mhurhangee/ep-ind-claims huggingface dataset:
Hearing apparatus, comprising: at least one of a first microphone and a second microphone which generate a first microphone signal (y L) and a second microphone signal (y R) respectively, the first microphone and the second microphone being arranged in at least one of a first hearing device and a second hearing device, a third microphone which generates a third microphone signal (z), the third microphone being arranged in an external device, and a signal processing unit, wherein the hearing apparatus is setup that in the signal processing unit the third microphone signal (z) and at least one of the first microphone signal (y L) and the second microphone signal (y R) are processed together thereby producing an output signal (z enh) with an enhanced signal to noise ratio compared to the first microphone signal (y R) and/or the second microphone signal (y L), wherein the signal processing unit comprises an adaptive noise canceller unit, which is set up that the third microphone signal (z) and at least one of the first microphone signal (y L) and the second microphone signal (y R) are fed into and further combined to obtain the output signal (z enh), and wherein the adaptive noise canceller unit further comprises a comparing device which is set up that the first microphone signal (y L) and the second microphone signal (y R) are compared for target speech detection in it, and the comparing device is set up for generating a control signal (spVAD) for controlling the adaptive noise canceller unit. at least one of a first microphone and a second microphone which generate a first microphone signal (y L) and a second microphone signal (y R) respectively, the first microphone and the second microphone being arranged in at least one of a first hearing device and a second hearing device, a third microphone which generates a third microphone signal (z), the third microphone being arranged in an external device, and a signal processing unit,
An IP telephone device configured to utilize an IP telephone network, the IP telephone device comprising: an identification information obtaining device (22, 24) configured to obtain identification information (310, 312) of each of a plurality of receiver devices (50, 70); a text data creation device configured to create text data including the identification information (310, 312) of each of the plurality of receiver devices (50, 70); a call request receiving device configured to receive a call request; a text data sending device (22, 26) configured to send the text data to a sender of the call request; a first identification information receiving device configured to receive at least one piece of identification information (310, 312) selected in the sender of the call request in accordance with the text data; a first call request notice instruction sending device (22, 24) configured to send a first call request notice instruction to a receiver device (50, 70) corresponding to the identification information (310, 312) received by the first identification information receiving device; and a first voice data transferring device (22, 24, 26) configured to transfer voice data sent from the receiver device (50, 70) which has been a destination of the first call request notice instruction to the sender of the call request, and transfer voice data sent from the sender of the call request to the receiver device (50, 70) which has been the destination of the first call request notice instruction. an identification information obtaining device (22, 24) configured to obtain identification information (310, 312) of each of a plurality of receiver devices (50, 70); a text data creation device configured to create text data including the identification information (310, 312) of each of the plurality of receiver devices (50, 70); a call request receiving device configured to receive a call request; a text data sending device (22, 26) configured to send the text data to a sender of the call request; a first identification information receiving device configured to receive at least one piece of identification information (310, 312) selected in the sender of the call request in accordance with the text data; a first call request notice instruction sending device (22, 24) configured to send a first call request notice instruction to a receiver device (50, 70) corresponding to the identification information (310, 312) received by the first identification information receiving device; and a first voice data transferring device (22, 24, 26) configured to transfer voice data sent from the receiver device (50, 70) which has been a destination of the first call request notice instruction to the sender of the call request, and transfer voice data sent from the sender of the call request to the receiver device (50, 70) which has been the destination of the first call request notice instruction.
Use of a composition comprising docosahexaenoic acid and docosapentaenoic acid n-6 (DPAn-6), wherein the ratio of DHA to DPAn-6 is from 1:1 to 10:1, in the preparation of a medicament formulated for oral administration for treating dementia or pre-dementia.
