mhurhangee/ep-ind-claims huggingface dataset:
Circuit breaker device for interrupting an electrical low-voltage circuit when current or current-time limit values are exceeded, having: - a housing with connections (Ne, Na, Le, La) for conductors of the low-voltage circuit, - an interruption unit with contacts for interrupting the low-voltage circuit within the housing, - a bimetallic tripping device connected to the interruption unit, and - a magnetic tripping device connected to the interruption unit, wherein a resistance-based current measuring apparatus is provided for periodically ascertaining the magnitude of the current of the low-voltage circuit, and is connected to a measuring unit, characterized in that the circuit breaker device has a communication unit that receives current values ascertained by the measuring unit from the measurement unit by means of a first communication connection, in that the communication unit transmits the ascertained current values in a wired or wireless manner, in that an arcing fault detection unit (AFDD1, AFDD2) is provided, which receives current values ascertained by the resistance-based current measuring apparatus for the arcing fault detection in parallel with the measuring unit, in that the arcing fault detection unit (AFDD1, AFDD2) is connected to the communication unit by means of a second communication connection, which is different to the first communication connection, in order to transmit data from the arcing fault detection unit (AFDD1, AFDD2). - a housing with connections (Ne, Na, Le, La) for conductors of the low-voltage circuit, - an interruption unit with contacts for interrupting the low-voltage circuit within the housing, - a bimetallic tripping device connected to the interruption unit, and - a magnetic tripping device connected to the interruption unit, wherein a resistance-based current measuring apparatus is provided for periodically ascertaining the magnitude of the current of the low-voltage circuit, and is connected to a measuring unit, characterized in that the circuit breaker device has a communication unit that receives current values ascertained by the measuring unit from the measurement unit by means of a first communication connection, in that the communication unit transmits the ascertained current values in a wired or wireless manner, in that an arcing fault detection unit (AFDD1, AFDD2) is provided, which receives current values ascertained by the resistance-based current measuring apparatus for the arcing fault detection in parallel with the measuring unit, in that the arcing fault detection unit (AFDD1, AFDD2) is connected to the communication unit by means of a second communication connection, which is different to the first communication connection, in order to transmit data from the arcing fault detection unit (AFDD1, AFDD2).
A method of coding video data, the method comprising: determining that a block of the video data is eligible to be coded using sign prediction; performing the sign prediction with respect to one or more transform coefficients of the block only if the block meets a predetermined criterion, wherein the predetermined criterion is based on at least one of: a width of the block, a height of the block, a coding mode used to code the block, or a position of one or more sign-predicted transform coefficients within the block, wherein performing the sign prediction comprises: using a first inverse transform on a coefficient block to perform a hypothesis reconstruction process with respect to the block of video data; selecting the sign prediction from a plurality of sign predictions based on the hypothesis reconstruction process; reconstructing the block of video data using a) a second inverse transform on the coefficient block and b) the selected sign prediction, wherein the second inverse transform is different from the first inverse transform; and coding the block based on the sign prediction performed with respect to the block. determining that a block of the video data is eligible to be coded using sign prediction; performing the sign prediction with respect to one or more transform coefficients of the block only if the block meets a predetermined criterion, wherein the predetermined criterion is based on at least one of: a width of the block, a height of the block, a coding mode used to code the block, or a position of one or more sign-predicted transform coefficients within the block, wherein performing the sign prediction comprises: using a first inverse transform on a coefficient block to perform a hypothesis reconstruction process with respect to the block of video data; selecting the sign prediction from a plurality of sign predictions based on the hypothesis reconstruction process; performing the sign prediction with respect to one or more transform coefficients of the block only if the block meets a predetermined criterion, wherein the predetermined criterion is based on at least one of: a width of the block, a height of the block, a coding mode used to code the block, or a position of one or more sign-predicted transform coefficients within the block, wherein performing the sign prediction comprises: using a first inverse transform on a coefficient block to perform a hypothesis reconstruction process with respect to the block of video data; selecting the sign prediction from a plurality of sign predictions based on the hypothesis reconstruction process; reconstructing the block of video data using a) a second inverse transform on the coefficient block and b) the selected sign prediction, wherein the second inverse transform is different from the first inverse transform; and coding the block based on the sign prediction performed with respect to the block.
A method for producing an antibacterial biological implant, the method comprising subjecting a substrate made of a metal material successively to an anodization treatment, an acid treatment, and an iodine treatment to obtain an antibacterial biological implant, the antibacterial biological implant comprising the substrate and an anodized coating provided on the substrate, the anodized coating comprising an iodine-rich layer located close to an interface between the anodized coating and the substrate.
