mhurhangee/ep-ind-claims huggingface dataset:
Disc brake comprising a brake caliper, which straddles at least one brake disc, and a brake actuation mechanism (62;72;84;94;109;118) comprising - an amplification mechanism for introducing a clamping force, - a thrust element for transmitting the clamping force via a brake pad onto the brake disc, in which at the release state of the disc brake a clearance is set between said brake pad and the brake disc, - an adjustment mechanism for compensation of wear of said brake pad and/or said brake disc during brake actuation, the adjustment mechanism being configured to act on said thrust element and comprising a first regulator unit (66,68;27,73-76;85-89;95-98;39,112) being configured to reduce said clearance between the brake disc and the brake pad during brake actuation motion, characterized by a second regulator unit (71;27,73-76,83;93;105,107,108;39,112,115,116,117; 119,120) being configured to, during brake release motion, increase said clearance with a value, which may be smaller, equal or larger than the clearance reduction. - an amplification mechanism for introducing a clamping force, - a thrust element for transmitting the clamping force via a brake pad onto the brake disc, in which at the release state of the disc brake a clearance is set between said brake pad and the brake disc, - an adjustment mechanism for compensation of wear of said brake pad and/or said brake disc during brake actuation, the adjustment mechanism being configured to act on said thrust element and comprising a first regulator unit (66,68;27,73-76;85-89;95-98;39,112) being configured to reduce said clearance between the brake disc and the brake pad during brake actuation motion,
A method for decoding an image, the method comprising: receiving a bitstream including image information; decoding a base block size information on a size of a base block having a same quantization parameter and a residual quantization parameter of a decoding object unit from the bitstream; obtaining a predicted quantization parameter of the decoding object unit based on the base block size information; and determining a quantization parameter of the decoding object unit using the predicted quantization parameter and the residual quantization parameter; wherein the base block size information is defined in a Picture Parameter Set and the residual quantization parameter is indicated in a transform unit TU, wherein the base block size information is decoded in a variable length decoding, and wherein, when the size of the decoding object unit is smaller than the size of the base block, the decoding object unit is included in an inner part of the base block and the predicted quantization parameter of the decoding object unit is derived a same value as a predicted quantization parameter of other units inside the base block. receiving a bitstream including image information; decoding a base block size information on a size of a base block having a same quantization parameter and a residual quantization parameter of a decoding object unit from the bitstream; obtaining a predicted quantization parameter of the decoding object unit based on the base block size information; and determining a quantization parameter of the decoding object unit using the predicted quantization parameter and the residual quantization parameter; wherein the base block size information is defined in a Picture Parameter Set and the residual quantization parameter is indicated in a transform unit TU, wherein the base block size information is decoded in a variable length decoding, and wherein, when the size of the decoding object unit is smaller than the size of the base block, the decoding object unit is included in an inner part of the base block and the predicted quantization parameter of the decoding object unit is derived a same value as a predicted quantization parameter of other units inside the base block.
Electropneumatic brake system for a vehicle, preferably a commercial vehicle, comprising: a parking brake system which has a parking brake valve unit designed to adjust a parking brake pressure (pPB) at at least one spring-loaded connection on the basis of a pilot control pressure (pSV), wherein the parking brake valve unit comprises a pilot control unit which, on the basis of an electronic parking brake signal, adjusts the pilot control pressure (pSV) on a pilot control path, wherein the parking brake valve unit has an additional brake pressure connection which is pneumatically connected or connectable to the pilot control path for introducing an emergency-release pressure (pN), wherein the introduction of the emergency-release pressure (pN) at the additional brake pressure connection effects the adjustment of the parking brake pressure (pPB) at at least one spring-loaded connection, and a first control unit designed to provide the electronic parking brake signal to the parking brake valve unit, characterized by an emergency-release valve unit which is designed to receive a service brake pressure (pB), provided by a service brake system and effective for a service braking process, or a pressure (pB') derived from the service brake pressure (pB), and to provide an emergency-release pressure (pN) at the additional brake pressure connection on the basis of a received electronic emergency-release signal. a parking brake system which has a parking brake valve unit designed to adjust a parking brake pressure (pPB) at at least one spring-loaded connection on the basis of a pilot control pressure (pSV), wherein the parking brake valve unit comprises a pilot control unit which, on the basis of an electronic parking brake signal, adjusts the pilot control pressure (pSV) on a pilot control path, wherein the parking brake valve unit has an additional brake pressure connection which is pneumatically connected or connectable to the pilot control path for introducing an emergency-release pressure (pN), wherein the introduction of the emergency-release pressure (pN) at the additional brake pressure connection effects the adjustment of the parking brake pressure (pPB) at at least one spring-loaded connection, and a first control unit designed to provide the electronic parking brake signal to the parking brake valve unit, characterized by an emergency-release valve unit which is designed to receive a service brake pressure (pB), provided by a service brake system and effective for a service braking process, or a pressure (pB') derived from the service brake pressure (pB), and to provide an emergency-release pressure (pN) at the additional brake pressure connection on the basis of a received electronic emergency-release signal.
