mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic vehicle tyre having a profiled tread with at least one circumferential channel with a channel base and two channel flanks, wherein a number of protrusions which are distributed over the circumference of the tread and are used as wear indicators are formed on the channel base, wherein each protrusion is composed of a plurality of protrusion parts (6, 7) which are positioned successively in the radial direction, are attached exclusively to the same channel flank and each of which has an indicator surface (6a, 7a) running parallel to and radially within the tread periphery, and boundary surfaces (6b, 6c, 7b, 7c) running on their outer circumference, characterized in that each protrusion is composed of two cuboidal protrusion parts (6, 7) which are elongate in the circumferential direction and are attached over their entire circumferential extent continuously to the channel flank, wherein the radially inner protrusion part is wider in the axial direction and longer in the circumferential direction than the radially outer protrusion part and protrudes uniformly with an edge portion, which has the associated indicator surface and is of a flat U shape, as viewed in top view and in the axial direction, over the boundary surfaces (7b, 7b), formed on the outer circumference, of the radially outer protrusion part, and wherein the boundary surfaces (6b, 6c) of the radially inner protrusion part are inclined with respect to the radial direction at an angle (β, γ) of 10° to 20°.
An information processing apparatus comprising: a gain determination section configured to determine an attenuation level on a basis of a positional relationship between a given object and another object and determine a gain of a signal of the given object on a basis of the attenuation level, wherein the given object and the other object are audio objects and wherein the gain determination section is configured to determine a straight line connecting a user position and a center of the given object, obtain an intersection point between the straight line and an orthogonal line passing through a center of the other object, obtain an intermediary attenuation level based on a distance between the intersection point and the center of the given object, obtain a correction value based on a ratio between a first distance between the center of the other object and the intersection point and a second distance between the center of the other object and an end of the other object on the side of the straight line, and to obtain the attenuation level by multiplying the intermediary attenuation level with the correction value. a gain determination section configured to determine an attenuation level on a basis of a positional relationship between a given object and another object and determine a gain of a signal of the given object on a basis of the attenuation level, wherein the given object and the other object are audio objects and wherein the gain determination section is configured to determine a straight line connecting a user position and a center of the given object, obtain an intersection point between the straight line and an orthogonal line passing through a center of the other object, obtain an intermediary attenuation level based on a distance between the intersection point and the center of the given object, obtain a correction value based on a ratio between a first distance between the center of the other object and the intersection point and a second distance between the center of the other object and an end of the other object on the side of the straight line, and to obtain the attenuation level by multiplying the intermediary attenuation level with the correction value.
A machine which is a rotary tablet press or a rotary indexing machine, for the production of a solid pharmaceutical dosage form, said machine comprising: (a) a die platen having one or more forming cavities each having an inner wall, a first opening at the surface of one side of said die platen, and a second opening at the surface on the opposite side of said die platen; (b) one or more first forming tools each adapted to move into one of said cavities through the first opening of said forming cavity; (c) one or more second forming tools each adapted to move adjacent to one of said second openings or into one of said cavities through the second opening of said forming cavity characterized by (d) at least one first RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities; and (e) at least one second RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities; wherein said machine is adapted to form a dosage form between a first forming tool and a second forming tool within a forming cavity and wherein said first RF electrode and said second RF electrode are arranged within said machine such that when RF energy is conducted between said first RF electrode and said second RF electrode, said RF energy passes through the portion of said forming cavity adapted to form said dosage form. (a) a die platen having one or more forming cavities each having an inner wall, a first opening at the surface of one side of said die platen, and a second opening at the surface on the opposite side of said die platen; (b) one or more first forming tools each adapted to move into one of said cavities through the first opening of said forming cavity; (c) one or more second forming tools each adapted to move adjacent to one of said second openings or into one of said cavities through the second opening of said forming cavity characterized by (d) at least one first RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities; and (e) at least one second RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities;
