mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for connecting components (3, 4, 5) comprising a decompression seal and components with openings which are aligned with one another, where the decompression seal opens when a previously defined pressure is exceeded, where the decompression seal comprises a retaining-bolt-like arrangement aligned axially with a bolt head and a releasable locking arrangement comprising two elements (8, 9), where the retaining-bolt-like arrangement can be pushed up to the bolt-head through the openings in the components (3, 4, 5), where the projecting end of the retaining-bolt-like arrangement on the component most distant from the bolt head is formed as the first element in the locking arrangement and where the second element of the locking arrangement can be connected to the component most distant from the bolt head, where the components (3,4,5) between the bolt head and the locking arrangement can be arranged, where the projecting end of the retaining-bolt-like arrangement projecting over the component most distant from the bolt head has at least one recess (8-1, 8-2) for the engagement of a spring-loaded retaining element (9-3, 9-4) of the second element of the locking arrangement which defines one retaining position, where the recess (8-1, 8-2) and the retaining element (9-3, 9-4) are formed in such a way that when a certain pre-defined pressure is applied to the side of the component most distant from the bolt head, the retaining-bolt-like arrangement is pushed axially in the direction of the bolt head, thereby releasing the retaining position, where, in order to release the retaining position, the spring-loaded retaining element (9-3, 9-4) can be pressed out of the recess (8-1, 8-2) against the force of the spring, characterised in, that the second element of the locking arrangement is located in a housing torque-proof with reference to the imaginary axis of the retaining-bolt-like arrangement and that the housing is permanently attached to the component most distant from the bolt head, and that the retaining-bolt-like arrangement comprises a shaft with bolt head and a shaft with the first element of the locking arrangement where both shafts (11, 12) can be joined to one-another by a screw thread.
A water-soluble silicone defoaming agent composition, comprising: one or two or more types of polyether-modified silicone, polyglycerin-modified silicone, or a mixture thereof, in which the average value of HLB is within a range of 0.5 to 5.0; one or more types selected from triethylene glycol mono-n-butyl ether and triethylene glycol butyl methyl ether; and water. one or two or more types of polyether-modified silicone, polyglycerin-modified silicone, or a mixture thereof, in which the average value of HLB is within a range of 0.5 to 5.0; one or more types selected from triethylene glycol mono-n-butyl ether and triethylene glycol butyl methyl ether; and water.
A lid and seat assembly for a plumbing fixture, comprising: a housing having a monolithic one-piece structure including a generally planar front surface and a generally planar rear surface, the housing configured to be coupled to a plumbing fixture; a lid pivotably coupled to the housing; and a seat pivotably coupled to the housing; wherein the front surface and the rear surface meet at a first common edge located at a first end of the housing and at a second common edge located at a second end of the housing; wherein the first common edge and the second common edge are each curved; wherein the housing further comprises a hollow cylindrical portion located above, and extending outward past, each of the first common edge and the second common edge; and wherein the front surface, the rear surface, the first common edge, and the second common edge cooperatively define a continuous upright surface without a flat side surface, and wherein the continuous upright surface is configured to extend downward toward the plumbing fixture and facilitate single-wipe cleaning of the housing. a housing having a monolithic one-piece structure including a generally planar front surface and a generally planar rear surface, the housing configured to be coupled to a plumbing fixture; a lid pivotably coupled to the housing; and a seat pivotably coupled to the housing; wherein the front surface and the rear surface meet at a first common edge located at a first end of the housing and at a second common edge located at a second end of the housing;
A method for detecting an acoustic event of interest in a space comprising a plurality of sub-spaces, the method comprising: a) obtaining acoustic signal data from at least four sensors at known positions, wherein the acoustic signal data from the sensors is tied to a common time reference, b) identifying one or more candidate impulses from the acoustic signal data obtained from the sensors, the method being characterised by c) defining for each identified candidate impulse at least a time stamp within the common time reference and a sensor coordinate on the basis of the sensor which obtained the acoustic signal identified as candidate impulse, d) determining, for each candidate impulse, a signal source time in each spatial sub-space, in order to generate a representation of an origin of the candidate impulses in specified positions in space and time, e) determining, from the generated representation, at least one indication quantity representing a likelihood of an acoustic event of interest taking place in the specified positions in space and time, f) comparing the at least one indication quantity to a predetermined threshold defined for the indication quantity in question, and g) generating an indication that an acoustic event of interest is detected if the at least indication quantity meets the predetermined threshold defined for the indication quantity in question in at least one sub-space. a) obtaining acoustic signal data from at least four sensors at known positions, wherein the acoustic signal data from the sensors is tied to a common time reference, b) identifying one or more candidate impulses from the acoustic signal data obtained from the sensors, the method being characterised by c) defining for each identified candidate impulse at least a time stamp within the common time reference and a sensor coordinate on the basis of the sensor which obtained the acoustic signal identified as candidate impulse, d) determining, for each candidate impulse, a signal source time in each spatial sub-space, in order to generate a representation of an origin of the candidate impulses in specified positions in space and time, e) determining, from the generated representation, at least one indication quantity representing a likelihood of an acoustic event of interest taking place in the specified positions in space and time, f) comparing the at least one indication quantity to a predetermined threshold defined for the indication quantity in question, and g) generating an indication that an acoustic event of interest is detected if the at least indication quantity meets the predetermined threshold defined for the indication quantity in question in at least one sub-space.
