mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging apparatus using correlation calculation, comprising: a light source structured to generate a light beam having a uniform intensity distribution; a patterning device structured to modulate the intensity distribution of the light beam according to two-gradation first image data (IMG1); a photodetector structured to receive reflected light from an object; a controller structured to generate second image data (IMG2), and structured to convert the second image data (IMG2) so as to generate the first image data (IMG1), a processing device structured to perform calculation of a correlation between a detection intensity based on an output of the photodetector and the m-gradation, m>2, second image data (IMG2), so as to reconstruct a reconstructed image of the object, wherein a number of pixels of the first image data (IMG1) is larger than a number of pixels of the second image data (IMG2), wherein each pixel of the second image data (IMG2) is associated with a pixel group comprising a plurality of L pixels of the first image data (IMG1), and wherein, in a case in which the second image data (IMG2) is configured as m-gradation data, m≥3, a normalized gradation value k of a given pixel of the second image data is set to one from among m values from 0, 1/(m-1), 2/(m-1), ..., (m-2)/(m-1), and 1, and with a number of pixels having a value of 1 included in the pixel group that corresponds to the given pixel as l, a relation l = L × k holds true. a light source structured to generate a light beam having a uniform intensity distribution; a patterning device structured to modulate the intensity distribution of the light beam according to two-gradation first image data (IMG1); a photodetector structured to receive reflected light from an object; a controller structured to generate second image data (IMG2), and structured to convert the second image data (IMG2) so as to generate the first image data (IMG1), a processing device structured to perform calculation of a correlation between a detection intensity based on an output of the photodetector and the m-gradation, m>2, second image data (IMG2), so as to reconstruct a reconstructed image of the object, wherein a number of pixels of the first image data (IMG1) is larger than a number of pixels of the second image data (IMG2), wherein each pixel of the second image data (IMG2) is associated with a pixel group comprising a plurality of L pixels of the first image data (IMG1), and wherein, in a case in which the second image data (IMG2) is configured as m-gradation data, m≥3, a normalized gradation value k of a given pixel of the second image data is set to one from among m values from 0, 1/(m-1), 2/(m-1), ..., (m-2)/(m-1), and 1, and with a number of pixels having a value of 1 included in the pixel group that corresponds to the given pixel as l, a relation l = L × k holds true.
A hearing assistance device comprising: a housing ; a transducer within the housing ; a sound port extending through the housing ; a barrier layer covering the sound port ; and photoactive nanoparticles disposed on or in the housing or the barrier layer , wherein the photoactive nanoparticles are configured to provide a localized surface plasmon resonance effect when illuminated with light. a housing ; a transducer within the housing ; a sound port extending through the housing ; a barrier layer covering the sound port ; and photoactive nanoparticles disposed on or in the housing or the barrier layer , wherein the photoactive nanoparticles are configured to provide a localized surface plasmon resonance effect when illuminated with light.
A warm mix asphalt additive, comprising: (a) a fatty amide wax obtained from the reaction between a fatty acid and ethylenediamine; (b) a phosphoric ester; and (c) a fatty amine. (a) a fatty amide wax obtained from the reaction between a fatty acid and ethylenediamine; (b) a phosphoric ester; and (c) a fatty amine.
Drive comprising an electric motor , a gearing and a component arranged between the electric motor and the gearing , wherein the component comprises a first part and a second part, wherein the rotor shaft of the electric motor is connected to the first part for conjoint rotation and the input shaft of the gearing is connected to the second part for conjoint rotation, wherein fan blades are shaped or arranged on the second part such that the air flow sucked in, preferably radially, by the fan blades is conveyed towards the gearing in the axial direction, i.e. an axial fan is formed on the second part, wherein the first part is a first clutch part and the second part is a second clutch part of a switchable clutch , wherein torque can be transmitted or not transmitted from the first to the second clutch part depending on the switching state, wherein the second part, i.e. the second clutch part , is formed so as to be integrated with a brake disc or brake drum, wherein the clutch is formed as a fluid clutch, wherein the first and the second clutch part have slats on the sides facing one another, wherein, when an electromagnet of the component is energised, a brake shoe is pushed onto the brake disc or brake drum, counter to the spring force generated by a spring element, wherein the fan is configured so as to be integrated on the second part, wherein the second part also acts as a second clutch part and as a brake disc or brake drum, wherein the first and the second part are enclosed by a shared housing, i.e. the fan function, the brake function and the clutch function are configured in the housing. wherein the component comprises a first part and a second part, wherein the rotor shaft of the electric motor is connected to the first part for conjoint rotation and the input shaft of the gearing is connected to the second part for conjoint rotation, wherein fan blades are shaped or arranged on the second part such that the air flow sucked in, preferably radially, by the fan blades is conveyed towards the gearing in the axial direction, i.e. an axial fan is formed on the second part, wherein the first part is a first clutch part and the second part is a second clutch part of a switchable clutch , wherein torque can be transmitted or not transmitted from the first to the second clutch part depending on the switching state, wherein the second part, i.e. the second clutch part , is formed so as to be integrated with a brake disc or brake drum, wherein the clutch is formed as a fluid clutch, wherein the first and the second clutch part have slats on the sides facing one another, wherein, when an electromagnet of the component is energised, a brake shoe is pushed onto the brake disc or brake drum, counter to the spring force generated by a spring element, wherein the fan is configured so as to be integrated on the second part, wherein the second part also acts as a second clutch part and as a brake disc or brake drum, wherein the first and the second part are enclosed by a shared housing, i.e. the fan function, the brake function and the clutch function are configured in the housing.
