mhurhangee/patent-ind-claim-en huggingface dataset:
A device for estimating a scene illumination color for a source image, the device being configured to: determine a set of candidate illuminants and for each of the candidate illuminants, determine a respective correction to white balance the source image according to the illuminant; for each of the candidate illuminants, apply the respective correction to the source image to form a corresponding set of corrected images ; implement a trained data-driven model to estimate, for each corrected image from the set of corrected images, a respective probability of achromaticity of the respective corrected image, corresponding to the likelihood of the respective corrected image being well white balanced, wherein the trained data-driven model is a convolutional neural network; and based on the estimated probabilities of achromaticity for the set of corrected images, obtain a final estimate of the scene illumination color for the source image. determine a set of candidate illuminants and for each of the candidate illuminants, determine a respective correction to white balance the source image according to the illuminant; for each of the candidate illuminants, apply the respective correction to the source image to form a corresponding set of corrected images ; implement a trained data-driven model to estimate, for each corrected image from the set of corrected images, a respective probability of achromaticity of the respective corrected image, corresponding to the likelihood of the respective corrected image being well white balanced, wherein the trained data-driven model is a convolutional neural network; and based on the estimated probabilities of achromaticity for the set of corrected images, obtain a final estimate of the scene illumination color for the source image.
An antifouling coating composition comprising an alkoxysilylalkyl terminal-modified polyether (A) and a bleeding oil (B); wherein the alkoxysilylalkyl terminal-modified polyether (A) is structured by bonding an alkoxysilylalkyl group to an oxygen atom at a terminal of a polyether chain, and a content of the bleeding oil (B) is 10 to 200 parts by mass with respect to 100 parts by mass of the polyether (A). the alkoxysilylalkyl terminal-modified polyether (A) is structured by bonding an alkoxysilylalkyl group to an oxygen atom at a terminal of a polyether chain, and a content of the bleeding oil (B) is 10 to 200 parts by mass with respect to 100 parts by mass of the polyether (A).
Remotely actuatable bolt trailer coupling having a coupling body , comprising a bolt housing and a coupling jaw adjacent to the bolt housing , into which a towing eye can be introduced for the designated use along a coupling axis (KA), wherein a coupling bolt can be moved along a motion axis (BA) between an inactive position more retracted from the coupling jaw and more introduced into the bolt housing and an active position more introduced into the coupling jaw and more retracted from the bolt housing , wherein the bolt trailer coupling comprises an actuating shaft rotatable around a shaft axis (WA), which is coupled to the coupling bolt by way of a transmission device transferring force and motion in such a way that actuating the actuating shaft in at least one rotating direction causes the coupling bolt to move between its inactive position and its active position in at least one direction, wherein the bolt trailer coupling comprises a bolt drive with a piston-cylinder arrangement featuring a piston rod extensible along its longitudinal piston rod axis (K26, K30) from a cylinder , wherein the piston-cylinder arrangement is coupled to an thrust bearing affixed to the coupling body on one end and connected to the actuating shaft on the other end, in such a way that an extension and/or retraction motion of the piston rod relative to the cylinder enables the rotating actuation of the actuating shaft relative to the motion of the coupling bolt between the inactive position and the active position in at least one rotating direction around the shaft axis (WA), wherein the bolt drive further comprises a drive shaft rotatably mounted around a drive axis (A, B), separate from the actuating shaft , which is coupled to the actuating shaft for joint rotation, wherein the piston-cylinder arrangement is coupled on the other end to a rotation drive formation of the drive shaft , in such a way that an extension and/or retraction motion of the piston rod relative to the cylinder causes the drive shaft to rotate around its drive axis (A, B) and thus, the actuating shaft to rotate around its shaft axis (WA), characterized in that the piston rod is also retractable into the cylinder and can, at least during an extension or retraction motion, be pivoted around a pivot axis (S) forming an angle with the longitudinal piston rod axis (K26, K30).
A mobile telephone having a front wall , a rear wall , a top wall partly continuous with side faces , side walls , and a vibration-absorbing member between the top wall and each of the rear wall and the side walls wherein the mobile telephone comprises: a) a cartilage conduction vibration source on an inner side of the top wall, wherein the cartilage conduction vibration source is arranged at a middle, in a left/right direction, of the top wall, wherein b) opposite corner parts of the top wall partly continuous with the side faces both serve as cartilage conduction units by means of the transmission of vibration toward the opposite directions from the middle of the top wall at which the cartilage conduction vibration source is arranged, and wherein c) a rear surface of the vibration-absorbing member arranged between the rear wall and the top wall is entirely covered by the rear wall . a) a cartilage conduction vibration source on an inner side of the top wall, wherein the cartilage conduction vibration source is arranged at a middle, in a left/right direction, of the top wall, wherein b) opposite corner parts of the top wall partly continuous with the side faces both serve as cartilage conduction units by means of the transmission of vibration toward the opposite directions from the middle of the top wall at which the cartilage conduction vibration source is arranged, and wherein c) a rear surface of the vibration-absorbing member arranged between the rear wall and the top wall is entirely covered by the rear wall .