Metallurgical vessel, - wherein the metallurgical vessel has an outer surface and an identification tag (1, 1', 1"), - wherein the identification tag (1, 1', 1") has a carrier matrix, - wherein the identification tag (1, 1', 1") is arranged on the outer surface, - wherein the carrier matrix is formed from a material which is electrically and thermally insulating, characterised in that there are at least two passive transponders (3, 3a, 3b) embedded in the carrier matrix, - wherein the carrier matrix has several layers (11a, 11b, 11c), - wherein the thickness of the layers (11a, 11b, 11c) decreases with increasing distance from the outer surface of the metallurgical vessel and arranged between each two layers (11a, 11b, 11c) there is in each case at least one of the passive transponders (3, 3a, 3b). - wherein the metallurgical vessel has an outer surface and an identification tag (1, 1', 1"), - wherein the identification tag (1, 1', 1") has a carrier matrix, - wherein the identification tag (1, 1', 1") is arranged on the outer surface, - wherein the carrier matrix is formed from a material which is electrically and thermally insulating, - wherein the carrier matrix has several layers (11a, 11b, 11c), - wherein the thickness of the layers (11a, 11b, 11c) decreases with increasing distance from the outer surface of the metallurgical vessel and arranged between each two layers (11a, 11b, 11c) there is in each case at least one of the passive transponders (3, 3a, 3b).
Aqueous lubricating composition, in particular for metalworking, comprising at least: - at least 50% by weight of water, preferably of osmosed water; - from 0.01% to 10% by weight of at least one polysaccharide; - from 0.1% to 10% by weight of at least one alkoxylated, in particular ethoxylated, castor oil; and - from 0.1% to 10% by weight of at least one sulfur-containing and/or phosphorus-containing antiwear compound, the percentages being expressed with respect to the total weight of the composition. - at least 50% by weight of water, preferably of osmosed water; - from 0.01% to 10% by weight of at least one polysaccharide; - from 0.1% to 10% by weight of at least one alkoxylated, in particular ethoxylated, castor oil; and - from 0.1% to 10% by weight of at least one sulfur-containing and/or phosphorus-containing antiwear compound,
Air vent with a deflecting device and an air guide element, wherein the deflecting device comprises at least two groups of opposite slats, wherein a first group of slats is pivotably mounted between the air guide element and a first housing wall, which is opposite the air guide element, of the air vent and a second group of slats between the air guide element and a second housing wall, which is opposite the air guide element, of the air vent and the air guide element comprises a deflecting element projecting rearwardly into an air channel, characterised in that the air guide element is rotatably mounted substantially centrally between two webs in the air channel, wherein an air outlet opening of the air vent has a smaller height than the air guide element and the at least two groups of opposite slats are pivotably mounted by way of the webs.
An injection assembly of an hydraulic machine for die-casting, comprising an injection piston, a main inlet for inputting a fluid under pressure, a main pressure chamber upstream of the injection piston and a main shut-off valve normally in a closed configuration, operating between the main inlet and the main pressure chamber and adapted to prevent the fluid from returning from the main chamber to the main inlet, wherein said main valve comprises an obturator and a spring adapted to operate permanently on the obturator towards the closed configuration, and containment means adapted to create a barrier to prevent the spring break-up fragments from passing to the main pressure chamber.
A combination of: (i) 5-aminosalicylic acid, or a pharmacologically acceptable salt thereof, or a derivative thereof selected from the group consisting of: sulfasalazine, olsalazine and balsalazide, and (ii) a group D vitamin, and (iii) at least one physiologically acceptable excipient or a pharmaceutical composition comprising said combination for use in the prevention and/or treatment of colorectal cancer in a subject. (i) 5-aminosalicylic acid, or a pharmacologically acceptable salt thereof, or a derivative thereof selected from the group consisting of: sulfasalazine, olsalazine and balsalazide, and (ii) a group D vitamin, and (iii) at least one physiologically acceptable excipient
A security element for a security paper, value document or the like, having a carrier which has a motif region which makes available a visually perceptible motif having a first and a second motif part (4, 5), wherein the motif region comprises a first micro-optic representation arrangement which presents at least two different images in viewing angle-dependent fashion as a first motif part, and a second micro-optic representation arrangement which presents a reflective surface as the second motif part, which surface appears bulged relative to the actual macroscopic spatial form of the second micro-optic representation arrangement, wherein the second micro-optic representation arrangement presents the reflective surface in a reliefed impression, wherein the two motif parts are arranged to be contiguous, wherein the distance of the two motif parts (4, 5) is smaller than 1 mm, characterized in that the first micro-optic representation arrangement comprises microstructures as well as micro-imaging elements (10, 28), in order to image the microstructures in magnified form.
