mhurhangee/ep-ind-claims huggingface dataset:
A method for imaging a sample by means of an X-ray detector, comprising: providing an electron beam interacting with a target to generate X-ray radiation emitted from an X-ray spot on the target, moving the sample relative to the target, deflecting the electron beam such that the X-ray spot is moved over the target simultaneously and in accordance with the movement of the sample, and detecting X-ray radiation emitted from the X-ray spot and interacting with the sample. providing an electron beam interacting with a target to generate X-ray radiation emitted from an X-ray spot on the target, moving the sample relative to the target, deflecting the electron beam such that the X-ray spot is moved over the target simultaneously and in accordance with the movement of the sample, and detecting X-ray radiation emitted from the X-ray spot and interacting with the sample.
Pneumatic vehicle tire comprising a foam sound absorber in its interior, adhesively attached to the inner surface opposite from the tread and extending in an annular manner over the circumference of the tire, the sound absorber adhering to a previously applied, self-sealing sealant, which at least immediately after its application has a tackiness required for the adhesive attachment of the sound absorber, characterized in that the sound absorber consists of a plurality of annular part sound-absorber elements that extend in the circumferential direction and are arranged adjacent to one another in the axial direction, two directly adjacently arranged annular part sound-absorber elements being arranged spaced apart from one another in the axial direction by a clear distance.
A case for a portable electronic device, the portable electronic device including a back side and a display side, the case comprising: a base panel (810,2706) configured to sit on a working surface; a support panel coupled to the base panel and including, a lower portion coupled to the base panel, and a pivot flap coupled to the lower portion, configured to support the portable electronic device in an elevated position; a rotational mechanism (812,1706,2018,2110,2716,2718) coupled to the pivot flap; and a holder comprising a back side coupled to the rotational mechanism and a front side configured to receive the portable electronic device and secure the portable electronic device with its display side exposed, wherein the rotational mechanism is configured to allow the holder to rotate between landscape and portrait positions relative to the base panel, and wherein the support panel is configured to pivot the holder from the elevated position wherein the front side of the holder is accessible, to a stowage position wherein the front side of the holder faces the base panel and the support panel extends along an exterior of the case. a base panel (810,2706) configured to sit on a working surface; a support panel coupled to the base panel and including, a lower portion coupled to the base panel, and a pivot flap coupled to the lower portion, configured to support the portable electronic device in an elevated position; a rotational mechanism (812,1706,2018,2110,2716,2718) coupled to the pivot flap; and a holder comprising a back side coupled to the rotational mechanism and a front side configured to receive the portable electronic device and secure the portable electronic device with its display side exposed, wherein the rotational mechanism is configured to allow the holder to rotate between landscape and portrait positions relative to the base panel, and wherein the support panel is configured to pivot the holder from the elevated position wherein the front side of the holder is accessible, to a stowage position wherein the front side of the holder faces the base panel and the support panel extends along an exterior of the case.
A method for performing homologous recombination between at least a first nucleic acid molecule and a second nucleic acid molecule which share at least one region of sequence homology, wherein the method comprises bringing the first nucleic acid molecule into contact with the second nucleic acid molecule in the presence of a 5' to 3' exonuclease and an annealing protein; wherein the 5' to 3' exonuclease is RecE that comprises: a) a region having 5' to 3' exonuclease activity, wherein said region comprises or consists of amino acids 588-866 of SEQ ID NO:1 or a variant thereof comprising or consisting of a sequence having at least 70% identity to amino acids 588-866 of SEQ ID NO:1 across the length of amino acids 588-866 of SEQ ID NO:1; and b) at least: i) amino acids 564-587 of SEQ ID NO:1; or ii) a 24 amino acid sequence having at least 70% identity to amino acids 564-587 of SEQ ID NO:1 over the entire length of the 24 amino acid sequence, wherein the sequence in part (b) is immediately N-terminal to the region having 5' to 3' exonuclease activity, wherein the efficiency of linear to linear homologous recombination is increased by using such an N-terminally extended RecE. a) a region having 5' to 3' exonuclease activity, wherein said region comprises or consists of amino acids 588-866 of SEQ ID NO:1 or a variant thereof comprising or consisting of a sequence having at least 70% identity to amino acids 588-866 of SEQ ID NO:1 across the length of amino acids 588-866 of SEQ ID NO:1; and b) at least: i) amino acids 564-587 of SEQ ID NO:1; or ii) a 24 amino acid sequence having at least 70% identity to amino acids 564-587 of SEQ ID NO:1 over the entire length of the 24 amino acid sequence, i) amino acids 564-587 of SEQ ID NO:1; or ii) a 24 amino acid sequence having at least 70% identity to amino acids 564-587 of SEQ ID NO:1 over the entire length of the 24 amino acid sequence,
A method of operating a nuclear reactor, the method comprising: fabricating at least one reactor component (100, 110, 115, 118, 119, 120, 130, 140, 150, 160, 170, 320) such that the at least one component includes an amount of a burnable poison and is configured to be placed in a location in the nuclear reactor; placing the at least one component in the location; exposing (S 130) the at least one component to the nuclear reactor while operating; removing (S 140) the at least one component from the nuclear reactor; and harvesting (S 140) desired products from the at least one component, the desired products being created from the exposing step, wherein the harvesting includes at least one of allowing the desired products to become stable after the exposing step and chemically extracting the desired products after the removing step. fabricating at least one reactor component (100, 110, 115, 118, 119, 120, 130, 140, 150, 160, 170, 320) such that the at least one component includes an amount of a burnable poison and is configured to be placed in a location in the nuclear reactor; placing the at least one component in the location; exposing (S 130) the at least one component to the nuclear reactor while operating; removing (S 140) the at least one component from the nuclear reactor; and harvesting (S 140) desired products from the at least one component, the desired products being created from the exposing step, wherein the harvesting includes at least one of allowing the desired products to become stable after the exposing step and chemically extracting the desired products after the removing step.