A data carrier, suitable for insertion into a booklet- or book-shaped object, which is formed by a data page and a connecting tab connected to said data page in an edge overlap region, wherein the connecting tab comprises a textile material and the data page contains a print, wherein the print also extends into the overlap region, characterised in that the textile material touches the print and/or completely or partially penetrates the print.
A system for conveying information about a consumable component of a thermal processing torch, the system includes: a signal receiver disposed inside of the thermal processing torch; and a consumable component comprising: a consumable component body; a signal device, comprising a radio-frequency identification (RFID) tag for storing the information assigned to the consumable component, the signal device is attached to the consumable component body and configured for transmitting a signal conveying information associated with the consumable component, the information being independent of a detectable physical characteristic of the consumable component; and the signal device being located inside of the thermal processing torch when the consumable component is installed in the thermal processing torch and the signal device being configured to allow the signal to be readable by the signal receiver inside the thermal processing torch. a signal receiver disposed inside of the thermal processing torch; and a consumable component comprising: a consumable component body; a signal device, comprising a radio-frequency identification (RFID) tag for storing the information assigned to the consumable component, the signal device is attached to the consumable component body and configured for transmitting a signal conveying information associated with the consumable component, the information being independent of a detectable physical characteristic of the consumable component; and the signal device being located inside of the thermal processing torch when the consumable component is installed in the thermal processing torch and the signal device being configured to allow the signal to be readable by the signal receiver inside the thermal processing torch. a consumable component body; a signal device, comprising a radio-frequency identification (RFID) tag for storing the information assigned to the consumable component, the signal device is attached to the consumable component body and configured for transmitting a signal conveying information associated with the consumable component, the information being independent of a detectable physical characteristic of the consumable component; and the signal device being located inside of the thermal processing torch when the consumable component is installed in the thermal processing torch and the signal device being configured to allow the signal to be readable by the signal receiver inside the thermal processing torch.
Sustaining system for a timepiece oscillator comprising an inertial mass arranged to oscillate under the effect of a return force supplied by an elastic element, said system comprising: - an impulse wheel intended to be kinematically connected to an energy source and arranged to supply impulses to said inertial mass in order to sustain the oscillation thereof; - a blocking member arranged to sequentially block and release said impulse wheel; characterized in that said system also comprises - a control mobile arranged to command said blocking member to block and release said impulse wheel in synchronism with the oscillations of said inertial mass; and - a transmission member arranged to drive said control mobile in rotation at a rate of one step per oscillation of said inertial mass. - an impulse wheel intended to be kinematically connected to an energy source and arranged to supply impulses to said inertial mass in order to sustain the oscillation thereof; - a blocking member arranged to sequentially block and release said impulse wheel; - a control mobile arranged to command said blocking member to block and release said impulse wheel in synchronism with the oscillations of said inertial mass; and - a transmission member arranged to drive said control mobile in rotation at a rate of one step per oscillation of said inertial mass.