A hollow fiber membrane cartridge-type humidification module comprising: a housing; hollow fiber membrane cartridges fitted to both ends of a plurality of hollow fiber membrane bundles, which are inserted into the housing in a longitudinal direction of the housing; a sectioning unit provided inside the housing so as to section the hollow fiber membrane bundles; and a potting portion configured to fix the hollow fiber membrane cartridges and the hollow fiber membrane bundles into the housing in a batch mode, characterized in that the sectioning unit is integrally formed with the housing, or is separately formed and assembled with the housing, the hollow fiber membrane bundles are inserted into respective insertion spaces inside the sectioning unit, and one end of the hollow fiber membrane cartridges is inserted into the respective insertion spaces inside the sectioning unit. a housing; hollow fiber membrane cartridges fitted to both ends of a plurality of hollow fiber membrane bundles, which are inserted into the housing in a longitudinal direction of the housing; a sectioning unit provided inside the housing so as to section the hollow fiber membrane bundles; and a potting portion configured to fix the hollow fiber membrane cartridges and the hollow fiber membrane bundles into the housing in a batch mode, characterized in that the sectioning unit is integrally formed with the housing, or is separately formed and assembled with the housing, the hollow fiber membrane bundles are inserted into respective insertion spaces inside the sectioning unit, and one end of the hollow fiber membrane cartridges is inserted into the respective insertion spaces inside the sectioning unit.
An apparatus comprising: at least a first and second actuator configured to provide a force to move a display assembly component at least at two separate locations of the display assembly component such that at least one of the at least two separate locations of the display assembly component has a displacement based on a first actuation input, wherein the first actuation input is an actuator input signal for the first actuator; at least one sensor configured to determine the displacement of the display assembly component, wherein the at least one sensor is configured to provide a feedback signal, wherein the at least one sensor and the provided feedback signal are associated with the second actuator; and a control unit, wherein the control unit comprises an adaptive filter, the adaptive filter configured to receive the first actuation input signal and the provided feedback signal and to generate a driving signal to the second actuator to control the motion of the display assembly at a location of the second actuator and localise substantial motion of the display assembly component in a region at the location of the first actuator. at least a first and second actuator configured to provide a force to move a display assembly component at least at two separate locations of the display assembly component such that at least one of the at least two separate locations of the display assembly component has a displacement based on a first actuation input, wherein the first actuation input is an actuator input signal for the first actuator; at least one sensor configured to determine the displacement of the display assembly component, wherein the at least one sensor is configured to provide a feedback signal, wherein the at least one sensor and the provided feedback signal are associated with the second actuator; and a control unit, wherein the control unit comprises an adaptive filter, the adaptive filter configured to receive the first actuation input signal and the provided feedback signal and to generate a driving signal to the second actuator to control the motion of the display assembly at a location of the second actuator and localise substantial motion of the display assembly component in a region at the location of the first actuator.
A method comprising: providing a processor; obtaining an image of a scene including one or more objects; presenting, using the processor, the image of the scene to a user; receiving a geometry type associated with one of the one or more objects; receiving a set of inputs from the user related to terminal portions of said one object; detecting, using the processor, opposing edges (372, 373) of said one object based on the set of inputs from the user; determining, using the processor, a centerline of said one object based upon the detected edges (372, 373) of said one object; measuring, using the processor and inputs from the user, coordinate positions of two or more points (376, 378) disposed along the centerline determined by the processor; receiving a dimension associated with said one object; and creating, using the processor, a 3D solid model using the geometry type, the dimension, the set of inputs, and the two or more coordinate positions (376, 378). providing a processor; obtaining an image of a scene including one or more objects; presenting, using the processor, the image of the scene to a user; receiving a geometry type associated with one of the one or more objects; receiving a set of inputs from the user related to terminal portions of said one object; detecting, using the processor, opposing edges (372, 373) of said one object based on the set of inputs from the user; determining, using the processor, a centerline of said one object based upon the detected edges (372, 373) of said one object; measuring, using the processor and inputs from the user, coordinate positions of two or more points (376, 378) disposed along the centerline determined by the processor; receiving a dimension associated with said one object; and creating, using the processor, a 3D solid model using the geometry type, the dimension, the set of inputs, and the two or more coordinate positions (376, 378).