A wide bandwidth circuit board arrangement including two coplanar substrates separated by a predetermined gap, comprising: at least one bond wire arranged across said gap and interconnecting a respective conducting microstrip line on a first side of each respective substrate; wherein the wide bandwidth circuit board arrangement is characterized in that the wide bandwidth circuit board arrangement comprises: at least one open stub arrangement configured on said first side of each said respective substrate, each said open stub arrangement comprising a microstrip extending at an angle from an end of each said conducting strip on each respective substrate; a ground layer on a second side of each respective substrate; a defected ground structure arranged on said second side of each respective substrate and laterally overlapping each respective open stub arrangement arranged on said first side, wherein a basic element of said defected ground structure is a resonant gap or slot in the ground layer, and said defected ground structure and said open stub arrangement are laterally overlapping such that a center of each defected ground structure is arranged directly opposite a center of each said respective open stub arrangement. at least one open stub arrangement configured on said first side of each said respective substrate, each said open stub arrangement comprising a microstrip extending at an angle from an end of each said conducting strip on each respective substrate; a ground layer on a second side of each respective substrate; a defected ground structure arranged on said second side of each respective substrate and laterally overlapping each respective open stub arrangement arranged on said first side, wherein a basic element of said defected ground structure is a resonant gap or slot in the ground layer, and said defected ground structure and said open stub arrangement are laterally overlapping such that a center of each defected ground structure is arranged directly opposite a center of each said respective open stub arrangement.
A method for communication in a wireless network comprising: executing by one or more discovery devices (120, 320-920) it least steps comprising: receiving an acknowledgment to obtain a discovery period designated by the wireless network; transmitting a request message for access information to one or more target devices (140, 340-940) during the discovery period; transmitting to a server (180, 380-980) a second request message for obtaining proximity information between at least one pair of discovery devices (120, 320-920) and target devices (140, 340-940) and information related to the one or more discovery devices (120, 320-920) prior to the discovery period, wherein the proximity information indicates whether at least one of the one or more discovery device (120, 320-920) is in proximity of at least one of the one or more target device (140, 340-940); and obtaining the proximity information prior to the discovery period and receiving a second acknowledgement message for the access information from the one or more target devices (140, 340-940) during the discovery period, wherein both the proximity information and the second acknowledgement message for the access information are for establishing a communication link between at least one pair of discovery devices (120, 320-920) and target devices (140, 340-940). receiving an acknowledgment to obtain a discovery period designated by the wireless network; transmitting a request message for access information to one or more target devices (140, 340-940) during the discovery period; transmitting to a server (180, 380-980) a second request message for obtaining proximity information between at least one pair of discovery devices (120, 320-920) and target devices (140, 340-940) and information related to the one or more discovery devices (120, 320-920) prior to the discovery period, wherein the proximity information indicates whether at least one of the one or more discovery device (120, 320-920) is in proximity of at least one of the one or more target device (140, 340-940); and obtaining the proximity information prior to the discovery period and receiving a second acknowledgement message for the access information from the one or more target devices (140, 340-940) during the discovery period, wherein both the proximity information and the second acknowledgement message for the access information are for establishing a communication link between at least one pair of discovery devices (120, 320-920) and target devices (140, 340-940).
