mhurhangee/ep-ind-claims huggingface dataset:
A switch-mode power supply for a gas appliance or an electric appliance for domestic use, the switch-mode power supply comprising a rectifier and filter block connected to a mains supply, and a transformer the primary winding of which is connected to a control circuit, for example an oscillator circuit, and of which the secondary winding is connected to a control circuit of said appliance, said secondary winding being connected to an electrical circuit branch defining a flyback configuration, to enable a low voltage signal to be generated for feeding said appliance control circuit, said switch-mode power supply comprising a further electrical circuit branch connected to said secondary winding in order to enable the secondary winding to be used in a forward circuit configuration, said further electrical circuit branch generating a high voltage, the further electrical circuit branch in forward configuration comprising a further winding or auxiliary winding of the secondary winding of the transformer, characterized in that said auxiliary winding is in a circuit portion comprising at least a diode located between a first part of the secondary winding and the auxiliary winding of the latter, a capacitor and possibly a resistor connected to the further electrical circuit branch.
A method for tiered storage processing of data, comprising: monitoring a data access frequency of a migration unit in a lower-tier disk, wherein the migration unit comprises multiple migration subunits; determining that the data access frequency of the migration unit has reached a first access threshold value; moving the migration unit to a higher-tier disk after the data access frequency of the migration unit reaches above the first access threshold value; monitoring a data access frequency of each of the migration subunits in the migration unit before splitting the migration unit, rather than detecting the data access frequency of the migration unit; identifying one or more of the migration subunits, whose access frequency falls below a second access threshold value; splitting the migration unit into the multiple migration subunits when the one or more of the migration subunits' access frequency falls below the second access threshold value; moving the identified one or more migration subunits to the lower-tier disk; and combining all of the multiple migration subunits into the migration unit after each of the multiple migration subunits is moved to the lower-tier disk. monitoring a data access frequency of a migration unit in a lower-tier disk, wherein the migration unit comprises multiple migration subunits; determining that the data access frequency of the migration unit has reached a first access threshold value; moving the migration unit to a higher-tier disk after the data access frequency of the migration unit reaches above the first access threshold value; monitoring a data access frequency of each of the migration subunits in the migration unit before splitting the migration unit, rather than detecting the data access frequency of the migration unit; identifying one or more of the migration subunits, whose access frequency falls below a second access threshold value; splitting the migration unit into the multiple migration subunits when the one or more of the migration subunits' access frequency falls below the second access threshold value; moving the identified one or more migration subunits to the lower-tier disk; and combining all of the multiple migration subunits into the migration unit after each of the multiple migration subunits is moved to the lower-tier disk.
A composition comprising a sufficient amount of curcumin, a sufficient amount of an emulsifier and a sufficient amount of citric acid, the said composition being for use as a medicament, wherein the sufficient amount of the curcumin is comprised between 2 mg and 200 mg, wherein either the emulsifier has a low viscosity at 25°C of 0.100-0.800 N.s.m -2 (Pa.s), combined to a medium to high hydrophilic-lipophilic balance, the medium hydrophilic-lipophilic balance being 6-10 and the high hydrophilic-lipophilic balance being 11-25, and a sufficient amount of said low viscosity emulsifier is comprised between 400 mg and 700 mg, the sufficient amount of curcumin is comprised between 10 mg and 100 mg, the ratio of curcumin to the low viscosity emulsifier is comprised between 5:95 and 15:85 (w:w), the citric acid being present at a concentration comprised between 1 mg and 10 mg, the emulsifier being Polysorbate 80; or the emulsifier has a high viscosity at 50°C comprised between 75.0 and 175.0 N.s.m -2 (Pa.s), combined to a medium to high hydrophilic-lipophilic balance, the medium hydrophilic-lipophilic balance being 6-10 and the high hydrophilic-lipophilic balance being 11-25, and a sufficient amount of said high viscosity emulsifier is comprised between 200 mg and 500 mg, the sufficient amount of curcumin is comprised between 5 mg and 50 mg, the ratio of curcumin to the high viscosity emulsifier is comprised between 5:95 and 15:85 (w:w), the citric acid being present at a content comprised between 1 mg and 10 mg, the emulsifier being Polysorbate 60.