A portable terminal for displaying a camera view area, the portable terminal comprising: a display unit comprising a transparent display panel; a camera unit comprising a first camera (505, 605) included in a front surface of the portable terminal for photographing a first image including a shape of a user (501,601) and a rotatable second camera (507, 607) included in a rear surface of the portable terminal for photographing a second image; a controller configured to receive the first image when a request for taking a picture is made, identify a position of the shape of the user (501,601) within the first image, determine whether the identified position of the shape of the user (501,601) is included in a pre-designated area, wherein the pre-designated area is an area within a predetermined scope from a center of the first image, in response to the identified position of the shape of the user (501,601) being not included in the pre-designated area, calculate a view direction and a view angle of the user by using the shape of the user (501,601), wherein the view angle corresponds to an angle between the view direction of the user and a direction orthogonal to the transparent display panel, and rotate the rotatable second camera based on the calculated view direction and the calculated view angle such that the rotatable second camera has a photography direction corresponding to the view direction of the user. a display unit comprising a transparent display panel; a camera unit comprising a first camera (505, 605) included in a front surface of the portable terminal for photographing a first image including a shape of a user (501,601) and a rotatable second camera (507, 607) included in a rear surface of the portable terminal for photographing a second image; a controller configured to receive the first image when a request for taking a picture is made, identify a position of the shape of the user (501,601) within the first image, determine whether the identified position of the shape of the user (501,601) is included in a pre-designated area, wherein the pre-designated area is an area within a predetermined scope from a center of the first image, in response to the identified position of the shape of the user (501,601) being not included in the pre-designated area, calculate a view direction and a view angle of the user by using the shape of the user (501,601), wherein the view angle corresponds to an angle between the view direction of the user and a direction orthogonal to the transparent display panel, and rotate the rotatable second camera based on the calculated view direction and the calculated view angle such that the rotatable second camera has a photography direction corresponding to the view direction of the user.
An assembly (2, 22) with blades for a turbomachine compressor, said assembly (2, 22) with vanes comprising a support shell ring (5, 23) of said blades which, when the assembly is mounted in the compressor and when the compressor operates, is bypassed by a recirculation flow flowing in a cavity (8, 24) around said shell ring, and a plurality of individual devices (14A, 14B) which act on a main flow crossing the blades, which are provided upstream of said blades, and which are formed so as to at least generate vortexes, characterised in that each of said individual devices (14A, 14B) is arranged upstream of the blades on an upstream face of the shell ring (5, 23), each of said individual devices (14A, 14B) being arranged where, when the compressor operates, the recirculation flow is reinjected into the main flow upstream of said assembly (2, 22) such that said individual devices (14A, 14B) act simultaneously on the main flow and on the recirculation flow.
A device for treating sleep apnea from a location external to a body of a subject by wirelessly powering an implant in the body of the subject, and wherein the implant includes a secondary antenna for wirelessly receiving energy, the device comprising: a housing configured to be located external to the body of the subject at a location between a neck and chin of the subject, the housing including therein: a primary antenna configured to transmit a modulation signal to the secondary antenna, wherein the modulation signal is capable of causing stimulation of a nerve of the subject to treat sleep apnea; a circuit electrically connected to the primary antenna; and at least one processor electrically connected to the primary antenna and the circuit, the at least one processor configured to: determine a resonant frequency mismatch between a first resonant frequency associated with the primary antenna and the circuit and a second resonant frequency associated with the secondary antenna associated with the implant, when the implant is implanted in the body of a subject; and apply an adjustment to at least one component of the circuit to cause a change in the first resonant frequency associated with the primary antenna and the circuit and a reduction in the resonant frequency mismatch, wherein the adjustment is automatically determined by the at least one processor based on feedback from the secondary antenna associated with the implant. a primary antenna configured to transmit a modulation signal to the secondary antenna, wherein the modulation signal is capable of causing stimulation of a nerve of the subject to treat sleep apnea; a circuit electrically connected to the primary antenna; and at least one processor electrically connected to the primary antenna and the circuit, the at least one processor configured to: determine a resonant frequency mismatch between a first resonant frequency associated with the primary antenna and the circuit and a second resonant frequency associated with the secondary antenna associated with the implant, when the implant is implanted in the body of a subject; and apply an adjustment to at least one component of the circuit to cause a change in the first resonant frequency associated with the primary antenna and the circuit and a reduction in the resonant frequency mismatch, wherein the adjustment is automatically determined by the at least one processor based on feedback from the secondary antenna associated with the implant. determine a resonant frequency mismatch between a first resonant frequency associated with the primary antenna and the circuit and a second resonant frequency associated with the secondary antenna associated with the implant, when the implant is implanted in the body of a subject; and apply an adjustment to at least one component of the circuit to cause a change in the first resonant frequency associated with the primary antenna and the circuit and a reduction in the resonant frequency mismatch, wherein the adjustment is automatically determined by the at least one processor based on feedback from the secondary antenna associated with the implant.
