mhurhangee/ep-ind-claims huggingface dataset:
Exhaust gas outlet system for a motor vehicle, wherein said exhaust gas outlet system comprises the following: a) an end pipe for fluidically connecting to an exhaust gas system, wherein the end pipe has a first portion of a first interlocking connection; b) an end pipe cover having i) an at least two-part end pipe cover inner wall; ii) an end pipe cover outer wall which can be pushed axially onto the end pipe cover inner wall; c) a first annular fastening element which radially fastens the at least two-part end pipe cover inner wall in the region of the first portion of the first interlocking connection on the end pipe, wherein the exhaust gas outlet system on the end pipe cover inner wall has a second portion of the first interlocking connection for the at least partial interlocking connection of the end pipe cover inner wall to the first annular fastening element, characterized in that the first portion of the first interlocking connection is designed in the form of a first annular recess, and the second portion of the first interlocking connection is designed in the form of a second annular recess. a) an end pipe for fluidically connecting to an exhaust gas system, wherein the end pipe has a first portion of a first interlocking connection; b) an end pipe cover having i) an at least two-part end pipe cover inner wall; ii) an end pipe cover outer wall which can be pushed axially onto the end pipe cover inner wall; i) an at least two-part end pipe cover inner wall; ii) an end pipe cover outer wall which can be pushed axially onto the end pipe cover inner wall; c) a first annular fastening element which radially fastens the at least two-part end pipe cover inner wall in the region of the first portion of the first interlocking connection on the end pipe, wherein the exhaust gas outlet system on the end pipe cover inner wall has a second portion of the first interlocking connection for the at least partial interlocking connection of the end pipe cover inner wall to the first annular fastening element,
A thoracic garment for bringing an EM transducer to contact with a thoracic surface area of a wearer, comprising: a front thoracic garment piece and a back thoracic garment piece at least one of said front and back thoracic garment pieces having at least one EM transducer or at least one mechanical connector for connecting said at least one EM transducer, said front thoracic garment piece having an arrangement of sleeves formed therein or thereon; a handhold mechanically connected to said front thoracic garment piece; a positioning marker located on or in said front thoracic garment piece such that when said thoracic garment is worn by a human wearer and said front thoracic garment piece is placed against or close to the chest of said human wearer, said positioning marker located in a predefined position in relation to one or more anatomical features of the wearer; a plurality of straps, each threaded in said arrangement of sleeves; a single pulling element connected to all of said plurality of straps and adapted to facilitate pulling of said plurality of straps simultaneously; wherein said thoracic garment is configured to be adapted by said wearer using a first hand to hold said handhold for holding said front thoracic garment piece against or close to said chest such that said positioning marker is positioned at said predefined position while using a second hand for pulling said plurality of straps, simultaneously by using said single pulling element. a front thoracic garment piece and a back thoracic garment piece at least one of said front and back thoracic garment pieces having at least one EM transducer or at least one mechanical connector for connecting said at least one EM transducer, said front thoracic garment piece having an arrangement of sleeves formed therein or thereon; a handhold mechanically connected to said front thoracic garment piece; a positioning marker located on or in said front thoracic garment piece such that when said thoracic garment is worn by a human wearer and said front thoracic garment piece is placed against or close to the chest of said human wearer, said positioning marker located in a predefined position in relation to one or more anatomical features of the wearer; a plurality of straps, each threaded in said arrangement of sleeves; a single pulling element connected to all of said plurality of straps and adapted to facilitate pulling of said plurality of straps simultaneously; wherein said thoracic garment is configured to be adapted by said wearer using a first hand to hold said handhold for holding said front thoracic garment piece against or close to said chest such that said positioning marker is positioned at said predefined position while using a second hand for pulling said plurality of straps, simultaneously by using said single pulling element.
A telescopic boom comprising: a first frame having a curved portion whose section is substantially U-shaped; and a second frame connected to the first frame so that a closed section is formed, characterised in that, the U-shaped curved portion of the first frame includes a plurality of protrusion portions (14, 15a-15c, 16a-16c) formed at intervals in a circumferential direction of the telescopic boom and a joint (k) formed between each adjacent ones of the plurality of protrusion portions, each protrusion portion extending in a longitudinal direction of the telescopic boom, and each of the plurality of protrusion portions is formed to have an arc-shaped section and to protrude to an outside of the first frame and the joint is recessed to an inside of the first frame. a first frame having a curved portion whose section is substantially U-shaped; and a second frame connected to the first frame so that a closed section is formed, characterised in that, the U-shaped curved portion of the first frame includes a plurality of protrusion portions (14, 15a-15c, 16a-16c) formed at intervals in a circumferential direction of the telescopic boom and a joint (k) formed between each adjacent ones of the plurality of protrusion portions, each protrusion portion extending in a longitudinal direction of the telescopic boom, and each of the plurality of protrusion portions is formed to have an arc-shaped section and to protrude to an outside of the first frame and the joint is recessed to an inside of the first frame.
