mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible connecting element for a covering assembly for vehicles, trailers, semi-trailers and containers, said connecting element comprising a strap of plastic material configured to connect a plurality of carrier ribs to each other and at least one reinforcement cable embedded in the strap , said carrier ribs being adapted to support a tarpaulin (T), wherein said connecting element is characterized by • comprising areas of the connecting element located between the connection points with the carrier ribs shaped to facilitate the formation of folds when the covering assembly is moved into the retracted position, wherein said shaping is symmetrical in lateral direction, with respect to the longitudinal axis of said connecting element, in that the shaping is trapezoidal or consists of a connection of concave and convex lines with the lateral edges of said connecting element. • comprising areas of the connecting element located between the connection points with the carrier ribs shaped to facilitate the formation of folds when the covering assembly is moved into the retracted position,
A medical device delivery system, comprising: an outer sheath ; an inner catheter disposed within the outer sheath ; an implant releasably coupled to the inner catheter ; wherein the implant is configured to shift between a first elongated configuration and a second expanded configuration, the implant comprising a post and a buckle configured to lock the implant in the second expanded configuration, wherein the post and the buckle are attached to the implant ; a push-pull rod for shifting the implant between the first configuration and the second, the push-pull rod being coupled to the inner catheter and configured to pull the post into engagement with the buckle ; characterized in that a locking assembly is disposed about the push-pull rod , the locking assembly having an interior passageway with a non-circular cross-sectional shape, the interior passageway of the locking assembly being defined - within the buckle coupled to the implant , or - within a collar coupled to the inner catheter , or - within a guide coupled to the inner catheter , or - by a non-circular lumen formed within the inner catheter ; wherein at least a portion of an outer surface of the push-pull rod has a non-circular cross-sectional shape; and wherein the interior passageway of the locking assembly with the non-circular cross-sectional shape corresponds to the non-circular cross-sectional shape of the push-pull rod , thereby reducing twisting of the push-pull rod . an outer sheath ; an inner catheter disposed within the outer sheath ; an implant releasably coupled to the inner catheter ; wherein the implant is configured to shift between a first elongated configuration and a second expanded configuration, the implant comprising a post and a buckle configured to lock the implant in the second expanded configuration, wherein the post and the buckle are attached to the implant ; a push-pull rod for shifting the implant between the first configuration and the second, the push-pull rod being coupled to the inner catheter and configured to pull the post into engagement with the buckle ; characterized in that a locking assembly is disposed about the push-pull rod , the locking assembly having an interior passageway with a non-circular cross-sectional shape, the interior passageway of the locking assembly being defined - within the buckle coupled to the implant , or - within a collar coupled to the inner catheter , or - within a guide coupled to the inner catheter , or - by a non-circular lumen formed within the inner catheter ; - within the buckle coupled to the implant , or - within a collar coupled to the inner catheter , or - within a guide coupled to the inner catheter , or - by a non-circular lumen formed within the inner catheter ; wherein at least a portion of an outer surface of the push-pull rod has a non-circular cross-sectional shape; and wherein the interior passageway of the locking assembly with the non-circular cross-sectional shape corresponds to the non-circular cross-sectional shape of the push-pull rod , thereby reducing twisting of the push-pull rod .
A polycarbonate resin composition comprising (a) a first heat stabilizer, wherein the first heat stabilizer is tris(2,4-di-t-butylphenyl)phosphite; (b) a second heat stabilizer, wherein the second heat stabilizer is bis(2,4-dicumylphenyl)pentaerythritol diphosphite; (c) a branched polycarbonate, (d) a cyclic siloxane; and (e) a flame retardant salt; wherein the branched polycarbonate comprises a carbonate end-capping group having a pKa value of between 7.5 and 10. (a) a first heat stabilizer, wherein the first heat stabilizer is tris(2,4-di-t-butylphenyl)phosphite; (b) a second heat stabilizer, wherein the second heat stabilizer is bis(2,4-dicumylphenyl)pentaerythritol diphosphite; (c) a branched polycarbonate, (d) a cyclic siloxane; and (e) a flame retardant salt;
An air supply system for supplying air to an outside of a hull of a vessel , the vessel comprising an engine, the air supply system comprising: - one or more turbocharger(s) for supplying a compressed main air flow to the engine of the vessel via a respective first flow path , - an exhaust gas recirculation, EGR, system for recirculating exhaust gas into the compressed main air flow supplied to the engine via a second flow path and - a third flow path for supplying a sub-flow of compressed air to one or more air discharge units, ADUs, , wherein the one or more ADUs are configured to be arranged in the hull of the vessel below a waterline, - wherein the EGR system comprises a blower arranged in the second flow path for supplying exhaust gas to the engine, - wherein the first flow path and the second flow path have a first connecting path upstream of the blower and a second connecting path downstream of the blower , for providing a fluid connection between the first flow path and the second flow path, and - wherein the third flow path is in fluid connection with the first flow path and the second flow path downstream of the blower , such that the sub-flow of compressed air can be extracted from the first flow path and/or the second flow path . - one or more turbocharger(s) for supplying a compressed main air flow to the engine of the vessel via a respective first flow path , - an exhaust gas recirculation, EGR, system for recirculating exhaust gas into the compressed main air flow supplied to the engine via a second flow path and - a third flow path for supplying a sub-flow of compressed air to one or more air discharge units, ADUs, , wherein the one or more ADUs are configured to be arranged in the hull of the vessel below a waterline, - wherein the EGR system comprises a blower arranged in the second flow path for supplying exhaust gas to the engine, - wherein the first flow path and the second flow path have a first connecting path upstream of the blower and a second connecting path downstream of the blower , for providing a fluid connection between the first flow path and the second flow path, and - wherein the third flow path is in fluid connection with the first flow path and the second flow path downstream of the blower , such that the sub-flow of compressed air can be extracted from the first flow path and/or the second flow path .
