mhurhangee/ep-ind-claims huggingface dataset:
A wireless IC device comprising: a wireless IC chip; a power supply circuit board connected to the wireless IC chip and including a power supply circuit having a resonance circuit having a predetermined resonance frequency; and a radiation plate arranged to perform at least one of radiation of a transmission signal supplied from the power supply circuit, and receiving of a reception signal and supplying the reception signal to the power feeding circuit, wherein the power supply circuit board is provided with a second board-side electrode pattern, wherein the power supply circuit board is connected to the radiation plate by DC connection between the second board-side electrode pattern and the radiation plate, wherein a frequency of the transmission signal and a frequency of the reception signal are substantially determined on the basis of the resonance frequency of the resonance circuit; characterized by: the power supply circuit board being a multilayer board made of a plurality of dielectric layers (11A-G) or magnetic layers, and the resonance circuit being a lumped constant resonance circuit including a capacitor pattern and an inductor pattern. a wireless IC chip; a power supply circuit board connected to the wireless IC chip and including a power supply circuit having a resonance circuit having a predetermined resonance frequency; and a radiation plate arranged to perform at least one of radiation of a transmission signal supplied from the power supply circuit, and receiving of a reception signal and supplying the reception signal to the power feeding circuit, wherein the power supply circuit board is provided with a second board-side electrode pattern, wherein the power supply circuit board is connected to the radiation plate by DC connection between the second board-side electrode pattern and the radiation plate, wherein a frequency of the transmission signal and a frequency of the reception signal are substantially determined on the basis of the resonance frequency of the resonance circuit; characterized by: the power supply circuit board being a multilayer board made of a plurality of dielectric layers (11A-G) or magnetic layers, and the resonance circuit being a lumped constant resonance circuit including a capacitor pattern and an inductor pattern. the power supply circuit board being a multilayer board made of a plurality of dielectric layers (11A-G) or magnetic layers, and the resonance circuit being a lumped constant resonance circuit including a capacitor pattern and an inductor pattern.
A coated composition for feeding a ruminant, the composition comprising: A) a core comprising or consisting of a biologically active ingredient selected from the group consisting of i) amino acids, N-acylamino acids, N-guanylamino acids, and/or salts thereof and/or 2-hydroxy-4-(methyl)butyric acid calcium salt, ii) proteins, iii) peptides, iv) carbohydrates, v) vitamins, vi) probiotic microorganisms, vii) prebiotic foods, viii) choline and salts thereof, ix) polyunsaturated fatty acids (PUFAs), and salts thereof, and x) any combination of the above components i) to ix); and B) a coating encapsulating said core, the coating constituting 1 to 15 % of the total weight of the coated composition, and comprising or consisting of 85 to 95% wt./wt. of a film-forming agent and 5 to 15 % wt./wt. of an additive, wherein the film-forming agent is ethyl cellulose; and the additive is selected from an acetic ester of monoglycerides and triethyl citrate. A) a core comprising or consisting of a biologically active ingredient selected from the group consisting of i) amino acids, N-acylamino acids, N-guanylamino acids, and/or salts thereof and/or 2-hydroxy-4-(methyl)butyric acid calcium salt, ii) proteins, iii) peptides, iv) carbohydrates, v) vitamins, vi) probiotic microorganisms, vii) prebiotic foods, viii) choline and salts thereof, ix) polyunsaturated fatty acids (PUFAs), and salts thereof, and x) any combination of the above components i) to ix); and B) a coating encapsulating said core, the coating constituting 1 to 15 % of the total weight of the coated composition, and comprising or consisting of 85 to 95% wt./wt. of a film-forming agent and 5 to 15 % wt./wt. of an additive, wherein the film-forming agent is ethyl cellulose; and the additive is selected from an acetic ester of monoglycerides and triethyl citrate. the coating constituting 1 to 15 % of the total weight of the coated composition, and comprising or consisting of 85 to 95% wt./wt. of a film-forming agent and 5 to 15 % wt./wt. of an additive, wherein the film-forming agent is ethyl cellulose; and the additive is selected from an acetic ester of monoglycerides and triethyl citrate.