Method for the fabrication of a transparent touch surface comprising the steps consisting in: a. incorporating ITO nanoparticles into an aqueous solution comprising a stabilising agent; b. subjecting to ultrasounds said aqueous solution comprising the nanoparticles; c. incubating the nanoparticles in aqueous suspension with a ligand capable of grafting to the surface of said nanoparticles by a metal-O-P type covalent bond with the surface of the nanoparticles; d. depositing the nanoparticles the surface of which is modified by the ligand during step c) in the form of a colloidal suspension on the transparent substrate; characterised in that it comprises a step before step d), consisting in: g. modifying the surface of a transparent substrate by grafting a chemical coupler on said surface; and in that it comprises a step after step d) consisting in: h. creating a passivation layer above the nanoparticles assembly deposited in step d). a. incorporating ITO nanoparticles into an aqueous solution comprising a stabilising agent; b. subjecting to ultrasounds said aqueous solution comprising the nanoparticles; c. incubating the nanoparticles in aqueous suspension with a ligand capable of grafting to the surface of said nanoparticles by a metal-O-P type covalent bond with the surface of the nanoparticles; d. depositing the nanoparticles the surface of which is modified by the ligand during step c) in the form of a colloidal suspension on the transparent substrate; g. modifying the surface of a transparent substrate by grafting a chemical coupler on said surface; h. creating a passivation layer above the nanoparticles assembly deposited in step d).
A method for diagnosing the regenerative capacity of a lead-acid type battery characterized in that it comprises subjecting the battery to the following three tests: a) an electrolyte test verifying that the effective amount of lead sulfate (mPbS04eff) in the electrolytes of this battery is less than the amount of lead sulfate regenerability threshold (mPbS04), b) a test of the active material, making sure that the effective amount of lead oxide (mPb02eff) in the electrolytes of this battery is higher than the quantity of lead oxide regenerability threshold (mPb02R), c) a test electrode, ensuring that the corrosion of the electrodes is less than a threshold corrosion; the three tests being carried out in order and each of these tests being performed without having to access any of the electrolytes of the battery, or the results of these tests are used to diagnose aptitude for regeneration for this of lead-acid type battery, and where lead-acid type battery is discarded or recycled when a threshold to at least one of these three tests was exceeded. a) an electrolyte test verifying that the effective amount of lead sulfate (mPbS04eff) in the electrolytes of this battery is less than the amount of lead sulfate regenerability threshold (mPbS04), b) a test of the active material, making sure that the effective amount of lead oxide (mPb02eff) in the electrolytes of this battery is higher than the quantity of lead oxide regenerability threshold (mPb02R), c) a test electrode, ensuring that the corrosion of the electrodes is less than a threshold corrosion; the three tests being carried out in order and each of these tests being performed without having to access any of the electrolytes of the battery, or the results of these tests are used to diagnose aptitude for regeneration for this of lead-acid type battery, and where lead-acid type battery is discarded or recycled when a threshold to at least one of these three tests was exceeded.
Combinations comprising an sGC stimulator selected from the group consisting of the compounds of the formulae or the sGC activator of the formula sacubitril and valsartan and also in each case the salts, solvates and solvates of the salts thereof.
Engineering system for planning an automation system, the engineering system comprising: - means for allocating a class attribute to process variables of an automation process which can be carried out using the automation system, said process variables being able to be assigned to a common class, characterized by - means for addressing the process variables by means of the class attribute within a mathematical relationship at the time at which a performance index of the automation system is calculated, and - means for calculating the performance index of the automation system by means of the mathematical relationship. - means for allocating a class attribute to process variables of an automation process which can be carried out using the automation system, said process variables being able to be assigned to a common class, characterized by - means for addressing the process variables by means of the class attribute within a mathematical relationship at the time at which a performance index of the automation system is calculated, and - means for calculating the performance index of the automation system by means of the mathematical relationship.
