2) defining a pupil (H 3), the method comprising: - receiving a first image of the eye for a first time (t 1) from a camera (14, 24) of known camera intrinsics and defining an image plane (I p); - determining a first ellipse (E 1) in the first image, the first ellipse (E 1) at least substantially representing a border of the pupil (H 3) at the first time (t 1); characterised by - using the camera intrinsics and the first ellipse (E 1) to determine an orientation vector (η 1) of a first circle (C 1) and a first center line (L 1) on which a center of the first circle (C 1) is located, so that a projection of the first circle (C 1), in a direction parallel to the first center line (L 1), onto the image plane (I p) is expected to reproduce the first ellipse (E 1); and - determining a first eye intersecting line (D 1) expected to intersect a center of the eyeball (H 1) at the first time (t 1) as a line which is, in the direction of the orientation vector (η 1), parallel-shifted to the first center line (L 1) by an expected distance between the center of the eyeball (H 1) and a center of the pupil (H 3) for humans. - receiving a first image of the eye for a first time (t 1) from a camera (14, 24) of known camera intrinsics and defining an image plane (I p); - determining a first ellipse (E 1) in the first image, the first ellipse (E 1) at least substantially representing a border of the pupil (H 3) at the first time (t 1); - using the camera intrinsics and the first ellipse (E 1) to determine an orientation vector (η 1) of a first circle (C 1) and a first center line (L 1) on which a center of the first circle (C 1) is located, so that a projection of the first circle (C 1), in a direction parallel to the first center line (L 1), onto the image plane (I p) is expected to reproduce the first ellipse (E 1); and - determining a first eye intersecting line (D 1) expected to intersect a center of the eyeball (H 1) at the first time (t 1) as a line which is, in the direction of the orientation vector (η 1), parallel-shifted to the first center line (L 1) by an expected distance between the center of the eyeball (H 1) and a center of the pupil (H 3) for humans.
Cooking appliance apparatus, in particular hob apparatus, with at least one heating unit (12a-d), which has at least one inner heating element (14a-d) and at least one at least substantially polygonal outer heating element (16a-d), wherein at least one of the heating elements (14a-d, 16a-d) has a main extension plane, and with at least one magnetic flux bundling unit (18a-d), which is provided for bundling a magnetic flux supplied by the heating unit (12a-d) and which has at least one overlapping magnetic flux bundling element (20a-d) which, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, is arranged above the heating elements (14a-d, 16a-d) in an overlapping manner, wherein, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, regions (22a-d) of minimum distance between the heating elements (14a-d, 16a-d) are free of overlapping magnetic flux bundling elements (20a-d, 32a-d), and wherein, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, regions (22a-d) around at least one first main axis (24a-d) of the heating unit (12a-d), which is oriented at least substantially perpendicularly to at least one edge of the at least substantially polygonal shape of the outer heating element (16a-d), and around at least one second main axis (26a-d) of the heating unit (12a-d), which is oriented at least substantially perpendicularly to the first main axis (24a-d), are free of overlapping magnetic flux bundling elements (20a-d, 32a-d), characterised in that, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, a longitudinal axis (28a-d) of the overlapping magnetic flux bundling element (20a-d) is spaced apart from an intersection point (40a-d) of the main axes (24a-d, 26a-d).
A liquid ejecting apparatus comprising: a liquid ejecting head that includes a nozzle opening for ejecting liquid; and a valve unit that is connected to the liquid ejecting head and is arranged to open and close a flow passage of the liquid, wherein the valve unit includes a valve seat which is provided in the flow passage and a valve body which is arranged to open and close the flow passage by coming into contact with or being separated from the valve seat, wherein the valve seat includes a contacting member for coming into contact with the valve body and a supporting member which supports the contacting member, wherein the valve body includes an elastic member for coming into contact with the valve seat and a fixing member which fixes the elastic member, and characterized in that the contacting member is formed separately from the supporting member, has been subjected to a water repellent treatment such that a surface of the contacting member has a higher water repellence than an inner surface of the flow passage, and is fixed to the supporting member. a liquid ejecting head that includes a nozzle opening for ejecting liquid; and a valve unit that is connected to the liquid ejecting head and is arranged to open and close a flow passage of the liquid, wherein the valve unit includes a valve seat which is provided in the flow passage and a valve body which is arranged to open and close the flow passage by coming into contact with or being separated from the valve seat, wherein the valve seat includes a contacting member for coming into contact with the valve body and a supporting member which supports the contacting member, wherein the valve body includes an elastic member for coming into contact with the valve seat and a fixing member which fixes the elastic member, and characterized in that the contacting member is formed separately from the supporting member, has been subjected to a water repellent treatment such that a surface of the contacting member has a higher water repellence than an inner surface of the flow passage, and is fixed to the supporting member.