A computer-implemented method, comprising: receiving, at a Domain Name System, DNS, system, a redirected target domain DNS query from a receiving email system, the redirected target domain DNS query generated by the receiving email system based on parsing Sender Policy Framework, SPF, macro statements in a DNS TXT record published at a DNS server of an email domain owner system, the redirected target domain DNS query including identifying information of a delivering email system, the identifying information comprising at least one of an extended HELO, EHLO, name and an Internet Protocol address of the delivering email system; extracting the identifying information from the redirected target domain DNS query; determining an identity of the delivering email system from a list of delivering organizations based on the extracted identifying information by accessing a database that associates identifying information with delivering organizations; generating, in response to determining that the identified delivering email system is authorized to deliver email on behalf of the email domain owner system, a DNS record usable in accordance with SPF for indicating that the delivering email system is an authorized sender of email for the email domain owner system; and transmitting the DNS record to the receiving email system. receiving, at a Domain Name System, DNS, system, a redirected target domain DNS query from a receiving email system, the redirected target domain DNS query generated by the receiving email system based on parsing Sender Policy Framework, SPF, macro statements in a DNS TXT record published at a DNS server of an email domain owner system, the redirected target domain DNS query including identifying information of a delivering email system, the identifying information comprising at least one of an extended HELO, EHLO, name and an Internet Protocol address of the delivering email system; extracting the identifying information from the redirected target domain DNS query; determining an identity of the delivering email system from a list of delivering organizations based on the extracted identifying information by accessing a database that associates identifying information with delivering organizations; generating, in response to determining that the identified delivering email system is authorized to deliver email on behalf of the email domain owner system, a DNS record usable in accordance with SPF for indicating that the delivering email system is an authorized sender of email for the email domain owner system; and transmitting the DNS record to the receiving email system.
A dual fuel system for a vehicle capable of being propelled by two different fuels, the system comprising: at least one supply tank having a first compartment and a second compartment for supplying a first fuel (14, 18) and a second fuel, respectively; a fuel rail capable of delivering the first fuel and the second fuel to fuel injectors; at least one fuel line connecting the first and second compartments of the supply tank to the fuel rail; at least one valve disposed along the at least one fuel line for selectively distributing the first and second fuels from the supply tank to the fuel rail; an evacuation or auxiliary holding tank; an evacuation line having an inlet fluidly connected to the fuel rail, and an outlet fluidly connected to the evacuation tank; and an evacuation valve disposed along the evacuation line for selectively communicating fuel from the fuel rail to the evacuation tank; characterized in that at least one controller programmed to (i) open the evacuation valve to evacuate the second fuel from the fuel rail into the evacuation tank in response to an engine-OFF signal, (ii) subsequently open the at least one valve to deliver the first fuel (14, 18) into the fuel rail, and (iii) controllably inject the first fuel (14, 18) via the fuel injectors at a first rate in response to an engine-ON signal. at least one supply tank having a first compartment and a second compartment for supplying a first fuel (14, 18) and a second fuel, respectively; a fuel rail capable of delivering the first fuel and the second fuel to fuel injectors; at least one fuel line connecting the first and second compartments of the supply tank to the fuel rail; at least one valve disposed along the at least one fuel line for selectively distributing the first and second fuels from the supply tank to the fuel rail; an evacuation or auxiliary holding tank; an evacuation line having an inlet fluidly connected to the fuel rail, and an outlet fluidly connected to the evacuation tank; and an evacuation valve disposed along the evacuation line for selectively communicating fuel from the fuel rail to the evacuation tank; characterized in that at least one controller programmed to (i) open the evacuation valve to evacuate the second fuel from the fuel rail into the evacuation tank in response to an engine-OFF signal, (ii) subsequently open the at least one valve to deliver the first fuel (14, 18) into the fuel rail, and (iii) controllably inject the first fuel (14, 18) via the fuel injectors at a first rate in response to an engine-ON signal.