A system for acquiring a biometric image, the system comprising: a pixel array of a biometric camera, the pixel array configured to acquire an image of an iris using light reflected from the iris and transmitted through a lens of the biometric camera; and the lens, located between the pixel array and the iris, configured to increase a pixels per iris (PPi) value of the image of the iris acquired by the pixel array, by applying optical positive distortion to the light transmitted through the lens when the light is directed through the lens; and a processor configured to provide a biometric image for biometric matching, by image-processing the acquired image of the iris having the increased PPi value, with an inverse function of the optical positive distortion, comprising: identifying, in the acquired image, pixel locations containing iris biometric data; and reversing effects of the optical positive distortion on the identified pixel locations containing iris biometric data while ignoring the effects of the optical positive distortion on pixel locations without iris biometric data. a pixel array of a biometric camera, the pixel array configured to acquire an image of an iris using light reflected from the iris and transmitted through a lens of the biometric camera; and the lens, located between the pixel array and the iris, configured to increase a pixels per iris (PPi) value of the image of the iris acquired by the pixel array, by applying optical positive distortion to the light transmitted through the lens when the light is directed through the lens; and a processor configured to provide a biometric image for biometric matching, by image-processing the acquired image of the iris having the increased PPi value, with an inverse function of the optical positive distortion, comprising: identifying, in the acquired image, pixel locations containing iris biometric data; and reversing effects of the optical positive distortion on the identified pixel locations containing iris biometric data while ignoring the effects of the optical positive distortion on pixel locations without iris biometric data. identifying, in the acquired image, pixel locations containing iris biometric data; and reversing effects of the optical positive distortion on the identified pixel locations containing iris biometric data while ignoring the effects of the optical positive distortion on pixel locations without iris biometric data.
A prosthetic knee joint comprising: a thigh connection part connectable to a socket configured to receive a thigh of a user; a lower leg part coupled to the thigh connection part such that the lower leg part is rotatable around an axis of a knee; an actuator coupled to the thigh connection part and the lower leg part, the actuator being configured to restrict or assist movement of the thigh connection part; a detector unit for directly or indirectly obtaining information about how the thigh connection part and the lower leg part are relatively positioned; a control unit for controlling driving of the actuator based on a result detected by the detector unit; and an estimating unit for estimating a state of the user's movement based on the result detected by the detector unit, characterized in that, when the estimating unit estimates that the user is not walking, the control unit sets a longer control cycle for the driving of the actuator than when the estimating unit estimates that the user is walking. a thigh connection part connectable to a socket configured to receive a thigh of a user; a lower leg part coupled to the thigh connection part such that the lower leg part is rotatable around an axis of a knee; an actuator coupled to the thigh connection part and the lower leg part, the actuator being configured to restrict or assist movement of the thigh connection part; a detector unit for directly or indirectly obtaining information about how the thigh connection part and the lower leg part are relatively positioned; a control unit for controlling driving of the actuator based on a result detected by the detector unit; and an estimating unit for estimating a state of the user's movement based on the result detected by the detector unit, characterized in that, when the estimating unit estimates that the user is not walking, the control unit sets a longer control cycle for the driving of the actuator than when the estimating unit estimates that the user is walking.
Method for monitoring the operation of an individual fluid meter installed in a fluid-supplying fluid distribution system, wherein the fluid meter comprises at least one ultrasonic transducer (6a, 6b), wherein by means of the ultrasonic transducer, an event which mechanically excites the ultrasonic transducer and is not attributable to the flow measurement, in the form of noise generated during operation in the fluid meter and caused by the operation of the fluid meter and/or in the form of a pressure surge caused in the pipe system, is selectively detected and evaluated, by reference to the result of said evaluation, at least one fluid meter-specific operating property is generated, and the event which mechanically excites the ultrasonic transducer is recorded over the time t, characterized in that the event is identified by a time stamp, the total event duration and/or the total event intensity of the selectively detected events are recorded over the time t, and a device-specific event history is generated by reference to the events which mechanically excite the ultrasonic transducer and are detected over time. by means of the ultrasonic transducer, an event which mechanically excites the ultrasonic transducer and is not attributable to the flow measurement, in the form of noise generated during operation in the fluid meter and caused by the operation of the fluid meter and/or in the form of a pressure surge caused in the pipe system, is selectively detected and evaluated, by reference to the result of said evaluation, at least one fluid meter-specific operating property is generated, and the event which mechanically excites the ultrasonic transducer is recorded over the time t, characterized in that the event is identified by a time stamp, the total event duration and/or the total event intensity of the selectively detected events are recorded over the time t, and a device-specific event history is generated by reference to the events which mechanically excite the ultrasonic transducer and are detected over time.
