mhurhangee/ep-ind-claims huggingface dataset:
A method of audio processing, the method comprising: receiving one or more audio objects, wherein each of the one or more audio objects respectively includes position information; for a given audio object of the one or more audio objects: selecting, based on the position information of the given audio object, at least two renderers of a plurality of renderers; characterised by determining, based on the position information of the given audio object, at least two weights; rendering, based on the position information, the given audio object using the at least two renderers weighted according to the at least two weights, to generate a plurality of rendered signals; and combining the plurality of rendered signals to generate a plurality of loudspeaker signals; and outputting, from a plurality of loudspeakers, the plurality of loudspeaker signals. receiving one or more audio objects, wherein each of the one or more audio objects respectively includes position information; for a given audio object of the one or more audio objects: selecting, based on the position information of the given audio object, at least two renderers of a plurality of renderers; characterised by determining, based on the position information of the given audio object, at least two weights; rendering, based on the position information, the given audio object using the at least two renderers weighted according to the at least two weights, to generate a plurality of rendered signals; and combining the plurality of rendered signals to generate a plurality of loudspeaker signals; and selecting, based on the position information of the given audio object, at least two renderers of a plurality of renderers; characterised by determining, based on the position information of the given audio object, at least two weights; rendering, based on the position information, the given audio object using the at least two renderers weighted according to the at least two weights, to generate a plurality of rendered signals; and combining the plurality of rendered signals to generate a plurality of loudspeaker signals; and outputting, from a plurality of loudspeakers, the plurality of loudspeaker signals.
A light assembly for illuminating an emblem, the light assembly comprising: a housing that holds at least one light source configured to generate light; an emblem having a structural body defined by emblem edges; and an optical light guide coupled to the housing, the optical light guide having a front surface facing and partially covered by the structural body of the emblem, the optical light guide having a perimeter defined by an exterior edge and a shape defined by exposed edges of the optical light guide that extend from the front surface, the shape of the optical light guide matching a shape of the emblem such that the exposed edge of the optical light guide project laterally beyond the emblem edges of the emblem to define an exposed region of the front surface between the emblem edges and the exposed edges; characterized in that the optical light guide is configured to receive light generated by the at least one light source through an exterior edge of an optical light guide along the perimeter and to emit at least some of the light along the exposed region to illuminate the emblem edges. a housing that holds at least one light source configured to generate light; an emblem having a structural body defined by emblem edges; and an optical light guide coupled to the housing, the optical light guide having a front surface facing and partially covered by the structural body of the emblem, the optical light guide having a perimeter defined by an exterior edge and a shape defined by exposed edges of the optical light guide that extend from the front surface, the shape of the optical light guide matching a shape of the emblem such that the exposed edge of the optical light guide project laterally beyond the emblem edges of the emblem to define an exposed region of the front surface between the emblem edges and the exposed edges; characterized in that the optical light guide is configured to receive light generated by the at least one light source through an exterior edge of an optical light guide along the perimeter and to emit at least some of the light along the exposed region to illuminate the emblem edges.
An extracorporeal circulation apparatus (2, 2A, 2B) that subjects blood to extracorporeal circulation, the extracorporeal circulation apparatus (2, 2A, 2B) comprising: a blood reservoir configured to store the blood temporarily; and a presence information acquisition unit (9, 9A, 9B) configured to acquire pieces of presence information on the blood stored in the blood reservoir; wherein the extracorporeal circulation apparatus (2, 2A, 2B) further comprises: a control unit configured to execute control to determine a position of a surface of the blood on the basis of presence or absence of consecutiveness between pieces of the presence information acquired along a first direction parallel to the surface of the blood stored in the blood reservoir and a second direction perpendicular to the surface of the blood among pieces of the presence information transmitted from the presence information acquisition unit (9, 9A, 9B), characterized in that the presence information is color information, and the control unit is configured to execute a binarization process on the basis of the color information transmitted from the presence information acquisition unit (9, 9A, 9B), and execute the control to determine the position of the blood surface. a blood reservoir configured to store the blood temporarily; and a presence information acquisition unit (9, 9A, 9B) configured to acquire pieces of presence information on the blood stored in the blood reservoir; wherein the extracorporeal circulation apparatus (2, 2A, 2B) further comprises: a control unit configured to execute control to determine a position of a surface of the blood on the basis of presence or absence of consecutiveness between pieces of the presence information acquired along a first direction parallel to the surface of the blood stored in the blood reservoir and a second direction perpendicular to the surface of the blood among pieces of the presence information transmitted from the presence information acquisition unit (9, 9A, 9B), characterized in that the presence information is color information, and the control unit is configured to execute a binarization process on the basis of the color information transmitted from the presence information acquisition unit (9, 9A, 9B), and execute the control to determine the position of the blood surface. a control unit configured to execute control to determine a position of a surface of the blood on the basis of presence or absence of consecutiveness between pieces of the presence information acquired along a first direction parallel to the surface of the blood stored in the blood reservoir and a second direction perpendicular to the surface of the blood among pieces of the presence information transmitted from the presence information acquisition unit (9, 9A, 9B), characterized in that the presence information is color information, and the control unit is configured to execute a binarization process on the basis of the color information transmitted from the presence information acquisition unit (9, 9A, 9B), and execute the control to determine the position of the blood surface.