A bispecific antigen binding molecule, comprising (a) at least two Fab fragments capable of specific binding to CD40 connected to a Fc region comprising (i) a heavy chain variable region (V H CD40) comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 171, SEQ ID NO: 172, SEQ ID NO: 173 and SEQ ID NO: 174, and (ii) a light chain variable region (V L CD40) comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 175, SEQ ID NO: 176, SEQ ID NO: 177, and SEQ ID NO: 178, and (b) one antigen binding domain capable of specific binding to FAP comprising a heavy chain variable region (V H FAP) comprising an amino acid sequence of SEQ ID NO: 17, and a light chain variable region (V L FAP) comprising an amino acid sequence of SEQ ID NO: 18 connected to the C-terminus of the Fc region, wherein the Fc region is an IgG1 Fc region or an IgG4 Fc region and wherein the Fc region comprises one or more amino acid substitution that reduces the binding affinity of the antibody to an Fc receptor and/or effector function. (a) at least two Fab fragments capable of specific binding to CD40 connected to a Fc region comprising (i) a heavy chain variable region (V H CD40) comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 171, SEQ ID NO: 172, SEQ ID NO: 173 and SEQ ID NO: 174, and (ii) a light chain variable region (V L CD40) comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 175, SEQ ID NO: 176, SEQ ID NO: 177, and SEQ ID NO: 178, and (b) one antigen binding domain capable of specific binding to FAP comprising a heavy chain variable region (V H FAP) comprising an amino acid sequence of SEQ ID NO: 17, and a light chain variable region (V L FAP) comprising an amino acid sequence of SEQ ID NO: 18 connected to the C-terminus of the Fc region,
A method of forming a semiconductor heterostructure, the method comprising: (a) providing a substrate having a surface and comprising a first semiconductor material; (b) providing a dislocation-blocking mask over the substrate, the mask comprising a dielectric material and having a rectangular trench extending to the surface of the substrate and defined by at least one sidewall at least a portion of which meets the surface of the substrate at an orientation angle to a selected crystallographic direction of the first semiconductor material, the trench having a predetermined width W smaller than a length L thereof and the sidewall of the trench having a height at least equal to a predetermined distance H from the surface of the substrate; (c) depositing in the trench a regrowth layer comprising a second semiconductor material, the orientation angle causing threading dislocations in the regrowth layer to terminate at the sidewall and to decrease in density with increasing distance from the surface of the substrate; (d) depositing an overgrowth layer comprising the second semiconductor material over the regrowth layer and over at least a portion of the dislocation-blocking mask, wherein at least a portion of the overgrowth layer is deposited as non-crystalline material; and (e) crystallizing the non-crystalline material of the overgrowth layer by annealing at a temperature higher than the deposition temperature; wherein the threading dislocations terminate at the sidewall of the trench in the dislocation-blocking mask at or below the predetermined distance H from the surface of the substrate. (a) providing a substrate having a surface and comprising a first semiconductor material; (b) providing a dislocation-blocking mask over the substrate, the mask comprising a dielectric material and having a rectangular trench extending to the surface of the substrate and defined by at least one sidewall at least a portion of which meets the surface of the substrate at an orientation angle to a selected crystallographic direction of the first semiconductor material, the trench having a predetermined width W smaller than a length L thereof and the sidewall of the trench having a height at least equal to a predetermined distance H from the surface of the substrate; (c) depositing in the trench a regrowth layer comprising a second semiconductor material, the orientation angle causing threading dislocations in the regrowth layer to terminate at the sidewall and to decrease in density with increasing distance from the surface of the substrate; (d) depositing an overgrowth layer comprising the second semiconductor material over the regrowth layer and over at least a portion of the dislocation-blocking mask, wherein at least a portion of the overgrowth layer is deposited as non-crystalline material; and (e) crystallizing the non-crystalline material of the overgrowth layer by annealing at a temperature higher than the deposition temperature;
Monitoring-and-control drawer for an electrical connection enclosure, the monitoring-and-control drawer comprising functional elements, the monitoring-and-control drawer being configured to allow an electrical load to be connected and potentially to be driven and/or monitored, the monitoring-and-control drawer being configured to be mobile within an electrical connection enclosure between an operating position, in which the monitoring-and-control drawer is supplied with electrical power and in which the electrical load is supplied with electrical power, and a test position, in which the monitoring-and-control drawer is supplied with electrical power and in which the electrical load is not supplied with electrical power, the monitoring-and-control drawer comprising a locking system (311, 820), the locking system (311, 820) for locking the monitoring-and-control drawer comprising a first, electromagnetic lock, the locking system (311, 820) being configured to allow the monitoring-and-control drawer to be locked in the test position or in the operating position regardless of the functional elements contained in the monitoring-and-control drawer, characterized in that the monitoring-and-control drawer further comprises a control circuit board, configured to control the functional elements and the electromagnetic lock, and in that a prior validation of the correct operation of the monitoring-and-control drawer and/or of the electrical load is required for unlocking the monitoring-and-control drawer, the prior validation of the correct operation of the monitoring-and-control drawer and/or of the electrical load before unlocking the monitoring-and-control drawer being performed by the control circuit board and allowing the electromagnetic lock to be unlocked.
