mhurhangee/ep-ind-claims huggingface dataset:
A single-cell green alga of the Coccomyxa genus, characterized in that it belongs to the Coccomyxa actinabiotis species defined by the presence, in the 18S ribosomal RNA-ITS1-5.8S rRNA-ITS2-26S rRNA genes, of a sequence exhibiting at least 95% identity with the sequence SEQ ID NO: 1.
A primer pair, capable of amplifying a portion of CAstV genome wherein the primer pair oligonucleotide primer sequences have binding specificity to a precapsid region of the CAstV genome, the precapsid region defined as a 106 nucleotide region located at the 3' end of the polymerase gene and including the intergenic region between the polymerase gene (orf1b) and the capsid gene and the first four nucleotides of the capsid gene wherein the precapsid region has a polynucleotide sequence and the primer pair consists of oligonucleotide primer sequences: forward primer GCYGCTGCTGAAGAWATACAG (SEQ ID NO 1) and reverse primer CATCCCTCTACCAGATTTTCTGAAA (SEQ ID NO 3). forward primer GCYGCTGCTGAAGAWATACAG (SEQ ID NO 1) and reverse primer CATCCCTCTACCAGATTTTCTGAAA (SEQ ID NO 3).
A rotary connector device comprising: a rotor; a stator forming an annular space with the rotor between the rotor and the stator; and a flat cable accommodated in the annular space, of which both sides are pulled out outside of the annular space via the rotor and the stator, wherein the rotor comprises: a rotor main body made of a resin with high strength; and a rotor cover portion made of a resin with high lubricating properties, wherein the rotor main body comprises: a disc portion; and a cylindrical portion axially extending from the center of the disc portion, and the rotor cover portion comprises: a disc portion overlapping the disc portion of the rotor main body; and a cylindrical portion overlapping the cylindrical portion of the rotor main body, the disc portion and the cylindrical portion respectively facing the annular space. a rotor; a stator forming an annular space with the rotor between the rotor and the stator; and a flat cable accommodated in the annular space, of which both sides are pulled out outside of the annular space via the rotor and the stator, wherein a rotor main body made of a resin with high strength; and a rotor cover portion made of a resin with high lubricating properties, wherein a disc portion; and a cylindrical portion axially extending from the center of the disc portion, and a disc portion overlapping the disc portion of the rotor main body; and a cylindrical portion overlapping the cylindrical portion of the rotor main body, the disc portion and the cylindrical portion respectively facing the annular space.
A set comprising a first panel, a second panel and a mechanical locking device for locking the first panel to the second panel, wherein - the first panel comprises a first edge surface and a first panel surface, - the second panel comprises a second panel surface, - the first edge surface is facing the second panel surface in a locked position of the first and the second panel (10, 20a), - the mechanical locking device comprises a panel groove at the second panel surface, a flexible tongue positioned in the panel groove, a rod-shaped element at the first edge surface and an insertion groove at the second panel surface extending from the second panel surface to the panel groove, - the rod-shaped element is configured to be inserted into the insertion groove and the rod-shaped element comprises a recess, - the flexible tongue is configured to cooperate with the recess for a locking of the first panel to the second panel in a first direction which is perpendicular to the second panel surface, - the panel groove extending at an angle (α) in the second panel in view of the second panel surface, - a width of the panel groove in the second panel surface is smaller than a width of the first edge surface such that the first edge surface covers the panel groove when the first panel is locked towards the second panel, and - the width of the panel groove in the second panel surface is larger than a diameter of the rod-shaped element. - the first panel comprises a first edge surface and a first panel surface, - the second panel comprises a second panel surface, - the first edge surface is facing the second panel surface in a locked position of the first and the second panel (10, 20a), - the mechanical locking device comprises a panel groove at the second panel surface, a flexible tongue positioned in the panel groove, a rod-shaped element at the first edge surface and an insertion groove at the second panel surface extending from the second panel surface to the panel groove, - the rod-shaped element is configured to be inserted into the insertion groove and the rod-shaped element comprises a recess, - the flexible tongue is configured to cooperate with the recess for a locking of the first panel to the second panel in a first direction which is perpendicular to the second panel surface, - the panel groove extending at an angle (α) in the second panel in view of the second panel surface, - a width of the panel groove in the second panel surface is smaller than a width of the first edge surface such that the first edge surface covers the panel groove when the first panel is locked towards the second panel, and - the width of the panel groove in the second panel surface is larger than a diameter of the rod-shaped element.