A method of forming a clamping ring to be used on a pipe when making a pipe connection, the method comprising: extruding a pipe from a plastic material having memory properties, and cutting the extruded pipe to form a pipe part, characterized by that, while extruding the pipe, its inner diameter is formed smaller than the outer diameter of the pipe onto which the clamping ring is positioned before making the pipe connection, and by making the inner diameter of the pipe part larger by removing material from the inside of the pipe part but only over part of the length of the pipe part such that a stop edge is formed at one end of the pipe part, whereby the pipe part forms the clamping ring. extruding a pipe from a plastic material having memory properties, and cutting the extruded pipe to form a pipe part, characterized by that, while extruding the pipe, its inner diameter is formed smaller than the outer diameter of the pipe onto which the clamping ring is positioned before making the pipe connection, and by making the inner diameter of the pipe part larger by removing material from the inside of the pipe part but only over part of the length of the pipe part such that a stop edge is formed at one end of the pipe part, whereby the pipe part forms the clamping ring.
Device for converting wave energy into electrical energy, comprising: - a sliding mass (2; 12; 112); - a guide (1; 11; 111) for the sliding mass; - an electric generator (6; 16) provided with a rotor; - a shaft integral with the rotor; - a first mechanism that connects the sliding mass to the rotor shaft and can convert the motion of the sliding mass on the guide into a rotational motion of the rotor shaft; said device further comprising a second mechanism interposed between the first mechanism and the rotor shaft to provide the rotor with an one-way rotational motion, regardless of the direction of the sliding mass' motion, characterized in that the second mechanism further comprises: - a first toothed wheel (51; 151) having a first free pinion (52; 152) engaged thereto with a first sense of engagement; - a second toothed wheel (51'; 151') having a second free pinion (52'; 152') engaged thereto with a second sense of engagement that is opposite to the first sense of engagement, the second toothed wheel being connected to the first toothed wheel so that the two toothed wheels have opposite rotation senses; - a third toothed wheel (53; 153) which is engaged to the two free pinions and is connected to the rotor shaft, while the first or second toothed wheel is connected to the first mechanism. - a sliding mass (2; 12; 112); - a guide (1; 11; 111) for the sliding mass; - an electric generator (6; 16) provided with a rotor; - a shaft integral with the rotor; - a first mechanism that connects the sliding mass to the rotor shaft and can convert the motion of the sliding mass on the guide into a rotational motion of the rotor shaft; - a first toothed wheel (51; 151) having a first free pinion (52; 152) engaged thereto with a first sense of engagement; - a second toothed wheel (51'; 151') having a second free pinion (52'; 152') engaged thereto with a second sense of engagement that is opposite to the first sense of engagement, the second toothed wheel being connected to the first toothed wheel so that the two toothed wheels have opposite rotation senses; - a third toothed wheel (53; 153) which is engaged to the two free pinions and is connected to the rotor shaft, while the first or second toothed wheel is connected to the first mechanism.
