mhurhangee/ep-ind-claims huggingface dataset:
A method for adaptation of a frame loss concealment method in audio decoding, the method comprising: detecting (101, 122) a transient in a previously received and reconstructed audio signal; modifying (102, 125) the frame loss concealment method by selectively adjusting a spectrum magnitude of a substitution frame spectrum in response to the detected transient; detecting (101, 121) a burst loss with several consecutive frame losses; and further modifying (102, 123) the frame loss concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum in response to determining that a number of consecutive frames with the detected burst loss exceeds a first threshold value. detecting (101, 122) a transient in a previously received and reconstructed audio signal; modifying (102, 125) the frame loss concealment method by selectively adjusting a spectrum magnitude of a substitution frame spectrum in response to the detected transient; detecting (101, 121) a burst loss with several consecutive frame losses; and further modifying (102, 123) the frame loss concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum in response to determining that a number of consecutive frames with the detected burst loss exceeds a first threshold value.
Agricultural machine such as a sowing machine, comprising a hopper (5A, 5B) capable of containing particles and a device (2; 2A-2B) for metering the said particles at atmospheric pressure, which is arranged downstream of the said hopper (5A, 5B) and is capable of delivering particles in a determined amount, the said machine comprising a transport pipe capable of pneumatically transporting the said particles at a pressure higher than the said atmospheric pressure to a partition and distribution head, and a gate device (4; 4A, 4B) capable of establishing isolation between the said metering device (2; 2A-2B) on the one hand and the said transport pipe on the other hand, the said gate device comprising a cylindrical chamber in which a rotor with cells, having a plurality of blades extending towards an internal wall of the said chamber, can be moved in rotation about a drive shaft, the said cylindrical chamber comprising an entry opening for the particles, which is capable of receiving particles coming from the said metering device, and an exit opening which is capable of delivering the said particles into the said transport pipe, characterised in that the said gate device comprises, at said entry opening, a means for levelling the content of the said cells.
Compound planetary friction drive comprising a first sun wheel, wherein said first sun wheel engages planetary wheels, which planetary wheels are arranged with a first part having a first radius and a second part having a second radius, wherein the second radius differs from the first radius and a transition region is provided between the first part and the second part, and wherein at least a ring annulus (1, 5) is provided that is driven by the planetary wheels, wherein the sun wheel is in frictional engagement with the first part of the planetary wheels, said first part of the planetary wheels is in frictional engagement with a first ring annulus and a second ring annulus is in frictional engagement with the second part of the planetary wheels, characterized in that the planetary wheels are both hollow and compressible uninterruptedly along their entire length spanning the first part, the transition region and the second part.
An electrodeposited copper foil comprising: a drum side and a deposited side opposing to the drum side, wherein at least one of the drum side and the deposited side exhibits a void volume (Vv) value of 0.17 to 1.17 μm 3 /μm 2, wherein the void volume (Vv) value is obtained by using ISO 25178-2 at 10% material ratio.
A system for protecting a portable device, comprising: a device safety monitoring system configured to detect a risk of damage to the portable device caused by impact with a surface, wherein the risk of damage is detected by detecting that the portable device is no longer in contact with a user and is moving toward the surface; a deployable protection element, activated upon detection of the risk of damage by the device safety monitoring system exceeding a damage threshold, wherein the deployable protection element is externally deployed from the portable device prior to impact with the surface; and characterised in that a reorientation element is operable to modify the orientation of the portable device prior to impact with the surface so that a side of the portable device that contains the deployable protection element first impacts the surface. a device safety monitoring system configured to detect a risk of damage to the portable device caused by impact with a surface, wherein the risk of damage is detected by detecting that the portable device is no longer in contact with a user and is moving toward the surface; a deployable protection element, activated upon detection of the risk of damage by the device safety monitoring system exceeding a damage threshold, wherein the deployable protection element is externally deployed from the portable device prior to impact with the surface; and characterised in that a reorientation element is operable to modify the orientation of the portable device prior to impact with the surface so that a side of the portable device that contains the deployable protection element first impacts the surface.