A radio-frequency identification, RFID, tag (100, 300) comprising: an ultra-high frequency, UHF, core chip component (114, 302) comprising a UHF antenna; a high frequency, HF, core chip component (112, 304) comprising a HF coil antenna; characterized in that the tag further comprises: a near-field communications, NFC, booster which utilizes an NFC function and UHF tag communications system such that the tag is capable of communicating with an NFC device and a UHF reader system, wherein the NFC device supplies energy to the NFC booster to operate the UHF core chip component of the RFID tag in an extended range mode; and a shared memory block component (108, 306), wherein the NFC function can also interact with the UHF communications system via the shared memory block component. an ultra-high frequency, UHF, core chip component (114, 302) comprising a UHF antenna; a high frequency, HF, core chip component (112, 304) comprising a HF coil antenna; characterized in that the tag further comprises: a near-field communications, NFC, booster which utilizes an NFC function and UHF tag communications system such that the tag is capable of communicating with an NFC device and a UHF reader system, wherein the NFC device supplies energy to the NFC booster to operate the UHF core chip component of the RFID tag in an extended range mode; and a shared memory block component (108, 306), wherein the NFC function can also interact with the UHF communications system via the shared memory block component. a near-field communications, NFC, booster which utilizes an NFC function and UHF tag communications system such that the tag is capable of communicating with an NFC device and a UHF reader system, wherein the NFC device supplies energy to the NFC booster to operate the UHF core chip component of the RFID tag in an extended range mode; and a shared memory block component (108, 306), wherein the NFC function can also interact with the UHF communications system via the shared memory block component.
A system for providing cabin lighting within a vehicle cabin, the system comprising: cabin lighting for providing illumination to the cabin; a location positioning system for detecting a location of a passenger; and a lighting control system for: determining whether a predetermined cabin condition is satisfied; detecting movement of a passenger within the vehicle cabin on a basis of signals from the location positioning system; characterised by, upon detecting movement and direction of movement of the passenger within the cabin and upon determining that the predetermined cabin condition is satisfied, causing the cabin lighting to provide cabin illumination with a localized illumination zone at a location of the passenger, wherein the localized illumination zone follows the movement of the passenger; and wherein the localized illumination zone is positioned such that a greater portion of the localized illumination zone is positioned in front of a direction of movement of the passenger than in a direction opposite said direction of movement. cabin lighting for providing illumination to the cabin; a location positioning system for detecting a location of a passenger; and a lighting control system for: determining whether a predetermined cabin condition is satisfied; detecting movement of a passenger within the vehicle cabin on a basis of signals from the location positioning system; characterised by, upon detecting movement and direction of movement of the passenger within the cabin and upon determining that the predetermined cabin condition is satisfied, causing the cabin lighting to provide cabin illumination with a localized illumination zone at a location of the passenger, wherein the localized illumination zone follows the movement of the passenger; and wherein the localized illumination zone is positioned such that a greater portion of the localized illumination zone is positioned in front of a direction of movement of the passenger than in a direction opposite said direction of movement. upon detecting movement and direction of movement of the passenger within the cabin and upon determining that the predetermined cabin condition is satisfied, causing the cabin lighting to provide cabin illumination with a localized illumination zone at a location of the passenger, wherein the localized illumination zone follows the movement of the passenger; and wherein the localized illumination zone is positioned such that a greater portion of the localized illumination zone is positioned in front of a direction of movement of the passenger than in a direction opposite said direction of movement.