Shearer loader for mining extraction in longwall mining, comprising a machine body which is movable along a longwall conveyor in the longwall longitudinal direction, and at least one cutting drum which is supported by a support arm that is pivotably fastened to the machine body , and said cutting drum is mounted on the free end of the support arm in such a manner that said cutting drum can rotate about an axis that extends parallel to the roofs and perpendicular to the coal face, and said cutting drum can be driven by a drive motor, which is allocated to the support arm , via a gear train that is arranged in the interior of the support arm and via a planetary gear that is located on the free end of the support arm , and the gear casing of which planetary gear that is connected in a non-rotatable manner to the end section of the support arm consists of annular casing sections that are arranged in a row adjacent to one another in an axial manner and are held together by means of threaded bolts that are located on the periphery of said annular casing sections, characterised in that the casing section of the gear casing adjoining the support arm comprises a separate attachment flange that protrudes radially and that can be fixed by means of a separate screw connection to a suitable mating flange on the free end of the support arm .
A portable siren , comprising: a speaker so as to output an audio signal with a high sound pressure; an inner switching element for turning the audio signal on and off, characterized in that the inner switching element for turning off cannot be activated without a tool, and that the portable siren further comprises an outer switch and / or an outer dummy switch , wherein a turning off cannot be carried out by the outer switch or the outer dummy switch , and wherein the outer switch or the outer dummy switch is provided with a device for recording a fingerprint or thumbprint of a finger intending to activate the outer switch or the outer dummy switch . a speaker so as to output an audio signal with a high sound pressure; an inner switching element for turning the audio signal on and off, characterized in that the inner switching element for turning off cannot be activated without a tool, and that the portable siren further comprises an outer switch and / or an outer dummy switch , wherein a turning off cannot be carried out by the outer switch or the outer dummy switch , and wherein the outer switch or the outer dummy switch is provided with a device for recording a fingerprint or thumbprint of a finger intending to activate the outer switch or the outer dummy switch .
A use of a cytofluorometry method applied to a biomass of freeze-dried bacterial cells (freeze-dried biomass), wherein said cytofluorometry method is for evaluating the stability of said freeze-dried bacterial cells wherein said freeze-dried biomass is produced by means of a method for preparing a biomass of freeze-dried bacterial cells comprising the following steps: (i) fermenting a previously prepared biomass of bacterial cells (bacterial biomass) comprising at least one strain of bacterial cells to obtain a fermented biomass of bacterial cells (fermented biomass); (ii) concentrating the fermented biomass obtained from step (i) up to obtaining a concentrated biomass of bacterial cells (concentrated biomass) having a concentration of bacterial cells comprised between 1x10 6 cells/ml of liquid biomass and 1x10 12 cells/ml of liquid biomass; (iii) mixing the concentrated biomass obtained from step (ii) with a solution comprising, or alternatively, consisting of: (a) at least one phosphorous salt selected from among the group comprising or, alternatively, consisting of a phosphate ion salt or phosphoric acid, a phosphite ion salt or phosphorous acid, a monohydrogen phosphate ion salt, a dihydrogen phosphate ion salt, a pyrophosphate ion salt or pyrophosphoric acid, and the mixtures thereof, and (b) at least one polyhydroxy substance selected from among the group comprising or, alternatively, consisting of sucrose, fructose, lactose, lactitol, trehalose or mannitol, and the mixtures thereof, and preferably (c) L-cysteine, to obtain a cryoprotected biomass of bacterial cells (cryoprotected biomass); (iv) freeze-drying the cryoprotected biomass obtained from step (iii) to obtain the freeze-dried biomass. (i) fermenting a previously prepared biomass of bacterial cells (bacterial biomass) comprising at least one strain of bacterial cells to obtain a fermented biomass of bacterial cells (fermented biomass); (ii) concentrating the fermented biomass obtained from step (i) up to obtaining a concentrated biomass of bacterial cells (concentrated biomass) having a concentration of bacterial cells comprised between 1x10 6 cells/ml of liquid biomass and 1x10 12 cells/ml of liquid biomass; (iii) mixing the concentrated biomass obtained from step (ii) with a solution comprising, or alternatively, consisting of: (a) at least one phosphorous salt selected from among the group comprising or, alternatively, consisting of a phosphate ion salt or phosphoric acid, a phosphite ion salt or phosphorous acid, a monohydrogen phosphate ion salt, a dihydrogen phosphate ion salt, a pyrophosphate ion salt or pyrophosphoric acid, and the mixtures thereof, and (b) at least one polyhydroxy substance selected from among the group comprising or, alternatively, consisting of sucrose, fructose, lactose, lactitol, trehalose or mannitol, and the mixtures thereof, and preferably (c) L-cysteine, to obtain a cryoprotected biomass of bacterial cells (cryoprotected biomass); (iv) freeze-drying the cryoprotected biomass obtained from step (iii) to obtain the freeze-dried biomass.