A pressure exchanger for transmitting pressure energy from a first fluid flow to a second fluid flow, with a housing which comprises an inlet and an outlet for the first fluid flow as well as an inlet and an outlet for the second fluid flow, with a rotor which is arranged in the housing and which comprises a multitude of channels which extend in a manner radially distanced to a rotation axis of the rotor from a first axial end of the rotor to an opposite, second axial end of the rotor, wherein the rotor is arranged to the inlets and outlets (12, 14) in a manner such that on rotation of the rotor, the channels alternately connect the inlet for the first fluid flow to the outlet for the second fluid flow and the inlet for the second fluid flow to the outlet for the first fluid flow, and with a drive motor via which the rotor is drivable in rotation, with adjusting means for changing the rotational speed of the rotor, wherein a control or regulation device is present, via which the rotational speed of the drive motor can be adjusted and which is designed in a manner such that it adjusts the rotational speed of the rotor such that a mixing zone, in which a mixing between the first fluid flow and the second fluid flow occurs, is always situated in the inside of the channels, characterised in that a sensor for detecting the substance concentration of a substance in the fluid is present in the inlet as well as in the outlet, at least for one of the two fluid flows and the control or regulation device is designed for detecting the difference between the substance concentrations at the inlet and the outlet and for adjusting the rotational speed of the drive motor in dependence on the detected difference in a manner such that that it controls the rotational speed of the drive motor with a closed loop, such that the difference of substance concentration reaches a minimum.
Electrical quantity measuring apparatus comprising: - a synchronization module structured to generate a synchronization signal; - a first measurement apparatus connectable to an electrical circuit and configured to measure at least one electrical quantity associated with said electrical circuit, said first measurement apparatus being structured to receive the synchronization signal and to provide: - first Fourier transform coefficients representing a first electrical quantity (I(t)) associated with said electrical circuit; - a first delay value (Δ1) representing a time offset between a measurement instant (T sti) associated with the measure of the first electrical quantity and a reception instant (T rx) of the synchronization signal at the first measurement apparatus; - a processing module structured to process the first Fourier transform coefficients and the first delay value received from said first measurement apparatus and to provide first time-shifted Fourier transform coefficients representing a first synchronized measured electrical quantity. - a synchronization module structured to generate a synchronization signal; - a first measurement apparatus connectable to an electrical circuit and configured to measure at least one electrical quantity associated with said electrical circuit, said first measurement apparatus being structured to receive the synchronization signal and to provide: - first Fourier transform coefficients representing a first electrical quantity (I(t)) associated with said electrical circuit; - a first delay value (Δ1) representing a time offset between a measurement instant (T sti) associated with the measure of the first electrical quantity and a reception instant (T rx) of the synchronization signal at the first measurement apparatus; - a processing module structured to process the first Fourier transform coefficients and the first delay value received from said first measurement apparatus and to provide first time-shifted Fourier transform coefficients representing a first synchronized measured electrical quantity.
An antireflective film comprising a light transmissive substrate having a thickness ranging from about 20 to 200 microns a high refractive index layer having a thickness ranging from about 3 to 5 microns disposed on the substrate, wherein the high refractive index layer comprises at least 60 wt-% of inorganic nanoparticles having a refractive index of at least 1.60 dispersed in a crosslinked organic material wherein the crosslinked organic material is the reaction product of a polymerizable resin composition comprising at least one di(meth)acrylate monomer or oligomer comprising at least two aromatic rings and an alkoxylated (meth)acrylate group bonded to each of the two rings; and a low refractive index surface layer coupled to the high refractive index layer; wherein the difference in refractive index between the high refractive index layer and the low refractive index layer is at least 0.10; wherein the high refractive index layer does not crack when testing according to ISO 1519 using a mandrel size of 6 mm.
A method of providing a metal wire to a welding torch attached to a fixed main frame support, comprising the steps of: advancing an amount of the metal wire from a wire supply source through a guide so that a distal end of the metal wire is positioned in a heat source emitted by a welding torch; detecting the position of the distal end of the metal wire relative to the heat source emitted by the welding torch; and being characterised by the following: adjusting the position of the distal end of the metal wire relative to the heat source emitted by the welding torch by repositioning an adjustable frame to which the guide is attached, wherein the adjustable frame is rotatably attached to the fixed main frame support by a holding unit that includes a support containing a rotatable support piston engaged with a pivot joint, and a connector connected to the rotatable support piston and pivotably supporting the rotatable support piston, the support fixedly attached to the fixed main support frame, so that the adjustable frame is rotatably attached by the pivot point to the fixed main support frame and the repositioning comprises repositioning the adjustable frame closer to or further from the fixed main support frame. advancing an amount of the metal wire from a wire supply source through a guide so that a distal end of the metal wire is positioned in a heat source emitted by a welding torch; detecting the position of the distal end of the metal wire relative to the heat source emitted by the welding torch; and being characterised by the following: adjusting the position of the distal end of the metal wire relative to the heat source emitted by the welding torch by repositioning an adjustable frame to which the guide is attached, wherein the adjustable frame is rotatably attached to the fixed main frame support by a holding unit that includes a support containing a rotatable support piston engaged with a pivot joint, and a connector connected to the rotatable support piston and pivotably supporting the rotatable support piston, the support fixedly attached to the fixed main support frame, so that the adjustable frame is rotatably attached by the pivot point to the fixed main support frame and the repositioning comprises repositioning the adjustable frame closer to or further from the fixed main support frame.
