mhurhangee/ep-ind-claims huggingface dataset:
A comfort noise generation apparatus comprising: a near-end speech detector arranged to detect speech activity in a near-end signal; a far-end silence detector arranged to detect speech activity in a far-end signal; and a comfort noise generator, wherein responsive to an indication from said near-end speech detector that speech activity is absent on the near-end signal and an indication from said far-end silence detector that speech activity is absent on the far-end signal, said comfort noise generator is arranged to initiate a determination of an estimation of near-end background noise, wherein said estimation determination comprises an auto-regressive moving average filtering of each of a plurality of frequency components of the output of an acoustic echo canceller comprising the near-end signal with the acoustic echo of the far-end signal cancelled out, wherein responsive to an indication from said near-end speech detector that speech activity is present on the near-end signal or an indication from said far-end silence detector that speech activity is present on the far-end signal, said comfort noise generator is arranged to terminate the estimation determination of near-end background noise, and wherein said comfort noise generator is arranged to output a function of said near-end background noise estimation. a near-end speech detector arranged to detect speech activity in a near-end signal; a far-end silence detector arranged to detect speech activity in a far-end signal; and a comfort noise generator, wherein responsive to an indication from said near-end speech detector that speech activity is absent on the near-end signal and an indication from said far-end silence detector that speech activity is absent on the far-end signal, said comfort noise generator is arranged to initiate a determination of an estimation of near-end background noise, wherein said estimation determination comprises an auto-regressive moving average filtering of each of a plurality of frequency components of the output of an acoustic echo canceller comprising the near-end signal with the acoustic echo of the far-end signal cancelled out, wherein responsive to an indication from said near-end speech detector that speech activity is present on the near-end signal or an indication from said far-end silence detector that speech activity is present on the far-end signal, said comfort noise generator is arranged to terminate the estimation determination of near-end background noise, and wherein said comfort noise generator is arranged to output a function of said near-end background noise estimation.
A white light source whose color temperature is 2,500 to 5,400 K, comprising: one type of a blue light emitting LED having a light emission peak of 421 to 490 nm; and a phosphor excited by a primary light emitted from the blue light emitting LED thereby to emit a secondary white light, wherein the phosphor comprises four or more types of phosphors selected out of: types of blue phosphors; types of blue-green phosphors; types of green phosphors; types of yellow phosphors; and/or types of red phosphors, the phosphor comprises at least one of the four or more types of phosphor that is a europium-activated orthosilicate phosphor having a peak wavelength of 520 to 550 nm, a europium-activated β-sialon phosphor having a peak wavelength of 535 to 545 nm, a europium-activated strontium sialon phosphor having a peak wavelength of 510 to 530 nm, and a europium-activated orthosilicate phosphor having a peak wavelength of 550 to 580 nm, or a cerium-activated rare-earth aluminum garnet phosphor having a peak wavelength of 550 to 580 nm, each phosphor has a light emission peak in a range of 420 to 700 nm, adjacent peak wavelengths of the respective phosphors are deviated to each other by 10 nm to 100 nm, and a half band width of the peak wavelength of the light emission spectrum of each phosphor is 40 nm or more, the white light source satisfies a relational equation of − 0.2 ≤ P λ × V λ / P λ max 1 × V λ max 1 − B λ × V λ / B λ max 2 × V λ max 2 ≤ + 0.2, assuming that: a light emission spectrum of the white light source is P(λ); a light emission spectrum of black-body radiation having a same color temperature as that of the white light source is B(λ); a spectrum of a spectral luminous efficiency is V(λ); a wavelength at which P(λ) × V(λ) becomes largest is λmax1; and a wavelength at which B(λ) × V(λ) becomes largest is λmax2.