Optical device, which is embodied to implement fluorescence examinations of a sample, in particular a widefield microscope or a fluorescence reader having an illumination device with at least four semiconductor radiation sources (18; 36; 39) for emission of optical radiation in different emission wavelength ranges in each case, wherein at least one colour splitter (22.1, 22.2, 22.3; 37.1, 37.2, 37.3, 37.4; 40.1,...40.7) in each case is assigned to at least three of the semiconductor radiation sources (18; 36; 39), which colour splitter is reflective for optical radiation of the respective semiconductor radiation source (18; 36; 39), wherein the semiconductor radiation sources (18; 36; 39) and the colour splitters (22.1, 22.2, 22.3; 37.1, 37.2, 37.3, 37.4; 40.1,...40.7) are arranged so that the optical radiation emitted by each of the semiconductor radiation sources (18; 36; 39) respectively is coupled into a common illumination beam path section, wherein all of the semiconductor radiation sources (18; 36; 39) have the same distance to the last colour splitter (37.4), wherein a collimation apparatus (20.1, 20.2, 20.3, 20.4) is arranged in each of the beam path sections from the semiconductor radiation sources (18; 36; 39) to the colour splitters (22.1, 22.2, 22.3; 37.1, 37.2, 37.3, 37.4; 40.1,...40.7) and collimates the optical radiation emitted by the respective semiconductor radiation source (18; 36; 39), wherein in at least one beam path section from one of the semiconductor radiation sources (18; 36; 39) to one of the colour splitters (22.1, 22.2, 22.3; 37.1, 37.2, 37.3, 37.4; 40.1,...40.7) at least one excitation band filter (21.1,..., 21.7) is arranged between the collimation apparatus (20.1, 20.2, 20.3, 20.4) that is arranged in the beam path section and the colour splitter (22.1, 22.2, 22.3; 37.1, 37.2, 37.3, 37.4; 40.1,...40.7) and for this purpose comprises at least one multiband emission filter or filter set in a detection beam path for fluorescence radiation emitted from a sample.
A method for punching in and attaching a fastener element to a planar workpiece, in particular to a sheet metal part, wherein a movably arranged die plunger of a die button is pressed with a predetermined pressing force against the workpiece during the punching of the fastener element into the workpiece, characterized in that the pressing force is adapted such that the die plunger first moves when a slug has been cut out of the workpiece by a piercing section of the fastener element and a fastener section of the fastener element is deformed by a shaping surface of the die plunger.
Electrical energy supply device for an electric vehicle, especially a railway vehicle, comprising: - an electrical energy converter comprising: + at least two input terminals, and two output terminals, + for each input terminal a switching arm comprising two switching half-arms which are connected in series between the two output terminals and connected together at an intermediate point, the intermediate point being connected to said input terminal, each switching half-arm comprising at least one switching device, and + a control module configured to control the switching devices, - at least two first connection terminals which are to be connected to a first source of alternating electrical energy, and - a second and a third connection terminal (28, 29) which are to be connected to a second source of direct electrical energy, characterised in that it further comprises a switching module connected between the first connection terminals, the second connection terminal and the input terminals of the converter, the switching module being capable of switching between a first configuration in which each of the first connection terminals is connected to a respective input terminal of the converter, and a second configuration in which the second connection terminal is connected to at least two separate input terminals of the converter, and in that the control module is configured to function in accordance with a first conversion mode when the switching module is in the first configuration and in accordance with a second conversion mode when the switching module is in the second configuration. - an electrical energy converter comprising: + at least two input terminals, and two output terminals, + for each input terminal a switching arm comprising two switching half-arms which are connected in series between the two output terminals and connected together at an intermediate point, the intermediate point being connected to said input terminal, each switching half-arm comprising at least one switching device, and + a control module configured to control the switching devices, + at least two input terminals, and two output terminals, + for each input terminal a switching arm comprising two switching half-arms which are connected in series between the two output terminals and connected together at an intermediate point, the intermediate point being connected to said input terminal, each switching half-arm comprising at least one switching device, and + a control module configured to control the switching devices, - at least two first connection terminals which are to be connected to a first source of alternating electrical energy, and - a second and a third connection terminal (28, 29) which are to be connected to a second source of direct electrical energy,
An in vitro method for increasing the expression of fetal hemoglobin (HbF) in human hematopoietic stem cells, comprising: disrupting a BCL11A genomic region from 0-15 nucleotides upstream of the CTTCCT sequence to 0-15 nucleotides downstream of the CTTCCT sequence in the chromosome 2 in the hematopoietic stem cells by gene editing technology, wherein the BCL11A genomic region is located in a region from chr2:60495236 to chr2:60495271, wherein the gene editing technology is a CRISPR/Cas9 gene editing technology, comprising introducing an sgRNA comprising a sequence selected from any one of SEQ ID NOs: 3, 4, 8 and 33-63 into the hematopoietic stem cells to edit the BCL11A genomic region, and wherein the sgRNA and a Cas9-encoding mRNA are co-introduced into the hematopoietic stem cells by electroporation. disrupting a BCL11A genomic region from 0-15 nucleotides upstream of the CTTCCT sequence to 0-15 nucleotides downstream of the CTTCCT sequence in the chromosome 2 in the hematopoietic stem cells by gene editing technology, wherein the BCL11A genomic region is located in a region from chr2:60495236 to chr2:60495271, wherein the gene editing technology is a CRISPR/Cas9 gene editing technology, comprising introducing an sgRNA comprising a sequence selected from any one of SEQ ID NOs: 3, 4, 8 and 33-63 into the hematopoietic stem cells to edit the BCL11A genomic region, and wherein the sgRNA and a Cas9-encoding mRNA are co-introduced into the hematopoietic stem cells by electroporation.