A display apparatus comprising: a battery unit configured to supply battery power; a signal processor configured to process an audio signal as well as a video signal; a display unit configured to display an image based on the processed video signal; and a controller adapted to control auxiliary power of the battery unit to be supplied to the display unit and the signal processor ; wherein based on a residual quantity of the battery unit being identified to be greater than a first predetermined value, the controller is configured to variably adjust brightness of the image in accordance with the residual quantity of the battery unit; characterized in that : based on the residual quantity of the battery unit being identified to be equal to or lower than the first predetermined value and greater than a second predetermined value, the controller is further configured to control the battery unit to shut off the supply of power to the display unit and to control the signal processor to process the audio signal only, and based on the residual quantity of the battery unit being identified to be equal to or lower than the second predetermined value, the controller is configured to control the battery unit to shut off the supply of power to the signal processor . a battery unit configured to supply battery power; a signal processor configured to process an audio signal as well as a video signal; a display unit configured to display an image based on the processed video signal; and a controller adapted to control auxiliary power of the battery unit to be supplied to the display unit and the signal processor ; wherein based on a residual quantity of the battery unit being identified to be greater than a first predetermined value, the controller is configured to variably adjust brightness of the image in accordance with the residual quantity of the battery unit; characterized in that : based on the residual quantity of the battery unit being identified to be equal to or lower than the first predetermined value and greater than a second predetermined value, the controller is further configured to control the battery unit to shut off the supply of power to the display unit and to control the signal processor to process the audio signal only, and based on the residual quantity of the battery unit being identified to be equal to or lower than the second predetermined value, the controller is configured to control the battery unit to shut off the supply of power to the signal processor . based on the residual quantity of the battery unit being identified to be equal to or lower than the first predetermined value and greater than a second predetermined value, the controller is further configured to control the battery unit to shut off the supply of power to the display unit and to control the signal processor to process the audio signal only, and based on the residual quantity of the battery unit being identified to be equal to or lower than the second predetermined value, the controller is configured to control the battery unit to shut off the supply of power to the signal processor .
