mhurhangee/ep-ind-claims huggingface dataset:
A lighting tool for vehicle comprising: an accommodation unit; a substrate which is provided inside the accommodation unit; a light emitting element which is provided on the substrate; a resistive element which is provided on the substrate, and is connected in series to the light emitting element; a thermistor which is provided on the substrate, has a positive temperature coefficient, and is connected in parallel to the resistive element, characterized by a power feeding terminal which is electrically connected to the light emitting element, a socket which is fitted into the power feeding terminal; and a housing to which the accommodation unit is attached, wherein the accommodation unit is attached to the housing so as to have an orientation in which the thermistor is located above the light emitting element. an accommodation unit; a substrate which is provided inside the accommodation unit; a light emitting element which is provided on the substrate; a resistive element which is provided on the substrate, and is connected in series to the light emitting element; a thermistor which is provided on the substrate, has a positive temperature coefficient, and is connected in parallel to the resistive element, characterized by a power feeding terminal which is electrically connected to the light emitting element, a socket which is fitted into the power feeding terminal; and a housing to which the accommodation unit is attached, wherein the accommodation unit is attached to the housing so as to have an orientation in which the thermistor is located above the light emitting element.
A first wireless power receiver to receive power from a wireless power transmitter, the first wireless power receiver comprising: a resonant coil resonance-coupled with the wireless power transmitter to wirelessly receive the power; characterized in that the first wireless power receiver further comprises: an induction coil for transferring, to a load, a power generated through coupling the induction coil with the resonant coil; and a detecting unit for detecting an existence of a second wireless power receiver, a control unit for operating either in a power reception mode or in a power repeat mode according to a result of a detection of the second wireless power receiver, wherein the power reception mode is supplying the power to the load and the power repeat mode is transferring the power to the second wireless power receiver. a resonant coil resonance-coupled with the wireless power transmitter to wirelessly receive the power; characterized in that the first wireless power receiver further comprises: an induction coil for transferring, to a load, a power generated through coupling the induction coil with the resonant coil; and a detecting unit for detecting an existence of a second wireless power receiver, a control unit for operating either in a power reception mode or in a power repeat mode according to a result of a detection of the second wireless power receiver, wherein the power reception mode is supplying the power to the load and the power repeat mode is transferring the power to the second wireless power receiver. an induction coil for transferring, to a load, a power generated through coupling the induction coil with the resonant coil; and a detecting unit for detecting an existence of a second wireless power receiver, a control unit for operating either in a power reception mode or in a power repeat mode according to a result of a detection of the second wireless power receiver, wherein the power reception mode is supplying the power to the load and the power repeat mode is transferring the power to the second wireless power receiver.
Processing device for machining a motor vehicle part, comprising a holding device which includes at least two spaced-apart supporting struts (26, 28) on each of which at least one gripper (30, 32, 34) is mounted, the grippers (30, 32, 34) of the two supporting struts (26, 28) pointing towards one another in order to hold a motor vehicle part between them, which processing device further comprises at least one processing machine arranged between the supporting struts (26, 28) for processing the motor vehicle part, characterized in that in the holding device at least one of the grippers (30, 32, 34) has at least two holding elements (62, 64, 65) which can be moved independently of one another along a direction of movement (x) and which each have a bearing surface (70a, 70b), running obliquely with respect to the direction of movement (x), for bearing against the motor vehicle part, the bearing surfaces of adjacent holding elements (62, 64, 65) being arranged next to one another and oriented in opposite directions, in such a way that a V-shaped or concave receiving region is formed between the bearing surfaces of adjacent retaining elements, and each gripper (30, 32, 34) having at least two drive units (74a, 74b) for moving the retaining elements (62, 64, 65) arranged next to one another in the direction of movement (x) independently of one another, and each drive unit (74a, 74b) being designed or controllable in such a way that the holding elements (62, 64, 65) can be moved in the direction of movement (x) independently of one another, that the holding elements (62, 64, 65) can be pressed against the motor vehicle part with a defined maximum force by means of the contact surfaces (70a, 70b).
