mhurhangee/ep-ind-claims huggingface dataset:
A metal sheet composite, which is a constituent of a movable or immovable attachment part, namely a door, sunroof, hatchback, boot lid or bonnet, or of an attached mudguard for or on a vehicle, or is a constituent of a body of the vehicle, wherein the metal sheet composite includes: a) an outer metal sheet comprising a flange (1c; 1d) which is folded over around a flanging edge by roll-flanging or slide-flanging; b) an inner metal sheet which forms a joint (3; 8) with the flange (1c; Id); c) and a welding or soldering seam which is produced on or in the joint (3; 8) and fixedly connects the metal sheets (1, 2) to each other, d) wherein the flange (1c; 1d) of the outer metal sheet forms a slot, characterised in that e1) the inner metal sheet protrudes into the slot in order to form a lap joint with the flange on an interior side of the flange in relation to the slot, wherein the flange points at an inclination away from the region of the outer metal sheet which faces opposite, such that the slot narrows in the shape of a funnel in the direction of a flanging base which includes the flanging edge, e2) or the flange (1c; 1d) and the inner metal sheet form a lap joint on the outer side of the flange (1c; 1d) which faces away from the slot, and the welding or soldering seam is a welding seam which extends along the outer side of the flange (1c; 1d). a) an outer metal sheet comprising a flange (1c; 1d) which is folded over around a flanging edge by roll-flanging or slide-flanging; b) an inner metal sheet which forms a joint (3; 8) with the flange (1c; Id); c) and a welding or soldering seam which is produced on or in the joint (3; 8) and fixedly connects the metal sheets (1, 2) to each other, d) wherein the flange (1c; 1d) of the outer metal sheet forms a slot, e1) the inner metal sheet protrudes into the slot in order to form a lap joint with the flange on an interior side of the flange in relation to the slot, wherein the flange points at an inclination away from the region of the outer metal sheet which faces opposite, such that the slot narrows in the shape of a funnel in the direction of a flanging base which includes the flanging edge, e2) or the flange (1c; 1d) and the inner metal sheet form a lap joint on the outer side of the flange (1c; 1d) which faces away from the slot, and the welding or soldering seam is a welding seam which extends along the outer side of the flange (1c; 1d).
A portable printer, comprising: a housing, including: an inner layer (40, 52) formed of a first material, the inner layer (40, 52) including a protruding part (40A, 52A) formed on at least one end thereof, and an outer layer (28, 54) formed of a second material, the outer layer (28, 54) covering the inner layer (40, 52), at least one end (28a, 54a) of the outer layer (28, 54) being covered by the protruding part (40A, 52A); and an opening and closing cover configured to openably and closably attach to the housing; characterized in that the second material having a higher mold shrinkage ratio than the first material; and the inner layer (40, 52) and the outer layer (28, 54) are formed with double molding. an inner layer (40, 52) formed of a first material, the inner layer (40, 52) including a protruding part (40A, 52A) formed on at least one end thereof, and an outer layer (28, 54) formed of a second material, the outer layer (28, 54) covering the inner layer (40, 52), at least one end (28a, 54a) of the outer layer (28, 54) being covered by the protruding part (40A, 52A); and an opening and closing cover configured to openably and closably attach to the housing; characterized in that the second material having a higher mold shrinkage ratio than the first material; and the inner layer (40, 52) and the outer layer (28, 54) are formed with double molding.