A method for manufacturing a flexible sheet comprising a printed fabric and intended to be set up to have a generally cylindrical shape and to be stretched between two closed frames positioned at each one of the free ends of said flexible sheet, with said manufacturing method comprising at least: - a step of printing, in the course of which at least a first portion (31, 32) of an original image is printed on one of the faces of a sheet as well as the outline of at least a first strip (41, 42) corresponding to said first portion (31, 32), - a step of cutting said first strip (41, 42) according to said outline printed on the sheet, - a step of adjusting said first printed strip (41, 42) to adjust the position between at least the two longitudinal edges of said first strip (41, 42) relative to each other so as to limit the shifting between the longitudinal edges of said first portion (31, 32), - a step of assembling said first printed strip (41, 42) on at least one assembling zone, so as to form the fabric of the flexible sheet into a generally cylindrical shape, with said manufacturing method being characterized in that, prior to the step of printing, it comprises at least a step of deforming at least said first portion (31, 32) of the original image, so that, after tensioning the flexible sheet between the two frames, the printed fabric renders an image very similar to the original image. - a step of printing, in the course of which at least a first portion (31, 32) of an original image is printed on one of the faces of a sheet as well as the outline of at least a first strip (41, 42) corresponding to said first portion (31, 32), - a step of cutting said first strip (41, 42) according to said outline printed on the sheet, - a step of adjusting said first printed strip (41, 42) to adjust the position between at least the two longitudinal edges of said first strip (41, 42) relative to each other so as to limit the shifting between the longitudinal edges of said first portion (31, 32), - a step of assembling said first printed strip (41, 42) on at least one assembling zone, so as to form the fabric of the flexible sheet into a generally cylindrical shape,
A washing machine, comprising: a main drum rotatably mountable in a tub; a sub drum mounted inside the main drum to be relatively rotatable with respect to the main drum; an outer shaft for rotating the main drum; and an inner shaft for rotating the sub drum, being disposed inside the outer shaft, a driving motor being configured to rotate the main drum and the sub drum in different directions and/or with different rotational speeds, characterized by: the driving motor having a stator, an outer rotor connected to the inner shaft and disposed outside the stator and, an inner rotor connected to the outer shaft and disposed inside the stator, a spring washer inserted onto a connection part of the outer shaft and the inner rotor so as to attenuate vibrations of the outer shaft, and a stopping ring provided at a connection part of the outer shaft and the inner rotor to secure the spring washer (500, 900) in the axial direction, wherein the spring washer (500, 900) is installed between the outer shaft and the inner rotor to attenuate vibrations in an axial direction. a main drum rotatably mountable in a tub; a sub drum mounted inside the main drum to be relatively rotatable with respect to the main drum; an outer shaft for rotating the main drum; and an inner shaft for rotating the sub drum, being disposed inside the outer shaft, a driving motor being configured to rotate the main drum and the sub drum in different directions and/or with different rotational speeds, characterized by: the driving motor having a stator, an outer rotor connected to the inner shaft and disposed outside the stator and, an inner rotor connected to the outer shaft and disposed inside the stator, a spring washer inserted onto a connection part of the outer shaft and the inner rotor so as to attenuate vibrations of the outer shaft, and a stopping ring provided at a connection part of the outer shaft and the inner rotor to secure the spring washer (500, 900) in the axial direction, wherein the spring washer (500, 900) is installed between the outer shaft and the inner rotor to attenuate vibrations in an axial direction. the driving motor having a stator, an outer rotor connected to the inner shaft and disposed outside the stator and, an inner rotor connected to the outer shaft and disposed inside the stator, a spring washer inserted onto a connection part of the outer shaft and the inner rotor so as to attenuate vibrations of the outer shaft, and a stopping ring provided at a connection part of the outer shaft and the inner rotor to secure the spring washer (500, 900) in the axial direction, wherein the spring washer (500, 900) is installed between the outer shaft and the inner rotor to attenuate vibrations in an axial direction.