A coiling machine comprising: feed rollers (11a, 11b) configured to move a wire; a wire guide into which, in use, the wire is inserted; a first forming roller configured to come into contact with the wire coming out of the wire guide; a second forming roller disposed on a front side of a movement direction of the wire with respect to the first forming roller, said second forming roller being configured to form an arc portion by bending the wire between the first forming roller and the second forming roller; a pitch tool disposed on a front side of the movement direction of the wire with respect to the second forming roller and configured to be brought into contact with the wire, the pitch tool being configured to come into contact with a rear surface of the arc portion and to push the wire with respect to the direction in which the coil spring grows, such that the coil spring is pitched; a support mechanism (24, 24A, 24B) configured to support the arc portion of the wire; the coiling machine being characterized in that the support mechanism (24, 24A, 24B) comprises the pitch tool and a clamping tool disposed between the second forming roller and the pitch tool, the pitch tool and the clamping tool being configured to sandwich the front surface and rear surface of the arc portion and configured to prevent the arc portion from moving in a radial direction of the wire; and in that a cutting rotor is configured to cut the wire supported by the support mechanism (24, 24A, 24B) in a radial direction of the wire between the second forming roller and the pitch tool. feed rollers (11a, 11b) configured to move a wire; a wire guide into which, in use, the wire is inserted; a first forming roller configured to come into contact with the wire coming out of the wire guide; a second forming roller disposed on a front side of a movement direction of the wire with respect to the first forming roller, said second forming roller being configured to form an arc portion by bending the wire between the first forming roller and the second forming roller; a pitch tool disposed on a front side of the movement direction of the wire with respect to the second forming roller and configured to be brought into contact with the wire, the pitch tool being configured to come into contact with a rear surface of the arc portion and to push the wire with respect to the direction in which the coil spring grows, such that the coil spring is pitched; a support mechanism (24, 24A, 24B) configured to support the arc portion of the wire; the coiling machine being characterized in that the support mechanism (24, 24A, 24B) comprises the pitch tool and a clamping tool disposed between the second forming roller and the pitch tool, the pitch tool and the clamping tool being configured to sandwich the front surface and rear surface of the arc portion and configured to prevent the arc portion from moving in a radial direction of the wire; and in that a cutting rotor is configured to cut the wire supported by the support mechanism (24, 24A, 24B) in a radial direction of the wire between the second forming roller and the pitch tool.
A diffusing type light panel comprising a plurality of light sources (1; 63), characterised in that it further comprises: - a plurality of protection envelopes (11; 29; 45), arranged in a pattern selected relative to an external light diffusion surface (21; 71), - a substrate slab (17; 41; 47) of a selected material which can be cast around the envelopes, sealingly therewith, while filling the space therebetween, while these protection envelopes pass through the substrate slab, - a plurality of light diffuser plugs (19; 31; 49; 67), each light diffuser plug being mounted on a protection envelope, flush with the light diffusion surface, and arranged relative to one or more light source(s) housed in this protection envelope in a manner adapted to the desired light diffusion characteristics. - a plurality of protection envelopes (11; 29; 45), arranged in a pattern selected relative to an external light diffusion surface (21; 71), - a substrate slab (17; 41; 47) of a selected material which can be cast around the envelopes, sealingly therewith, while filling the space therebetween, while these protection envelopes pass through the substrate slab, - a plurality of light diffuser plugs (19; 31; 49; 67), each light diffuser plug being mounted on a protection envelope, flush with the light diffusion surface, and arranged relative to one or more light source(s) housed in this protection envelope in a manner adapted to the desired light diffusion characteristics.