A robot cleaner system comprising: a docking station having a first transmission unit to transmit a first docking guide signal comprising at least a first signal pulse and a second signal pulse having an amplitude greater than the amplitude of the first signal pulse, and a second transmission unit to transmit a second docking guide signal comprising at least a third signal pulse and a fourth signal pulse having an amplitude greater than the amplitude of the third signal pulse of the second docking guide signal; and a robot cleaner including a plurality of reception units (210a - 210d) to sense the signals transmitted by the docking station and a control unit to control a driving unit to move the robot cleaner to the docking station based on the first docking guide signal and the second docking guide signal sensed by the reception unit, the robot cleaner is configured for distinguishing the first docking guide signal sensed in a first short-distance docking guide area (L, R) from the first docking guide signal sensed by the robot cleaner in a first long-distance guide area (W1, W2) by a bit array, and the robot cleaner is configured for distinguishing the second docking guide signal sensed in a second short-distance docking guide area (L, R) from the second docking guide signal sensed by the robot cleaner in a second long-distance guide area (W1, W2) by a bit array. a docking station having a first transmission unit to transmit a first docking guide signal comprising at least a first signal pulse and a second signal pulse having an amplitude greater than the amplitude of the first signal pulse, and a second transmission unit to transmit a second docking guide signal comprising at least a third signal pulse and a fourth signal pulse having an amplitude greater than the amplitude of the third signal pulse of the second docking guide signal; and a robot cleaner including a plurality of reception units (210a - 210d) to sense the signals transmitted by the docking station and a control unit to control a driving unit to move the robot cleaner to the docking station based on the first docking guide signal and the second docking guide signal sensed by the reception unit, the robot cleaner is configured for distinguishing the first docking guide signal sensed in a first short-distance docking guide area (L, R) from the first docking guide signal sensed by the robot cleaner in a first long-distance guide area (W1, W2) by a bit array, and the robot cleaner is configured for distinguishing the second docking guide signal sensed in a second short-distance docking guide area (L, R) from the second docking guide signal sensed by the robot cleaner in a second long-distance guide area (W1, W2) by a bit array.
A bracket, particularly a wall bracket, for a musical instrument, particularly a stringed instrument, comprising an adjustable base for receiving an instrument body and at least two retaining arms, which are able to pivot relative to an anchor element and serve for detachably securing an instrument neck received between the retaining arms, wherein the base and the two retaining arms are coupled to one another by at least one connecting member, and wherein at least one spring is provided, which prestresses the base into a rest position and the two retaining arms into an open position, characterized in that the connecting member is realized in the form of a connecting rod that rigidly couples the base to the two retaining arms, wherein the connecting rod is prestressed with the aid of the spring following the longitudinal extent of the connecting rod.
A battery module comprising: a plurality of rechargeable batteries; a housing (110, 410) configured to receive the rechargeable batteries, wherein the housing (110, 410) has a vent opening (114a, 214a, 264a, 314a, 412a); and a valve configured to close the vent opening (114a, 214a, 264a, 314a, 412a), wherein the valve comprises a porous film (130, 230, 251, 261, 331, 430) with pores having a diameter larger than that of gas molecules and smaller than that of water particles; characterized in that, the porous film is adapted to break to discharge gas in the housing and has a notch. a plurality of rechargeable batteries; a housing (110, 410) configured to receive the rechargeable batteries, wherein the housing (110, 410) has a vent opening (114a, 214a, 264a, 314a, 412a); and a valve configured to close the vent opening (114a, 214a, 264a, 314a, 412a), wherein the valve comprises a porous film (130, 230, 251, 261, 331, 430) with pores having a diameter larger than that of gas molecules and smaller than that of water particles; the porous film is adapted to break to discharge gas in the housing and has a notch.
Key for locking a link including a U-section and a crank of a linkage of a wiper mechanism in a transport position, characterized in that it comprises: • a shaft having at one end a radial holding excrescence and at the other end an enlarged head intended to cooperate with a hollow part of the U-section forming the link, and • a first radial finger configured to be housed in a slot for locking the link in the transport position. • a shaft having at one end a radial holding excrescence and at the other end an enlarged head intended to cooperate with a hollow part of the U-section forming the link, and • a first radial finger configured to be housed in a slot for locking the link in the transport position.
A filter element comprising a filter body of pleated filter material, and an end cap adapted to provide dimensional stability to the filter body and to engage with a support plate by means of a circumferential groove in the end cap, the end cap comprising a unitary body by moulding from two plastics compositions of compatible composition, the end cap comprising a moulding having a flange having higher degree of hardness, and a second part of lower degree of hardness, wherein the groove is provided wholly in the part having the lower hardness.