A system for removing undesired materials from a chiller refrigerant of a refrigeration system, comprising: a purge (120, 200, 300) configured to connect with a condenser of the refrigeration system in a free-flow circulatory relationship, in which the purge is connected by supply and return lines (120a, 120b, 220a, 220b) opening into a vapor space of the condenser, the purge including an inlet to receive the chiller refrigerant from the condenser, the purge configured to remove one or more non-condensable gases from the chiller refrigerant, the purge further including an outlet to return the chiller refrigerant to the refrigeration system; and an acid filter (130, 280, 380) fluidly connected to the purge and configured to remove one or more acids from the refrigerant. a purge (120, 200, 300) configured to connect with a condenser of the refrigeration system in a free-flow circulatory relationship, in which the purge is connected by supply and return lines (120a, 120b, 220a, 220b) opening into a vapor space of the condenser, the purge including an inlet to receive the chiller refrigerant from the condenser, the purge configured to remove one or more non-condensable gases from the chiller refrigerant, the purge further including an outlet to return the chiller refrigerant to the refrigeration system; and an acid filter (130, 280, 380) fluidly connected to the purge and configured to remove one or more acids from the refrigerant.
A tractor comprising: an engine hood; a lock unit configured to deter the engine hood from being opened; a release operation unit arranged in a column cover or a dashboard of a driver seat, and connected to the lock unit through a connecting member to allow an operation of releasing locking of the lock unit; and a surrounding member provided to protrude from the column cover or the dashboard, and the surrounding member is a bottomed cylindrical member provided in such a manner as to protrude from the column cover towards the driver seat, and is arranged to cover the periphery of the release operation unit, and surrounding the circumference of the release operation unit so as to disable direct manual operation of the release operation unit, the surrounding member having an opening portion that allows insertion of at least a predetermined release tool, wherein a driver seat side end portion of the surrounding member is opened. an engine hood; a lock unit configured to deter the engine hood from being opened; a release operation unit arranged in a column cover or a dashboard of a driver seat, and connected to the lock unit through a connecting member to allow an operation of releasing locking of the lock unit; and a surrounding member provided to protrude from the column cover or the dashboard, and the surrounding member is a bottomed cylindrical member provided in such a manner as to protrude from the column cover towards the driver seat, and is arranged to cover the periphery of the release operation unit, and surrounding the circumference of the release operation unit so as to disable direct manual operation of the release operation unit, the surrounding member having an opening portion that allows insertion of at least a predetermined release tool, wherein a driver seat side end portion of the surrounding member is opened.
A method of making a plurality of color-strikable glass containers, the method including the steps of: introducing a mixture of latent colorant materials into a soda-lime-silica base glass composition having a redox number in the range of -40 to +20 to produce a color-strikable glass composition, the mixture of latent colorant materials comprising cuprous oxide (Cu 2 O), stannous oxide (SnO), bismuth oxide (Bi 2 O 3), and carbon; and forming a plurality of color-strikable glass containers from the color-strikable glass composition, annealing the plurality of color-strikable glass containers between 550 degrees Celsius and 600 degrees Celsius for 30 to 90 minutes, and raising the temperature of the plurality of color-strikable glass containers to between 600 degrees Celsius and 680 degrees Celsius for 10 to 90 minutes to produce struck-black or struck-red glass containers. introducing a mixture of latent colorant materials into a soda-lime-silica base glass composition having a redox number in the range of -40 to +20 to produce a color-strikable glass composition, the mixture of latent colorant materials comprising cuprous oxide (Cu 2 O), stannous oxide (SnO), bismuth oxide (Bi 2 O 3), and carbon; and forming a plurality of color-strikable glass containers from the color-strikable glass composition, annealing the plurality of color-strikable glass containers between 550 degrees Celsius and 600 degrees Celsius for 30 to 90 minutes, and raising the temperature of the plurality of color-strikable glass containers to between 600 degrees Celsius and 680 degrees Celsius for 10 to 90 minutes to produce struck-black or struck-red glass containers.