A method for detecting the presence of a receiver in an inductively coupled power transfer system, the system including a transmitter comprising: a. an inductor for generating an alternating magnetic field; b. a converter for supplying an alternating current to the inductor; and c. a sensor for measuring the current supplied to the converter, wherein the method includes the steps of: i. switching on the converter at a first frequency; ii. measuring the amplitude of the current during the inrush period; and iii. determining whether the amplitude indicates that there is a receiver. a. an inductor for generating an alternating magnetic field; b. a converter for supplying an alternating current to the inductor; and c. a sensor for measuring the current supplied to the converter, wherein the method includes the steps of: i. switching on the converter at a first frequency; ii. measuring the amplitude of the current during the inrush period; and iii. determining whether the amplitude indicates that there is a receiver. i. switching on the converter at a first frequency; ii. measuring the amplitude of the current during the inrush period; and iii. determining whether the amplitude indicates that there is a receiver.
Visual light communication emitter for a vehicle, arranged to communicate a status of the vehicle, and comprising: - a first light emitter arranged to emit flash light which is modulated at a first target frequency in a dedicated non-visible spectrum, - a second light emitter arranged to emit flash light which is modulated at a second target frequency in the dedicated non-visible spectrum, and characterized in that a difference between the first target frequency and the second target frequency is predetermined, so as to authenticate the status of the vehicle. - a first light emitter arranged to emit flash light which is modulated at a first target frequency in a dedicated non-visible spectrum, - a second light emitter arranged to emit flash light which is modulated at a second target frequency in the dedicated non-visible spectrum, and
A flour mixture characterized in that the flour mixture contains one or more alpha-amylase/trypsin inhibitor reduced protein sources, one or more isolated ATI-reduced starch sources, optionally one or more hydrocolloids and/or optionally baking additives, and characterized in that the content of ATI 0.19 and/or the content of ATI 0.28 of the flour mixture is reduced by at least 40% compared to type 550 flour, and wherein the at least one protein source is selected from the group comprising cereal gluten protein, isolated wheat gluten, isolated gluten variants from spelt, rye, barley, emmer, oat or einkorn, isolated gluten components as well as mixtures thereof, and wherein additionally at least one or more baking additives are added which are selected from the group comprising sourdough, sourdough concentrate and/or dried sourdough.
A drawer receptacle for an item of furniture, having a base plate and at least one receptacle rail fixed in or to the base plate and by way of which the drawer receptacle is connected or is adapted to be connected to a movable rail of a drawer pull-out guide for the extendable support relative to a furniture carcass, wherein the receptacle rail includes a portion (8a, 8b, 8c) which bears against the underside of the base plate and which has a substantially Z-shaped or a substantially S-shaped cross-section with a lower horizontal limb and with an upper horizontal limb, wherein the lower horizontal limb and the upper horizontal limb are connected to one another by a substantially vertical limb, wherein the lower horizontal limb is configured to bear against or to be fixed to the underside of the base plate and the upper horizontal limb is configured to bear against or to be fixed in a recess formed in or on the base plate, characterized in that the substantially vertical limb has a lateral protrusion which extends substantially over the entire length of the base plate and which engages into a corresponding longitudinal groove of the base plate, wherein the receptacle rail can be fixed by fastening means, preferably by screws or fastening claws, to the underside of the base plate.
Electromagnetic actuator comprising a wire coil, an armature and a catch, wherein the armature can be moved in an actuation direction, and wherein the catch secures the armature within the electromagnetic actuator, wherein the catch is located inside the electromagnetic actuator and wherein the catch is elastic or elastically deflectable in a direction perpendicular to the actuation direction, characterized in that the catch is integrally formed with a component of the electromagnetic actuator, the component being the armature, the wire coil, a tube located between the armature and the wire coil, or a bobbin of the wire coil.
A blow molding method for molding a composite container, comprising: preparing a preform which includes a mouth part, a trunk part and a bottom part and is made of plastic material; preparing a plastic member which includes a trunk part in a tubular shape wherein the preform and the plastic member are formed of different members; arranging the plastic member having heat shrinkability outside the trunk part of the preform and setting the plastic member in close contact with an outer surface of the preform without adhering thereto, in such close contact that the plastic member 40a does not move or rotate with respect to the preform 10a, by heating the plastic member to cause heat shrinkage; heating the preform and the plastic member in a heating device, and inserting the preform and the plastic member in the blow molding die after the heating; and integrally inflating the preform and the plastic member by performing blow molding on the preform and the plastic member in the blow molding die. preparing a preform which includes a mouth part, a trunk part and a bottom part and is made of plastic material; preparing a plastic member which includes a trunk part in a tubular shape wherein the preform and the plastic member are formed of different members; arranging the plastic member having heat shrinkability outside the trunk part of the preform and setting the plastic member in close contact with an outer surface of the preform without adhering thereto, in such close contact that the plastic member 40a does not move or rotate with respect to the preform 10a, by heating the plastic member to cause heat shrinkage; heating the preform and the plastic member in a heating device, and inserting the preform and the plastic member in the blow molding die after the heating; and integrally inflating the preform and the plastic member by performing blow molding on the preform and the plastic member in the blow molding die.