DC to DC voltage converter including an input terminal, an output terminal, a control terminal and a ground forming a four-branched star circuit with a central terminal, an input voltage being intended to be applied between the input terminal and the ground, the converter including: - an upper switch, installed in the branch of the star connecting the input terminal with the central terminal of the star, arranged to be controlled in opening and closing for chopping the input voltage; - a lower switch, installed in the branch of the star connecting the central terminal of the star to the ground, arranged to be controlled in opening and closing; - means (10, 20) for controlling the upper and lower switches; the control means (10, 20) being arranged so as to close the lower switch in order to impose a zero electric potential on the central terminal of the star when the upper switch is open, in order to force the charging of the charge pump capacitor; - a charge pump capacitor, installed in parallel with the control means (10, 20), arranged to maintain a predefined voltage range on the terminals of the means for controlling the upper switch; characterized by the fact that the converter includes an inductance, installed in the branch of the star connecting the output terminal with the central terminal of the star, an output current circulating in said inductance, the control means (10, 20) only closing the lower switch as long as the output current is positive, the control means (10, 20) imposing a zero electric potential on the central terminal of the star immediately after the opening of the upper switch, and the control means (10, 20) being arranged so as to close the lower switch when the upper switch is open for a recovery period (t) at least equal to three times the product of the value of the capacitor by the value of the electrical resistance which is present between the capacitor and the control terminal. - an upper switch, installed in the branch of the star connecting the input terminal with the central terminal of the star, arranged to be controlled in opening and closing for chopping the input voltage; - a lower switch, installed in the branch of the star connecting the central terminal of the star to the ground, arranged to be controlled in opening and closing; - means (10, 20) for controlling the upper and lower switches; the control means (10, 20) being arranged so as to close the lower switch in order to impose a zero electric potential on the central terminal of the star when the upper switch is open, in order to force the charging of the charge pump capacitor; - a charge pump capacitor, installed in parallel with the control means (10, 20), arranged to maintain a predefined voltage range on the terminals of the means for controlling the upper switch;
A computer-implemented method, comprising: initiating (610, 620) authorization of a user seeking access to protected content with one or more user credentials; analyzing data, from one or more sensors accessible by a computing device of the user, to determine whether a single user is detected; unlocking the protected content for presentation by the computing device after successful authorization of the user and detection of a single user of the computing device; monitoring the one or more sensors of the computing device during presentation of the protected content with the computing device; characterised in that the computer-implemented method further comprises the step of halting presentation of the protected content in response to detecting less than one user of the protected content detected as a function of data from the one or more of the sensors. initiating (610, 620) authorization of a user seeking access to protected content with one or more user credentials; analyzing data, from one or more sensors accessible by a computing device of the user, to determine whether a single user is detected; unlocking the protected content for presentation by the computing device after successful authorization of the user and detection of a single user of the computing device; monitoring the one or more sensors of the computing device during presentation of the protected content with the computing device; characterised in that the computer-implemented method further comprises the step of halting presentation of the protected content in response to detecting less than one user of the protected content detected as a function of data from the one or more of the sensors.
A composition comprising a capsule including a core and a shell, wherein the capsule is prepared via interfacial polymerization of a polyisocyanate and a compound including an active hydrogen, characterized in that the polyisocyanate is a compound having a chemical structure according to Formula IV, wherein L1, L2 and L3 are linking groups comprising a substituted or unsubstituted arylene or heteroarylene group.
A dispenser carton including: a plurality of major flaps including a first inside major flap and a second outside major flap, wherein said first inside major flap includes a cut out area, a plurality of minor flaps including a first minor flap and a second minor flap, a removable bin dispenser including a removable bin dispenser flap, wherein said removable dispenser is formed of the material of a carton, wherein said first minor flap covers the removable bin dispenser flap, and wherein said cut out area of said first inside major flap is positioned so that said second outside major flap is adhered to said first minor flap and said first inside major flap without adhering said removable bin dispenser flap, and wherein said removable bin dispenser may be separated from said carton to display the contents of said carton. a plurality of major flaps including a first inside major flap and a second outside major flap, wherein said first inside major flap includes a cut out area, a plurality of minor flaps including a first minor flap and a second minor flap, a removable bin dispenser including a removable bin dispenser flap, wherein said removable dispenser is formed of the material of a carton, wherein said first minor flap covers the removable bin dispenser flap, and wherein said cut out area of said first inside major flap is positioned so that said second outside major flap is adhered to said first minor flap and said first inside major flap without adhering said removable bin dispenser flap, and wherein said removable bin dispenser may be separated from said carton to display the contents of said carton.
Drill head made of hard metal for a drill, such as a rock drill, having a mounting side to be turned towards a drill shaft of said drill for mounting, particularly welding, said drill head to said drill shaft, and three drill head cutting legs (2, 4, 6) each forming a main cutting edge (21, 41, 61) on its free cutting side, comprising a substantially straight direction of extension (29, 49, 69) with a predominant radial direction component, characterized in that said three main cutting edges (21, 41, 61) have different lengths (d 1, d 2, d 3) along their directions of extension.
