mhurhangee/ep-ind-claims huggingface dataset:
A rolling bearing comprising: an inner ring having a raceway on an outer circumferential surface thereof, an outer ring having a raceway on an inner circumferential surface hereof, a plurality of rolling elements which roll between said raceway of said inner ring and said raceway of said outer ring, and a cage retaining said rolling elements, wherein at least one bearing member selected from among said inner ring, said outer ring, said rolling elements, and said cage is made of an iron-based material, wherein said bearing member made of said iron-based material has a curved surface, a hard film is formed on said curved surface, said curved surface is at least one curved surface selected from among said raceway of said inner ring, said raceway of said outer ring, said rolling contact surfaces of said rolling elements, and a sliding contact surface of said cage, wherein said hard film is composed of a foundation layer, composed mainly of chromium, which is formed directly on said curved surface; a mixed layer, composed mainly of tungsten carbide and diamond-like carbon, which is formed on said foundation layer; and a surface layer, composed mainly of said diamond-like carbon, which is formed on said mixed layer, and wherein a content rate of said tungsten carbide in said mixed layer becomes lower continuously or stepwise in a direction from a side of said foundation layer toward a side of said surface layer, and a content rate of said diamond-like carbon in said mixed layer becomes higher continuously or stepwise in said direction. an inner ring having a raceway on an outer circumferential surface thereof, an outer ring having a raceway on an inner circumferential surface hereof, a plurality of rolling elements which roll between said raceway of said inner ring and said raceway of said outer ring, and a cage retaining said rolling elements, wherein at least one bearing member selected from among said inner ring, said outer ring, said rolling elements, and said cage is made of an iron-based material, wherein said bearing member made of said iron-based material has a curved surface, a hard film is formed on said curved surface, said curved surface is at least one curved surface selected from among said raceway of said inner ring, said raceway of said outer ring, said rolling contact surfaces of said rolling elements, and a sliding contact surface of said cage, wherein said hard film is composed of a foundation layer, composed mainly of chromium, which is formed directly on said curved surface; a mixed layer, composed mainly of tungsten carbide and diamond-like carbon, which is formed on said foundation layer; and a surface layer, composed mainly of said diamond-like carbon, which is formed on said mixed layer, and
A cleaning robot comprising: a control unit; a drive motor that is arranged to rotate multiple rotating elements, at least some of which are arranged to contact a surface of a pool; a housing that encloses the drive motor and the jet generator; a waterline proximity sensor that is arranged to sense a proximity of the pool cleaning robot to a waterline; a filtering unit; a brushing element; wherein the housing comprises a fluid inlet; wherein the cleaning robot is characterized by comprising: a jet generator having first and second openings that are positioned at opposite sides of the housing, wherein the control unit is arranged to control the jet generator for jetting fluids to thereby induce the pool cleaning robot to move according to a waterline movement scheme when the pool cleaning robot is proximate to the waterline; wherein the drive motor and the jet generator are substantially closer to a front edge of the housing than to a rear edge of the housing; and wherein the fluid inlet is substantially closer to the rear edge of the housing than to the front edge of the housing. a control unit; a drive motor that is arranged to rotate multiple rotating elements, at least some of which are arranged to contact a surface of a pool; a housing that encloses the drive motor and the jet generator; a waterline proximity sensor that is arranged to sense a proximity of the pool cleaning robot to a waterline; a filtering unit; a brushing element; a jet generator having first and second openings that are positioned at opposite sides of the housing, wherein the control unit is arranged to control the jet generator for jetting fluids to thereby induce the pool cleaning robot to move according to a waterline movement scheme when the pool cleaning robot is proximate to the waterline;
The use of a polymer mixture comprising at least one polymer Pa and at least one polymer Pb as dispersant for gypsum compositions, wherein the polymers Pa and Pb are each a polymer P, wherein the polymer P comprises: a) a main chain containing hydrocarbon groups, b) at least one side chain comprising at least one acid group selected from the group consisting of a carboxylic acid group, sulfonic acid group, phosphonic acid group, phosphoric acid group, or one of their salts, and c) at least one side chain comprising at least one polyoxyalkylene group, wherein the polyoxyalkylene group is bound to the main chain by a connection piece that comprises at least one ester group, amide group or imide group; and wherein the acid content of the polymer Pa is 1.5 to 4, preferably 1.7 to 3.5 mmol acid groups per 1 g polymer and the acid content of the polymer Pb is 0.5 to 1.4, preferably 0.9 to 1.2 mmol acid groups per 1 g polymer, and wherein the weight ratio of polymer Pa: polymer Pb is 50-95: 5-50, preferably 60-90: 10-40, especially preferably 70-90: 10-30, wherein the gypsum composition is a composition of mineral binders that contains at least 30 wt% gypsum relative to the total weight of the mineral binder. a) a main chain containing hydrocarbon groups, b) at least one side chain comprising at least one acid group selected from the group consisting of a carboxylic acid group, sulfonic acid group, phosphonic acid group, phosphoric acid group, or one of their salts, and c) at least one side chain comprising at least one polyoxyalkylene group, wherein the polyoxyalkylene group is bound to the main chain by a connection piece that comprises at least one ester group, amide group or imide group;