Syringe with a bonded needle, comprising: - a body of a syringe, - a needle guard, comprising a flexible tip, - an outer sleeve, which is movable along a longitudinal axis between an advanced position where it covers the needle, and a retracted position where it does not cover the needle, and - a collar, which is mounted with a radial clearance around an end portion of the syringe body, and which comprises at least one pin engaged in a guide opening of the sleeve, characterized in that a part of the flexible tip fills the radial clearance between the end part of the syringe body and the collar when the tip is mounted on the syringe, so that the collar is immobilized in rotation about the end part of the syringe body as long as the tip is mounted on the syringe. - a body of a syringe, - a needle guard, comprising a flexible tip, - an outer sleeve, which is movable along a longitudinal axis between an advanced position where it covers the needle, and a retracted position where it does not cover the needle, and - a collar, which is mounted with a radial clearance around an end portion of the syringe body, and which comprises at least one pin engaged in a guide opening of the sleeve,
A photovoltaic device comprising a stack of layers subsequently including a first electrode layer, a photovoltaic layer, a charge carrier transport layer forming an intermediate layer and a second electrode layer, the photovoltaic device having a plurality of mutually subsequent photovoltaic device cells (1A,..., 1F) arranged in a first direction, each pair of a photovoltaic cell and a subsequent photovoltaic cell being serially connected in an interface region, the interface region comprising an elongate region that partitions the first electrode layer into first electrode layer portions (11C, 11D), a first elongate region that partitions the photovoltaic layer into photovoltaic layer portions (13A, 13B), a second elongate region that partitions the intermediate layer into intermediate layer portions (14C, 14D) and a third elongate region that partitions the second electrode layer into second electrode layer portions (15C, 15D), characterized in that the second elongate region extends within the first elongate region, wherein lateral boundaries of the second elongate region are distinct from those of the first elongate region.
Method for determining a best target trajectory with associated target parameters from a plurality of target trajectories by the direction-selective reception of sound waves radiated from or transmitted from a target, with an arrangement of waterborne sound receivers of a sonar receiving system consisting of estimated bearing angles (B est) which are determined from estimated positions of the target, and of bearing angles (B meas) measured by the arrangement, wherein a bearing angle difference is determined between measured bearing angles (B meas) and estimated bearing angles (B est), and at least one support value is determined from a set of possible support values, several target trajectories (Z(i, j)) with associated target parameters and an associated evaluation magnitude (Q(i, j)) are determined, wherein a first bearing line associated with a first measured bearing angle and a last bearing line associated with a last-measured bearing angle are determined, and wherein the target trajectories begin on the first bearing line at a starting point and end on the last bearing line at an end point, and the evaluation magnitude (Q(i, j)) is determined from the bearing angle difference associated with the particular target trajectory and from the support value or the support values, and a best target trajectory (Z best) with associated target parameters is determined using the associated evaluation magnitude, wherein the associated target parameters are outputted as the target parameters to be determined, characterized by that received signals of the arrangement are subjected to a frequency analysis and the frequency of at least one spectral line is determined as the received frequency (F meas) for each bearing angle, a frequency difference from the received frequency (F meas) and from an estimated Doppler frequency (F est) is determined for each bearing angle,wherein the estimated Doppler frequency (F est) is determined from an estimated transmitting frequency (F Sest) emitted by the target and from a Doppler shift, and that the evaluation magnitude (Q (i, j)) is determined from the bearing angle difference, the frequency differences and at least one support value, in particular a frequency support value (F sup), for one more target trajectories (Z (i, j)).
An apparatus for monitoring a leakage current of a transformer-less photovoltaic inverter, the apparatus comprising: a low pass filter configured to remove a high-frequency noise of a sensed leakage current signal; characterized in that the apparatus further comprises: an average value calculator configured to calculate an average value of an output of the low pass filter; a direct current component remover configured to subtract the average value from the output of the low pass filter to remove a direct current component; a phase locked loop circuit section configured to calculate a peak value and a phase of a signal from which the direct current component has been removed; and a resistive component leakage current calculator configured to calculate a resistive component value of a leakage current, based on the peak value and the phase calculated by the phase locked loop circuit section, wherein when a phase of a grid voltage is θ_grid, the phase calculated by the phase locked loop circuit section is θ_zct, and a peak current value calculated by the phase locked loop circuit section is I peak, the resistive component leakage current calculator calculates a root mean square value of an alternating current component of the leakage current as expressed in the following equation: root mean square value = cos Δ θ I Peak 2 where Δθ is θ_grid - θ_zct, a resistive component value of the leakage current is calculated by adding an absolute value of the average value, calculated by the average value calculator, to the root mean square value. an average value calculator configured to calculate an average value of an output of the low pass filter; a direct current component remover configured to subtract the average value from the output of the low pass filter to remove a direct current component; a phase locked loop circuit section configured to calculate a peak value and a phase of a signal from which the direct current component has been removed; and a resistive component leakage current calculator configured to calculate a resistive component value of a leakage current, based on the peak value and the phase calculated by the phase locked loop circuit section, wherein when a phase of a grid voltage is θ_grid, the phase calculated by the phase locked loop circuit section is θ_zct, and a peak current value calculated by the phase locked loop circuit section is I peak, the resistive component leakage current calculator calculates a root mean square value of an alternating current component of the leakage current as expressed in the following equation: root mean square value = cos Δ θ I Peak 2 where Δθ is θ_grid - θ_zct, a resistive component value of the leakage current is calculated by adding an absolute value of the average value, calculated by the average value calculator, to the root mean square value.
