mhurhangee/ep-ind-claims huggingface dataset:
A pitch enhancement apparatus configured to obtain an output signal by performing, for each time segment, pitch enhancement processing on a signal derived from an input audio signal, the pitch enhancement apparatus comprising: a pitch enhancement unit that is configured to perform, as the pitch enhancement processing, for a time segment judged to be a time segment including the signal whose spectral envelope is flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, a predetermined constant B 0, and a value that is greater than 0 and less than 1, and the signal at the time, and for a time segment judged to be a time segment including the signal whose spectral envelope is not flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, and a predetermined constant B 0, and the signal at the time. for a time segment judged to be a time segment including the signal whose spectral envelope is flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, a predetermined constant B 0, and a value that is greater than 0 and less than 1, and the signal at the time, and a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, a predetermined constant B 0, and a value that is greater than 0 and less than 1, and the signal at the time, and for a time segment judged to be a time segment including the signal whose spectral envelope is not flat, for each time of the time segment, processing to obtain an output signal including an added signal obtained by adding a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, and a predetermined constant B 0, and the signal at the time. a multiplied signal, which was obtained by multiplying the signal at a time that is an earlier time than the time by the number of samples T 0 corresponding to a pitch period of the time segment, pitch gain σ 0 of the time segment, and a predetermined constant B 0, and the signal at the time.
A process for electrolysis of an aqueous solution wherein: - iron particles are introduced into a metallic receptacle contained in a tank equipped with an electrode not touching this metallic receptacle; - an aqueous solution is introduced into said tank so that it at least partially covers the iron particles and is in contact with the electrode; - the metallic receptacle and the electrode are supplied with electrical direct current, the metallic receptacle containing iron particles being the anode and the electrode being the cathode; characterized in that - the aqueous solution introduced into the tank is an aqueous solution of sodium hypochlorite whose concentration is at least 1 g/l. - iron particles are introduced into a metallic receptacle contained in a tank equipped with an electrode not touching this metallic receptacle; - an aqueous solution is introduced into said tank so that it at least partially covers the iron particles and is in contact with the electrode; - the metallic receptacle and the electrode are supplied with electrical direct current, the metallic receptacle containing iron particles being the anode and the electrode being the cathode; - the aqueous solution introduced into the tank is an aqueous solution of sodium hypochlorite whose concentration is at least 1 g/l.
A method, in a radio network node, for assisting a positioning node during positioning of a target wireless device, wherein said positioning is based on radio measurements of uplink, UL, radio signals transmitted by the target wireless device, said radio measurements being requested by the positioning node, wherein the radio network node is configured to receive UL radio signals transmitted by the target wireless device, the method comprising: detecting, at the radio network node, a cell change for the target wireless device; and the method characterized in that it comprises: in response to said cell change, selectively informing the positioning node of the cell change, wherein said informing the positioning node of the cell change comprises providing the positioning node with new or updated configuration data for UL transmissions that are transmitted by the target wireless device in one or more cells, receiving a request for restarting UL positioning measurements for a cell associated with the cell change, and in response to the received request, performing UL positioning measurements for the cell associated with the cell change. detecting, at the radio network node, a cell change for the target wireless device; and the method characterized in that it comprises: in response to said cell change, selectively informing the positioning node of the cell change, wherein said informing the positioning node of the cell change comprises providing the positioning node with new or updated configuration data for UL transmissions that are transmitted by the target wireless device in one or more cells, receiving a request for restarting UL positioning measurements for a cell associated with the cell change, and in response to the received request, performing UL positioning measurements for the cell associated with the cell change.
A laundry treating apparatus comprising: an inner cabinet which forms a space for holding clothes; a machinery room provided separate from the inner cabinet to a lower portion of the inner cabinet; a base frame forming the bottom surface of the machinery room; an air module base mounted slidably attachable/detachable to/from the machinery room to support an air supplying unit which is to supply air or hot air to the inner cabinet; and a steam module base mounted slidably attachable/detachable to/from the machinery room to support a steam generator which is to supply steam to the inner cabinet, characterized by a base coupling member to couple the steam module base and the air module base together and to make the module bases (753, 755) coupled to be detachable from the base frame. an inner cabinet which forms a space for holding clothes; a machinery room provided separate from the inner cabinet to a lower portion of the inner cabinet; a base frame forming the bottom surface of the machinery room; an air module base mounted slidably attachable/detachable to/from the machinery room to support an air supplying unit which is to supply air or hot air to the inner cabinet; and a steam module base mounted slidably attachable/detachable to/from the machinery room to support a steam generator which is to supply steam to the inner cabinet, characterized by a base coupling member to couple the steam module base and the air module base together and to make the module bases (753, 755) coupled to be detachable from the base frame.