An electrically-driven power unit of a compact battery pack, comprising a motor and a battery pack, wherein the motor is mounted on a Z base, the battery pack is supported on an upper part of the motor through a supporting frame, the supporting frame is shaped around a periphery of the motor, an arch-shaped supporting portion matched with the upper part of the motor is formed on an upper part of the supporting frame, characterized by a concave portion matched with the arch-shaped supporting portion is arranged at a bottom of the battery pack, and the arch-shaped supporting portion of the supporting frame is supported in the concave portion of the battery pack.
A device for testing the integrity of a closure system of a container, said container having a top portion (6.1) comprising a main opening (6.2) and a bottom portion (6.3), wherein the main opening (6.2) is closed by the closure system, said device comprising (a) a casing having a wall forming a chamber into which at least the top portion (6.1) of the container is insertable; b) sealing means adapted to seal at least a portion of the chamber against the container if the container or the top portion (6.1) thereof is inserted; the sealing means divide the device and the chamber into an upstream portion, which is above the sealing means and where the top portion (6.1) is located, and into a downstream potion, which is below the sealing means and where the bottom portion (6.3) is located; (c) an outlet in the wall of the casing of the upstream portion of the chamber for allowing the efflux of a gas from the upstream portion of the chamber; wherein the device comprises positioning means (4, 5) for preventing contact between the top end of the closure system and the top part of the wall of the device when the top portion (6.1) of the container is inserted into the chamber of the device; characterized in that said positioning means and sealing means are two separate means and the positioning means (4, 5) are located in the upstream portion of the chamber. (a) a casing having a wall forming a chamber into which at least the top portion (6.1) of the container is insertable; b) sealing means adapted to seal at least a portion of the chamber against the container if the container or the top portion (6.1) thereof is inserted; the sealing means divide the device and the chamber into an upstream portion, which is above the sealing means and where the top portion (6.1) is located, and into a downstream potion, which is below the sealing means and where the bottom portion (6.3) is located; (c) an outlet in the wall of the casing of the upstream portion of the chamber for allowing the efflux of a gas from the upstream portion of the chamber;
An apparatus comprising: a die having a thickness dimension and a die area defined by a length dimension and a width dimension; and a build-up carrier having a carrier area greater than the die area, the build-up carrier comprising: a plurality of alternating layers of conductive material and dielectric material disposed on a device side of the die and dielectric material embedding a portion of the thickness dimension of the die; and a plurality of carrier contact points configured for mounting the build-up carrier to a substrate, the plurality of carrier contact points disposed at a first gradation between the device side of the die and a backside of the die in the embedded thickness dimension of the die, the first gradation being in a first plane of a backside of the dielectric material, wherein the dielectric material defines a second gradation in a second plane of the backside of the dielectric material, wherein a distance between the first plane and the second plane defines a cavity, and wherein at least one of the plurality of carrier contact points is coupled to at least one of the alternating layers of conductive materials. a die having a thickness dimension and a die area defined by a length dimension and a width dimension; and a build-up carrier having a carrier area greater than the die area, the build-up carrier comprising: a plurality of alternating layers of conductive material and dielectric material disposed on a device side of the die and dielectric material embedding a portion of the thickness dimension of the die; and a plurality of carrier contact points configured for mounting the build-up carrier to a substrate, the plurality of carrier contact points disposed at a first gradation between the device side of the die and a backside of the die in the embedded thickness dimension of the die, the first gradation being in a first plane of a backside of the dielectric material, a plurality of alternating layers of conductive material and dielectric material disposed on a device side of the die and dielectric material embedding a portion of the thickness dimension of the die; and a plurality of carrier contact points configured for mounting the build-up carrier to a substrate, the plurality of carrier contact points disposed at a first gradation between the device side of the die and a backside of the die in the embedded thickness dimension of the die, the first gradation being in a first plane of a backside of the dielectric material, wherein the dielectric material defines a second gradation in a second plane of the backside of the dielectric material, wherein a distance between the first plane and the second plane defines a cavity, and wherein at least one of the plurality of carrier contact points is coupled to at least one of the alternating layers of conductive materials.