A method of encoding High Efficiency Video Coding, HEVC, video data, the method comprising: determining context information for intra-predicted residual data of a transform unit, TU, based on a depth of the TU, the depth of the TU describing the number of times that the TU is partitioned according to a quadtree structure of which the root node is a leaf coding unit, wherein the context information does not include information from an above-neighboring block of the TU; and entropy encoding the intra-predicted residual data of the TU using the determined context information, wherein entropy encoding the intra-predicted residual data of the TU comprises determining a probability model based on the determined context information and context-adaptive binary arithmetic encoding the intra-predicted residual data of the TU using the determined probability model. determining context information for intra-predicted residual data of a transform unit, TU, based on a depth of the TU, the depth of the TU describing the number of times that the TU is partitioned according to a quadtree structure of which the root node is a leaf coding unit, wherein the context information does not include information from an above-neighboring block of the TU; and entropy encoding the intra-predicted residual data of the TU using the determined context information, wherein entropy encoding the intra-predicted residual data of the TU comprises determining a probability model based on the determined context information and context-adaptive binary arithmetic encoding the intra-predicted residual data of the TU using the determined probability model.
An electrical installation device with charger for a cellphone, with a device socket that is shaped like a flush-mounted device and that can be mounted in a commercially available flush-mounted socket, with a charger, particularly a universal charger, that has an electrical connection for an AC power supply network, wherein the electrical installation device has a pocket-shaped cover on the front side for inserting a cellphone vertically, and has a pedestal in the base area of the inside created by the cover, with a connection port for making contact with the charger connection socket of the cellphone, characterized in that the connection space formed by the pocket-shaped cover is sealed on the top with the help of a flap, which is spring-supported and has a hinged joint.
A purse comprising: two metal shells interconnected by a hinge for rotation with respect to one another about the hinge, between an open and a closed position, and defining a storage cavity therebetween; each metal shell further comprising a mated peripheral edge; wherein, in the closed position, the two metal shells form a gap substantially around the peripheral edge of a desired gap distance therebetween, such that the gap distance is sufficient to allow the passage of cellular or wireless signals into and out of the purse, when closed; and wherein one or more spacers are provided along at least one peripheral edge to maintain the desired gap distance. two metal shells interconnected by a hinge for rotation with respect to one another about the hinge, between an open and a closed position, and defining a storage cavity therebetween; each metal shell further comprising a mated peripheral edge;
Method for frequency compression for an audio signal (s), by - providing the audio signal (s) in a plurality of frequency channels (14', 20, 20', 20'') and - shifting or mapping a component of the audio signal (s) from a first frequency channel from a plurality of frequency channels (14', 20, 20', 20'') into a second frequency channel from a plurality of frequency channels (11', 22, 22', 22''), wherein a desired frequency range is mapped onto a smaller frequency range, - a dominant instantaneous frequency in the first frequency channel is obtained, - the shifting or mapping first of all involves the whole first frequency channel, including the dominant instantaneous frequency, being shifted or mapped into the second frequency channel, characterized in that - the dominant instantaneous frequency is provided with an intermediate frequency position (f z), - a final frequency position (f d) for the dominant instantaneous frequency is ascertained by a prescribed continuous compression characteristic in the second frequency channel from the frequency position (f s) of the dominant instantaneous frequency in the first frequency channel, and - the dominant instantaneous frequency is shifted or mapped from the intermediate frequency position (f z) onto the final frequency position (f d). - providing the audio signal (s) in a plurality of frequency channels (14', 20, 20', 20'') and - shifting or mapping a component of the audio signal (s) from a first frequency channel from a plurality of frequency channels (14', 20, 20', 20'') into a second frequency channel from a plurality of frequency channels (11', 22, 22', 22''), wherein a desired frequency range is mapped onto a smaller frequency range, - a dominant instantaneous frequency in the first frequency channel is obtained, - the shifting or mapping first of all involves the whole first frequency channel, including the dominant instantaneous frequency, being shifted or mapped into the second frequency channel, - the dominant instantaneous frequency is provided with an intermediate frequency position (f z), - a final frequency position (f d) for the dominant instantaneous frequency is ascertained by a prescribed continuous compression characteristic in the second frequency channel from the frequency position (f s) of the dominant instantaneous frequency in the first frequency channel, and - the dominant instantaneous frequency is shifted or mapped from the intermediate frequency position (f z) onto the final frequency position (f d).