A method comprising: receiving, by a user equipment, UE (301, 361), a set of discovery reference signals, DRS, on a corresponding set of resource elements, REs, over multiple time-domain OFDM symbols in a set of time slots, wherein the discovery reference signals comprise a cell-specific reference signal, CRS, a channel state information reference signal, CSI-RS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; obtaining configuration information of the DRS, wherein the configuration information indicates whether RE muting has been applied to each of the DRS REs; performing synchronization and cell detection using a subset of DRS REs based on the configuration information; and performing measurements using another subset of DRS REs based on the configuration information, wherein the synchronization is performed on the PSS and/or the SSS, and wherein the measurements are performed on the CRS and/or the CSI-RS. receiving, by a user equipment, UE (301, 361), a set of discovery reference signals, DRS, on a corresponding set of resource elements, REs, over multiple time-domain OFDM symbols in a set of time slots, wherein the discovery reference signals comprise a cell-specific reference signal, CRS, a channel state information reference signal, CSI-RS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; obtaining configuration information of the DRS, wherein the configuration information indicates whether RE muting has been applied to each of the DRS REs; performing synchronization and cell detection using a subset of DRS REs based on the configuration information; and performing measurements using another subset of DRS REs based on the configuration information, wherein the synchronization is performed on the PSS and/or the SSS, and wherein the measurements are performed on the CRS and/or the CSI-RS.
A process for producing at least one p-doped silicon layer arranged on a substrate, comprising the steps of: (a)providing a substrate, (b) providing a formulation containing at least one silicon compound and, as a dopant, at least one BH 3 complex with a complexing agent selected from the group consisting of THF; NR 3 where R = H, alkyl, aryl and SR' 2 where R' = H, alkyl, aryl, (c) applying the formulation to the substrate, (d) irradiating and/or thermally treating the coated substrate, to form a p-doped layer consisting predominantly of silicon. (a)providing a substrate, (b) providing a formulation containing at least one silicon compound and, as a dopant, at least one BH 3 complex with a complexing agent selected from the group consisting of THF; NR 3 where R = H, alkyl, aryl and SR' 2 where R' = H, alkyl, aryl, (c) applying the formulation to the substrate, (d) irradiating and/or thermally treating the coated substrate,
A mammalian cell having enhanced secretion of a recombinant therapeutic protein comprising (a) reduced expression of the host cell proteins TBC1 domain family member 20 (TBC1D20) and ceramide synthase 2 (CERS2); or (b) reduced expression of the host cell protein activating transcription factor 6 beta (ATF6B), wherein the mammalian cell further comprises one or more expression cassette(s) encoding a recombinant secreted therapeutic protein, wherein: (a) the gene encoding the host cell protein comprises a genetic modification that inhibits expression of said host cell protein, or (b) the mammalian cell comprises a RNA oligonucleotide that inhibits expression of the gene encoding said host cell protein by RNA-interference, and wherein the protein expression of TBC 1D20 and CERS2 or the protein expression of ATF6B in the mammalian cell is reduced compared to the same mammalian cell not containing said genetic modification(s) or RNA oligonucleotide(s). (a) reduced expression of the host cell proteins TBC1 domain family member 20 (TBC1D20) and ceramide synthase 2 (CERS2); or (b) reduced expression of the host cell protein activating transcription factor 6 beta (ATF6B), wherein the mammalian cell further comprises one or more expression cassette(s) encoding a recombinant secreted therapeutic protein, wherein: (a) the gene encoding the host cell protein comprises a genetic modification that inhibits expression of said host cell protein, or (b) the mammalian cell comprises a RNA oligonucleotide that inhibits expression of the gene encoding said host cell protein by RNA-interference, and wherein the protein expression of TBC 1D20 and CERS2 or the protein expression of ATF6B in the mammalian cell is reduced compared to the same mammalian cell not containing said genetic modification(s) or RNA oligonucleotide(s). (a) the gene encoding the host cell protein comprises a genetic modification that inhibits expression of said host cell protein, or (b) the mammalian cell comprises a RNA oligonucleotide that inhibits expression of the gene encoding said host cell protein by RNA-interference, and
Line connector for connecting two or more electric lines non-detachably to one another, having at least one metallic receiving sleeve designed to partially receive the lines, which has at least one first passage opening and a second passage opening for the insertion of a friction welding tool and at least one pressing section which is arranged between the passage openings (8, 9) and in which the receiving sleeve can be pressed radially and which can be used to hold the line connector so as to be secure against rotation during the friction welding procedure by means of the friction welding tool, wherein, in addition, the line connector has two or more receiving sleeves, which are connected to one another via at least one electrically conductive connecting section, characterized in that the line connector has two substantially complementary shell elements (12, 13), and in that the shell elements (12, 13) can be connected to each other via a coupling element arranged in the connecting section, wherein the individual shell element (12, 13) in each case forms a part of the receiving sleeves.