A detergent composition comprising a subtilisin KL variant, wherein said variant comprises at least one mutation selected from the group consisting of: N62D P14T N18K *36D V83L A133P E136Q E136R E136K N140R N140K S141E S141N S141Y S141R T143R T143K S153R S156R A160R S162R S162K I165R I165K Y171R Y171K A172R A172K A174R N173R N173K A174K N76D Y176R Y176K A187R A187K S188P S190P Q191R Y192R Q191P Y192A Y192P D197N D197R D197E D197K D197G A228V A230V T260R T260K G264R G264K S265T S265R S265K N218S M222S M222A M222G M222T M222V M222S N243R V244R N248R K251R N252R N261R in combination with at least one lipase, amylase or cellulase. N62D P14T N18K *36D V83L A133P E136Q E136R E136K N140R N140K S141E S141N S141Y S141R T143R T143K S153R S156R A160R S162R S162K I165R I165K Y171R Y171K A172R A172K A174R N173R N173K A174K N76D Y176R Y176K A187R A187K S188P S190P Q191R Y192R Q191P Y192A Y192P D197N D197R D197E D197K D197G A228V A230V T260R T260K G264R G264K S265T S265R S265K N218S M222S M222A M222G M222T M222V M222S N243R V244R N248R K251R N252R N261R
A method of generating a time-of-flight, ToF, histogram in a ToF imaging system, the method comprising: providing a gray-coded time reference to a time-to-digital converter, TDC; receiving, by the TDC, a single photon avalanche diode, SPAD, activation event from an event signal; latching, by the TDC, the gray-coded time reference into a memory upon reception of the event signal; and updating a bin register of a histogram storage storing the ToF histogram, the bin register having an address based on the latched gray-coded time reference. providing a gray-coded time reference to a time-to-digital converter, TDC; receiving, by the TDC, a single photon avalanche diode, SPAD, activation event from an event signal; latching, by the TDC, the gray-coded time reference into a memory upon reception of the event signal; and updating a bin register of a histogram storage storing the ToF histogram, the bin register having an address based on the latched gray-coded time reference.
A cradle (102, 104) for supporting at least a section of a wind turbine blade, the cradle (102, 104) comprising at least one array of support members extending between a first end and a second end of said cradle (102, 104), wherein said support members comprise vacuum clamps arranged to receive a surface of said at least a section of a wind turbine blade characterised in that, the cradle (102, 104) comprises an open-framed cradle body, and said vacuum clamps are translationally moveable relative to said cradle body.
A method for determining a material optical property for optical metrology of a structure comprising: Providing a grating structure in a metrology system; simulating a set of diffraction orders for a grating structure based on two or more azimuth angles and on one or more angles of incidence; providing a simulated spectrum based on the set of diffraction orders; comparing the simulated spectrum to a sample spectrum, wherein the sample spectrum is generated from said grating structure comprising a plurality of material layers, and wherein measurement of the structure to provide the sample spectrum comprises measuring the structure at two different wavelengths; and determining, from comparing the simulated spectrum to the sample spectrum, the index of refractivity and coefficient of extinction material optical properties of said grating structure. Providing a grating structure in a metrology system; simulating a set of diffraction orders for a grating structure based on two or more azimuth angles and on one or more angles of incidence; providing a simulated spectrum based on the set of diffraction orders; comparing the simulated spectrum to a sample spectrum, wherein the sample spectrum is generated from said grating structure comprising a plurality of material layers, and wherein measurement of the structure to provide the sample spectrum comprises measuring the structure at two different wavelengths; and determining, from comparing the simulated spectrum to the sample spectrum, the index of refractivity and coefficient of extinction material optical properties of said grating structure.
A ray-based, centroid frequency shift Q tomography method for reconstructing a subsurface Q model from seismic data measured by receivers in a survey using a seismic source, comprising selecting a mathematical function to approximate the seismic source's amplitude spectrum, and using this to calculate the spectrum's centroid frequency shift due to earth attenuation, and relating said centroid frequency shift to attenuation as represented by the reciprocal of quality factor Q, and solving for Q or 1/ Q by iterative, linear optimization using a computer, characterized in that the optimization has box constraints to keep estimated Q values within depth-dependent ranges specified by upper boundaries and lower boundaries; the method further comprising using the solved -for values of Q or 1/ Q in seismic imaging for hydrocarbon exploration, or for hydrocarbon reservoir characterization.