A fuel rod assembly comprising: a first component comprising a zirconium-based material; a second component comprising a material different from the zirconium-based material of the first component in contact with or located adjacent to the first component; a coating disposed on an outer surface of the first component, wherein the coating is effective to reduce an electrochemical corrosion potential difference between the first component and the second component relative to an electrochemical corrosion potential difference between the first component and the second component without the coating, characterized in that the coating comprises a component selected from the group consisting of NiCrAlY, NiCr, Cr 2 O 3, FeCrAlY, FeCr, and combinations thereof. a first component comprising a zirconium-based material; a second component comprising a material different from the zirconium-based material of the first component in contact with or located adjacent to the first component; a coating disposed on an outer surface of the first component, wherein the coating is effective to reduce an electrochemical corrosion potential difference between the first component and the second component relative to an electrochemical corrosion potential difference between the first component and the second component without the coating, characterized in that the coating comprises a component selected from the group consisting of NiCrAlY, NiCr, Cr 2 O 3, FeCrAlY, FeCr, and combinations thereof.
Computer-implemented method for manufacturing or controlling a technical system, comprising the method steps: (a) inputting a sample of parameter sets suitable for manufacturing or controlling the technical system, with a feasibility identifier assigned to each of the parameter sets, wherein the feasibility identifier marks each parameter set either as technically feasible, if it meets given system criteria of the technical system, or technically non-feasible, if does not meet the given system criteria, or erroneous, if an evaluation of the parameter set using a computerized simulation results in an error, in terms of manufacturing or controlling the technical system, (b) generating a computerized surrogate model for the technical system based on the respective parameter sets of the sample, which are marked as technically feasible but not on erroneous and not on non-feasible parameter sets, by means of a regression method, (c) determining an optimized parameter set based on the surrogate model by means of a computerized optimization method, and (d) outputting the optimized parameter set (PS_opt) for manufacturing or controlling the technical system. (a) inputting a sample of parameter sets suitable for manufacturing or controlling the technical system, with a feasibility identifier assigned to each of the parameter sets, wherein the feasibility identifier marks each parameter set either as technically feasible, if it meets given system criteria of the technical system, or technically non-feasible, if does not meet the given system criteria, or erroneous, if an evaluation of the parameter set using a computerized simulation results in an error, in terms of manufacturing or controlling the technical system, (b) generating a computerized surrogate model for the technical system based on the respective parameter sets of the sample, which are marked as technically feasible but not on erroneous and not on non-feasible parameter sets, by means of a regression method, (c) determining an optimized parameter set based on the surrogate model by means of a computerized optimization method, and (d) outputting the optimized parameter set (PS_opt) for manufacturing or controlling the technical system.
A spectrophotometer system for shade or color prediction of teeth or dental restorations, comprising: a probe tip including a plurality of light sources and a plurality of light receivers (45B, 45C, 45D), wherein a center light receiver is positioned at the center of the probe tip, and wherein a ring of further light receivers (45B, 45C) is arranged around the center light receiver, wherein the plurality of light sources constitute a ring light source in the probe tip, wherein the center light receiver is substantially equi-distant from the plurality of light sources; a first spectrometer system receiving light from the center light receiver, which is coupled to the first spectrometer system; a second spectrometer system receiving light from a second set of the plurality of light receivers (45B, 45C, 45D), wherein at least some of the further light receivers (45D, 45C) are coupled to the second spectrometer system; a handheld device (6A/6B) including the first and the second spectrometer system; a processor, wherein the processor receives data generated by the first spectrometer system and the second spectrometer system, wherein an optical measurement of a sample under test is produced based on the data generated by the first and second spectrometer systems. a probe tip including a plurality of light sources and a plurality of light receivers (45B, 45C, 45D), wherein a center light receiver is positioned at the center of the probe tip, and wherein a ring of further light receivers (45B, 45C) is arranged around the center light receiver, wherein the plurality of light sources constitute a ring light source in the probe tip, wherein the center light receiver is substantially equi-distant from the plurality of light sources; a first spectrometer system receiving light from the center light receiver, which is coupled to the first spectrometer system; a second spectrometer system receiving light from a second set of the plurality of light receivers (45B, 45C, 45D), wherein at least some of the further light receivers (45D, 45C) are coupled to the second spectrometer system; a handheld device (6A/6B) including the first and the second spectrometer system; a processor, wherein the processor receives data generated by the first spectrometer system and the second spectrometer system, wherein an optical measurement of a sample under test is produced based on the data generated by the first and second spectrometer systems.