A seal assembly comprising at least one container and a sealing material disposed on a wall section of an outside of the container facing the surroundings and connected by a materially integrated bond to the latter, the inside of the container serving to accommodate a product, in particular in the form of a fluid that is bottled in a sterile manner and which can be removed from the container by means of a removal device such as a cannula or syringe needle, for which purpose said removal device penetrates the sealing material, the container being produced from plastic by a blow moulding process, being filled and sealed in a sterile manner, and the wall section being provided as a puncturing region and being able to be pierced by means of a cannula or a mandrel in order to remove the product, the sealing material serving to seal a puncture site formed on the wall section during a removal procedure, characterised in that the sealing material is produced separately from the container and is made in the form of a block- or disc-shaped body and is connected securely to the wall section of the container provided as the puncture site by means of a welded and/or adhesively bonded connection.
A joint assembly (100:200:300) comprising: an end portion of a first component, comprising a first location feature on an outermost surface thereof; an end portion of a second component, comprising a second location feature on an innermost surface thereof; and an elongate, resilient, helical connection member (140:240), the end portion of the first component being accommodated within the end portion of the second component such that the first location feature and the second location feature are aligned to form an annular cavity, the connection member (140:240) being receivable within the annular cavity to thereby interlock the first component and the second component to one another, characterised in that the connection member is formed from a material having a greater thermal coefficient of expansion than that of either of the first component or the second component. an end portion of a first component, comprising a first location feature on an outermost surface thereof; an end portion of a second component, comprising a second location feature on an innermost surface thereof; and an elongate, resilient, helical connection member (140:240),
A dental storage box comprising a protective liquid and a cleaning liquid, the dental storage box further comprising a 3-dimensional hollow body whose at least one surface is open and at least one outer cover which closes the open surface of said body in a manner providing sealing, the protective liquid is provided in the body in order to preserve a tooth removed from the place thereof as a result of a trauma by at least partially increasing the vitality duration of the tooth, the dental storage box further comprising at least one separator provided inside the body and which separates the protective liquid and the at least one cleaning liquid placed into the body in a manner providing sealing; wherein a carrier permitting partial liquid passage through the surfaces thereof is provided in order to provide the tooth, placed into said carrier, to be immersed into at least one of the protective liquid and the cleaning liquid -and said carrier is in the form of a beaker whose body is perforated.
Guide plate for laterally guiding and fastening a rail to be fastened in a rail fastening point, wherein the guide plate (1-4; 1 00) is composed of at least two parts (1a, 2a, 3a, 4a; 1b, 2b, 3b, 4b; 101, 102) manufactured spatially separated from one another and which are fixedly connected to one another, wherein a dividing plane (1i, 4i; T) runs between the two parts (1a-4b; 101, 102), characterised in that the parts (1a, 2a, 3a, 4a; 1b, 2b, 3b, 4b; 101, 102) are manufactured from plastic and in that a recess (4k-4n; 110, 111) is formed into the one part (4a; 101), into which recess the other part (4b, 5b; 102) engages in a positive-locking manner with a latching projection (4r,4s;112,113), wherein the recess (4k-4n; 110, 111) is shaped in the manner of an offset, with which a latch of the latching projection (4r, 4s; 112, 113) is hooked such that the parts (4a, 4b; 101, 102) are captively latched together.
A method for producing retinal ganglion cells with elongated axons comprising: (a) a step of inducing pluripotent stem cells to differentiate into retinal progenitor cells via floating culture; (b) a step of inducing the retinal progenitor cells obtained in step (a) to differentiate into retinal ganglion cells via floating culture; and (c) a step of allowing axons to elongate via adhesion culture of the retinal ganglion cells obtained in step (b). (a) a step of inducing pluripotent stem cells to differentiate into retinal progenitor cells via floating culture; (b) a step of inducing the retinal progenitor cells obtained in step (a) to differentiate into retinal ganglion cells via floating culture; and (c) a step of allowing axons to elongate via adhesion culture of the retinal ganglion cells obtained in step (b).