A fill level measurement device for determining a fill level and/or for determining a surface structure of an object with an antenna device (201, 203), the antenna device comprising: a controller; an antenna array comprising: at least two transmission devices (202, 207) in predeterminable positions; at least two receiving devices (205, 207) in predeterminable positions; wherein the controller is configured to alternately (t1, t2, t3, t4) individually excite the at least two transmission devices (202, 207) for transmission, such that each of the at least two receiving devices (205, 207) receives a transmission signal generated and transmitted by each of the at least two transmission devices; and wherein the controller is further configured to excite the at least two transmission devices jointly at a predeterminable moment, such that each of the transmission devices transmits a transmission signal, wherein the transmission signals are coherent with respect to each other, such that, due to a superposition of the two transmission signals transmitted by the at least two transmission devices, each of the at least two receiving devices receives a transmission signal generated by a single virtual transmission device; wherein the virtual transmission device is arranged in a predeterminable position which differs from the predeterminable positions of the at least two transmission devices (205, 207). a controller; an antenna array comprising: at least two transmission devices (202, 207) in predeterminable positions; at least two receiving devices (205, 207) in predeterminable positions; at least two transmission devices (202, 207) in predeterminable positions; at least two receiving devices (205, 207) in predeterminable positions; wherein the controller is configured to alternately (t1, t2, t3, t4) individually excite the at least two transmission devices (202, 207) for transmission, such that each of the at least two receiving devices (205, 207) receives a transmission signal generated and transmitted by each of the at least two transmission devices; and wherein the controller is further configured to excite the at least two transmission devices jointly at a predeterminable moment, such that each of the transmission devices transmits a transmission signal, wherein the transmission signals are coherent with respect to each other, such that, due to a superposition of the two transmission signals transmitted by the at least two transmission devices, each of the at least two receiving devices receives a transmission signal generated by a single virtual transmission device; wherein the virtual transmission device is arranged in a predeterminable position which differs from the predeterminable positions of the at least two transmission devices (205, 207).
A fabric for detecting a L-asparagine amino acid in a sample, wherein the fabric comprises: a plurality of silica fibers; an ionic liquid linked to the plurality of silica fibers by a spacer arm, wherein the ionic liquid comprises a quaternary ammonium cation and a chloride as counterion; and a L-asparaginase enzyme immobilized in the plurality of silica fibers through the ionic liquid; wherein the spacer arm comprises a compound with formula C x H y ClO 3 Si, selected from a list comprising (3-Chloropropyl)trimethoxysilane (C 6 H 15 ClO 3 Si), (3-Chloropropyl)triethoxysilane (C 9 H 21 ClO 3 Si), (Chloromethyl)trimethoxysilane (C 4 H 11 ClO 3 Si), (Chloromethyl)triethoxysilane (C 7 H 17 ClO 3 Si), (2-Chloroethyl)trimethoxysilane (C 5 H 13 ClO 3 Si), (2-Chloroethyl)triethoxysilane (C 8 H 19 ClO 3 Si), (4-Chlorobutyl)trimethoxysilane (C 7 H 17 ClO 3 Si), (4-Chlorobutyl)triethoxysilane (C 10 H 23 ClO 3 Si), or combinations thereof; and wherein the fabric is configured to change color in the presence of L-asparagine in the sample after the addition of a revealing solution. a plurality of silica fibers; an ionic liquid linked to the plurality of silica fibers by a spacer arm, wherein the ionic liquid comprises a quaternary ammonium cation and a chloride as counterion; and a L-asparaginase enzyme immobilized in the plurality of silica fibers through the ionic liquid; wherein the spacer arm comprises a compound with formula C x H y ClO 3 Si, selected from a list comprising (3-Chloropropyl)trimethoxysilane (C 6 H 15 ClO 3 Si), (3-Chloropropyl)triethoxysilane (C 9 H 21 ClO 3 Si), (Chloromethyl)trimethoxysilane (C 4 H 11 ClO 3 Si), (Chloromethyl)triethoxysilane (C 7 H 17 ClO 3 Si), (2-Chloroethyl)trimethoxysilane (C 5 H 13 ClO 3 Si), (2-Chloroethyl)triethoxysilane (C 8 H 19 ClO 3 Si), (4-Chlorobutyl)trimethoxysilane (C 7 H 17 ClO 3 Si), (4-Chlorobutyl)triethoxysilane (C 10 H 23 ClO 3 Si), or combinations thereof; and wherein the fabric is configured to change color in the presence of L-asparagine in the sample after the addition of a revealing solution.