Filling device for filling a filling product into a container to be filled in a filling product filling installation, comprising at least one filling valve for metering the filling product into the container to be filled, as well as a sterilising apparatus for sterilising at least a part of the at least one filling valve, and a contactless temperature sensor for the contactless detecting of the temperature of the filling valve, characterised in that a clean room is provided and at least one filling product outlet of the filling valve is arranged in the clean room, wherein the at least one contactless temperature sensor is arranged outside the clean room such that it is able to detect the temperature of the filling valve in the clean room. a contactless temperature sensor for the contactless detecting of the temperature of the filling valve, characterised in that a clean room is provided and at least one filling product outlet of the filling valve is arranged in the clean room, wherein the at least one contactless temperature sensor is arranged outside the clean room such that it is able to detect the temperature of the filling valve in the clean room.
Retaining clip for fastening roof stones or tiles (1A, 1B) which are to be laid with overlap on a roof understructure wherein the retaining clip is designed so that it can engage round a part of a roof batten of the roof understructure and a first roof stone or tile (1A, 1B) in order to fasten the first roof stone or tile (1A, 1B) on the roof understructure, the retaining clip having a clip portion for engaging round the part of said roof batten of the roof understructure and the first roof stone or tile (1A, 1B), said clip portion comprising a first arm for engaging the top side of the first roof stone or tile (1A, 1B) and a second arm for contacting the underneath side of the roof batten, said retaining clip comprising a supporting arm and a web portion connecting the first and second arm and the supporting arm, wherein said supporting arm is elevated, as viewed from the side, over a plane which is defined by the first arm, characterised in that said retaining clip has a recess with which a fastening pin which protrudes from the underneath of a second roof stone or tile (1A, 1B) can be brought into form-fitting engagement, in order to fasten the second roof stone or tile (1A, 1B) on the retaining clip, and in that said recess is formed in the supporting arm.
Method for federating a first communication network (B-1) for mobile terminals and a second communication network (B-2) for mobile terminals, each communication network comprising a base station (eNB-1, eNB-2), a mobility manager (MME-1, MME-2), a serving gateway (SGW-1, SGW-2), a user database (HSS-1, HSS-2), a communication policy manager (PCRF-1, PCRF-2), a packet gateway (PGW-1, PGW-2), each of said networks further comprising a router (R-1, R-2) and an orchestrator (0-1,0-2), the method comprising the following steps: - Establishing a dedicated connection between the two communication networks by establishing a connection between the routers; - Electing a master orchestrator from among the orchestrators of the networks to federate, defining a master network and a slave network; - Updating the user database of the master network from the user database of the slave network; - Configuring the links between: ∘ The serving gateway of the master network and the mobility manager of the slave network; ∘ The serving gateway of the slave network and the mobility manager of the master network; ∘ The mobility manager of the master network and the mobility manager of the slave network; - Configuring the slave network so that it uses: ∘ The user database of the master network; ∘ The communication policy manager of the master network. - Updating the list of serving gateways of each network, each serving gateway being associated with a zone code as a function of its original network. - Updating each mobility manager as a function of the configuration of the mobility manager of the neighbouring network. - Establishing a dedicated connection between the two communication networks by establishing a connection between the routers; - Electing a master orchestrator from among the orchestrators of the networks to federate, defining a master network and a slave network; - Updating the user database of the master network from the user database of the slave network; - Configuring the links between: ∘ The serving gateway of the master network and the mobility manager of the slave network; ∘ The serving gateway of the slave network and the mobility manager of the master network; ∘ The mobility manager of the master network and the mobility manager of the slave network; ∘ The serving gateway of the master network and the mobility manager of the slave network; ∘ The serving gateway of the slave network and the mobility manager of the master network; ∘ The mobility manager of the master network and the mobility manager of the slave network; - Configuring the slave network so that it uses: ∘ The user database of the master network; ∘ The communication policy manager of the master network. ∘ The user database of the master network; ∘ The communication policy manager of the master network. - Updating the list of serving gateways of each network, each serving gateway being associated with a zone code as a function of its original network. - Updating each mobility manager as a function of the configuration of the mobility manager of the neighbouring network.