Master mounting for a hydraulic brake or coupling, which has a brake lever and a cylinder housing where a piston is slidably arranged which is connected to the brake lever via a spindle, the master mounting having an adjustment device for adjusting the handle width and the pressure point, characterized in that the adjustment device includes an actuation member designed to adjust the handle width in a first position and the pressure point in a second position.
An installation structure for a lithium-ion battery box of an electric vehicle, comprising a battery box body and a frame oblique beam, wherein the box body is composed of an upper cover and a lower cover; the upper cover and the lower cover are vertically arranged in parallel; a jack is made in the front end of the battery box body; an installation groove is made in the frame oblique beam; a front battery box base is installed in the front installation groove; a bolt driven through a key is arranged at one side of the left end of the installation groove; and locking fixation between the battery box body and the frame oblique beam is realized by inserting the bolt into the jack; an upwards-bulged arc-shaped limit groove is made in the axis of the middle part of the lower cover of the box body; the installation groove of the frame oblique beam is an installation groove with a horizontal opening; a limit bulge adaptive to the arc-shaped limit groove is made on the groove bottom of the installation groove; and installation for the battery box body and a frame sectional material is realized through embedding for the arc-shaped limit groove and the limit bulge; characterized in that one or more grooves arranged along the length direction of the arc-shaped limit groove are formed in the arc-shaped limit groove, a U-shaped spring piece is fixedly installed in each groove through a screw, and the two ends of each U-shaped spring piece are abutted against the limit bulge of the installation groove.
A multi-layer occluder for treating a target site within the body, the occluder comprising: a first layer (20, 24, 702, 802) having a preset expanded shape comprising braided strands of metallic material; and a second layer (22, 704, 808, 900) coupled to said first layer and comprising braided strands of polymeric material and metallic material, wherein the occluder is configured to be constrained to a reduced shape through the application of force and to subsequently assume an expanded shape when the force is removed; characterised in that: the second layer is braided such that the strands of polymeric material are at least partially flattened from a substantially circular cross-section to a substantially rectangular cross section. a first layer (20, 24, 702, 802) having a preset expanded shape comprising braided strands of metallic material; and a second layer (22, 704, 808, 900) coupled to said first layer and comprising braided strands of polymeric material and metallic material, wherein the occluder is configured to be constrained to a reduced shape through the application of force and to subsequently assume an expanded shape when the force is removed; characterised in that: the second layer is braided such that the strands of polymeric material are at least partially flattened from a substantially circular cross-section to a substantially rectangular cross section. the second layer is braided such that the strands of polymeric material are at least partially flattened from a substantially circular cross-section to a substantially rectangular cross section.
A method for manufacturing high strength steel sheets, comprising continuous annealing of a steel sheet which includes, in terms of mass%, C at 0.01 to 0.18%, Si at 0.4 to 2.0%, Mn at 1.0 to 3.0%, Al at 0.001 to 1.0%, P at 0.005 to 0.060% and S at ≤ 0.01%, optionally further one or more elements selected from B at 0.001 to 0.005%, Nb at 0.005 to 0.05%, Ti at 0.005 to 0.05%, Cr at 0.001 to 1.0%, Mo at 0.05 to 1.0%, Cu at 0.05 to 1.0% and Ni at 0.05 to 1.0%, the balance being represented by Fe and inevitable impurities, controlling the dew-point of the annealing atmosphere with respect to an annealing furnace inside temperature including setting the dew-point greater than -40°C when the annealing furnace inside temperature is less than 750°C, and setting the dew-point of the annealing atmosphere less than or equal to -40°C when the annealing furnace inside temperature is greater than or equal to 750°C.
