mhurhangee/ep-ind-claims huggingface dataset:
Combine harvester with a sieve box, which comprises a housing which surrounds an interior space, wherein the interior space is delimited by a tailings floor and wherein a grain floor for transporting grains or crops is arranged in the interior space, wherein the grain floor separates the interior space • into a sieve part, which is arranged above the grain floor, and • into a tailings part, which is arranged below the grain floor, between this and the tailings floor, characterized in that the housing has a narrowing in the tailings part, wherein the narrowing is formed by a chamfer of a side wall (133, 134) and/or the tailings floor. • into a sieve part, which is arranged above the grain floor, and • into a tailings part, which is arranged below the grain floor, between this and the tailings floor,
Connector device for a waterproof connector for a cable, preferably a coaxial cable, in particular a copper cable and/or an aluminium cable, for the automotive sector, having a connection housing and a protective cover, wherein the connection housing comprises a sealing chamber for a seal, which sealing chamber can be covered by the protective cover, wherein the connector device further has a sealing device (120, 220), wherein the sealing device (120, 220) at/in the sealing chamber can be arranged directly adjacent and staggered relative to one another with the seal which can be provided in the sealing chamber, wherein the sealing device (120, 220) is mechanically connected to the connection housing or the protective cover by means of a hinge (122, 222), in particular a film hinge (122, 222), characterised in that the sealing device (120, 220) is constructed with the connection housing or the protective cover in one piece, in a materially engaging manner or integrally. a connection housing and a protective cover, wherein the connection housing comprises a sealing chamber for a seal, which sealing chamber can be covered by the protective cover, wherein the connector device further has a sealing device (120, 220), wherein the sealing device (120, 220) at/in the sealing chamber can be arranged directly adjacent and staggered relative to one another with the seal which can be provided in the sealing chamber, wherein the sealing device (120, 220) is mechanically connected to the connection housing or the protective cover by means of a hinge (122, 222), in particular a film hinge (122, 222), characterised in that the sealing device (120, 220) is constructed with the connection housing or the protective cover in one piece, in a materially engaging manner or integrally.
A method, using which a lubricant flow rate at a centrifuge is monitored, in particular of a separator, which has a rotatable drum, which is rotatable using a drive device, wherein the drive device has a motor, which directly or indirectly drives a drive spindle, which is coupled in a rotationally-fixed manner to the drum, wherein the drive spindle is rotatably mounted in a bearing housing by at least one bearing arrangement having at least one bearing and wherein the centrifuge has a device for lubricant supply, using which the bearing arrangement is supplied with lubricant, characterized by the following steps: a. rotating the drive spindle using the motor and simultaneously operating the lubricant supply to generate a lubricant flow rate through the bearing arrangement; b. monitoring the lubricant flow rate through the bearing arrangement on the basis of at least one measurement of a temperature of the lubricant at at least one measurement point (M1, M2) on or in the device for lubricant supply, c. wherein a point of the lubricant supply is used as the respective measurement point (M1, M2) at which a temperature sensor is arranged, and wherein the output signal of this sensor is evaluated by an evaluation unit, and d. wherein the monitoring comprises a comparison of the measured temperature or a variable dependent thereon to at least one predetermined condition, and wherein in the event of a deviation from the condition, an action is triggered, characterized in that e. at a first measurement point in the device for lubricant supply and at a second measurement point, a temperature of the lubricant is measured in each case and a temperature differential ΔT is calculated in each case from the two measured values (M1, M2) and the calculated temperature differential ΔT is compared to a condition defined as the condition of step c. a. rotating the drive spindle using the motor and simultaneously operating the lubricant supply to generate a lubricant flow rate through the bearing arrangement; b. monitoring the lubricant flow rate through the bearing arrangement on the basis of at least one measurement of a temperature of the lubricant at at least one measurement point (M1, M2) on or in the device for lubricant supply, c. wherein a point of the lubricant supply is used as the respective measurement point (M1, M2) at which a temperature sensor is arranged, and wherein the output signal of this sensor is evaluated by an evaluation unit, and d. wherein the monitoring comprises a comparison of the measured temperature or a variable dependent thereon to at least one predetermined condition, and wherein in the event of a deviation from the condition, an action is triggered, characterized in that e. at a first measurement point in the device for lubricant supply and at a second measurement point, a temperature of the lubricant is measured in each case and a temperature differential ΔT is calculated in each case from the two measured values (M1, M2) and the calculated temperature differential ΔT is compared to a condition defined as the condition of step c.