Connecting rod fitting for a building closure element which has at least one connecting rod which can be mounted in a linearly displaceable manner on a frame element of the building closure element and a guard rail which can be attached to the frame element and covers the connecting rod, wherein the connecting rod can be fixed relative to the frame element by means of a locking device, wherein the locking device, in a locking setting, couples the connecting rod directly to the guard rail and fixes same relative thereto and, in a release setting, releases the connecting rod for displacement relative to the guard rail, characterised in that the connecting rod fitting is provided and configured to sense an actuation of an actuation handle of the building closure element and to displace the locking element into the release position only upon recognition of such an actuation when previously a central controller has set a release setting.
Coating composition comprising (a) at least one thermoplastic polymer in a content of at least 30% by weight of the solids content of the coating composition; (b) at least one UV-curable reactive diluent in a content of at least 30% by weight of the solids content of the coating composition; (c) at least one photoinitiator in a content of ≥ 0 1 to ≤ 10 parts by weight of the solids content of the coating composition; and (d) at least one organic solvent, wherein the solids content of the coating composition is in the range from ≥ 0 to ≤ 40% by weight, based on the total weight of the coating composition, and wherein the proportion of ethylenically unsaturated groups is at least 3 mol per kg of the solids content of the coating composition. (a) at least one thermoplastic polymer in a content of at least 30% by weight of the solids content of the coating composition; (b) at least one UV-curable reactive diluent in a content of at least 30% by weight of the solids content of the coating composition; (c) at least one photoinitiator in a content of ≥ 0 1 to ≤ 10 parts by weight of the solids content of the coating composition; and (d) at least one organic solvent,
A composition-of-matter comprising a multi-layer matrix, said matrix comprising at least two layers of an elastic biocompatible polymeric material and at least one layer of a viscoelastic biocompatible polymeric material, wherein (i) said at least two layers of said elastic polymeric material are each independently in a form of a porous layer of polymeric fibers, (ii) said layer of said viscoelastic polymeric material is interposed between two of said layers of said elastic polymeric material; (iii) said viscoelastic polymeric material comprises a polymer characterized by a glass transition temperature and/or melting point at a temperature below 40 °C (iv) said elastic polymeric material comprises a polymer characterized by a glass transition temperature and/or melting point at a temperature above 40 °C, and wherein (v) said layer of said viscoelastic polymeric material is characterized by a loss tangent (G"/G') at a temperature of 10 °C and frequency of 0.1 Hz which is in a range of from 0.01 to 4.
Method for utilizing a park brake system to improve the deceleration of a vehicle in the event of failure of the service brake system, the service brake system comprising a brake pedal and at least one air supply circuit (40, 42, 44), the method including the steps of: a) measuring the pressure in the air supply circuit, in particular in an air tank (40, 42) of the air supply circuit, b) when the pressure in the air supply circuit falls below a certain value, switching the park brake system from a normal mode, wherein the park brake system is released, to an assistance mode, characterized in that, in the assistance mode, the park brake system assists the service brake system only if the brake pedal is depressed until reaching a threshold position different from a rest position, and in that the threshold position is defined between 50% and 100% of the brake pedal stroke starting from rest position. a) measuring the pressure in the air supply circuit, in particular in an air tank (40, 42) of the air supply circuit, b) when the pressure in the air supply circuit falls below a certain value, switching the park brake system from a normal mode, wherein the park brake system is released, to an assistance mode,
A machine for the preparation of a wine product, comprising a container for containing an at least partly fluid oenological matrix, said container having a prevalent development direction; mixing means placed inside the container and configured for mixing said oenological matrix, said mixing means comprising at least a first and a second agitator configured for moving said oenological matrix along said prevalent development direction; filtering means placed inside the container and configured for filtering said oenological matrix; means for adjusting the temperature inside said container comprising a plurality of panels arranged peripherally on said container and configured for allowing the circulation therein of a heat exchange fluid; characterized in that said panels totally cover at least 75% of the surface of said container.