Profiled blade for a fan wheel , with a profile body (27; 47; 47a; 67; 107; 127; 147) made from at least one curved metal strip (22; 42; 42a; 62; 102; 122; 142), whereby adjacent end zones (30, 31; 50, 51; 50a, 51a; 70, 71; 110, 111; 130, 131; 150, 151) of the least one metal strip (22; 42; 42a; 62; 102; 122; 142) are connected in an adhesive bonded and/or form-fit manner to each other, characterised in that a second end zone (31; 51; 51a; 71; 111; 131; 151) is equipped with at least one embossed area (52; 52a; 72; 112; 132; 152) at a distance from a second end zone edge (26; 46; 46a; 66; 106; 126; 146) for the formation of a contact surface (56; 56a; 76; 116; 136; 156) to enable an at least partial contact with a first end zone (30; 50; 50a; 70; 110; 130; 150).
An oral hygiene device member comprising: a handle having a flow path (P2) through which liquid is allowed to pass; and a head comprising a head body connected to one end side of the handle , and a head material held by the head body , wherein the head material comprises a cleaning part , the cleaning part being exposed from the head body in a state of being held by the head body , the cleaning part is formed of fibers that clean a target object in an oral cavity, and a liquid supply path (P3) is formed in the head , the liquid supply path (P3) communicating with the flow path (P2) and supplying liquid to the cleaning part characterized in that the head body comprises a base having a placement surface (511 a) on which the head material is placed, the head body comprises a tubular part that is connected to the one end side of the handle and allows the base to be inserted and held, a through-hole communicating with the flow path (P2) is formed at a portion of the tubular part connected to the one end side of the handle , in a state where the base is inserted into and held by the tubular part , a gap (P3a) formed between an outer periphery of the base and an inner peripheral surface of the tubular part constitutes at least a part of the liquid supply path (P3), and the liquid is supplied to the cleaning part through the flow path (P2), the through-hole , and the gap (P3a). a handle having a flow path (P2) through which liquid is allowed to pass; and a head comprising a head body connected to one end side of the handle , and a head material held by the head body , wherein the head material comprises a cleaning part , the cleaning part being exposed from the head body in a state of being held by the head body , the cleaning part is formed of fibers that clean a target object in an oral cavity, and a liquid supply path (P3) is formed in the head , the liquid supply path (P3) communicating with the flow path (P2) and supplying liquid to the cleaning part characterized in that the head body comprises a base having a placement surface (511 a) on which the head material is placed, the head body comprises a tubular part that is connected to the one end side of the handle and allows the base to be inserted and held, a through-hole communicating with the flow path (P2) is formed at a portion of the tubular part connected to the one end side of the handle , the head body comprises a tubular part that is connected to the one end side of the handle and allows the base to be inserted and held, a through-hole communicating with the flow path (P2) is formed at a portion of the tubular part connected to the one end side of the handle , in a state where the base is inserted into and held by the tubular part , a gap (P3a) formed between an outer periphery of the base and an inner peripheral surface of the tubular part constitutes at least a part of the liquid supply path (P3), and the liquid is supplied to the cleaning part through the flow path (P2), the through-hole , and the gap (P3a).