A dryer provided with an inlet for receiving a flow of compressed gas and an outlet for providing dry air, said dryer comprising: - a first and a second adsorption vessel (7 and 8) connected in parallel, each of said first and second adsorption vessels (7 and 8) comprising: an inlet flow conduit connected to said inlet and an outlet flow conduit connected to said outlet for allowing a flow of compressed gas therethrough, a desiccant material provided therein, a control valve provided on said inlet flow conduit , and an outlet valve provided on said outlet flow conduit ; - a depressurization unit connected to the inlet flow conduit of each of said first and second adsorption vessels (7 and 8), said depressurization unit comprising a silencer connected to the atmosphere; characterized in that : - the dryer further comprises a flow reducer connected to the inlet flow conduit of each of the first and second adsorption vessels (7 and 8) and allowing a flow of fluid therethrough, whereby said flow reducer comprises a perforated disk , whereby said perforated disk is slidable on a shaft in between two end caps , whereby said flow reducer comprises two springs positioned in between the perforated disk and each of the two end caps , and in that - said control valves are adapted to be switched in a first state in which compressed gas is allowed to flow through the inlet flow conduit of one of said adsorption vessels (7 or 8), and a second state in which one or both of said inlet flow conduits is in fluid connection with the depressurization unit . - a first and a second adsorption vessel (7 and 8) connected in parallel, each of said first and second adsorption vessels (7 and 8) comprising: an inlet flow conduit connected to said inlet and an outlet flow conduit connected to said outlet for allowing a flow of compressed gas therethrough, a desiccant material provided therein, a control valve provided on said inlet flow conduit , and an outlet valve provided on said outlet flow conduit ; - a depressurization unit connected to the inlet flow conduit of each of said first and second adsorption vessels (7 and 8), said depressurization unit comprising a silencer connected to the atmosphere; - the dryer further comprises a flow reducer connected to the inlet flow conduit of each of the first and second adsorption vessels (7 and 8) and allowing a flow of fluid therethrough, whereby said flow reducer comprises a perforated disk , whereby said perforated disk is slidable on a shaft in between two end caps , whereby said flow reducer comprises two springs positioned in between the perforated disk and each of the two end caps , and in that - said control valves are adapted to be switched in a first state in which compressed gas is allowed to flow through the inlet flow conduit of one of said adsorption vessels (7 or 8), and a second state in which one or both of said inlet flow conduits is in fluid connection with the depressurization unit .
A method for layerwise forming an object from a medium capable of solidification, whereby the object is built up layer per layer by repeatedly providing a recoating layer of the medium on a support and/or an already formed part of the object and by subsequently solidifying one or more predetermined areas of the layer of the medium according to a specific pattern before a successive recoating layer is formed in a same manner; wherein the successive recoating layers of the medium are applied using a recoater comprising a nozzle head including a plurality of nozzles being spaced apart from each other, each nozzle having an opening area through which, during application of the successive recoating layer, a continuous stream of the medium is discharged for impinging a coverage area on the layer of the medium on the support and/or the already formed part of the object, wherein the plurality of nozzles are arranged to provide non-intersecting continuous streams, wherein the nozzle head and the support are relatively movable with respect to each other in at least one running direction, and wherein in one or more runs of the nozzle head in the at least one running direction the coverage areas of the continuous streams cover an entire coverage width defined between two outer coverage areas. solidification, whereby the object is built up layer per layer by repeatedly providing a recoating layer of the medium on a support and/or an already formed part of the object and by subsequently solidifying one or more predetermined areas of the layer of the medium according to a specific pattern before a successive recoating layer is formed in a same manner; wherein the successive recoating layers of the medium are applied using a recoater comprising a nozzle head including a plurality of nozzles being spaced apart from each other, each nozzle having an opening area through which, during application of the successive recoating layer, a continuous stream of the medium is discharged for impinging a coverage area on the layer of the medium on the support and/or the already formed part of the object, wherein the plurality of nozzles are arranged to provide non-intersecting continuous streams, wherein the nozzle head and the support are relatively movable with respect to each other in at least one running direction, and wherein in one or more runs of the nozzle head in the at least one running direction the coverage areas of the continuous streams cover an entire coverage width defined between two outer coverage areas.
A polymer comprising the following structure: wherein, CD is a cyclodextrin moiety, or a derivative thereof; L is a linker moiety, wherein, L comprises the following structure: wherein Ar 1 and Ar 2 are each independently a 5- or 6- membered heteroaryl comprising 1, 2, 3 or 4 heteroatoms individually selected from N, O, and S, wherein Ar 1 and Ar 2 are optionally substituted with R 3 ; Y is independently O, S, or NR 4 ; m and p is each independently an integer from 1 to 10; R 1 and R 2 are each independently R 4 , OR 4 , S or R 1 and R 2 together form a double bonded O, S, or NR 4 ; R 3 is selected from C 1 -C 3 alkyl, C 1 -C 3 alkyl sulphide, hydrazine, amine and halogen; and R 4 is H or a saturated or unsaturated C 1 -C 10 linear alkyl, saturated or unsaturated C 1 -C 10 branched alkyl, or saturated or unsaturated C 1 -C 10 cycloalkyl, each of which are optionally substituted; and n is from 4 to 1000. CD is a cyclodextrin moiety, or a derivative thereof; L is a linker moiety, wherein, L comprises the following structure: wherein Ar 1 and Ar 2 are each independently a 5- or 6- membered heteroaryl comprising 1, 2, 3 or 4 heteroatoms individually selected from N, O, and S, wherein Ar 1 and Ar 2 are optionally substituted with R 3 ; Y is independently O, S, or NR 4 ; m and p is each independently an integer from 1 to 10; R 1 and R 2 are each independently R 4 , OR 4 , S or R 1 and R 2 together form a double bonded O, S, or NR 4 ; R 3 is selected from C 1 -C 3 alkyl, C 1 -C 3 alkyl sulphide, hydrazine, amine and halogen; and R 4 is H or a saturated or unsaturated C 1 -C 10 linear alkyl, saturated or unsaturated C 1 -C 10 branched alkyl, or saturated or unsaturated C 1 -C 10 cycloalkyl, each of which are optionally substituted; and n is from 4 to 1000.