Dental prosthesis consisting of two prosthesis halves (1, 2), each provided with a row of teeth, and a stabiliser spring, comprising: - two arms (4, 5) of the stabiliser spring, which are articulated to one another and simultaneously form long, curved arms of the stabiliser spring, in such a way that the arms (4, 5) are held pressed apart, - the arms (4, 5) each being telescopically movable axially in a correspondingly curved or sweeping cylindrical guide (7, 8), the guides (7, 8) being provided in the prosthesis halves (1, 2) along the rows of teeth and each comprising an outer insertion end, characterised in that - the guides (7, 8) are closed, at the end faces at the respective outer insertion ends thereof, as far as a constriction acting as an insertion slit, - the arms (4, 5) comprise ends, and - the ends of the arms (4, 5) have extensions, and are dimensioned in such a way that they can be placed through the insertion slit of the guides (7, 8). - two arms (4, 5) of the stabiliser spring, which are articulated to one another and simultaneously form long, curved arms of the stabiliser spring, in such a way that the arms (4, 5) are held pressed apart, - the arms (4, 5) each being telescopically movable axially in a correspondingly curved or sweeping cylindrical guide (7, 8), the guides (7, 8) being provided in the prosthesis halves (1, 2) along the rows of teeth and each comprising an outer insertion end, - the guides (7, 8) are closed, at the end faces at the respective outer insertion ends thereof, as far as a constriction acting as an insertion slit, - the arms (4, 5) comprise ends, and - the ends of the arms (4, 5) have extensions, and are dimensioned in such a way that they can be placed through the insertion slit of the guides (7, 8).
An electrode device comprising: a first electrode; a second electrode (4,5) separated from the first electrode with a space therebetween; and an ion-conducting medium extending over the first electrode and the second electrode so as to be in contact with the first electrode and the second electrode, characterised in that the ion-conducting medium is made of a bicontinuous microemulsion containing a water phase being a continuous phase and an oil phase being a continuous phase, and at least one of the water phase and the oil phase is a gel. a first electrode; a second electrode (4,5) separated from the first electrode with a space therebetween; and an ion-conducting medium extending over the first electrode and the second electrode so as to be in contact with the first electrode and the second electrode, characterised in that the ion-conducting medium is made of a bicontinuous microemulsion containing a water phase being a continuous phase and an oil phase being a continuous phase, and at least one of the water phase and the oil phase is a gel.
A bracket for supporting raceways resistant to seismic stresses, the bracket including a platen to which is secured an arm comprising a support face, a first side face and a second side face, the first side face and second side face being symmetrically disposed relative to a plane of symmetry so as to form, with the support face, a substantially U-shaped cross-section, the first side face comprising, on a first longitudinal edge, a first return directed to the plane of symmetry, the first return further comprising a first primary side, the arm being characterised in that the first return comprises, at a large end of the arm, a first lug directed to the plane of symmetry, and forming, on the first return, a first step disposed at the large end of the arm, the first return comprising a first secondary side, the first primary side and first secondary side being parallel to the first longitudinal edge, so that the first return has a substantially L-shape, this first return increases the resistance of the arm to stresses exerted in a plane defined by the first return.
A rotary seal comprising: a core metal; a seal member having a base portion joined to the core metal and a seal lip portion (4B, 4C, 4D); and a slinger having at least one sliding contact surface (A, B) with which the seal lip portion (4B, 4C, 4D) comes in contact, wherein the at least one sliding contact surface (A, B) has a surface condition that an arithmetic average roughness Ra satisfies 0.3 μm ≤ Ra ≤ 1.0 μm, characterised in that the slinger is manufactured by press working on a dull-finished steel plate material, a skewness of roughness curve Rsk satisfies Rsk ≤ -1, and an average length of roughness curve element RSm satisfies 100 μm ≤ RSm, Ra, Rsk, and RSm being defined by JIS B 0601:2013. a core metal; a seal member having a base portion joined to the core metal and a seal lip portion (4B, 4C, 4D); and a slinger having at least one sliding contact surface (A, B) with which the seal lip portion (4B, 4C, 4D) comes in contact, wherein the at least one sliding contact surface (A, B) has a surface condition that an arithmetic average roughness Ra satisfies 0.3 μm ≤ Ra ≤ 1.0 μm, characterised in that the slinger is manufactured by press working on a dull-finished steel plate material, a skewness of roughness curve Rsk satisfies Rsk ≤ -1, and an average length of roughness curve element RSm satisfies 100 μm ≤ RSm, Ra, Rsk, and RSm being defined by JIS B 0601:2013.