A grain-oriented electrical steel sheet, comprising: Si at 1.0 wt% to 7.0 wt%, C at 0.005 wt% or less, In at 0.001 wt% to 0.5 wt%, Sb at 0.005 wt% to 0.15 wt%, and the remainder being Fe and other impurities unavoidably added thereto, and optionally comprising Mn at 0.005 wt% to 0.9 wt%, Al at 0.01 wt% to 0.1 wt%, N at 0.015 wt% to 0.05 wt%, and S at 0.03 wt% or less, and optionally comprising Sn at 0.005 wt% to 0.2 wt%, and optionally comprising at least one of P at 0.005 wt% to 0.075 wt% and Cr at 0.005 wt% to 0.35 wt%, and optionally comprising Ti and Ca at 0.005 wt% or less for each. Si at 1.0 wt% to 7.0 wt%, C at 0.005 wt% or less, In at 0.001 wt% to 0.5 wt%, Sb at 0.005 wt% to 0.15 wt%, and the remainder being Fe and other impurities unavoidably added thereto, and optionally comprising Mn at 0.005 wt% to 0.9 wt%, Al at 0.01 wt% to 0.1 wt%, N at 0.015 wt% to 0.05 wt%, and S at 0.03 wt% or less, and optionally comprising Sn at 0.005 wt% to 0.2 wt%, and optionally comprising at least one of P at 0.005 wt% to 0.075 wt% and Cr at 0.005 wt% to 0.35 wt%, and optionally comprising Ti and Ca at 0.005 wt% or less for each.
A computer-implemented method for reporting impact of an abnormal operating condition in a distributed computing environment, comprising: - detecting an abnormal operating condition event in the distributed computing environment, where the abnormal operating condition event describes an operating condition in the distributed environment that is abnormal, wherein the abnormal operating condition is localized within a topology model and has a defined temporal extent; - identifying location of the abnormal operating condition event in the distributed computing environment; - identifying computer transactions that overlap temporally with the abnormal operating condition event and that are at least partially executed on the location of the abnormal operating condition event, where the computer transactions are executed in the distributed computing environment; - from the identified computer transactions, identifying entry services affected by the abnormal operating condition event, where the entry services provide an interface for users to interact with an application and the application implements at least a portion of a particular computer transaction; and - for each identified entry service, quantifying an impact of the abnormal operating condition event on the identified entry service, where quantifying the impact for a given identified entry service is based on the number of computer transactions which use the given entry service that are affected by the abnormal operating condition and the number of computer transactions which use the given entry service that overlap temporally with the abnormal operating condition. - detecting an abnormal operating condition event in the distributed computing environment, where the abnormal operating condition event describes an operating condition in the distributed environment that is abnormal, wherein the abnormal operating condition is localized within a topology model and has a defined temporal extent; - identifying location of the abnormal operating condition event in the distributed computing environment; - identifying computer transactions that overlap temporally with the abnormal operating condition event and that are at least partially executed on the location of the abnormal operating condition event, where the computer transactions are executed in the distributed computing environment; - from the identified computer transactions, identifying entry services affected by the abnormal operating condition event, where the entry services provide an interface for users to interact with an application and the application implements at least a portion of a particular computer transaction; and - for each identified entry service, quantifying an impact of the abnormal operating condition event on the identified entry service, where quantifying the impact for a given identified entry service is based on the number of computer transactions which use the given entry service that are affected by the abnormal operating condition and the number of computer transactions which use the given entry service that overlap temporally with the abnormal operating condition.
Structure , in particular a box body, of a utility vehicle , in particular a truck, trailer or semi-trailer, with a door frame , a door and a door locking system for locking the door in the closed position, wherein the at least one door is held in the door frame in the closed position, wherein the door frame has a transverse bar at least substantially below or above the door in the closed position, wherein the door locking system comprises at least one electric motor and at least one locking element movable by the electric motor from a locking position locking the door in the closed position into a release position releasing the opening of the door and back, wherein at least one latch receiver for receiving at least the at least one latch element of the door locking system is associated to the door and wherein the electric motor and the latch element are respectively at least partially received in the transverse bar in the release position, characterized in that the latch receiver of the door engages at least partially in the transverse bar transverse bar when the door is in the closed position.
Item of furniture with a furniture body and a movable furniture flap which is held thereon and has a device for moving the furniture flap which is held on the furniture body of the item of furniture and can be pivoted about a horizontal pivot axis, wherein guide means of the device are provided with at least one pivot arm for pivoting the furniture flap , with which guide means, when the device has been mounted, the furniture flap can be moved from a closed position into an open position of the furniture flap relative to the furniture body and back, wherein the device has a base unit with an anchor plate (16; 40) on which the guide means engage in such a way that a pivot axis about which the at least one pivot arm can be pivoted is transverse with respect to an anchor-plate plane spanned by the anchor plate (16; 40), characterized in that formed in the region of an anchor-plate edge is a wall portion (21-23; 43-45) which protrudes with respect to the anchor-plate plane and has routing means for a fastening element (26, 27, 30, 31, 34, 35; 48, 49, 52, 53, 55) for fastening the anchor plate (16; 40) to a mating portion of the item of furniture to engage through in a manner aligned obliquely to the anchor-plate plane, wherein the protruding wall portion comprises a first wall portion and a second wall portion aligned at an angle to the first wall portion and wherein the routing means comprise an opening in the first wall portion and a further opening in the second wall portion , wherein the openings of the first wall portion and the second wall portion are configured for a common fastening element to engage through.