A combined mechanism for opening a cell door of a cell and a container door of a container towards the inside of the cell, the cell door and the container door when closed rest by their contour, respectively, on a cell flange and a container flange provided with a flared edge, said container being fixed to said cell so that, on the one hand, the flared edge bears against the cell flange, and, on the other hand, that the cell door and the container door are placed against each other via two contact faces called, respectively, first face and second face, the mechanism comprises an arm for locking the cell door mechanically integral with a central hub disposed in the cell door, and capable of pivoting, under the action of the locking arm, between a first position and a second position, so as to actuate a mechanism for attaching the container door to the cell door when the latter are placed against each other, characterized in that: the mechanism comprises a first lever capable of switching between a first tilting position under the effect of a first spring disposed at one of its ends and a second tilting position under the effect of a force opposing the first spring at its other end, the first lever adopting its first tilting position when the cell and container doors are open, and is arranged to block, when it is in this position, the locking arm in its second position, the first lever being moreover arranged so that, when the cell and container doors are closed, a first fixed pin, projecting into the cell and relative to the cell flange, is bearing against the other end and thus imposes on the first lever its second position so as to release the locking arm. the mechanism comprises an arm for locking the cell door mechanically integral with a central hub disposed in the cell door, and capable of pivoting, under the action of the locking arm, between a first position and a second position, so as to actuate a mechanism for attaching the container door to the cell door when the latter are placed against each other, characterized in that: the mechanism comprises a first lever capable of switching between a first tilting position under the effect of a first spring disposed at one of its ends and a second tilting position under the effect of a force opposing the first spring at its other end, the first lever adopting its first tilting position when the cell and container doors are open, and is arranged to block, when it is in this position, the locking arm in its second position, the first lever being moreover arranged so that, when the cell and container doors are closed, a first fixed pin, projecting into the cell and relative to the cell flange, is bearing against the other end and thus imposes on the first lever its second position so as to release the locking arm.
A stereolithography apparatus comprising a longitudinally extending recoater, a carrier for said recoater and a sensor, and wherein said recoater has a blade body with front and back surfaces and top and bottom surfaces, a foot for sensing blade gap at each end of said blade body extending laterally outward from said front surface thereof and having a flat bottom surface level with the bottom surface of said blade body and a top surface tapering distally from said blade to a thinned-down blade gap sensing portion of said top surface of said foot, whereby the sensor in sensing communication with said sensing portion of said foot can sense the distance of the top of said foot from a liquid resin surface, and wherein the sensor is contained in said carrier and translatable in the x axial direction along the length of said carrier, wherein the apparatus is configured such that during recoating the gap is controlled in response to a stored predetermined blade gap throughout the length of travel of the recoater and the recoater is maintained parallel to the resin surface throughout its length of travel at the predetermined blade gap by rotating the recoater about a central axis thereof along the direction of travel of the recoater across the resin surface, the central axis (Θ) being parallel to the axis (y) of travel of the recoater.
A method of processing a signal in a hearing instrument, the hearing instrument comprising at least one outer microphone oriented towards the environment, an inner microphone oriented towards the user's ear canal, and at least one receiver capable of producing an acoustic signal in the ear canal, the method comprising the steps of: - Processing an outer microphone signal from the outer microphone and an inner microphone signal from the inner microphone to yield an ambient sound portion signal estimate and an own voice sound portion signal estimate; - Processing the ambient sound portion signal estimate into a processed ambient sound portion signal; - Processing the own voice sound portion signal estimate into a processed own voice sound portion signal; - Adding the processed ambient sound portion signal and the processed own voice portion signal for producing the acoustic signal in the ear canal. - Processing an outer microphone signal from the outer microphone and an inner microphone signal from the inner microphone to yield an ambient sound portion signal estimate and an own voice sound portion signal estimate; - Processing the ambient sound portion signal estimate into a processed ambient sound portion signal; - Processing the own voice sound portion signal estimate into a processed own voice sound portion signal; - Adding the processed ambient sound portion signal and the processed own voice portion signal for producing the acoustic signal in the ear canal.
A sheet handling apparatus comprising: a sheet reception unit configured to receive a sheet; an alignment unit (51a, 51b) configured to align the sheet in a conveying direction of the sheet, a trailing edge of the sheet in the conveying direction coming into contact with the alignment unit (51a, 51b); and a moving unit configured to move the alignment unit (51a, 51b) along the sheet reception unit in the conveying direction, wherein a first position for aligning and binding sheets and a second position located above the first position in the sheet reception unit are set for the alignment unit (51a, 51b) as receiving positions at one of which the sheet is received from the sheet reception unit, characterized in that: the moving unit is configured to move the alignment unit (51a, 51b) from the second position to the first position at a time when the trailing edge of the sheet comes into contact with the alignment unit (51a, 51b) or at a time just before the trailing edge of the sheet comes into contact with the alignment unit (51a, 51b). a sheet reception unit configured to receive a sheet; an alignment unit (51a, 51b) configured to align the sheet in a conveying direction of the sheet, a trailing edge of the sheet in the conveying direction coming into contact with the alignment unit (51a, 51b); and a moving unit configured to move the alignment unit (51a, 51b) along the sheet reception unit in the conveying direction, wherein a first position for aligning and binding sheets and a second position located above the first position in the sheet reception unit are set for the alignment unit (51a, 51b) as receiving positions at one of which the sheet is received from the sheet reception unit, characterized in that: the moving unit is configured to move the alignment unit (51a, 51b) from the second position to the first position at a time when the trailing edge of the sheet comes into contact with the alignment unit (51a, 51b) or at a time just before the trailing edge of the sheet comes into contact with the alignment unit (51a, 51b).
