mhurhangee/ep-ind-claims huggingface dataset:
Dispensing head (130, 230, 330, 430, 530) for dosage material in the form of a powder or paste, comprising a housing (133, 333, 533, 633, 733) which has an outlet opening (139, 239, 339, 439), a bearing- and passage area (144, 444), and at least one socket (140, 440) formed on, or connected to, the housing (133, 333, 533, 633, 733) and serving to connect at least one source container (110, 410, 510, 511) to the dispensing head (130, 230, 330, 430, 530), wherein inside the housing (133, 333, 533, 633, 733) at least one feeder chute (131, 231, 331, 431, 731) is formed which serves to connect the at least one socket (140, 440) to the outlet opening (139, 239, 339, 439), wherein further a closure shaft (135, 435, 635, 636, 637) is held in the bearing- and passage area (144, 444) with the freedom to rotate about and to slide along its central longitudinal axis, said closure shaft (135, 435, 635, 636, 637) being connected to a closure element arranged in the area of the outlet opening (139, 239, 339, 439), characterized in that the closure shaft (135, 435, 635, 636, 637) comprises a limit stop (141, 241, 441, 641, 642, 643) restricting the displacement of the closure shaft (135, 435, 635, 636, 637) along its central longitudinal axis, that an opposing stop (195, 295, 495, 695) serving to define the closed position is formed in the feeder chute (131, 231, 331, 431, 731), wherein in said closed position the limit stop (141, 241, 441, 641, 642, 643) rests in direct contact against the opposing stop (195, 295, 495, 695) and the outlet opening (139, 239, 339, 439) is closed off by the closure portion (438, 138) of the closure element, and that at least one recess (486, 686), peeling edge, scraping edge, scraping surface, or cutting edge serving to remove dosage material is formed on the limit stop (141, 241, 441, 641, 642, 643) and or on the opposing stop (195, 295, 495, 695).
A glazing unit with a solar control property comprising at least one glass substrate provided with a stack of layers, said glazing unit being characterized in that the stack comprises at least two layers essentially consisting of optionally nitrided nickel, said stack containing no layers of precious metals, in particular of silver or of gold, wherein each of said metal layers is separated in the stack from the following one by an intermediate layer of a dielectric material or by a set of intermediate layers made of dielectric material, the thickness of the intermediate layer or the thickness of the set of intermediate layers being between 5 and 45 nm.
An X-ray analyzer comprising: an X-ray detector configured to detect an X-ray emitted from a specimen and output a signal a step of which has a height corresponding to energy of the X-ray; a pulse generation unit configured to convert the signal output from the X-ray detector into a first pulse signal; a pulse-width setting unit configured to set a pulse width; a pulse-width conversion unit configured to convert a pulse width of the first pulse signal into the pulse width set by the pulse-width setting unit to form a second pulse signal; a pulse-height discriminator configured to discriminate the second pulse signal according to a pulse height of the second pulse signal; a counting unit configured to calculate a counting rate of the discriminated second pulse signal; and a correction processing unit configured to correct the counting rate calculated by the counting unit, the correction processing unit being configured to correct the counting rate based on the pulse width set by the pulse-width setting unit, characterized in that the X-ray analyzer further comprises: a plurality of spectroscopic elements configured to disperse the X-ray, wherein the pulse-width setting unit is configured to set the pulse width according to each of types of the spectroscopic elements. an X-ray detector configured to detect an X-ray emitted from a specimen and output a signal a step of which has a height corresponding to energy of the X-ray; a pulse generation unit configured to convert the signal output from the X-ray detector into a first pulse signal; a pulse-width setting unit configured to set a pulse width; a pulse-width conversion unit configured to convert a pulse width of the first pulse signal into the pulse width set by the pulse-width setting unit to form a second pulse signal; a pulse-height discriminator configured to discriminate the second pulse signal according to a pulse height of the second pulse signal; a counting unit configured to calculate a counting rate of the discriminated second pulse signal; and a correction processing unit configured to correct the counting rate calculated by the counting unit, the correction processing unit being configured to correct the counting rate based on the pulse width set by the pulse-width setting unit, characterized in that the X-ray analyzer further comprises: a plurality of spectroscopic elements configured to disperse the X-ray, wherein the pulse-width setting unit is configured to set the pulse width according to each of types of the spectroscopic elements.
Sanitary insert unit having an insert housing in which at least one closing valve having an annular channel is provided, in which annular channel an annular valve body made of resilient material is arranged which deforms under the pressure of the inflowing fluid such that the valve body tightly closes the annular channel, characterized in that the annular channel, provided for the valve body, of the at least one closing valve has profiling on an internal and/or external channel wall of the annular channel.