A carrier for electrical installations comprising a base and an attachment, wherein the base comprises a base element, at least one guide tube and at least two connection channels for receiving an installation tube and/or an electrical cable, wherein the guide tube extends along a guide tube axis from a base region to an attachment region, wherein a longitudinal axis of each connection channel encloses an angle with the guide tube axis, wherein the attachment is fastenable to the guide tube in the attachment region and comprises an attachment opening for this, wherein a tube transition is formed in each case between a connection channel and the guide tube and characterised in that at least one intermediate wall is formed along the guide tube axis, wherein the at least one intermediate wall subdivides the guide tube into at least two guiding chambers which run along the guide tube axis, wherein the socket comprises a deflecting element for deflecting insertable electrical cables, and at least one of the following conditions is fulfilled: - the deflecting element and the at least one intermediate wall are designed as one piece, - the intermediate wall and the guide tube are designed as one piece. - the deflecting element and the at least one intermediate wall are designed as one piece, - the intermediate wall and the guide tube are designed as one piece.
Object, particularly a building, comprising a wall or roof covering which is provided with a safety device comprising anchoring means to which a personal fall protection can be coupled directly or indirectly, wherein said safety device comprises fastening means with which the safety device is secured to said wall or roof covering for a firm and durable connection to the object, wherein said fastening means comprise a flexible fastening flap and said anchoring means are connected via a fastening net which extends from the flexible fastening flap to the flexible fastening flap, characterized in that said flexible fastening flap is glued, welded or otherwise adhered to said wall or roof covering.
A three-dimensional printing system comprising a print head vertically arranged above a build platform, said print head having a variable-width nozzle with a rectangular opening having a size, a means of moving said print-head and a means for directly extruding pellets through said variable-width nozzle to provide a molten ribbon vertically above said build platform, said pellets comprising at least one polymer, said extrusion means incorporating a heated chamber before said nozzle and said variable-width nozzle incorporating an actively controlled gate, wherein said actively controlled gate controls the nozzle opening in one dimension, while the other dimension remains fixed, and wherein said variable-width nozzle is axially rotatable.
Method for managing the use, in a terminal, of a plurality of security modules (SIM1, SIM2) managed by an entity capable of requesting the provision of security codes (PIN1, PIN2) in order to unlock the modules, respectively, comprising: - a first phase of accessing the modules, comprising - a step (ET13-1, ET13-2) of reception of the codes of the modules by the entity; - a step (ET14-1, ET14-2) of sending the received codes to the security modules, followed by a step of saving in a security module, referred to as the main module, of at least one code received by the entity and relating to a module other than the main module; - a subsequent second access phase during which unlocking of the main module is followed by a step (ET26, ET27) of transmitting at least one code from the main module to at least one other security module corresponding to said at least one code. - a first phase of accessing the modules, comprising - a step (ET13-1, ET13-2) of reception of the codes of the modules by the entity; - a step (ET14-1, ET14-2) of sending the received codes to the security modules, followed by a step of saving in a security module, referred to as the main module, of at least one code received by the entity and relating to a module other than the main module; - a subsequent second access phase during which unlocking of the main module is followed by a step (ET26, ET27) of transmitting at least one code from the main module to at least one other security module corresponding to said at least one code.
A delivery system for an active agent, comprising: a ligand that is selective for transthyretin in the serum of a subject; and a linker configured for operatively attaching the ligand covalently to an active agent; wherein the ligand has the structure of Compound (VIIIc): or, a pharmaceutically acceptable salt, ester, enol ether, enol ester, acetal, amide, ketal, orthoester, hemiacetal, hemiketal, hydrate, or solvate thereof; wherein the linker is attached to the ligand ortho at C15 to the carboxyl group at C14, or (ii) meta at C16 to the carboxy carbon at C14; and the linker attaches (i) to the ligand through an ether bond and (ii) to the active agent through an amide or an ester bond; wherein, the linker that connects the ligand to the agent is as follows: and, n ranges from 1 to 8. a ligand that is selective for transthyretin in the serum of a subject; and a linker configured for operatively attaching the ligand covalently to an active agent; wherein the ligand has the structure of Compound (VIIIc): or, a pharmaceutically acceptable salt, ester, enol ether, enol ester, acetal, amide, ketal, orthoester, hemiacetal, hemiketal, hydrate, or solvate thereof; wherein the linker is attached to the ligand ortho at C15 to the carboxyl group at C14, or (ii) meta at C16 to the carboxy carbon at C14; and the linker attaches (i) to the ligand through an ether bond and (ii) to the active agent through an amide or an ester bond; wherein, the linker that connects the ligand to the agent is as follows: and, n ranges from 1 to 8.