A method for handling offshore parts, comprising the steps of providing at least one handling device having at least one floating member with first and second mutually opposite portions (130, 140) between which a transitional surface at least partially extends and defines an interior, and at least one offshore part receiving portion formed in said interior adapted to at least partially receive the offshore part, the method comprising installing the floating member in the offshore part so that it at least partially surrounds the outer surface of the offshore part such that said offshore part floats on the water, and driving the offshore part to an intended destination, wherein the method further comprises the step of upending the offshore part by immersing one end thereof in the water for erecting the offshore part by adjusting floatability of the floating member, characterized in that the floating member is conical in shape.
A household appliance, in a particular laundry dryer comprising a bi-directionally rotating drum to accommodate laundry to be dried, a generator of hot air circulating inside said drum, a blower to supply said hot air into said drum, a channel attached to a helical casing in which a blower is arranged, said blower supplying an air flow (T 3) into a drum, a swingable flap gate characterized in that said flap gate is formed on the outer perimeter of said helical casing and in the area thereof being close to said blower, said flap gate being arranged on said casing on the side and in the manner that it is always pressed against said casing by the gravitational force when the household appliance is non-operating.
Side element (4, 6, 8, 10) of a transport package comprising a frame, consisting of slats (14, 16, 18, 20) of wood connected to one another, wherein the slats (14, 16, 18, 20) are connected to one another at corner joints, characterised in that the corner joints of the slats which are connected to one another are constructed as tongue-and-groove joints.
A longitudinal control arm for connection of an axle tube to a vehicle frame, said longitudinal control arm extending along a longitudinal direction and comprising an arrangement section on the frame side and at least one arrangement section on the axle tube side, wherein a centerline of the arrangement section on the axle tube side is offset or displaced by an offset (x) from a centerline of the arrangement section on the frame side when seen transverse to the longitudinal direction wherein the longitudinal control arm is formed as a hollow profile at least in regions, wherein the longitudinal control arm has an upper support part and a lower support part, and wherein the upper support part and/or the lower support part each has/have an arrangement section on the axle tube side, wherein the upper support part and the lower support part form a parting plane, which is positioned at an angle (α) relative to the horizontal plane characterized by, the arrangement section(s) has/have an angle of enlacement (φ) < 180°.
A test and measurement probe connection system, characterized by comprising: an interposer adapted to be located between a circuit and a memory integrated circuit chip, wherein the interposer comprises a plurality of vias for mounting the integrated circuit chip; at least one probe tab connected to the interposer, the at least one probe tab including two surface metal traces on a surface of the at least one probe tab, wherein each surface metal trace is configured to receive the electrical signal travelling from an internal resistor through a via and through an internal metal trace to the metal surface trace, wherein the interposer includes the internal resistors connected to the corresponding internal metal trace on the interposer and each internal metal trace is connected to the corresponding via and the corresponding surface metal trace; and a probe, the probe comprising a connector that is releasably connectable to the at least one probe tab, the connector including two conductors configured to align with and contact the two surface metal traces on the at least one probe tab such that the signal on the surface metal traces can be then sent to the test and measurement instrument through the two conductors in the connector, wherein the at least one probe tab is integrally formed with the interposer. an interposer adapted to be located between a circuit and a memory integrated circuit chip, wherein the interposer comprises a plurality of vias for mounting the integrated circuit chip; at least one probe tab connected to the interposer, the at least one probe tab including two surface metal traces on a surface of the at least one probe tab, wherein each surface metal trace is configured to receive the electrical signal travelling from an internal resistor through a via and through an internal metal trace to the metal surface trace, wherein the interposer includes the internal resistors connected to the corresponding internal metal trace on the interposer and each internal metal trace is connected to the corresponding via and the corresponding surface metal trace; and a probe, the probe comprising a connector that is releasably connectable to the at least one probe tab, the connector including two conductors configured to align with and contact the two surface metal traces on the at least one probe tab such that the signal on the surface metal traces can be then sent to the test and measurement instrument through the two conductors in the connector,