A positive electrode, comprising: a current collector; and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer comprises granules in which a positive electrode active material, a dry conductive material and a dry binder are aggregated, the dry conductive material is at least one of a carbon nanotube and a carbon fiber, and the positive electrode has a thickness deviation of 5 μm or less, wherein the carbon nanotube is a bundle shape carbon nanotube in which a plurality of carbon nanotube unit bodies are aggregated, and average diameters of the carbon nanotube unit bodies are 5 nm to 100 nm, wherein the average length of the carbon fiber is 1 um to 50 μm. a current collector; and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer comprises granules in which a positive electrode active material, a dry conductive material and a dry binder are aggregated, the dry conductive material is at least one of a carbon nanotube and a carbon fiber, and the positive electrode has a thickness deviation of 5 μm or less,
An auricular structure, comprising a skirt, comprising an outer surface further comprising an outer surface contact area for engaging at least a part of an inner part of an outer boundary of a concha of a pinna, wherein the outer boundary is at least one from the group comprising antihelix, tragus, antitragus, and crus of helix, an inner surface opposite of the outer surface, and an outer skirt edge, and a counter pressure member for contacting parts of the pinna to counter a force caused by the skirt, wherein said auricular structure further comprises a housing comprising a hearing element, wherein said housing is provided with said counter pressure member for engaging at least parts of the concha, said counter pressure member being a nozzle extending from said housing and being adapted to make contact with an entrance of an ear canal of said concha, wherein the skirt does not contact a floor of the concha when the auricular structure is inserted into an ear, characterized in that said skirt is slanted such that, when the auricular structure is inserted into the ear and as seen in a direction from said housing towards said outer skirt edge, said skirt is slanted in a direction towards said floor of said concha. a skirt, comprising an outer surface further comprising an outer surface contact area for engaging at least a part of an inner part of an outer boundary of a concha of a pinna, wherein the outer boundary is at least one from the group comprising antihelix, tragus, antitragus, and crus of helix, an inner surface opposite of the outer surface, and an outer skirt edge, and an outer surface further comprising an outer surface contact area for engaging at least a part of an inner part of an outer boundary of a concha of a pinna, wherein the outer boundary is at least one from the group comprising antihelix, tragus, antitragus, and crus of helix, an inner surface opposite of the outer surface, and an outer skirt edge, and a counter pressure member for contacting parts of the pinna to counter a force caused by the skirt, wherein said auricular structure further comprises a housing comprising a hearing element, wherein said housing is provided with said counter pressure member for engaging at least parts of the concha, said counter pressure member being a nozzle extending from said housing and being adapted to make contact with an entrance of an ear canal of said concha, wherein the skirt does not contact a floor of the concha when the auricular structure is inserted into an ear, characterized in that said skirt is slanted such that, when the auricular structure is inserted into the ear and as seen in a direction from said housing towards said outer skirt edge, said skirt is slanted in a direction towards said floor of said concha.