A method of feeding paper through a paper feeder by conveying paper along a path and regulating the through-flow of paper from the path to dispense the paper from the feeder at a controlled flow rate while continuously moving the paper to avoid blockages; and conveying the paper up and over a barrier in the path to regulate the flow of paper; characterized in that the barrier is a wall of rotatable elements which are driven to convey the paper by traction up and over the wall, said rotatable elements being arranged in horizontal banks; wherein the rotatable elements are mounted on a common shaft in each bank and are horizontally staggered relative to the rotatable elements in the bank immediately above and below; and wherein the rotatable elements are rotated in the same rotational direction.
A method of introducing a deuterated lower-alkyl, which is a deuterated methyl or deuterated ethyl, into a secondary amine in a compound having the secondary amine, comprising replacing the hydrogen atom in the secondary amine by an aralkyl, lower-alkylating the obtained tertiary amine with a deuterated-lower-alkylating agent, which is a deuterated-methylating or deuterated-ethylating agent having a sulfonate, sulfate or carbonate leaving group, under neutral or basic condition, and then eliminating the aralkyl group, wherein the aralkyl is a benzyl derivative, and the compound having a secondary amine is a linear amine or a compound having a piperazine, pyrrolidine, azepane, diazepane, or morpholine structure, which may be a single ring system or a part of a bicyclic, tricyclic, or tetracyclic system. replacing the hydrogen atom in the secondary amine by an aralkyl, lower-alkylating the obtained tertiary amine with a deuterated-lower-alkylating agent, which is a deuterated-methylating or deuterated-ethylating agent having a sulfonate, sulfate or carbonate leaving group, under neutral or basic condition, and then eliminating the aralkyl group, wherein the aralkyl is a benzyl derivative, and the compound having a secondary amine is a linear amine or a compound having a piperazine, pyrrolidine, azepane, diazepane, or morpholine structure, which may be a single ring system or a part of a bicyclic, tricyclic, or tetracyclic system.
Device for the controlled supply of a medical liquid, including a tubular inlet connector and a tubular outlet connector defining a flow line of a primary liquid and an intermediate tubular transverse connector arranged therebetween for introducing into said flow line a secondary liquid contained within a bottle or the like having a pierceable cap, characterised in that said intermediate connector comprises an annular stationary base on which a hollow retaining body, into which said bottle or the like is to be fitted, is rotatably arranged coaxially with said intermediate connector, said retaining body including: - a hollow axial spike designed to pierce said pierceable cap when said bottle or the like is fitted into said retaining body, said hollow spike having at least one inner flow passage, - rotation blocking means (17, 18) of the retaining body relative to said base in a first angular position, said blocking means (17, 18) being disengageable by said bottle or the like as a result of insertion thereof into said retaining body, - stop means (12, 13) for axially retaining said bottle or the like relative to said retaining body, said stop means (12, 13) activated following rotation of said retaining body starting from said first angular position, and - progressive opening means (20, 23) of said flow passage of said hollow piercing spike towards said intermediate connector during the rotation of said retaining body from said first angular position, in which communication between said flow passage and said intermediate connector is completely closed, towards a second angular position in which such communication is completely open. - a hollow axial spike designed to pierce said pierceable cap when said bottle or the like is fitted into said retaining body, said hollow spike having at least one inner flow passage, - rotation blocking means (17, 18) of the retaining body relative to said base in a first angular position, said blocking means (17, 18) being disengageable by said bottle or the like as a result of insertion thereof into said retaining body, - stop means (12, 13) for axially retaining said bottle or the like relative to said retaining body, said stop means (12, 13) activated following rotation of said retaining body starting from said first angular position, and - progressive opening means (20, 23) of said flow passage of said hollow piercing spike towards said intermediate connector during the rotation of said retaining body from said first angular position, in which communication between said flow passage and said intermediate connector is completely closed, towards a second angular position in which such communication is completely open.
A protein variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein aspartic acid, which is an amino acid corresponding to position 676 of SEQ ID NO: 3, is substituted with tyrosine.
An atomizer comprising an atomizing head and a bottom seat assembly provided at one end of the atomizing head, wherein the atomizing head is provided with an atomizing chamber, the bottom seat assembly comprises a bottom seat, the bottom seat is provided with a liquid storage groove, the liquid storage groove is in communication with the atomizing chamber, a protrusion body is provided in the liquid storage groove, the protrusion body is provided with at least one ventilation hole, the atomizer is configured such that when e-cigarette liquid in the atomizing chamber splashes, the e-cigarette liquid splashed onto the protrusion body flows into the liquid storage groove along the protrusion body; characterized in that at least a portion of the protrusion body is configured to form a convex curved surface, the ventilation hole is provided in the convex curved surface; the protrusion body is provided with a plurality of ventilation holes on an upper end surface of the protrusion body and the ventilation holes extend through the bottom seat. characterized in that at least a portion of the protrusion body is configured to form a convex curved surface, the ventilation hole is provided in the convex curved surface; the protrusion body is provided with a plurality of ventilation holes on an upper end surface of the protrusion body and the ventilation holes extend through the bottom seat.