Transparent glass substrate bearing a coating comprising, in order: - a first layer for neutralizing colours in reflection, - a low-emissivity second layer formed essentially of SnO 2:F, having a thickness of between 455 and 800 nm, and - a third layer, formed essentially of SiO x, x being less than or equal to 2, having a thickness of between 40 and 65 nm or between 140 and 180 nm. - a first layer for neutralizing colours in reflection, - a low-emissivity second layer formed essentially of SnO 2:F, having a thickness of between 455 and 800 nm, and - a third layer, formed essentially of SiO x, x being less than or equal to 2, having a thickness of between 40 and 65 nm or between 140 and 180 nm.
An apparatus, comprising: a bypass flow path between an ink supply port and a vent port; a primary flow path between the ink supply port and an ink delivery port; and characterized in that the apparatus further comprises a heater configured to induce a first temperature in the bypass flow path that is higher than a second temperature of the primary flow path, wherein the first temperature reduces a viscosity of ink flowing in the first path such that a first flow velocity of the bypass flow path is higher than a second flow velocity of the primary flow path, and wherein the first flow velocity induces bubbles to travel via the bypass flow path instead of the primary flow path. a bypass flow path between an ink supply port and a vent port; a primary flow path between the ink supply port and an ink delivery port; and characterized in that the apparatus further comprises a heater configured to induce a first temperature in the bypass flow path that is higher than a second temperature of the primary flow path, wherein the first temperature reduces a viscosity of ink flowing in the first path such that a first flow velocity of the bypass flow path is higher than a second flow velocity of the primary flow path, and wherein the first flow velocity induces bubbles to travel via the bypass flow path instead of the primary flow path.
Device for placing threaded lids on containers, said device comprising: - a holder for lids to be placed, said holder comprising an exit through which the lids stored in said holder are dispensed, - a mechanism for retaining the lids stored in said holder, said retaining mechanism being arranged at the exit of said holder, said retaining mechanism having a predetermined retaining position in which the lids stored in said holder are retained, and a release position in which one of the lids stored in said holder is dispensed, and - a threaded-lid positioner which is designed to move between a receiving position and a placing position, said positioner being able to rotate about a first axis, said positioner placing a threaded lid on a container, by means of a first rotation about said first axis, when said positioner is in said placing position, said positioner, when in said receiving position, causing the retaining mechanism to change from the predetermined retaining position to the release position by means of a rotation about said first axis, characterised in that the retaining mechanism can rotate about a second axis parallel to said first axis, said mechanism changing from the predetermined retaining position to the release position by means of rotations about said second axis and in that the retaining mechanism comprises a first arm and a second arm for supporting the lids to be dispensed, said arms being rotatably interconnected. - a holder for lids to be placed, said holder comprising an exit through which the lids stored in said holder are dispensed, - a mechanism for retaining the lids stored in said holder, said retaining mechanism being arranged at the exit of said holder, said retaining mechanism having a predetermined retaining position in which the lids stored in said holder are retained, and a release position in which one of the lids stored in said holder is dispensed, and - a threaded-lid positioner which is designed to move between a receiving position and a placing position, said positioner being able to rotate about a first axis, said positioner placing a threaded lid on a container, by means of a first rotation about said first axis, when said positioner is in said placing position,
A receptacle comprising a container and a cap, the cap being repeatedly attachable to the container for closure of the receptacle, the cap having a passage having an opening formed therein, the container having a neck for insertion into the passage via the opening of the cap along a longitudinal axis of the receptacle, wherein the opening of the cap has a non-circular shaped inner contour formed complementary to a non-circular shaped outer contour of the neck, and wherein an outer circumferential surface of the neck is formed as an outer circumferential surface of a twisted non-circular element; characterized in that an inner circumferential surface of the passage is correspondingly formed as an inner circumferential surface of a twisted non-circular pipe so that the cap can be attached onto the neck of the container by rotating the cap relative to the container. wherein an outer circumferential surface of the neck is formed as an outer circumferential surface of a twisted non-circular element; characterized in that an inner circumferential surface of the passage is correspondingly formed as an inner circumferential surface of a twisted non-circular pipe so that the cap can be attached onto the neck of the container by rotating the cap relative to the container.
Ampoule for a medical liquid, comprising - an ampoule body for receiving a medical liquid, wherein the ampoule body is produced as a plastic injection-molded part by means of plastic injection molding, characterized by - a connection part for connecting a removal device to the ampoule, wherein the ampoule is of a multi-part construction, with the connection part being joined as a separate part to the ampoule body, with the connection part being held with a form fit on a neck of the ampoule body and a membrane element for sealing a transition between the ampoule body and the connection part being arranged between the ampoule body and the connection part. - an ampoule body for receiving a medical liquid, wherein the ampoule body is produced as a plastic injection-molded part by means of plastic injection molding, characterized by - a connection part for connecting a removal device to the ampoule,