System for measuring the position of the contact wire of an overhead electrical power line (5, 6) relative to a railway track, comprising a first measurement means incorporating a vertical distance meter suitable for measuring the height of the contact wire relative to the rails of the railway track and second measurement means suitable for making possible to measure the offset (e) of the contact wire relative to the vertical median plane (XX') of said rails, and comprising an inclinometer (16 2) secured to the laser distance meter, mounted on a lateral tilt pivot, and suitable for measuring the angle of the laser distance meter beam when it targets the contact wire, all of these measurement means being arranged on a support (13, 29) placed on the rails, characterized in that the system further comprises at least one other inclinometer (16 1) making possible to measure the tilt (α) of the support of the system relative to the horizontal, and a movie camera pointed upwards in the same direction of the axis (XX') of the railway track and suitable for capturing the image of the contact wire and the tilt pivot of the laser distance meter is motorized.
A protein structure capable of selective interaction with an organic target, wherein said protein structure is a polymer comprising as a repeating structural unit a recombinant fusion protein that is capable of selective interaction with the organic target and comprising the moieties B, REP and CT, and optionally NT, wherein: B is a non-spidroin moiety of more than 30 amino acid residues, which provides the capacity of selective interaction with the organic target; REP is a moiety of from 70 to 300 amino acid residues and is selected from the group of L n L, L n AL, L n L, L n GL, wherein n is an integer from 2 to 10; each individual A segment is an amino acid sequence of from 8 to 18 amino acid residues, wherein from 0 to 3 of the amino acid residues are not Ala, and the remaining amino acid residues are Ala; each individual G segment is an amino acid sequence of from 12 to 30 amino acid residues, wherein at least 40% of the amino acid residues are Gly; and each individual L segment is a linker amino acid sequence of from 0 to 20 amino acid residues; CT is a moiety of from 70 to 120 amino acid residues and has at least 50% identity to SEQ ID NO: 9 or at least 80% identity to SEQ ID NO: 7; and NT is a moiety of from 100 to 160 amino acid residues and has at least 50% identity to SEQ ID NO: 8 or at least 80% identity to SEQ ID NO: 6. B is a non-spidroin moiety of more than 30 amino acid residues, which provides the capacity of selective interaction with the organic target; REP is a moiety of from 70 to 300 amino acid residues and is selected from the group of L n L, L n AL, L n L, L n GL, wherein n is an integer from 2 to 10; each individual A segment is an amino acid sequence of from 8 to 18 amino acid residues, wherein from 0 to 3 of the amino acid residues are not Ala, and the remaining amino acid residues are Ala; each individual G segment is an amino acid sequence of from 12 to 30 amino acid residues, wherein at least 40% of the amino acid residues are Gly; and each individual L segment is a linker amino acid sequence of from 0 to 20 amino acid residues; n is an integer from 2 to 10; each individual A segment is an amino acid sequence of from 8 to 18 amino acid residues, wherein from 0 to 3 of the amino acid residues are not Ala, and the remaining amino acid residues are Ala; each individual G segment is an amino acid sequence of from 12 to 30 amino acid residues, wherein at least 40% of the amino acid residues are Gly; and each individual L segment is a linker amino acid sequence of from 0 to 20 amino acid residues; CT is a moiety of from 70 to 120 amino acid residues and has at least 50% identity to SEQ ID NO: 9 or at least 80% identity to SEQ ID NO: 7; and NT is a moiety of from 100 to 160 amino acid residues and has at least 50% identity to SEQ ID NO: 8 or at least 80% identity to SEQ ID NO: 6.
Method for hot-dip coating a metal strip with a metal covering, - wherein the metal strip is directed continuously through a melt bath, - wherein the thickness of the metal covering which is present on the metal strip when it leaves the melt bath is adjusted by means of a scraping device, and - wherein slag which is present on the melt bath is driven away from the metal strip leaving the melt bath by means of a gas flow (G1, G2), characterised in that, in order to drive away the slag from the metal strip by means of at least one nozzle (10, 11) arranged with a spacing (d) of from 50 - 500 mm from the surface of the metal strip associated therewith, a gas flow (G1, G2) which extends over the width of the metal strip is directed onto the surface of the melt bath, so that the gas flow (G1, G2) expels the slag (s) present on the melt bath in a direction directed perpendicular to the metal strip away from the metal strip. - wherein the metal strip is directed continuously through a melt bath, - wherein the thickness of the metal covering which is present on the metal strip when it leaves the melt bath is adjusted by means of a scraping device, and - wherein slag which is present on the melt bath is driven away from the metal strip leaving the melt bath by means of a gas flow (G1, G2),
Capacitor device comprising a plurality of capacitor elements which are disposed so as to be mutually adjacent and in each case comprise at least two electrodes and at least one dielectric medium interdisposed between the electrodes, wherein at least one visco-elastic damping element that mechanically and acoustically separates the capacitor elements is interdisposed between at least two capacitor elements which are disposed so as to be mutually adjacent, characterized in that the damping element is a loose material filling from at least one bulk material.