A method for remote telemetry in a wireless communication system comprising of a telemetry device, a mobile unit, and a central controller, the method comprising: receiving information from the telemetry device by the mobile unit over an ad-hoc network; storing the received information at the mobile unit; and transmitting the received information to the central controller by the mobile unit, wherein the mobile unit transmits the information to the central controller at a low-traffic time period. receiving information from the telemetry device by the mobile unit over an ad-hoc network; storing the received information at the mobile unit; and transmitting the received information to the central controller by the mobile unit, wherein the mobile unit transmits the information to the central controller at a low-traffic time period.
Overcurrent and/or short-circuit detector, in particular for a protective switching device, having at least one current sensor for recording a current signal with a predeterminable time resolution in at least one electrical current path, and at least one evaluation unit, the evaluation unit being designed to determine a first point in time of a predeterminable steep increase in the current signal, characterized in that the evaluation unit is designed: - to form a time integral of the current values of the current signal from the first point in time to a second point in time, and - to compare a pair of values, consisting of a relevant value of the integral, ∫i, and the relevant value of the current signal, i, with at least one predeterminable limit condition at predeterminable time intervals, in particular substantially continuously, and - outputting an overcurrent and/or short circuit message at an output of the overcurrent and/or short circuit detector if the limit condition is exceeded by the pair of values. - to form a time integral of the current values of the current signal from the first point in time to a second point in time, and - to compare a pair of values, consisting of a relevant value of the integral, ∫i, and the relevant value of the current signal, i, with at least one predeterminable limit condition at predeterminable time intervals, in particular substantially continuously, and - outputting an overcurrent and/or short circuit message at an output of the overcurrent and/or short circuit detector if the limit condition is exceeded by the pair of values.
An isolated human naive pluripotent stem cell, comprising: an unmethylated X-inactive specific transcript (XIST) gene, wherein: (i) when the naive PSC is a female PSC, then said naive female PSC has two unmethylated alleles of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (ii) when said naive PSC is a male PSC, then said naive male PSC has an unmethylated allele of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and the expression level of transcription factor E3 is characterized by a nucleus to cytoplasm expression ratio which is equal to or higher than 1 as determined by an immunostaining assay. an unmethylated X-inactive specific transcript (XIST) gene, wherein: (i) when the naive PSC is a female PSC, then said naive female PSC has two unmethylated alleles of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (ii) when said naive PSC is a male PSC, then said naive male PSC has an unmethylated allele of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (i) when the naive PSC is a female PSC, then said naive female PSC has two unmethylated alleles of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (ii) when said naive PSC is a male PSC, then said naive male PSC has an unmethylated allele of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; the expression level of transcription factor E3 is characterized by a nucleus to cytoplasm expression ratio which is equal to or higher than 1 as determined by an immunostaining assay.
An immunoassay for determining the quantity of an analyte in a sample based on an antigen-antibody reaction between the analyte and an assay antibody or an assay antigen, wherein non-specific reactions are suppressed by the addition of an anti-human IgM monoclonal antibody that reacts specifically with human IgM and is capable of inducing immunoagglutination by itself based on an antigen-antibody reaction with human IgM in solution, or a functional fragment derived from said anti-human IgM antibody, wherein the functional fragment comprises a Fab region derived from the said anti-human IgM antibody, and wherein the analyte is not human IgM. wherein non-specific reactions are suppressed by the addition of an anti-human IgM monoclonal antibody that reacts specifically with human IgM and is capable of inducing immunoagglutination by itself based on an antigen-antibody reaction with human IgM in solution, or a functional fragment derived from said anti-human IgM antibody, wherein the functional fragment comprises a Fab region derived from the said anti-human IgM antibody, and wherein the analyte is not human IgM.
Method for producing a packaging laminate from a carrier film, onto which a fibrous material based on thermoplastic synthetic fibers is laminated by means of a lamination agent so as to produce a connection layer between the fibrous material and the carrier film, characterized in that the synthetic fibers of the fibrous material are melted completely in the region of a melting zone using a pressing part that is temperature-controlled to a pressing temperature (T A) in order to form a defined tear line in the region of the melting zone, the connection layer between the fibrous material and the carrier film also being melted.