A plastic container containing a liquid dishwasher machine cleaner, wherein the plastic container has a neck; wherein the neck incorporates a plug which is dissipated in operation of the dishwasher to release the contents of the plastic container; wherein the plastic container is characterised in that it is adapted for placement within a crockery rack between consecutive pins of the crockery rack within an automatic dishwasher; wherein the plastic container is shaped such that it has a minimum length (y) of 100 mm and a maximum width (x) of less than 40mm; and wherein the maximum width to length ratio of the plastic container is less than 1:3. wherein the plastic container has a neck; wherein the neck incorporates a plug which is dissipated in operation of the dishwasher to release the contents of the plastic container; wherein the plastic container is characterised in that it is adapted for placement within a crockery rack between consecutive pins of the crockery rack within an automatic dishwasher; wherein the plastic container is shaped such that it has a minimum length (y) of 100 mm and a maximum width (x) of less than 40mm; and wherein the maximum width to length ratio of the plastic container is less than 1:3.
A laser machining device, comprising a laser oscillator for oscillating a laser beam (Ls) to have a variable output according to a machining condition, an optical fiber for propagating said laser beam (Ls), and a sensor for detecting an intensity of a light leaking from a cladding side face of said optical fiber and outputting a detection signal indicating that intensity, characterized by an oscillation control unit for controlling an operation of that laser machining device based on said detection signal, wherein said oscillation control unit compares a first threshold that is set in correspondence to that output with an intensity or an amount of light obtained from said detection signal, in a case where an output of said laser oscillator is less than or equal to a prescribed output, compares a second threshold that is set in correspondence to that output with an intensity or an amount of light obtained from said detection signal, in a case where an output of said laser oscillator is greater than said prescribed output, and controls the operation of that laser machining device based on a result of said comparing.
An electric power system comprising: - recording devices located at different elements of the electric power system and configured to record waveform samples (131, 132) of quantities related to operation of the elements of the electric power system, and - a central device communicatively connected to the recording devices and configured to receive the recorded waveform samples from the recording devices, wherein: - the recording devices are synchronized with respect to each other to maintain a clock time common to the recording devices, and - the recording devices are configured to associate, to each of the recorded waveform samples, timing values indicative of the clock time during recording the waveform sample under consideration, one of the timing values corresponding to a beginning of the waveform sample and another one of the timing values corresponding to an end of the waveform sample, and timing values corresponding to the beginning and the end of one of the recorded waveform samples being a current waveform sample and timing values corresponding to the beginning and the end of another one of the recorded waveform samples being a voltage waveform sample are different from each other, respectively, and the one of the recorded waveform samples and the other one of the recorded waveform samples are partially overlapping in time. - recording devices located at different elements of the electric power system and configured to record waveform samples (131, 132) of quantities related to operation of the elements of the electric power system, and - a central device communicatively connected to the recording devices and configured to receive the recorded waveform samples from the recording devices, - the recording devices are synchronized with respect to each other to maintain a clock time common to the recording devices, and - the recording devices are configured to associate, to each of the recorded waveform samples, timing values indicative of the clock time during recording the waveform sample under consideration, one of the timing values corresponding to a beginning of the waveform sample and another one of the timing values corresponding to an end of the waveform sample, and timing values corresponding to the beginning and the end of one of the recorded waveform samples being a current waveform sample and timing values corresponding to the beginning and the end of another one of the recorded waveform samples being a voltage waveform sample are different from each other, respectively, and the one of the recorded waveform samples and the other one of the recorded waveform samples are partially overlapping in time.