A garment steamer comprising: - a handle for holding the garment steamer, - a steamer head comprising a steam generator for generating steam, - a water pipe extending between the handle and the steamer head, and - a pivot coupling connecting the handle and the steamer head, the pivot coupling comprising a pivot shaft having an external curved surface, characterized by the external curved surface supporting said water pipe such that the water pipe is guided on the external curved surface of the pivot shaft between the handle and the steamer head. - a handle for holding the garment steamer, - a steamer head comprising a steam generator for generating steam, - a water pipe extending between the handle and the steamer head, and - a pivot coupling connecting the handle and the steamer head, the pivot coupling comprising a pivot shaft having an external curved surface, characterized by the external curved surface supporting said water pipe such that the water pipe is guided on the external curved surface of the pivot shaft between the handle and the steamer head.
A calibration artifact comprising: a step gauge comprising an elongated body having a direction of elongation, the step gauge including a plurality of first measurement elements (110a, 210a), each first measurement element (110a, 210a) comprising a first planar measurement surface (120a, 220a) facing in a first direction, wherein the first planar measurement surface (120a, 220a) of each first measurement element (110a, 210a) is parallel to the first planar measurement surface (120a, 220a) of each of the other first planar measurement surfaces (120a, 220a) of the plurality of first measurement elements (110a, 210a); and the step gauge is formed from a single piece of ceramic; characterised in that: each first measurement element (110a, 210a) comprises a protrusion which extends from a support piece (106, 206) in a direction which is parallel to the direction of elongation of the elongated body, and each first planar measurement surface (120a, 220a) comprises an end face of one of the protrusions; and the elongated body comprises first and second elongated frame pieces (104, 204) connected to one another with the support pieces (106, 206), the support pieces (106, 206) being perpendicular to the elongated frame pieces (104, 204).
A case for a gas turbine engine, comprising: a core body, including: a longitudinally extending core flow path; a laterally extending bleed air duct coupling the core flow path in fluid communication with the external environment; a structural member spanning the bleed air duct coupling a core body forward segment to a core body forward or aft segment, and dividing the bleed air duct into first and second circumferentially adjacent bleed air ducts; and a heating element or elements (122,132) connected to the core body and in thermal communication with the structural member; wherein the core body defines a bore forward or aft of the structural member, wherein the heating element is seated in the case bore, characterised in that the heating element or elements (122,132) includes a resistive heating element. a core body, including: a longitudinally extending core flow path; a laterally extending bleed air duct coupling the core flow path in fluid communication with the external environment; a structural member spanning the bleed air duct coupling a core body forward segment to a core body forward or aft segment, and dividing the bleed air duct into first and second circumferentially adjacent bleed air ducts; and a longitudinally extending core flow path; a laterally extending bleed air duct coupling the core flow path in fluid communication with the external environment; a structural member spanning the bleed air duct coupling a core body forward segment to a core body forward or aft segment, and dividing the bleed air duct into first and second circumferentially adjacent bleed air ducts; and a heating element or elements (122,132) connected to the core body and in thermal communication with the structural member; wherein the core body defines a bore forward or aft of the structural member, wherein the heating element is seated in the case bore, characterised in that the heating element or elements (122,132) includes a resistive heating element.
A liquid chemical agent package, comprising: a package bag comprising water-soluble films each comprising a polyvinyl alcohol resin, the films being bonded to each other to form the package bag; and a liquid chemical agent included in the package bag, wherein in a section of the chemical agent package in a vertical direction relative to bonding surfaces of the water-soluble films, the liquid chemical agent package contains 20 or more inorganic particles each having a particle diameter of 2 μm or more in a sealed sectional portion having a range extending from an interface between the bonding surfaces by ±10 μm in the vertical direction and having a width of 900 μm. a package bag comprising water-soluble films each comprising a polyvinyl alcohol resin, the films being bonded to each other to form the package bag; and a liquid chemical agent included in the package bag, wherein in a section of the chemical agent package in a vertical direction relative to bonding surfaces of the water-soluble films, the liquid chemical agent package contains 20 or more inorganic particles each having a particle diameter of 2 μm or more in a sealed sectional portion having a range extending from an interface between the bonding surfaces by ±10 μm in the vertical direction and having a width of 900 μm.