A polypeptide comprising the structure 2 wherein R1 is all or a part of a variable antigen-binding (Vab) domain of a single-domain antibody for an antigen, wherein the Vab is derived from camelid Vab, shark V-NAR, or a combination thereof; R2 is a CH3 domain of Human IgG; R3 is a CH2 domain of Human IgG; L1 and L2 are hinge regions having the sequence of SEQ ID NO:13 or a portion thereof; X and Y are bifunctional peptidyl, alkyl-, alkoxy-, aromatic, nucleotide linkers or a combination thereof; and wherein R4 and R5 are H. R1 is all or a part of a variable antigen-binding (Vab) domain of a single-domain antibody for an antigen, wherein the Vab is derived from camelid Vab, shark V-NAR, or a combination thereof; R2 is a CH3 domain of Human IgG; R3 is a CH2 domain of Human IgG; L1 and L2 are hinge regions having the sequence of SEQ ID NO:13 or a portion thereof; X and Y are bifunctional peptidyl, alkyl-, alkoxy-, aromatic, nucleotide linkers or a combination thereof; and wherein R4 and R5 are H.
Pharmaceutical composition for a sustained release of an active ingredient for at least 2 months, comprising: - lanreotide as the active ingredient and present in a concentration ranging from 40 to 50 % by weight relative to the total weight of the composition, wherein the amount of lanreotide expressed as percentage in the composition refers to lanreotide as a free base, - a hydrosoluble co-solvent present in a concentration ranging from 10 to 25 % by weight relative to the total weight of the composition, and selected from N-methyl-2-pyrrolidone, propylene glycol, glycerol, low molecular weight polyethylene glycols, glycofurol, ethanol and a mixture thereof, - a pH modifier which is different from the co-solvent, - water, the pH ranging from 4.0 to 7.5. - lanreotide as the active ingredient and present in a concentration ranging from 40 to 50 % by weight relative to the total weight of the composition, wherein the amount of lanreotide expressed as percentage in the composition refers to lanreotide as a free base, - a hydrosoluble co-solvent present in a concentration ranging from 10 to 25 % by weight relative to the total weight of the composition, and selected from N-methyl-2-pyrrolidone, propylene glycol, glycerol, low molecular weight polyethylene glycols, glycofurol, ethanol and a mixture thereof, - a pH modifier which is different from the co-solvent, - water,
A topical composition comprising: (a) 0.5 to 25 weight percent of glycerin; (b) 0.1 to 5 weight percent of cetearyl olivate; (c) 0.1 to 5 weight percent of sorbitan olivate; and (d) 0.01 to 1 weight percent of extract of Pichia anomala; wherein the composition contains less than 0.1 weight percent of fatty alcohols and is in the form of a gel cream. (a) 0.5 to 25 weight percent of glycerin; (b) 0.1 to 5 weight percent of cetearyl olivate; (c) 0.1 to 5 weight percent of sorbitan olivate; and (d) 0.01 to 1 weight percent of extract of Pichia anomala; wherein the composition contains less than 0.1 weight percent of fatty alcohols and is in the form of a gel cream.
A transmitter comprising: a global transmission encoder, accepting input data to be partitioned_across two or more sub-channels of a communications channel and generating a set of reduced-modulus sub-channel transmit data, the two or more sub-channels each comprising a plurality of signal lines; communications sub-systems for each of the two or more sub-channels, each comprising: a data history pre-coder, accepting a respective one of the set of reduced-modulus sub-channel transmit data from the global transmission encoder and producing sub-channel transmit data based on the reduced modulus sub-channel transmit data and a prior codeword such that a signaling transition is provided by not retransmitting a given codeword in adjacent signaling intervals; a data encoder encoding the sub-channel transmit data into codewords of a vector signaling code; and, a driver producing physical signals representing the vector signaling code on the communications sub-channel. a global transmission encoder, accepting input data to be partitioned_across two or more sub-channels of a communications channel and generating a set of reduced-modulus sub-channel transmit data, the two or more sub-channels each comprising a plurality of signal lines; communications sub-systems for each of the two or more sub-channels, each comprising: a data history pre-coder, accepting a respective one of the set of reduced-modulus sub-channel transmit data from the global transmission encoder and producing sub-channel transmit data based on the reduced modulus sub-channel transmit data and a prior codeword such that a signaling transition is provided by not retransmitting a given codeword in adjacent signaling intervals; a data encoder encoding the sub-channel transmit data into codewords of a vector signaling code; and, a driver producing physical signals representing the vector signaling code on the communications sub-channel. a data history pre-coder, accepting a respective one of the set of reduced-modulus sub-channel transmit data from the global transmission encoder and producing sub-channel transmit data based on the reduced modulus sub-channel transmit data and a prior codeword such that a signaling transition is provided by not retransmitting a given codeword in adjacent signaling intervals; a data encoder encoding the sub-channel transmit data into codewords of a vector signaling code; and, a driver producing physical signals representing the vector signaling code on the communications sub-channel.