An immunological test method comprising: a concentration step of concentrating an antigen-containable solution by mixing the antigen-containable solution with a superabsorbent polymer to obtain an antigen-concentrated solution by incorporating impurities including urea contained in the antigen-containable solution together with water into the superabsorbent polymer; and a detection step of detecting an antigen in the antigen-concentrated solution using an antigen-antibody reaction, wherein the swelling ratio of the superabsorbent polymer ranges from including 20 g/g to including 500 g/g, wherein the swelling ration is defined as grams of water retained by one gram of the superabsorbent polymer, and an antibody that is used in the antigen-antibody reaction is a monoclonal antibody, wherein the superabsorbent polymer is a polyacrylic acid-based, polyacrylamide-based, cellulose-based, or polyethylene oxide-based polymer, wherein the antigen-containable solution is urine, wherein a concentration of urea in the antigen-concentrated solution is 5 times or less with respect to a concentration of urea in the antigen-containable solution. a concentration step of concentrating an antigen-containable solution by mixing the antigen-containable solution with a superabsorbent polymer to obtain an antigen-concentrated solution by incorporating impurities including urea contained in the antigen-containable solution together with water into the superabsorbent polymer; and a detection step of detecting an antigen in the antigen-concentrated solution using an antigen-antibody reaction, wherein the swelling ratio of the superabsorbent polymer ranges from including 20 g/g to including 500 g/g, wherein the swelling ration is defined as grams of water retained by one gram of the superabsorbent polymer, and an antibody that is used in the antigen-antibody reaction is a monoclonal antibody, wherein the superabsorbent polymer is a polyacrylic acid-based, polyacrylamide-based, cellulose-based, or polyethylene oxide-based polymer, wherein the antigen-containable solution is urine, wherein a concentration of urea in the antigen-concentrated solution is 5 times or less with respect to a concentration of urea in the antigen-containable solution.
A glazing comprising a transparent substrate coated with a stack of thin layers comprising at least one silver-based functional metal layer and at least two antireflective coatings, each antireflective coating comprising at least one dielectric layer, so that each functional metal layer is positioned between two antireflective coatings, characterized in that the stack comprises: - at least one antireflective coating comprising a dielectric layer capable of generating defects of hole type chosen from layers based on titanium oxide, on niobium oxide and on tin oxide, and having a thickness greater than 5 nm, the antireflective coating being located below a silver-based functional metal layer, and - at least one blocking layer based on titanium oxide exhibiting a thickness of greater than 1 nm and lower than 4,5 nm, the blocking layer being located between the antireflective coating comprising a dielectric layer capable of generating defects of hole type and a silver-based functional metal layer, immediately in contact with the silver-based functional metal layer. - at least one antireflective coating comprising a dielectric layer capable of generating defects of hole type chosen from layers based on titanium oxide, on niobium oxide and on tin oxide, and having a thickness greater than 5 nm, the antireflective coating being located below a silver-based functional metal layer, and - at least one blocking layer based on titanium oxide exhibiting a thickness of greater than 1 nm and lower than 4,5 nm, the blocking layer being located between the antireflective coating comprising a dielectric layer capable of generating defects of hole type and a silver-based functional metal layer, immediately in contact with the silver-based functional metal layer.
Detection method using recombinant living cells for detecting such xenobiotic substances which on being brought into contact with living cells by way of at least one promotor P i active in living cells bring about activation or upregulation of the expression of at least one gene sequence section a i which codes for at least one functional protein A i with a known function, wherein the gene sequence section a i through fusion with at least one marker protein gene m i, which for at least one marker protein M i with known marker properties that does not influence the coding of the functional protein A i, is recombinantly modified and codes the gene fusion construct a i -m i for a fusion protein A i -M i of the at least one functional protein A i and the at least one marker protein M i and wherein a boosted presence of the at least one marker protein M i as a cell reaction is integrally recorded through detection of its marker properties.