Bipolar plate for a fuel cell stack or for an electrolyser stack, the bipolar plate having an anode plate and a cathode plate which are joined to one another face-to-face, the face of the anode plate that faces the face of the cathode plate delimiting an internal space that forms a circuit for the distribution of a first fluid, the anode plate having a first opening, the cathode plate having a second opening, the first opening and the second opening facing one another so as to form a collector for enabling the passage of the first fluid or a second fluid through the bipolar plate , the first opening and the second opening having distinct dimensions such that at least part of the peripheral end of the first opening and at least part of the peripheral end of the second opening are offset in relation to one another in the plane of the bipolar plate , forming a shoulder at the peripheral end of the collector .
Device forming a foil air bearing, comprising a cylindrical sleeve extending along a direction, called the longitudinal direction (X), and having an inner surface which defines a central bore, characterized in that it further comprises: - at least one longitudinal notch formed in said cylindrical sleeve and opening radially into said central bore through an opening , - a first peripheral inner lining, called the bump lining, comprising at least one metal foil equipped with radial projections , called the bump foil , said bump lining forming a main curve housed in said central bore and carrying said projections arranged opposite said inner surface of said cylindrical sleeve to form an elastically deformable lining, each bump foil having, at each end, a radial tongue, called the radial bump tongue , freely housed in a longitudinal notch , - a second peripheral inner lining, called the top lining, housed in said central bore and comprising at least one metal foil, called the top foil , said top lining forming a main curve housed in said central bore and arranged opposite said main curve of said bump lining to define an enclosure for receiving a shaft of a rotating machine, each top lining having, at each end, a radial tongue, called the radial top tongue , freely housed in a longitudinal notch . - at least one longitudinal notch formed in said cylindrical sleeve and opening radially into said central bore through an opening , - a first peripheral inner lining, called the bump lining, comprising at least one metal foil equipped with radial projections , called the bump foil , said bump lining forming a main curve housed in said central bore and carrying said projections arranged opposite said inner surface of said cylindrical sleeve to form an elastically deformable lining, each bump foil having, at each end, a radial tongue, called the radial bump tongue , freely housed in a longitudinal notch , - a second peripheral inner lining, called the top lining, housed in said central bore and comprising at least one metal foil, called the top foil , said top lining forming a main curve housed in said central bore and arranged opposite said main curve of said bump lining to define an enclosure for receiving a shaft of a rotating machine, each top lining having, at each end, a radial tongue, called the radial top tongue , freely housed in a longitudinal notch .
A press punch for a rotary press, with a shaft , a punch head arranged at a shaft end, and a press region arranged on the other shaft end, wherein the punch head has an upper mirror surface , an outer cylinder surface , and a curved transition region between the mirror surface and the cylinder surface , characterized in that the mirror surface and the transition region form a three-dimensional surface, the curve of which is described in at least one radial direction by a mathematical function , the second derivative of which is continuous.
A method of fabricating a target with predetermined mass and volume from low-enriched uranium, in which: in a material preparation step , a powdered or granular construction material comprising low-enriched uranium is prepared; in a fabrication step , the target is made of said construction material, the target having a shape adopted enclosing it in a container to be placed in a reactor, wherein the fabrication step is carried out in an additive process by applying successive layers of the construction material and selectively heating by means of a laser, characterized in that prior to the fabrication of the target , there is created a digital model of the target with dimensions that enable fitting into the space inside the container and a volume filled with an infill pattern having effective density lower than 80% of the uranium density, wherein said model defines an openwork cohesive body. in a material preparation step , a powdered or granular construction material comprising low-enriched uranium is prepared; in a fabrication step , the target is made of said construction material, the target having a shape adopted enclosing it in a container to be placed in a reactor, wherein the fabrication step is carried out in an additive process by applying successive layers of the construction material and selectively heating by means of a laser, characterized in that prior to the fabrication of the target , there is created a digital model of the target with dimensions that enable fitting into the space inside the container and a volume filled with an infill pattern having effective density lower than 80% of the uranium density, wherein said model defines an openwork cohesive body.