A semiconductor module comprising: a first circuit board having thermal conductivity and having a first surface; a second circuit board having thermal conductivity and having a second surface facing the first surface of the first circuit board; a first semiconductor element mounted on the first surface of the first circuit board; a second semiconductor element mounted on the second surface of the second circuit board; and a connector having thermal conductivity and electrically connecting the first semiconductor element and the second semiconductor element, wherein the connector includes a first element joining portion (71=71a+71b) connecting the first semiconductor element and the second surface of the second circuit board while not being in contact with either the first surface of the first circuit board or the second semiconductor element, and a second element joining portion (72=72a+72b+72c) connecting the second semiconductor element and the first surface of the first circuit board while not being in contact with either the second surface of the second circuit board or the first semiconductor element, the second element joining portion (72=72a+72b+72c) being connected to the first element joining portion (71=71a+71b). a first circuit board having thermal conductivity and having a first surface; a second circuit board having thermal conductivity and having a second surface facing the first surface of the first circuit board; a first semiconductor element mounted on the first surface of the first circuit board; a second semiconductor element mounted on the second surface of the second circuit board; and a connector having thermal conductivity and electrically connecting the first semiconductor element and the second semiconductor element, wherein the connector includes a first element joining portion (71=71a+71b) connecting the first semiconductor element and the second surface of the second circuit board while not being in contact with either the first surface of the first circuit board or the second semiconductor element, and a second element joining portion (72=72a+72b+72c) connecting the second semiconductor element and the first surface of the first circuit board while not being in contact with either the second surface of the second circuit board or the first semiconductor element, the second element joining portion (72=72a+72b+72c) being connected to the first element joining portion (71=71a+71b). a first element joining portion (71=71a+71b) connecting the first semiconductor element and the second surface of the second circuit board while not being in contact with either the first surface of the first circuit board or the second semiconductor element, and a second element joining portion (72=72a+72b+72c) connecting the second semiconductor element and the first surface of the first circuit board while not being in contact with either the second surface of the second circuit board or the first semiconductor element, the second element joining portion (72=72a+72b+72c) being connected to the first element joining portion (71=71a+71b).
An exoskeleton adapted to decrease energy consumption of a user comprising: an exoskeleton trunk adapted to be coupled to an upper body of a user; first and second leg supports (101, 102) rotatably connected to the exoskeleton trunk allowing for the flexion and extension between said leg supports (101, 102) and said exoskeleton trunk, wherein the first and second leg supports (101, 102) are adapted to be coupled to lower limbs (143, 144) of a user and to shift between a stance phase and a swing phase; first and second hip actuators (145, 146) adapted to create torques between said exoskeleton trunk and the first and second leg supports (101, 102); and at least one power unit providing power to said first and second hip actuators (145, 146), characterized in that the at least one power unit is configured to cause the first hip actuator (145, 146) to begin to impose a first torque on one of said first and second leg supports (101, 102) in a forward swing direction when the other of said first and second leg supports (102, 101) strikes the ground, wherein said first torque rises to a nominal value and stays within fifty percent of its nominal value during double stance, toe-off, and a majority of a period from toe-off to heel strike of the one of said first and second leg supports (101, 102) and is zero at heel strike of the one of said first and second leg supports (101, 102). an exoskeleton trunk adapted to be coupled to an upper body of a user; first and second leg supports (101, 102) rotatably connected to the exoskeleton trunk allowing for the flexion and extension between said leg supports (101, 102) and said exoskeleton trunk, wherein the first and second leg supports (101, 102) are adapted to be coupled to lower limbs (143, 144) of a user and to shift between a stance phase and a swing phase; first and second hip actuators (145, 146) adapted to create torques between said exoskeleton trunk and the first and second leg supports (101, 102); and at least one power unit providing power to said first and second hip actuators (145, 146), characterized in that the at least one power unit is configured to cause the first hip actuator (145, 146) to begin to impose a first torque on one of said first and second leg supports (101, 102) in a forward swing direction when the other of said first and second leg supports (102, 101) strikes the ground, wherein said first torque rises to a nominal value and stays within fifty percent of its nominal value during double stance, toe-off, and a majority of a period from toe-off to heel strike of the one of said first and second leg supports (101, 102) and is zero at heel strike of the one of said first and second leg supports (101, 102).