A position measurement device for use in a machine tool, comprising: - a scale section being scannable by means of a scanner, for acquiring a position of a first member of said machine tool relative to a second member of said machine tool which is movable relative to said first member, when said scale section is arranged on said first member and said scanner is arranged on said second member, and - at least one holding element (11; 13) extending in the direction of the scale of said scale section, said scale section being indirectly mountable on a fixed-point section of said first member of said machine tool by said at least one holding element (11; 13) as a component of indirect mounting, a material of said at least one holding element (11; 13) having a thermal expansion coefficient lower than a thermal expansion coefficient of a material of said first member of said machine tool, and said at least one holding element (11; 13) being mounted on one end in the direction of the scale at said scale section and being mountable on the other end in the direction of the scale at said fixed-point section of said first member. - a scale section being scannable by means of a scanner, for acquiring a position of a first member of said machine tool relative to a second member of said machine tool which is movable relative to said first member, when said scale section is arranged on said first member and said scanner is arranged on said second member, and - at least one holding element (11; 13) extending in the direction of the scale of said scale section, said scale section being indirectly mountable on a fixed-point section of said first member of said machine tool by said at least one holding element (11; 13) as a component of indirect mounting,
An ABO 3 material having a formula A(M,M')O 3 wherein A is Y, or mixtures of Y with La, Sc, Gd, Tb, Dy, Ho, Er, Tm, Yb or Lu; wherein M = In, or mixtures of In with Al, Ga, Cr, Fe, Ni, B or Mn; wherein M' is a mixture of M A and M B cations; wherein M A = Co, or mixtures of Co with Zn, Mg, Ca, Sr, Ba, Cu or Ni; wherein M B = Ti, Zr or Sn, or mixtures of Ti, Zr or Sn with Si, V, Sb, Nb, Mo, W, Ta or Bi; wherein cations are present in proportions close to those for making an electrically neutral hexagonal oxide. wherein A is Y, or mixtures of Y with La, Sc, Gd, Tb, Dy, Ho, Er, Tm, Yb or Lu; wherein M = In, or mixtures of In with Al, Ga, Cr, Fe, Ni, B or Mn; wherein M' is a mixture of M A and M B cations; wherein M A = Co, or mixtures of Co with Zn, Mg, Ca, Sr, Ba, Cu or Ni; wherein M B = Ti, Zr or Sn, or mixtures of Ti, Zr or Sn with Si, V, Sb, Nb, Mo, W, Ta or Bi; wherein cations are present in proportions close to those for making an electrically neutral hexagonal oxide.
A method for unlocking a screen of a portable device, comprising the steps: - detecting movement of the portable device using at least one sensor unit of the portable device; - determining a position of the portable device based on data provided by the sensor unit; - comparing the determined position with at least one predetermined position to determine whether the determined position relatively matches the predetermined position; and - executing an unlock of the screen of said portable device if the determined position relatively matches the predetermined position; characterized in that detecting an input of the user of the portable device by pushing a button/key on an entry unit of the portable device, before the detecting of the movement of the portable device by the sensor unit is done and that the detecting of the input by the user is done until the executing of the unlocking of the screen of the portable device is completed in terms of pushing and holding of the button/key on an entry unit of the portable device. - detecting movement of the portable device using at least one sensor unit of the portable device; - determining a position of the portable device based on data provided by the sensor unit; - comparing the determined position with at least one predetermined position to determine whether the determined position relatively matches the predetermined position; and - executing an unlock of the screen of said portable device if the determined position relatively matches the predetermined position;
A vaccine against an intracellular pathogen comprising a pharmaceutical composition comprising, as an active ingredient, a mixture of: - a solid nanoparticle comprising a cationic-polysaccharide core, said core being porous and loaded with an anionic phospholipid; and - at least an antigen obtained from said intracellular pathogen; and - a pharmaceutically acceptable solvent, wherein the anionic phospholipid is chosen among diacylphosphatidyl glycerol, diacylphosphatidyl serine or diacylphosphatidyl inositol, and' wherein said nanoparticule is not surrounded by any phospholipid layer - a solid nanoparticle comprising a cationic-polysaccharide core, said core being porous and loaded with an anionic phospholipid; and - at least an antigen obtained from said intracellular pathogen; and - a pharmaceutically acceptable solvent,
An integrated circuit for a replaceable print apparatus component comprising an I2C serial bus communication interface to communicate with a print apparatus logic circuit over the bus, and at least one logic circuit, wherein the at least one logic circuit is configured to respond to, and with, cryptographically authenticated communications to at least one first default I2C address, wherein in response to commands including a class and/or sub-class ID to a plurality of different addresses, output at least one digital count value for each different address and the same ID, wherein the outputs are conditioned by a common sensor. respond to, and with, cryptographically authenticated communications to at least one first default I2C address, wherein in response to commands including a class and/or sub-class ID to a plurality of different addresses, output at least one digital count value for each different address and the same ID, wherein the outputs are conditioned by a common sensor.