A method of monitoring a monitored zone for a violation of the monitored zone comprising the following steps: (a) monitoring the monitored zone for its violation by an object using a first sensor which uses a first detection method; b) checking the current detection capability of a second sensor when the first sensor generates a signal which indicates a violation of the monitored zone , wherein the second sensor is arranged and designed in such a manner to monitor at least a part of the monitored zone monitored by the first sensor , wherein the step of checking the detection capability of the second sensor comprises checking the detection capability of the second sensor at least for the part of the monitored zone in which a violation of the monitored zone is indicated by the first sensor ; c) checking whether the second sensor generates a signal which indicates a violation of at least that part of the monitored zone in which the first sensor indicates a violation when the detection capability of the second sensor is classified as sufficient in step b) in the part of the monitored zone in which the first sensor indicates a violation; and d) assuming a violation of the monitored zone when the first and the second sensor each generate a signal which indicates a violation and the detection capability of the second sensor is classified as sufficient in step b) in the part of the monitored zone in which the first sensor indicates a violation. (a) monitoring the monitored zone for its violation by an object using a first sensor which uses a first detection method; b) checking the current detection capability of a second sensor when the first sensor generates a signal which indicates a violation of the monitored zone , wherein the second sensor is arranged and designed in such a manner to monitor at least a part of the monitored zone monitored by the first sensor , wherein the step of checking the detection capability of the second sensor comprises checking the detection capability of the second sensor at least for the part of the monitored zone in which a violation of the monitored zone is indicated by the first sensor ; c) checking whether the second sensor generates a signal which indicates a violation of at least that part of the monitored zone in which the first sensor indicates a violation when the detection capability of the second sensor is classified as sufficient in step b) in the part of the monitored zone in which the first sensor indicates a violation; and d) assuming a violation of the monitored zone when the first and the second sensor each generate a signal which indicates a violation and the detection capability of the second sensor is classified as sufficient in step b) in the part of the monitored zone in which the first sensor indicates a violation.
A method for enabling a vehicle accessory system to interface with multiple computing devices (120-1, 120-2), the method comprising, at the vehicle accessory system: establishing a first Wi-Fi link with a first computing device (120-1), wherein the first computing device streams, over the first Wi-Fi link, a first user interface, UI , generated by the first computing device; establishing a second Wi-Fi link with a second computing device (120-2), wherein: the second computing device streams, over the second Wi-Fi link, a second UI generated by the second computing device, and the first and second Wi-Fi links are concurrently active; and displaying on a display of the vehicle accessory system and in accordance with a display configuration managed by the vehicle accessory system, one or more elements associated with the first UI or one or more elements associated with the second UI, wherein the vehicle accessory system establishes the first and second Wi-Fi links with the first and second computing devices respectively using one or more parameters provided by the vehicle accessory system to the first and second computing devices previously via first and second Bluetooth links respectively. establishing a first Wi-Fi link with a first computing device (120-1), wherein the first computing device streams, over the first Wi-Fi link, a first user interface, UI , generated by the first computing device; establishing a second Wi-Fi link with a second computing device (120-2), wherein: the second computing device streams, over the second Wi-Fi link, a second UI generated by the second computing device, and the first and second Wi-Fi links are concurrently active; and the second computing device streams, over the second Wi-Fi link, a second UI generated by the second computing device, and the first and second Wi-Fi links are concurrently active; and displaying on a display of the vehicle accessory system and in accordance with a display configuration managed by the vehicle accessory system, one or more elements associated with the first UI or one or more elements associated with the second UI, wherein the vehicle accessory system establishes the first and second Wi-Fi links with the first and second computing devices respectively using one or more parameters provided by the vehicle accessory system to the first and second computing devices previously via first and second Bluetooth links respectively.