A device (10, 110) for providing a security breach indicative audio alert, the device (10, 110) comprises: a security monitor adapted to detect a security breach in the device and a loudspeaker, the device (10, 110) is characterized by comprising: a secure audio alert generating hardware, adapted to participate, in response to the detection of the security breach, in a generation of a security breach indicative audio alert signal; and an audio mixer, coupled to the secure audio alert generating hardware, wherein the audio mixer is adapted to mix the security breach indicative audio alert signal with audio signals generated by a software controlled audio source to provide a mixed signal and to provide the mixed signal to the loudspeaker so that is adapted to reproduce the mixed signal as sound; wherein the secure audio alert generating hardware further comprises an audio selector coupled to a hardware audio alert generator and wherein the audio selector is coupled to the security monitor and a software controller alert generator and the audio selector is adapted to select the security breach indicative audio alert signal provided by the hardware audio alert generator in response to the detection of the security breach and to output the security breach indicative audio alert signal to the audio mixer; and wherein the security monitor is configured to send control signals to select one out of the multiple audio signals provided by the secure audio alert generating hardware.
A layered structure, comprising a photoluminescent layer comprising a quantum dot polymer composite; a light absorption layer disposed on the photoluminescent layer, the light absorption layer comprising an absorptive color-filter material; and a silicon containing layer disposed between the photoluminescent layer and the light absorption layer, wherein the quantum dot polymer composite comprises a first polymer matrix and a plurality of quantum dots dispersed in the first polymer matrix, and the plurality of quantum dots are configured to absorb excitation light and to emit light in a longer wavelength than the wavelength of the excitation light; and the absorptive color-filter material is dispersed in a second polymer matrix, and the absorptive color-filter material is configured to absorb the excitation light that passes through the photoluminescent layer and transmits the light emitted from the plurality of quantum dots; wherein the silicon containing layer comprises SiO x wherein x is 1 to 2, an organosilicon compound comprising a moiety represented by *-Si-O-Si-* wherein * is a linking portion with an adjacent atom, or a combination thereof, and wherein the quantum dot polymer composite comprises at least one repeating section configured to emit light having a predetermined wavelength; preferably, wherein the repeating section comprises a first section configured to emit a first light and a second section configured to emit a second light that is different from the first light.
Method for configuring a device to be assigned a name, in particular in an industrial network, preferably in an industrial automation system, in which a) the device to be assigned a name receives a neighbour name message from a neighbouring device (1, 3), which message comprises at least a device name of the neighbouring device (1, 3) and a name of the port (4, 5) of the neighbouring device (1, 3) via which the neighbour name message is or was sent to the device to be assigned a name, b) on the basis of the neighbour name message a self-naming module of the device to be assigned a name creates a topological neighbouring domain name, which comprises at least the received neighbouring device name and the received neighbouring port name and/or the name of the port (4, 5) of the device (1, 2, 3) to be assigned a name, via which port the device (1, 2, 3) to be assigned a name received the neighbour name message, and a specified additional name part known to the self-naming module, c) the self-naming module transmits the topological neighbouring domain name to a domain name system server, DNS server, in the context of a DNS query, d) the self-naming module receives from the name service server, in the context of a further DNS query, a response message which comprises at least one device name of the device to be assigned a name belonging to the topological neighbouring domain name, and e) at least one device name from the response message is assigned to the device to be assigned a name, wherein this device name is stored by the self-naming module on the device to be assigned a name as the device name. a) the device to be assigned a name receives a neighbour name message from a neighbouring device (1, 3), which message comprises at least a device name of the neighbouring device (1, 3) and a name of the port (4, 5) of the neighbouring device (1, 3) via which the neighbour name message is or was sent to the device to be assigned a name, b) on the basis of the neighbour name message a self-naming module of the device to be assigned a name creates a topological neighbouring domain name, which comprises at least the received neighbouring device name and the received neighbouring port name and/or the name of the port (4, 5) of the device (1, 2, 3) to be assigned a name, via which port the device (1, 2, 3) to be assigned a name received the neighbour name message, and a specified additional name part known to the self-naming module, c) the self-naming module transmits the topological neighbouring domain name to a domain name system server, DNS server, in the context of a DNS query, d) the self-naming module receives from the name service server, in the context of a further DNS query, a response message which comprises at least one device name of the device to be assigned a name belonging to the topological neighbouring domain name, and e) at least one device name from the response message is assigned to the device to be assigned a name, wherein this device name is stored by the self-naming module on the device to be assigned a name as the device name.