A joint box comprising: a base unit and a cover mounted on said base unit, and further including locking devices (17, 18, 19, 21) for locking the base unit and the cover, wherein said joint box further includes a partition wall, a front wall and a rear wall each standing vertically from a bottom wall, and wherein the partition wall is provided with a pair of said locking devices; a pair of said first locking devices is provided at an outer surface of the front wall; characterized in that: said base unit includes separately a joint portion comprising pressure-contact terminals with which electrical wires are press-fitted and connected with each other and a wire bundle portion for passing the electrical wires therethrough to bundle the electrical wires, the joint portion and the wire bundle portion being separated by the partition wall, whereby said cover covers said joint portion and said wire bundle portion; and in that a pair of said second locking devices is provided at a top edge of the front wall; and a pair of said locking devices is provided on the rear wall. a base unit and a cover mounted on said base unit, and further including locking devices (17, 18, 19, 21) for locking the base unit and the cover, wherein said joint box further includes a partition wall, a front wall and a rear wall each standing vertically from a bottom wall, and wherein the partition wall is provided with a pair of said locking devices; a pair of said first locking devices is provided at an outer surface of the front wall; said base unit includes separately a joint portion comprising pressure-contact terminals with which electrical wires are press-fitted and connected with each other and a wire bundle portion for passing the electrical wires therethrough to bundle the electrical wires, the joint portion and the wire bundle portion being separated by the partition wall, whereby said cover covers said joint portion and said wire bundle portion; and in that a pair of said second locking devices is provided at a top edge of the front wall; and a pair of said locking devices is provided on the rear wall.
A cable comprising at least two sections wherein a first section A of the cable comprises a core, a PCM layer surrounding the core and one or more layer(s) of a protective polymer surrounding the PCM layer and a section B comprising a core, a thermoplastic polymer layer and one or more layer(s) of a protective polymer surrounding the thermoplastic polymer layer wherein a) the PCM layer consists of a PCM composition, b) the core consists of a filament, yarn, strand or wire made of a natural or synthetic polymeric material or a metal, and c) the thermoplastic polymer layer consists of a thermoplastic polymer composition; wherein the thermoplastic polymer layer is a bead that segregates the PCM layer. a) the PCM layer consists of a PCM composition, b) the core consists of a filament, yarn, strand or wire made of a natural or synthetic polymeric material or a metal, and c) the thermoplastic polymer layer consists of a thermoplastic polymer composition;
An illumination apparatus, comprising: an LED-based light source comprising at least one first LED for generating first radiation having a first spectrum and at least one second LED for generating second radiation having a second spectrum different from the first spectrum; an optic coupled to the LED-based light source; a heat sink coupled to the LED-based light source; a base for mechanically and electrically engaging with a socket; an electric circuitry comprising a power converter for providing power factor correction and the operating voltage; and a housing comprising an electrically non-conducting material and mechanically coupled to the base, wherein the LED-based light source, the optic, and the heat sink are disposed within the housing; characterized in that a temperature sensor is disposed proximate to the LED-based light source for generating a temperature signal; the power converter is a switching power supply receiving the temperature as to control the first current through the at least one first LED and/or the second current through the at least one second LED, such that the first and the second current may be different. an LED-based light source comprising at least one first LED for generating first radiation having a first spectrum and at least one second LED for generating second radiation having a second spectrum different from the first spectrum; an optic coupled to the LED-based light source; a heat sink coupled to the LED-based light source; a base for mechanically and electrically engaging with a socket; an electric circuitry comprising a power converter for providing power factor correction and the operating voltage; and a housing comprising an electrically non-conducting material and mechanically coupled to the base, wherein the LED-based light source, the optic, and the heat sink are disposed within the housing; characterized in that a temperature sensor is disposed proximate to the LED-based light source for generating a temperature signal; the power converter is a switching power supply receiving the temperature as to control the first current through the at least one first LED and/or the second current through the at least one second LED, such that the first and the second current may be different.
An aircraft wing rib, comprising: a structural rib section to which a wing skin can be attached; and a suction conduit to which, in use, a negative pressure can be applied so as to cause air to be drawn through suction holes provided in the outer surface of the wing skin, characterised in that the suction conduit comprises an open channel defined by the structural rib section, and wherein, in use, the open channel is closed by the attachment of the wing skin to the structural rib section. a structural rib section to which a wing skin can be attached; and a suction conduit to which, in use, a negative pressure can be applied so as to cause air to be drawn through suction holes provided in the outer surface of the wing skin, characterised in that the suction conduit comprises an open channel defined by the structural rib section, and wherein, in use, the open channel is closed by the attachment of the wing skin to the structural rib section.