Method for troubleshooting a device via a user interface of the device , comprising at least the following steps: a) receiving a troubleshooting signal output by a display and operating unit of the device by means of a control unit of the device , b) converting the troubleshooting signal into a hardware signal by means of the control unit , c) direct transmission of the hardware signal from the control unit to an operation control system of the device , d) verifying the troubleshooting signal by interrogating the operation control system at the user interface via a communication unit of the device ; wherein the direct transmission according to step c) bypasses the communication unit . a) receiving a troubleshooting signal output by a display and operating unit of the device by means of a control unit of the device , b) converting the troubleshooting signal into a hardware signal by means of the control unit , c) direct transmission of the hardware signal from the control unit to an operation control system of the device , d) verifying the troubleshooting signal by interrogating the operation control system at the user interface via a communication unit of the device ; wherein the direct transmission according to step c) bypasses the communication unit .
A circuit for minimizing energy provided to a ground fault, the circuit comprising: a source; a power supply rail in the form of a DC link ; a plurality of switches (SW1 to SW4) connected in an H-bridge configuration including a first side pair of switches (SW1; SW3) and a second side pair of switches (SW2; SW4) configured to provide an output signal based on the source; and a controller configured to receive a ground fault signal that indicates a fault has occurred and configured to generate a switch signal for the plurality of switches (SW1 to SW4), characterized in that an output filter is provided including one or more energy storage elements in the form of a capacitor or in the form of the capacitor in combination with one first inductor and/or one second inductor , that storage elements are coupled to the first side pair of switches (SW1; SW3) and/or the second side pair of switches (SW2; SW4); and in that the controller is configured to generate a switch signal for the plurality of switches (SW1 to SW4) for a minimum energy state of the output filter and in response to the ground fault signal. a source; a power supply rail in the form of a DC link ; a plurality of switches (SW1 to SW4) connected in an H-bridge configuration including a first side pair of switches (SW1; SW3) and a second side pair of switches (SW2; SW4) configured to provide an output signal based on the source; and a controller configured to receive a ground fault signal that indicates a fault has occurred and configured to generate a switch signal for the plurality of switches (SW1 to SW4), characterized in that an output filter is provided including one or more energy storage elements in the form of a capacitor or in the form of the capacitor in combination with one first inductor and/or one second inductor , that storage elements are coupled to the first side pair of switches (SW1; SW3) and/or the second side pair of switches (SW2; SW4); and in that the controller is configured to generate a switch signal for the plurality of switches (SW1 to SW4) for a minimum energy state of the output filter and in response to the ground fault signal.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads and longitudinal threads (13a, 13b; 15; 19) by means of a knitting, warp-knitting or weaving process to form a continuous product, wherein at least some of the strips comprise a polyester film having a transparency of at least 93% as measured according to ASTM-D 1003-6 (method A), said polyester film having at least one base layer B comprising a thermoplastic polyester and a UV stabilizer, said polyester film has a first and a second surface, wherein a permanent anti-fog coating is applied to at least one of the first or second surfaces of the polyester film, characterized in that said anti-fog coating is a dispersion composition and comprises a) a hygroscopic, porous material; b) a polymer-based crosslinker; c) an adhesion-promoting organofunctional silane; and d) one or more surfactants; said anti-fog coating has a thickness of at least 60 nm and at the most 150 nm, and a refractive index of below 1.64 at a wavelength of 589 nm in the machine direction (MD) of the film, said refractive index being lower than the refractive index of base layer B. a) a hygroscopic, porous material; b) a polymer-based crosslinker; c) an adhesion-promoting organofunctional silane; and d) one or more surfactants;
Diffractive multifocal lens , in particular eye lens, with a number n > 2 of principal powers, including a first lens portion having at least two first annular zones (6,, 27), and at least a second lens portion having at least two second annular zones , wherein the zones each have at least one main sub-zone and at least one phase sub-zone , wherein said main sub-zones exhibiting refractive powers and said phase sub-zones exhibiting refractive powers and providing phase shifts, and wherein a combination of said main sub-zones forms a diffractive lens portion providing a diffractive principal power and said diffractive principal power being one of said principal powers of said diffractive multifocal lens , characterized in that for forming the n principal powers, a maximum of n - 1 diffractive bifocal lens portions are combined, which differ in at least one optical parameter, wherein the diffractive multifocal lens is constructed as a combination of the different zones and , which are disposed in alternating manner adjacent and adjoining to each other viewed radial to the central axis (A, A') of the diffractive multifocal lens , wherein an averaged refractive power of a zone of the first bifocal lens portion is equal to an averaged refractive power of a zone of the second bifocal lens portion , wherein an averaged refractive power of a zone is an averaged value of the refractive powers of the surface of the at least one main sub-zone and of the surface of the at least one phase sub-zone of said zone .