A method (400, 600), comprising: detecting insertion of a cartridge in a vaporizer body, the cartridge comprising a heating element configured to deliver heat to a vaporizable material contained in the cartridge, wherein the heat causes vaporization of the vaporizable material; determining, in response to detecting the insertion of the cartridge, a setpoint temperature for the heating element; providing, on a display of the vaporizer body, an indication of the setpoint temperature; detecting removal of the cartridge from the vaporizer body; providing, on the display of the vaporizer body and in response to detecting removal of the cartridge, an indication of the removal of the cartridge; detecting, during a timeout period and following removal of the cartridge, reinsertion of the cartridge in the vaporizer body; incrementing, in response to detecting the reinsertion of the cartridge during the timeout period, the setpoint temperature to a next setpoint temperature in a sequence of setpoint temperatures; providing, on the display of the vaporizer body, an indication of the next setpoint temperature; and activating the heating element to reach the next setpoint temperature for vaporization of the vaporizable material; wherein cartridge removal and insertion cause the setpoint temperature to increment through the sequence of setpoint temperatures, based on the timeout period, with each remove and insert operation. detecting insertion of a cartridge in a vaporizer body, the cartridge comprising a heating element configured to deliver heat to a vaporizable material contained in the cartridge, wherein the heat causes vaporization of the vaporizable material; determining, in response to detecting the insertion of the cartridge, a setpoint temperature for the heating element; providing, on a display of the vaporizer body, an indication of the setpoint temperature; detecting removal of the cartridge from the vaporizer body; providing, on the display of the vaporizer body and in response to detecting removal of the cartridge, an indication of the removal of the cartridge; detecting, during a timeout period and following removal of the cartridge, reinsertion of the cartridge in the vaporizer body; incrementing, in response to detecting the reinsertion of the cartridge during the timeout period, the setpoint temperature to a next setpoint temperature in a sequence of setpoint temperatures; providing, on the display of the vaporizer body, an indication of the next setpoint temperature; and activating the heating element to reach the next setpoint temperature for vaporization of the vaporizable material; wherein cartridge removal and insertion cause the setpoint temperature to increment through the sequence of setpoint temperatures, based on the timeout period, with each remove and insert operation.
Spray device for the application of a colour medium on a component of a motor vehicle, comprising a main body, a covering element covering the main body in the spraying direction, and a multiplicity of spray nozzles which are arranged on the covering element and are each connected to a colour line and to a compressed-air line, wherein the covering element and/or the spray nozzles is/are adjustable in such a manner that a size of an application area of the colour medium is adaptable to the component, characterized in that the covering element is designed to be deformable in the spraying direction and counter to the spraying direction, and in that the covering element is designed as a membrane which is formed from a flexible material.
A surgical system for manipulating an anatomy, said surgical system comprising: a manipulator having a base and a linkage; a tool coupled to said manipulator and movable relative to said base to interact with the anatomy; and a controller configured to: generate a first virtual boundary associated with the anatomy; generate a second virtual boundary associated with the anatomy and being spaced apart from the first virtual boundary; define a zone between said first and second virtual boundaries (90, 80); control movement of said tool in a first mode and a second mode, characterized in that said controller is configured to prevent said tool from penetrating said zone in said first mode and to allow said tool to penetrate said zone in said second mode. a manipulator having a base and a linkage; a tool coupled to said manipulator and movable relative to said base to interact with the anatomy; and a controller configured to: generate a first virtual boundary associated with the anatomy; generate a second virtual boundary associated with the anatomy and being spaced apart from the first virtual boundary; define a zone between said first and second virtual boundaries (90, 80); control movement of said tool in a first mode and a second mode, characterized in that said controller is configured to prevent said tool from penetrating said zone in said first mode and to allow said tool to penetrate said zone in said second mode. generate a first virtual boundary associated with the anatomy; generate a second virtual boundary associated with the anatomy and being spaced apart from the first virtual boundary; define a zone between said first and second virtual boundaries (90, 80); control movement of said tool in a first mode and a second mode, characterized in that said controller is configured to prevent said tool from penetrating said zone in said first mode and to allow said tool to penetrate said zone in said second mode.