A Mn-Zn-Co ferrite core comprising a basic component, sub-components, and unavoidable impurities, wherein, as the sub-components, silicon oxide in terms of SiO 2: 50 to 400 mass ppm and calcium oxide in terms of CaO: 1000 to 4000 mass ppm are added to the basic component consisting of iron oxide in terms of Fe 2 O 3: 51.0 to 53.0 mol%, zinc oxide in terms of ZnO: more than 12.0 mol% and 18.0 mol% or less, cobalt oxide in terms of CoO: 0.04 to 0.60 mol%, and manganese oxide in terms of MnO: balance; characterized in that amounts of phosphorus, boron, sulfur, and chlorine in the unavoidable impurities are reduced as follows phosphorus: less than 3 mass ppm, boron: less than 3 mass ppm, sulfur: less than 5 mass ppm, and chlorine: less than 10 mass ppm; and a ratio of a measured specific surface of the Mn-Zn-Co - ferrite core to an ideal specific surface of the Mn-Zn-Co ferrite core satisfies formula below Measured specific surface / ideal specific surface < 1500 where the measured specific surface represents a specific surface (m 2 /g) determined by a BET method (multipoint method) in JIS Z 8830; and the ideal specific surface represents a specific surface (m 2 /g) calculated from size and mass of the core on an assumption that the core is in an ideal state of having no cavities.
A method for manufacturing a heating module (110, 112, 114), the method comprising: - arranging a first conductive layer on a first surface of an intermediate insulating layer; - making a channel on a second surface of the intermediate insulating layer; - arranging a heating cable in the channel; - filling the channel with a conductive filling material to cover the heating cable arranged in the channel; and - attaching a second conductive layer to the second surface of the intermediate insulating layer with a conductive adhesive coating. - arranging a first conductive layer on a first surface of an intermediate insulating layer; - making a channel on a second surface of the intermediate insulating layer; - arranging a heating cable in the channel; - filling the channel with a conductive filling material to cover the heating cable arranged in the channel; and - attaching a second conductive layer to the second surface of the intermediate insulating layer with a conductive adhesive coating.
Electronic display system, intended to be coupled with ultrasound imaging equipment capable of capturing an image of a medium by means of an ultrasound probe, said system comprising a first monitor to display an ultrasound image such as captured via the ultrasound imaging equipment and image processing means, characterized in that it further comprises at least: - a second display monitor, separate from the first, which is a touch- screen monitor, - means to duplicate the ultrasound image capable of generating a duplicate of the ultrasound image displayed on the first monitor, means to send this duplicate to the second monitor on which at least part thereof is then displayed, - display means, on the second monitor, to display at least one graphical element which, using the tactility of the second display monitor, is used to perform at least one processing operation on the ultrasound image, these display means of the graphical element being such that the graphical element is displayed in a superimposed manner over the duplicate ultrasound image, - means for instant implementation of all processing operations performed using the second monitor on the duplicate ultrasound image displayed on the second monitor, and; - means for instant or deferred application to the ultrasound image displayed on the first monitor of all or part of the processing operations performed on the duplicate ultrasound image using the second monitor. - a second display monitor, separate from the first, which is a touch- screen monitor, - means to duplicate the ultrasound image capable of generating a duplicate of the ultrasound image displayed on the first monitor, means to send this duplicate to the second monitor on which at least part thereof is then displayed, - display means, on the second monitor, to display at least one graphical element which, using the tactility of the second display monitor, is used to perform at least one processing operation on the ultrasound image, these display means of the graphical element being such that the graphical element is displayed in a superimposed manner over the duplicate ultrasound image, - means for instant implementation of all processing operations performed using the second monitor on the duplicate ultrasound image displayed on the second monitor, and; - means for instant or deferred application to the ultrasound image displayed on the first monitor of all or part of the processing operations performed on the duplicate ultrasound image using the second monitor.