An induction sealing device for heat sealing packaging material for producing sealed packages of pourable food products, comprising: - a first inductor which comprises, in turn, a first active surface adapted to be arranged on the side of said packaging material and to heat-seal said packaging material; and - a member made of plastic material; wherein said member covers said first active surface and is adapted to cooperate with said packaging material during the heat sealing of said packaging material, the induction sealing device characterized by comprising a second inductor which comprises, in turn, a second active surface adapted to heat-seal said packaging material; said second active surface protruding from said member on the side arranged, in use, towards said packaging material. - a first inductor which comprises, in turn, a first active surface adapted to be arranged on the side of said packaging material and to heat-seal said packaging material; and - a member made of plastic material;
An over the air measurement module , comprising: - an antenna , adapted to receive a first measuring signal from a device under test and/or adapted to transmit a second measuring signal to the device under test , - a analog signal processor , directly connected to said antenna , adapted to reduce a frequency of the received first measuring signal, resulting in a frequency reduced first measuring signal, and/or adapted to increase a frequency of a frequency reduced second measuring signal, resulting in the second measuring signal, and - a connector , connected to said analog signal processor , adapted to output the first frequency reduced measuring signal, and/or adapted to receive the second frequency reduced measuring signal, the over the air measurement module is characterised in that the antenna is a planar antenna , and wherein a main radiation direction of the antenna is in the plane of the planar antenna , and wherein at least 50% of the surfaces of the over the air measurement module facing the main radiation direction of the antenna are angled away from a normal of the main radiation direction of the antenna by at least 30°. - an antenna , adapted to receive a first measuring signal from a device under test and/or adapted to transmit a second measuring signal to the device under test , - a analog signal processor , directly connected to said antenna , adapted to reduce a frequency of the received first measuring signal, resulting in a frequency reduced first measuring signal, and/or adapted to increase a frequency of a frequency reduced second measuring signal, resulting in the second measuring signal, and - a connector , connected to said analog signal processor , adapted to output the first frequency reduced measuring signal, and/or adapted to receive the second frequency reduced measuring signal, the over the air measurement module is characterised in that the antenna is a planar antenna , and wherein a main radiation direction of the antenna is in the plane of the planar antenna , and wherein at least 50% of the surfaces of the over the air measurement module facing the main radiation direction of the antenna are angled away from a normal of the main radiation direction of the antenna by at least 30°.
A method of signal processing for an electronic device in a mobile communication system, the method comprising: obtaining, by the electronic device, repetition level information that is used to receive a message repeatedly based on channel state information and at least one threshold value ; determining, based on a difference between the channel state information and the at least one threshold value corresponding to the repetition level information, a decoding start point and a decoding interval in a duration corresponding to the repetition level information ; and if the decoding start point arrives, attempting to decode the repeatedly received message based on the decoding interval . obtaining, by the electronic device, repetition level information that is used to receive a message repeatedly based on channel state information and at least one threshold value ; determining, based on a difference between the channel state information and the at least one threshold value corresponding to the repetition level information, a decoding start point and a decoding interval in a duration corresponding to the repetition level information ; and if the decoding start point arrives, attempting to decode the repeatedly received message based on the decoding interval .
Monobloc device for therapeutic action comprising a polymer matrix topical application carrier and an active agent for inducing relieving muscle and/or joint pain in an human or animal subject, said active agent comprises methyl salicylate brought in by wintergreen essential oil and at least one auxiliary essential oil, the said devices being a collar, bracelet or patch, wherein the polymer matrix, in which the active agent is incorporated, represents 80 to 90% by weight of the device, and the active agent comprises 52 to 85% by weight of methyl salicylate, the rate of transport of the methyl salicylate through the skin being increased by virtue of at least one essential oil chosen from rosemary essential oil ( Rosmarinus officinalis ) or Ceylan citronella essential oil.