A developer replenishing apparatus for replenishing a replenishing developer to a developing apparatus for developing an electrostatic image, the replenishing apparatus comprising: a first developer container for containing the replenishing developer to be replenished to the developing apparatus; a second developer container for containing the replenishing developer to be replenished to the first developer container; a first replenishing mechanism for replenishing the replenishing developer in the first developer container to the developing apparatus; a second replenishing mechanism for replenishing the replenishing developer in the second developer container to the first developer container characterized in that the second replenishing mechanism is configured to replenish the replenishing develloper by rotating a deformable sheet member rotatably disposed in said second developer container; and in that the developer replenishing apparatus further comprises a driving source capable of simultaneously driving the first replenishing mechanism and the second replenishing mechanism, wherein, at an operated state of the driving source, a replenishing amount of the replenishing developer per unit of time from the second developer container to the first developer container is larger than a replenishing amount of the replenishing developer per unit of time from the first developer container to the developing apparatus. a first developer container for containing the replenishing developer to be replenished to the developing apparatus; a second developer container for containing the replenishing developer to be replenished to the first developer container; a first replenishing mechanism for replenishing the replenishing developer in the first developer container to the developing apparatus; a second replenishing mechanism for replenishing the replenishing developer in the second developer container to the first developer container characterized in that the second replenishing mechanism is configured to replenish the replenishing develloper by rotating a deformable sheet member rotatably disposed in said second developer container; and in that the developer replenishing apparatus further comprises a driving source capable of simultaneously driving the first replenishing mechanism and the second replenishing mechanism, wherein, at an operated state of the driving source, a replenishing amount of the replenishing developer per unit of time from the second developer container to the first developer container is larger than a replenishing amount of the replenishing developer per unit of time from the first developer container to the developing apparatus.
A method of producing a soluble coffee powder, the method comprising: a) providing a porous spray dried soluble coffee powder; b) providing a granulated frozen coffee extract by injecting gas into a liquid coffee extract, freezing the gas-injected coffee extract, and granulating the frozen gas-injected coffee extract; c) heating the granulated frozen coffee extract to partly melt the powder surface; d) mixing the porous spray dried coffee powder with the heated granulated frozen coffee extract to produce particles of the frozen coffee extract covered by particles of the porous spray dried coffee powder; and e) freeze drying the covered particles of frozen coffee extract obtained in step d. a) providing a porous spray dried soluble coffee powder; b) providing a granulated frozen coffee extract by injecting gas into a liquid coffee extract, freezing the gas-injected coffee extract, and granulating the frozen gas-injected coffee extract; c) heating the granulated frozen coffee extract to partly melt the powder surface; d) mixing the porous spray dried coffee powder with the heated granulated frozen coffee extract to produce particles of the frozen coffee extract covered by particles of the porous spray dried coffee powder; and e) freeze drying the covered particles of frozen coffee extract obtained in step d.
A painting device, comprising: a paint output part for outputting paint towards an object to be painted; a paint piping for the paint to pass through towards the paint output part; a paint supply part for supplying the paint to the paint piping from a side opposite to the paint output part, and a movable body provided inside the paint piping, the movable body moving inside the paint piping towards the paint output part, while the paint output part is outputting the paint towards the object to be painted; the painting device further comprising: a stop for preventing a movement of the movable body from an end of the paint piping adjacent to the paint supply part. a paint output part for outputting paint towards an object to be painted; a paint piping for the paint to pass through towards the paint output part; a paint supply part for supplying the paint to the paint piping from a side opposite to the paint output part, and a movable body provided inside the paint piping, the movable body moving inside the paint piping towards the paint output part, while the paint output part is outputting the paint towards the object to be painted; the painting device further comprising: a stop for preventing a movement of the movable body from an end of the paint piping adjacent to the paint supply part.
System for ventilation, in particular for climatisation, of rooms, which is insertable into a recess passing through the outer wall of a house, having a pipe in which a heat exchanger is arranged, and having a sheet-like air guide which partially closes the pipe at one end and which has an air inlet for air flowing into the pipe and an air outlet for air flowing out of the pipe, and having a flow device with a flow machine, characterised in that the flow device has a temperature body which is arranged on the side distant from the pipe of the air guide on the air outlet side in front of the air outlet in such a way that air transported in from the outside can be heated at the temperature body during use as a heating body.