A method of configuring a central control unit comprising at least one communication module intended for the monitoring and/or control of at least one home automation device, said central control unit belonging to a home automation installation (Su) or a home automation device comprising a central control unit and belonging to a home automation installation (Su), the method being implemented by the central control unit and comprising the following steps: - Obtainment (EcfU16) of a location identifier (Svc1cL) of a first configuration remote service (Sv1c); - Sending (EcfU17) of a configuration request (MConn) to the first configuration remote service (Svc1c) using the location identifier (Svc1cL) and linked to an identifier of the central control unit; - Reception (ECfU19) of at least one set of configuration data or instructions and/or at least one identifier of a second functional remote service originating from the first configuration remote service (Svc1c); - Configuration (ECfU20) based on at least one set of configuration data or instructions and/or at least one identifier of a second functional remote service; - Obtainment (EcfU16) of a location identifier (Svc1cL) of a first configuration remote service (Sv1c); - Sending (EcfU17) of a configuration request (MConn) to the first configuration remote service (Svc1c) using the location identifier (Svc1cL) and linked to an identifier of the central control unit; - Reception (ECfU19) of at least one set of configuration data or instructions and/or at least one identifier of a second functional remote service originating from the first configuration remote service (Svc1c); - Configuration (ECfU20) based on at least one set of configuration data or instructions and/or at least one identifier of a second functional remote service;
A turbine engine with an acoustic damping resonator system, comprising: a gas turbine engine combustor positioned downstream from a compressor and formed from at least one outer housing defining a combustor basket and at least one upstream wall that is attached to the at least one outer housing, wherein at least one fuel nozzle of a fuel nozzle assembly extends into the combustor; at least one resonator positioned within the gas turbine engine combustor at the at least one outer housing and extending circumferentially within the combustor; wherein the at least one resonator is positioned radially outward from at least one outer wall of the fuel nozzle assembly; and wherein the at least one resonator contacts the at least one upstream wall, further comprising a resonator neck extending between the at least one resonator and the gas turbine engine combustor, characterized in that, the resonator neck contacts the at least one resonator and an intersection of the at least one upstream wall and the at least one outer housing defining the combustor basket. a gas turbine engine combustor positioned downstream from a compressor and formed from at least one outer housing defining a combustor basket and at least one upstream wall that is attached to the at least one outer housing, wherein at least one fuel nozzle of a fuel nozzle assembly extends into the combustor; at least one resonator positioned within the gas turbine engine combustor at the at least one outer housing and extending circumferentially within the combustor; wherein the at least one resonator is positioned radially outward from at least one outer wall of the fuel nozzle assembly; and wherein the at least one resonator contacts the at least one upstream wall, further comprising a resonator neck extending between the at least one resonator and the gas turbine engine combustor, characterized in that, the resonator neck contacts the at least one resonator and an intersection of the at least one upstream wall and the at least one outer housing defining the combustor basket.
Apparatus for graphical representation of a train of ECG complexes, said ECG complexes comprising an R wave and a T-P interval and having variable isoelectric baselines, the apparatus comprising: a. a temporal alignment unit for aligning said complexes temporally using a predetermined point of respective complexes; b. a graphical representation of said train of ECG complexes based on said temporal alignment (11, 12); and an isoelectric alignment unit for aligning said complexes by obtaining a baseline based on irregular sampling of a signal, said irregular sampling comprising making use of splines; and characterized in that said splines are associated with knot points indicating voltage values, said knot points generated from a linear regression of T-P intervals; said irregular sampling thereby assigning greater statistical weight to a T-P interval of said complex and assigning lesser statistical weight to a P-T part of said complex. a. a temporal alignment unit for aligning said complexes temporally using a predetermined point of respective complexes; b. a graphical representation of said train of ECG complexes based on said temporal alignment (11, 12); and an isoelectric alignment unit for aligning said complexes by obtaining a baseline based on irregular sampling of a signal, said irregular sampling comprising making use of splines; and characterized in that said splines are associated with knot points indicating voltage values, said knot points generated from a linear regression of T-P intervals; said irregular sampling thereby assigning greater statistical weight to a T-P interval of said complex and assigning lesser statistical weight to a P-T part of said complex.
Device for printing documents comprising: - a printing area, the printing area comprising a print head, - movement means arranged for moving, in the printing area, documents in a conveying direction, the movement means in the printing area comprising a main strip forming a closed loop and mounted in endless circulation, an upper portion of which is arranged to circulate in the conveying direction under the print head when the head is in a printing position such that the print head is arranged for printing patterns on the documents when these documents are resting on the upper portion of the main strip, characterized in that: - the printing device comprises means (10,33) for determining a thickness of each of the documents according to a thickness axis, and - the printing area comprises adjustment means arranged for moving the upper portion of the main strip at least along an axis parallel to the thickness axis depending on a document thickness value provided by the determining means, the adjustment means comprising means for pulling the main strip and its upper portion along the axis parallel to the thickness axis and in a direction opposite to the print head, with a force which depends on a document thickness value provided by the determining means (10, 33). - a printing area, the printing area comprising a print head, - movement means arranged for moving, in the printing area, documents in a conveying direction, the movement means in the printing area comprising a main strip forming a closed loop and mounted in endless circulation, an upper portion of which is arranged to circulate in the conveying direction under the print head when the head is in a printing position such that the print head is arranged for printing patterns on the documents when these documents are resting on the upper portion of the main strip, characterized in that: - the printing device comprises means (10,33) for determining a thickness of each of the documents according to a thickness axis, and - the printing area comprises adjustment means arranged for moving the upper portion of the main strip at least along an axis parallel to the thickness axis depending on a document thickness value provided by the determining means, the adjustment means comprising means for pulling the main strip and its upper portion along the axis parallel to the thickness axis and in a direction opposite to the print head, with a force which depends on a document thickness value provided by the determining means (10, 33).