A chip, configured to communicate with a host, wherein the chip is configured to: establish a communication connection with the host through a data bus and receive first data transmitted from the host to the chip, wherein the chip interferes the first data through interfering the data bus during a downlink period of receiving the first data, such that data detected on the data bus is second data, wherein the second data received by the chip is different from the first data. establish a communication connection with the host through a data bus and receive first data transmitted from the host to the chip, wherein the chip interferes the first data through interfering the data bus during a downlink period of receiving the first data, such that data detected on the data bus is second data, wherein the second data received by the chip is different from the first data.
An Sso7 polymerase conjugate protein comprising an Sso7 domain linked to a polymerase; wherein: an amino acid of the Sso7 domain corresponding to K28 of SEQ ID NO:2 is not lysine; wherein the conjugate protein has a decreased non-specific amplification activity compared to an otherwise identical control conjugate protein in which the amino acid of the Sso7 domain corresponding to K28 of SEQ ID NO:2 is lysine. an amino acid of the Sso7 domain corresponding to K28 of SEQ ID NO:2 is not lysine; wherein the conjugate protein has a decreased non-specific amplification activity compared to an otherwise identical control conjugate protein in which the amino acid of the Sso7 domain corresponding to K28 of SEQ ID NO:2 is lysine.
Shop scales having a load cell, which is connected to a load plate for determining the weight of goods to be weighed, and an operating and display apparatus having a display for displaying the price and/or weight of the goods to be weighed, and a control device having a database which stores goods-specific information, the control device selecting an item of goods-specific information from the database on the basis of a goods identification number and displaying said information on the display, characterized in that the control device converts the goods-specific information into a 2-D code and displays this goods-specific information on the display both as plain text and/or image information and as a 2-D code.
A process for producing 3-hydroxybutyric acid or a salt thereof, the process comprising the following steps to: step 1 of culturing one or more halophilic bacteria belonging to the genus Halomonas under aerobic conditions in a medium containing an inorganic salt and one or more organic carbon sources; step 2 of changing the culture conditions in step 1 from aerobic culture to microaerobic culture, wherein microaerobic culture indicates culture without positive oxygen ventilation, rather than culture in a medium or culture environment under completely anaerobic conditions, and culturing bacterial cells of the halophilic bacteria to produce 3-hydroxybutyric acid or a salt thereof in a culture medium; and step 3 of collecting the 3-hydroxybutyric acid or the salt thereof from the culture medium obtained in step 2. step 1 of culturing one or more halophilic bacteria belonging to the genus Halomonas under aerobic conditions in a medium containing an inorganic salt and one or more organic carbon sources; step 2 of changing the culture conditions in step 1 from aerobic culture to microaerobic culture, wherein microaerobic culture indicates culture without positive oxygen ventilation, rather than culture in a medium or culture environment under completely anaerobic conditions, and culturing bacterial cells of the halophilic bacteria to produce 3-hydroxybutyric acid or a salt thereof in a culture medium; and step 3 of collecting the 3-hydroxybutyric acid or the salt thereof from the culture medium obtained in step 2.
An array antenna for toll collection over a first rectangular zone, the antenna comprising: a plurality of elements; and a feed network operatively coupled to the plurality of elements; characterised in that the elements and the feed network are configured to form a first asymmetric transmitting antenna pattern and a first asymmetric receiving antenna pattern, the first transmitting antenna pattern being asymmetric in azimuth being substantially the same as the first receiving antenna pattern, and the first transmitting antenna pattern having a gain exceeding a threshold over the first rectangular zone, and a gain less than the threshold in a region outside of the first rectangular zone, wherein each of the elements is associated with a complex weight, wherein each complex weight is substantially equal to a corresponding complex weight produced by an Orchard-Elliot synthesis technique executed with a first piecewise-linear desired antenna pattern. a plurality of elements; and a feed network operatively coupled to the plurality of elements; characterised in that the elements and the feed network are configured to form a first asymmetric transmitting antenna pattern and a first asymmetric receiving antenna pattern, the first transmitting antenna pattern being asymmetric in azimuth being substantially the same as the first receiving antenna pattern, and the first transmitting antenna pattern having a gain exceeding a threshold over the first rectangular zone, and a gain less than the threshold in a region outside of the first rectangular zone, wherein each of the elements is associated with a complex weight, wherein each complex weight is substantially equal to a corresponding complex weight produced by an Orchard-Elliot synthesis technique executed with a first piecewise-linear desired antenna pattern.