A sorption device comprising at least one collecting reservoir, a condenser, a desorber and a working medium, wherein the collecting reservoir is directly or indirectly connected to the condenser, and wherein at least one throttle element is provided between the collecting reservoir and the condenser, wherein working medium that escapes during the flowing out of inert gas is collected in the collecting reservoir, and wherein said working medium can be returned from the collecting reservoir into a part of the sorption device that is different from the collecting reservoir, characterized in that the collecting reservoir has at least one opening to the surrounding, to ensure continuous pressure equalisation and the pressure in the collecting reservoir is always maintained at an ambient pressure level, so that no positive pressure is generated if the inert gas with working medium flows into the collecting reservoir and no vacuum pressure is generated, if the condensate is sucked back.
A transducer protective device comprising a flat transparent housing, consisting of a front wall and a back wall (11, 13), which form the main surface of the housing, at least one narrow side wall and one gas-permeable liquid barrier, dividing the housing into two chambers and arranged essentially parallel to the main surface of the housing; in addition, the transducer protective device comprises a first tubular connector for connection to a blood treatment machine, and a second tubular connector for connection to a blood tubing system, wherein a tubular connector (19, 20) is connected to each chamber, characterized in that the tubular connectors are positioned on the side wall of the flat housing, so that the tubular connectors (19, 20) and the main surface of the housing are aligned essentially in parallel along an axis, so that the front wall and the back wall (11, 13) of the housing can be used as handle surfaces for mounting the device on the blood treatment machine.
A method for the automatic configuration of a network device within a wireless distribution system, WDS, extended network, the method being performed by the network device and comprising: outputting a request for a network address; if no network address is received from a further device in response to the request: configuring the network device as a station; associating the network device with an access point; determining whether a received signal strength indicator associated with the access point is greater than a predetermined add threshold; and if the received signal strength indicator associated with the access point is greater than the predetermined add threshold: configuring the network device as a remote base station; and establishing a wireless distribution system link between the network device and the access point. outputting a request for a network address; if no network address is received from a further device in response to the request: configuring the network device as a station; associating the network device with an access point; determining whether a received signal strength indicator associated with the access point is greater than a predetermined add threshold; and if the received signal strength indicator associated with the access point is greater than the predetermined add threshold: configuring the network device as a remote base station; and establishing a wireless distribution system link between the network device and the access point. configuring the network device as a remote base station; and establishing a wireless distribution system link between the network device and the access point.
Drawer with a bottom, a rear wall, a front wall, side walls and a container combination, wherein the container combination comprises - a first container, in particular a waste container, with a top side of the first container - a small container (9, 10), which has a lower height than the first container, with a small container top side, characterized in that the container combination comprises an adapter container (7, 8) provided and adapted to be arranged in the container combination below the small container (9, 10) for lifting the small container (9, 10) within the container combination so that the top side of the first container and the top side of the small container are arranged at substantially the same height. - a first container, in particular a waste container, with a top side of the first container - a small container (9, 10), which has a lower height than the first container, with a small container top side, characterized in that
Basket presenter for receiving presentation receptacles, comprising at least two stacked levels, characterized in that a rectangular base is clad with four basket plates at the four remaining sides, leaving the top and bottom free, and on the top of which a support column is centrally detachably fastened, which bears a tiered basket, which is mounted on and fastened at the upper end of said column.
A manufacturing method utilizing a laser system, comprising: arranging an object relative to a head of the laser system and characterised by forming a pattern of apertures in the object by ablating the object with a plurality of laser beams which are directed from the head; wherein the head includes a laser beam multiplexer which redirects at least some of the laser beams such that the laser beams are directed on substantially parallel trajectories, and the laser beam multiplexer comprises a polyhedral, prismatic mirror with which at least some of the laser beams are incident; and translating the laser beam multiplexer to adjust inter hole spacing of the pattern of holes. arranging an object relative to a head of the laser system and characterised by forming a pattern of apertures in the object by ablating the object with a plurality of laser beams which are directed from the head; wherein the head includes a laser beam multiplexer which redirects at least some of the laser beams such that the laser beams are directed on substantially parallel trajectories, and the laser beam multiplexer comprises a polyhedral, prismatic mirror with which at least some of the laser beams are incident; and translating the laser beam multiplexer to adjust inter hole spacing of the pattern of holes.