A washing control method of a washing machine to perform washing using bubbles, the method is characterized by supplying, by a detergent supply unit, concentrated detergent liquid including wash water and detergent mixed with each other, into a space between a water tub and a rotary drum; heating, by a washing heater, the concentrated detergent liquid; generating, by a bubble generation unit installed outside the water tub, bubbles from the heated detergent liquid, and introducing the generated bubbles into the rotary drum; and washing laundry with the supplied bubbles.
An air shroud for a nozzle, comprising: an air shroud body defining an inlet and an outlet in fluid communication with one another to allow an outer airflow to issue therefrom, the air shroud body defining a downstream surface; and a plurality of air wipe channels defined within the air shroud body, wherein each of the plurality of air wipe channels is in fluid communication with at least one of a plurality of air wipe outlets and air wipe inlets, wherein each air wipe outlet is defined in the downstream surface of the air shroud body such that air can flow through each air wipe outlet and wipe the downstream surface of the air shroud body; wherein one or more of the air wipe inlets is defined on an upstream surface of the air shroud body such that the air wipe channel is defined along the entire length of the air shroud body. an air shroud body defining an inlet and an outlet in fluid communication with one another to allow an outer airflow to issue therefrom, the air shroud body defining a downstream surface; and a plurality of air wipe channels defined within the air shroud body, wherein each of the plurality of air wipe channels is in fluid communication with at least one of a plurality of air wipe outlets and air wipe inlets, wherein each air wipe outlet is defined in the downstream surface of the air shroud body such that air can flow through each air wipe outlet and wipe the downstream surface of the air shroud body; wherein one or more of the air wipe inlets is defined on an upstream surface of the air shroud body such that the air wipe channel is defined along the entire length of the air shroud body.
A method for managing file system entities in an object-based storage, OBS, system, wherein the OBS system integrates or ingests variable size data items as a plurality of OBS objects, wherein each of the plurality of OBS objects has a unique identification, ID, key, wherein each of the plurality of OBS objects is stored in a flat namespace structure of the OBS system, the flat namespace structure being allocated within a given logical container, wherein OBS object metadata is stored with the OBS object itself rather than in a separate metadata structure, said method comprising: receiving a stream of file system entities that include inodes (i_64, i_100, i_120, i_140, i_160) contained within an inode file and having respective assigned file index (64, 100, 120, 140, 160) numbers utilized to index file system entities, and data blocks (2000, 2100, 2200, 1000, 1100, 1200, 1300, 1400); and mapping the file system entities to OBS objects, said mapping comprising: generating at least one inode file object that logically associates file block numbers, FBNs, (3, 4, 5, 6, 7) of the inode file with the file index numbers; generating at least one indirection object that logically associates FBNs of indexed file system entities with respective ones of data block numbers (2000, 2100, 2200, 1000, 1100, 1200, 1300, 1400) corresponding to the received data blocks; and generating at least one data object that contains the data blocks and that logically associates the data block numbers with the data blocks, wherein the plurality of OBS objects comprises the at least one inode file object, the at least one indirection object, and the at least one data object. receiving a stream of file system entities that include inodes (i_64, i_100, i_120, i_140, i_160) contained within an inode file and having respective assigned file index (64, 100, 120, 140, 160) numbers utilized to index file system entities, and data blocks (2000, 2100, 2200, 1000, 1100, 1200, 1300, 1400); and mapping the file system entities to OBS objects, said mapping comprising: generating at least one inode file object that logically associates file block numbers, FBNs, (3, 4, 5, 6, 7) of the inode file with the file index numbers; generating at least one indirection object that logically associates FBNs of indexed file system entities with respective ones of data block numbers (2000, 2100, 2200, 1000, 1100, 1200, 1300, 1400) corresponding to the received data blocks; and generating at least one data object that contains the data blocks and that generating at least one inode file object that logically associates file block numbers, FBNs, (3, 4, 5, 6, 7) of the inode file with the file index numbers; generating at least one indirection object that logically associates FBNs of indexed file system entities with respective ones of data block numbers (2000, 2100, 2200, 1000, 1100, 1200, 1300, 1400) corresponding to the received data blocks; and generating at least one data object that contains the data blocks and that logically associates the data block numbers with the data blocks,
A quantum dot comprising: a core; a layer substantially surrounding the core; and 6-mercaptohexanol and 2-[2-(2-methoxyethoxy)-ethoxy]-acetic acid (MEEAA) capping ligands. a core; a layer substantially surrounding the core; and 6-mercaptohexanol and 2-[2-(2-methoxyethoxy)-ethoxy]-acetic acid (MEEAA) capping ligands.