Supporting structure for façade elements, comprising at least one supporting bar (1, 20) made of a metal profile material with at least one supporting element projecting away from the supporting bar (1, 20) in horizontal direction, in particular made of a metal or plastic full profile material, for at least partially supporting a façade element, wherein the support element is fastened to a fastening profile section of the supporting bar (1, 20), wherein a seal extends substantially over the entire adjoining region formed between said fastening profile section of the supporting bar (1, 20) and the supporting element, and wherein first support elements (25, 34, 35, 36) are arranged in the seal, are introduced in the seal and/or protrude through the seal in mounting position in the lower region of this adjoining region at several positions, via which the supporting element is supported on the fastening profile section of the supporting bar (1, 20). wherein the support element is fastened to a fastening profile section of the supporting bar (1, 20), wherein a seal extends substantially over the entire adjoining region formed between said fastening profile section of the supporting bar (1, 20) and the supporting element, and wherein first support elements (25, 34, 35, 36) are arranged in the seal, are introduced in the seal and/or protrude through the seal in mounting position in the lower region of this adjoining region at several positions, via which the supporting element is supported on the fastening profile section of the supporting bar (1, 20).
An image forming apparatus comprising: an apparatus main body; a sheet feeding cartridge arranged attachably/detachbly with respect to the apparatus main body and storing sheets; an optical scanning device arranged inside the apparatus main body and including a deflector (35, 37) deflecting a laser light scanning an image carrier outputted from a light source (32Y, 32C, 32M, 32K), a first reflection mirror part (43Y, 43C, 43M, 43K) adjusting scanning curve of the laser light deflected by the deflector (35, 37), and a second reflection mirror part (44Y, 44C, 44M, 44K) arranged at a downstream side from the first reflection mirror part (43Y, 43C, 43M, 43K) in an optical path of the laser light to adjust scanning inclination of the laser light; and an adjustment operation transmitting part (46Y, 46C, 46M) having one end part exposed in a state where the sheet feeding cartridge is detached from the apparatus main body and another end part connected to the second reflection mirror part (44Y, 44C, 44M, 44K) of the optical scanning device and transmitting adjustment operation of the second reflection mirror part (44Y, 44C, 44M, 44K) from one end part to another end part. an apparatus main body; a sheet feeding cartridge arranged attachably/detachbly with respect to the apparatus main body and storing sheets; an optical scanning device arranged inside the apparatus main body and including a deflector (35, 37) deflecting a laser light scanning an image carrier outputted from a light source (32Y, 32C, 32M, 32K), a first reflection mirror part (43Y, 43C, 43M, 43K) adjusting scanning curve of the laser light deflected by the deflector (35, 37), and a second reflection mirror part (44Y, 44C, 44M, 44K) arranged at a downstream side from the first reflection mirror part (43Y, 43C, 43M, 43K) in an optical path of the laser light to adjust scanning inclination of the laser light; and an adjustment operation transmitting part (46Y, 46C, 46M) having one end part exposed in a state where the sheet feeding cartridge is detached from the apparatus main body and another end part connected to the second reflection mirror part (44Y, 44C, 44M, 44K) of the optical scanning device and transmitting adjustment operation of the second reflection mirror part (44Y, 44C, 44M, 44K) from one end part to another end part.
Residential vehicle, such as a caravan, camper or boat, comprising a wall with at least a wall opening and a cover panel to seal the wall opening, the cover panel comprising a double-walled panel with an at least almost flat front wall on a visible side and a back wall on a side facing the wall opening, the front wall and back wall bordering a cavity space, wherein the cover panel is fastened to the wall by means of a pivot body with which the cover panel is adjustable between a closed position sealing the wall opening and an open position releasing the wall opening, wherein the pivot body comprises an open space to receive an edge part of the cover panel, and wherein the pivot body comprises a first body part fastened to the wall and a second body part fastened to the first body part in a pivoting manner and detachable from the first body part, characterized in that the second body part comprises a clamping profile bordering the space on either side to receive an edge part of the back wall clampingly in the space in the clamping profile and the front wall extends beyond at least the clamping profile of the pivot body with an edge part.