Method for interfacing a first data reading unit with a second data reading unit operatively connected to a data reading interface module, said method comprising: - a data reading request phase, in which a data reading request signal (R-Req) is received by said data reading interface module, said data reading request signal (R-Req) being asserted and sent by said first data reading unit; - a reading status signalling phase, in which a data reading status signal (R-Stat) is received by said data reading interface module, wherein the data reading status signal (R-Stat) is sent by said second data reading unit, said data reading status signal (R-Stat) being asserted in the absence of data in said second data reading unit; - a reading status verification phase, in which said data reading interface module verifies if said data reading status signal (R-Stat) is asserted, in which case said data reading interface module will execute a data reading waiting phase, otherwise it will execute a data reading phase, wherein: - in said data reading waiting phase, the data reading request signal (R-Req) is unasserted and sent to said second data reading unit by said data reading interface module, and a data reading waiting signal (R-Wait) is asserted and sent to said first data reading unit by said data reading interface module; - in said data reading phase, said data reading interface module sends said data reading request signal (R-Req) to said second data reading unit, and wherein said data reading interface module receives the data from said second data reading unit and sends said data to said first data reading unit. - a data reading request phase, in which a data reading request signal (R-Req) is received by said data reading interface module, said data reading request signal (R-Req) being asserted and sent by said first data reading unit; - a reading status signalling phase, in which a data reading status signal (R-Stat) is received by said data reading interface module, wherein the data reading status signal (R-Stat) is sent by said second data reading unit, said data reading status signal (R-Stat) being asserted in the absence of data in said second data reading unit; - a reading status verification phase, in which said data reading interface module verifies if said data reading status signal (R-Stat) is asserted, in which case said data reading interface module will execute a data reading waiting phase, otherwise it will execute a data reading phase, wherein: - in said data reading waiting phase, the data reading request signal (R-Req) is unasserted and sent to said second data reading unit by said data reading interface module, and a data reading waiting signal (R-Wait) is asserted and sent to said first data reading unit by said data reading interface module; - in said data reading phase, said data reading interface module sends said data reading request signal (R-Req) to said second data reading unit, and wherein said data reading interface module receives the data from said second data reading unit and sends said data to said first data reading unit.
A module for detecting a known electronic file, the module embodied on a computer readable medium and configured for: receiving a portion of a file and extracting content from the portion; the module being characterized in that it is configured for: applying an initial function numerous times to the content, the initial function being applied to each one of a plurality of blocks of elements within the content and resulting in a set of representations, one for each of the blocks; selecting one of the representations which maximizes or minimizes a predefined criteria as an initial imprint for the file portion; comparing the initial imprint to contents of a first memory containing a plurality of detection imprints for known electronic files to be detected, the detection imprints having been created using at least the initial function; and determining (27, 29) a match when the initial imprint corresponds to a detection imprint in the first memory. receiving a portion of a file and extracting content from the portion; the module being characterized in that it is configured for: applying an initial function numerous times to the content, the initial function being applied to each one of a plurality of blocks of elements within the content and resulting in a set of representations, one for each of the blocks; selecting one of the representations which maximizes or minimizes a predefined criteria as an initial imprint for the file portion; comparing the initial imprint to contents of a first memory containing a plurality of detection imprints for known electronic files to be detected, the detection imprints having been created using at least the initial function; and determining (27, 29) a match when the initial imprint corresponds to a detection imprint in the first memory. applying an initial function numerous times to the content, the initial function being applied to each one of a plurality of blocks of elements within the content and resulting in a set of representations, one for each of the blocks; selecting one of the representations which maximizes or minimizes a predefined criteria as an initial imprint for the file portion; comparing the initial imprint to contents of a first memory containing a plurality of detection imprints for known electronic files to be detected, the detection imprints having been created using at least the initial function; and determining (27, 29) a match when the initial imprint corresponds to a detection imprint in the first memory.
A method of providing discovery information of an Electronic Service Guide, ESG, bootstrap entry point in a Convergence of Broadcasting and Mobile Service, CBMS, the method comprising: creating a Management Object, MO, comprising information related to a terminal and ESG bootstrap entry points corresponding to roaming partners within a roaming coverage area of the terminal; and transmitting the created MO to the terminal through an interactive channel while the terminal is in a home network of the terminal, wherein the information related to the terminal comprises Internet Protocol Data Cast Operator Identification, IPDCOperatorlD, (3009, 3109) and IPDC Key Management System ID, IPDCKMSID, (3007, 3107), and the IPDCOperatorID and the IPDCKMSID are information for identifying an operator providing a service included in an ESG to the terminal. creating a Management Object, MO, comprising information related to a terminal and ESG bootstrap entry points corresponding to roaming partners within a roaming coverage area of the terminal; and transmitting the created MO to the terminal through an interactive channel while the terminal is in a home network of the terminal, wherein the information related to the terminal comprises Internet Protocol Data Cast Operator Identification, IPDCOperatorlD, (3009, 3109) and IPDC Key Management System ID, IPDCKMSID, (3007, 3107), and the IPDCOperatorID and the IPDCKMSID are information for identifying an operator providing a service included in an ESG to the terminal.