A balanced valve, comprising: a valve body forming a channel defining a fluid flow path extending from an inlet of the valve body to an outlet of the valve body via a gallery disposed between the inlet and the outlet, the valve body further defining a valve seat and an opening in fluid communication with the gallery; a valve stem having a first portion and a second portion, the valve stem being at least partially disposed within the opening and the gallery; a first flow control member coupled to the first portion of the valve stem, the first flow control member being disposed in the gallery, and the first flow control member being adapted to control fluid flow along the fluid flow path of the valve by sealingly engaging the valve seat; a second flow control member coupled to the second portion of the valve stem, the second flow control member being disposed in the opening of the valve body, wherein a portion of the second flow control member and the valve body define a cavity; and an integral balancing passage formed within the valve body, the integral balancing passage forming a direct flow passage to fluidly connect the cavity and the outlet of the valve body, characterized in that the balanced valve comprises a post guide member disposed in the gallery, the post guide member extending inwardly from an inner surface of the valve body and including at least one rib member that couple to and support an integral post guide having an opening to accommodate and guide movement of the valve stem and the first flow control member in the gallery. a valve body forming a channel defining a fluid flow path extending from an inlet of the valve body to an outlet of the valve body via a gallery disposed between the inlet and the outlet, the valve body further defining a valve seat and an opening in fluid communication with the gallery; a valve stem having a first portion and a second portion, the valve stem being at least partially disposed within the opening and the gallery; a first flow control member coupled to the first portion of the valve stem, the first flow control member being disposed in the gallery, and the first flow control member being adapted to control fluid flow along the fluid flow path of the valve by sealingly engaging the valve seat; a second flow control member coupled to the second portion of the valve stem, the second flow control member being disposed in the opening of the valve body, wherein a portion of the second flow control member and the valve body define a cavity; and an integral balancing passage formed within the valve body, the integral balancing passage forming a direct flow passage to fluidly connect the cavity and the outlet of the valve body, characterized in that the balanced valve comprises a post guide member disposed in the gallery, the post guide member extending inwardly from an inner surface of the valve body and including at least one rib member that couple to and support an integral post guide having an opening to accommodate and guide movement of the valve stem and the first flow control member in the gallery.
A thermoplastic composition comprising: (a) from 10 wt % to 80 wt % of a first polycarbonate; and (b) an impact modifier composition from 1 wt% to 30 wt%, wherein the combined weight percent of components (a) through (b) does not exceed 100 wt%, wherein all weight percent values are based on the total weight of the thermoplastic composition; and (c) a mold release composition comprising at least two different mold release additives from 0.01 parts by weight to 1.5 parts by weight added to 100 parts by weight of the thermoplastic composition excluding the mold release composition, wherein one or more of the at least two different mold release additives comprises pentaerithritol tetrastearate, glycerol monostearate, glycerol tristearate, poly(alfa) olefin, poly(ethylene oxide-propylene oxide-ethylene oxide), or any combination thereof; wherein the mold release composition comprises at least two of the mold release additives that are present in the weight ratio in the range from 10:1 to 4:1; wherein the at least two different mold release additives comprise pentaerithritol tetrastearate in an amount higher than a second one of the at least two mold release additives and wherein a molded sample of the thermoplastic composition has better mold release performance compared to a substantially identical reference composition in the absence of the mold release composition, and wherein the presence of the mold release composition has substantially no impact on the mechanical and physical properties wherein the thermoplastic composition further comprises a second polycarbonate in an amount in the range from 10 wt % to 80 wt%. (a) from 10 wt % to 80 wt % of a first polycarbonate; and (b) an impact modifier composition from 1 wt% to 30 wt%, wherein the combined weight percent of components (a) through (b) does not exceed 100 wt%, wherein all weight percent values are based on the total weight of the thermoplastic composition; and (c) a mold release composition comprising at least two different mold release additives from 0.01 parts by weight to 1.5 parts by weight added to 100 parts by weight of the thermoplastic composition excluding the mold release composition, wherein one or more of the at least two different mold release additives comprises pentaerithritol tetrastearate, glycerol monostearate, glycerol tristearate, poly(alfa) olefin, poly(ethylene oxide-propylene oxide-ethylene oxide), or any combination thereof; wherein the mold release composition comprises at least two of the mold release additives that are present in the weight ratio in the range from 10:1 to 4:1; wherein the at least two different mold release additives comprise pentaerithritol tetrastearate in an amount higher than a second one of the at least two mold release additives and