A loading device for inserting a bushing into a through-aperture in a flexible wall or a cap, said bushing having flanges (303, 305) projecting transversely at each end thereof, said flanges (303, 305) being resiliently foldable towards the longitudinal axis of said bushing, wherein said bushing is a voice prosthesis, said flexible wall is the tracheoesophageal wall and said through-aperture is a fistula in the tracheoesophageal wall, said loading device comprising: an inserter rod, and a loading section (15, 515); said inserter rod comprising a distal bushing seat onto which the bushing can be mounted; wherein, when the inserter rod is pushed distally in an insertion direction, the bushing is forced towards the loading section which will receive the bushing therein with said flanges (303, 305) folded and projected substantially axially; characterised in that the loading device further comprises a pincher (1, 501) comprising a first pincher half (3, 503) and a second pincher half (5, 505), connected to each other at a hinge joint (7, 507), where the first and the second halves (3, 5, 503, 505) can be pivoted between an open and closed position, and in a closed position form an introduction section (11, 511), a bending section (13, 513) and the loading section (15, 515) for the bushing on the inside of the first and second halves (3, 5, 503, 505), wherein the pincher (1, 501), mounted on the inserter, is adapted to bend the flanges (303, 305) projecting transversely at each end of the bushing towards the longitudinal axis of a bushing mounted on the inserter rod, when the first and second halves (3, 5, 503, 505) are pivoted from an open to a closed configuration.
A mattress assembly comprising: - a chassis comprising top and bottom walls (34,36) and first and second sidewalls (38, 40) that each extend from the top wall to the bottom wall, inner surfaces of the walls and the sidewalls defining an interior cavity, the top and bottom walls each comprising a first section (34a, 36a) that is connected to the first sidewall and a second section (34b, 36b) that is connected to the second sidewall such that the first sections are pivotable relative to the first sidewall and the second sections are pivotable relative to the second sidewall, the first section of the top wall being pivotable relative to the second section of the top wall and the first section of the bottom wall being pivotable relative to the second section of the bottom wall, the chassis comprising a base layer that extends from the top wall to the bottom wall and from the first sidewall to the second sidewall; - a cover coupled to outer surfaces of the walls and the sidewalls; - a tambor positioned on top of the base layer; - a spring assembly positioned on top of the tambor, the spring assembly comprising a first spring assembly and a second spring assembly that is removably coupled to the first spring assembly, the first spring assembly having a firmness that is different than that of the second spring assembly; and - a topper coupled to the cover such that the topper is positioned on top of the spring assembly, the topper being removably coupled to the cover by a zipper, wherein the chassis is movable between a first configuration in which the sections each extend transverse to the sidewalls and a second configuration in which the sections each extend parallel to the sidewalls. - a chassis comprising top and bottom walls (34,36) and first and second sidewalls (38, 40) that each extend from the top wall to the bottom wall, inner surfaces of the walls and the sidewalls defining an interior cavity, the top and bottom walls each comprising a first section (34a, 36a) that is connected to the first sidewall and a second section (34b, 36b) that is connected to the second sidewall such that the first sections are pivotable relative to the first sidewall and the second sections are pivotable relative to the second sidewall, the first section of the top wall being pivotable relative to the second section of the top wall and the first section of the bottom wall being pivotable relative to the second section of the bottom wall, the chassis comprising a base layer that extends from the top wall to the bottom wall and from the first sidewall to the second sidewall; - a cover coupled to outer surfaces of the walls and the sidewalls; - a tambor positioned on top of the base layer; - a spring assembly positioned on top of the tambor, the spring assembly comprising a first spring assembly and a second spring assembly that is removably coupled to the first spring assembly, the first spring assembly having a firmness that is different than that of the second spring assembly; and - a topper coupled to the cover such that the topper is positioned on top of the spring assembly, the topper being removably coupled to the cover by a zipper,
Ignition transformer for a high pressure gas discharge lamp, comprising a housing with two opposite sides (2A, 2B), wherein a first one is at least partially closed and a second one is open, a core made of soft magnetic material and being supported in the housing, a primary winding made from a tape-like metal being led helically around the housing and a secondary winding around the core, characterized in that hollow space in the ignition transformer is filled with a sealing compound, wherein a feed opening for the sealing compound is formed on the first side and wherein a groove extending in its longitudinal direction is arranged on an inner wall of the housing and starting at the feed opening.
Fuel nozzle body having a rearward end and a forward end, comprising an outer tube, which extends from the rearward end to the forward end and has radial openings for a first fuel in the region of the forward end, and an inner tube, which is arranged concentrically with respect to the outer tube and which opens in the region of the forward end into a nozzle head, which has additional openings for a second fuel, characterized in that, in the region of the forward end, the inner tube is guided in the outer tube by two fits (11, 12), which are arranged axially between the radial openings and the additional openings, in that the first fit, which is closest to the radial openings, is embodied as a web encircling the inner tube, and wherein the second fit is embodied with at least one interruption on the circumference.