A method of making an article of footwear, the method comprising: a) making an upper by: defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; bonding the continuous thread at a point of intersection between the thread lines; and b) coupling the upper to a sole, the sole made by a process comprising: winding a second continuous thread around a plurality of anchor points defined by projections removably attached to a surface of a mold cavity, and molding a sole material around the second continuous thread and the projections in the mold cavity. a) making an upper by: defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; bonding the continuous thread at a point of intersection between the thread lines; and defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; bonding the continuous thread at a point of intersection between the thread lines; and b) coupling the upper to a sole, the sole made by a process comprising: winding a second continuous thread around a plurality of anchor points defined by projections removably attached to a surface of a mold cavity, and molding a sole material around the second continuous thread and the projections in the mold cavity. winding a second continuous thread around a plurality of anchor points defined by projections removably attached to a surface of a mold cavity, and molding a sole material around the second continuous thread and the projections in the mold cavity.
A structure for reducing a tunnel micro pressure wave, comprising: a hood structure formed in front of an entry of a railroad tunnel; and an air pipe section in which at least one air pipe is provided along the circumference of the hood structure; characterised in that, the air pipe comprises a horizontal introduction section formed to be extended from an internal side of the hood structure toward a longitudinal direction of the hood structure, an outlet section formed on an external side of the hood structure, and an intermediate section connecting the horizontal introduction section and the outlet section through each other; and wherein the air pipe section comprises an air pipe, which is provided in plural numbers with intervals along the longitudinal direction of the hood structure; and wherein the hood structure comprises a plural number of hoods (11, 12, 13), which are divided and arranged to be spaced with a gap along the longitudinal direction; the air pipe section further comprises a filling section formed to close a remaining area of the gap where no air pipe is provided, formed in the gap. a hood structure formed in front of an entry of a railroad tunnel; and an air pipe section in which at least one air pipe is provided along the circumference of the hood structure; characterised in that, the air pipe comprises a horizontal introduction section formed to be extended from an internal side of the hood structure toward a longitudinal direction of the hood structure, an outlet section formed on an external side of the hood structure, and an intermediate section connecting the horizontal introduction section and the outlet section through each other; and wherein the air pipe section comprises an air pipe, which is provided in plural numbers with intervals along the longitudinal direction of the hood structure; and wherein the hood structure comprises a plural number of hoods (11, 12, 13), which are divided and arranged to be spaced with a gap along the longitudinal direction; the air pipe section further comprises a filling section formed to close a remaining area of the gap where no air pipe is provided, formed in the gap.
A device for measuring hair compression and softness having a longitudinal axis, characterized in that it comprises: a body and a piston that is movable relative to the body and that co-operates therewith to define at least partially a storage chamber of variable volume for containing a swatch of hair, characterized by: a thread member arranged to thread the swatch into the body, the body configured to encase a swatch of hair, the body comprising a channel for the passage of a wire connected to the swatch of hair, and the device comprises a system for driving in translation the piston into the body at a controlled speed and over a controlled distance of the piston, from a first position in which the swatch of hair is in a rest state to a second position in which the swatch of hair is in a crushing state, a system for recording the piston force needed to crush the swatch up to the crushing state. a thread member arranged to thread the swatch into the body, the body configured to encase a swatch of hair, the body comprising a channel for the passage of a wire connected to the swatch of hair, and the device comprises a system for driving in translation the piston into the body at a controlled speed and over a controlled distance of the piston, from a first position in which the swatch of hair is in a rest state to a second position in which the swatch of hair is in a crushing state, a system for recording the piston force needed to crush the swatch up to the crushing state.
Controller, comprising a housing, at least one printed circuit board being arranged in the interior of the said housing and the said printed circuit board being populated with at least one power component which generates heat losses, wherein the housing is in thermal contact with the power component for the purpose of dissipating the heat losses, wherein at least one lateral region (28, 30) of the housing has at least one thermally conductive and mechanically coupled interface, wherein at least one cooling body element is coupled to the interface in a variable position, characterized in that the at least one cooling body element provides at least one thermally conductive coupling point on an outer side, it being possible for a further cooling body element to be coupled to said coupling point, and the at least one thermally conductive coupling point of the at least one cooling body element forms an interlocking, force-fitting and/or materially bonded connection with further cooling body elements which are embodied as a heat sink arrangement.