mhurhangee/ep-ind-claims huggingface dataset:
A scanning system for detecting an anomaly on a surface of an object when the object is placed within a three-dimensional room, characterised in that the system comprises: a calibrated stereo camera set including a pair of cameras (12, 14), each camera (12, 14) being calibrated for distortion following a calibration process comprising measuring a position of each dot of a dot matrix reference system within a field of view of each camera (12, 14), and calibrating the stereo camera set by rotating a reference matrix pattern in two-dimensions while the stereo camera set is located at a selected elevation, and then repeating the calibration at a different selected elevation, thereby defining the three-dimensional room; and a projector having a medium with an absolute encoded pattern thereon, and a light source for projecting the absolute encoded pattern on the surface of the object. a calibrated stereo camera set including a pair of cameras (12, 14), each camera (12, 14) being calibrated for distortion following a calibration process comprising measuring a position of each dot of a dot matrix reference system within a field of view of each camera (12, 14), and calibrating the stereo camera set by rotating a reference matrix pattern in two-dimensions while the stereo camera set is located at a selected elevation, and then repeating the calibration at a different selected elevation, thereby defining the three-dimensional room; and a projector having a medium with an absolute encoded pattern thereon, and a light source for projecting the absolute encoded pattern on the surface of the object.
A power train configured to be connected to a high impedance load, comprising: an input EMC filter for connection to a power supply; a pulse-width modulation, PWM, converter connected to an output of the input EMC filter and configured to provide a PWM output to drive the high impedance load; and a damper connected between the output of the PWM converter and terminals of the high impedance load, wherein the damper comprises a piezoelectric transformer (11; 11a, 11b, 11c), characterised in that a load element (12; 12a, 12b, 12c) is connected across the output of the piezoelectric transformer, the load element (12; 12a, 12b, 12c) being configured to either passively control an overshoot or actively recycle energy and control the overshoot, in order to mitigate transmission line effects at a load end of the power train. an input EMC filter for connection to a power supply; a pulse-width modulation, PWM, converter connected to an output of the input EMC filter and configured to provide a PWM output to drive the high impedance load; and a damper connected between the output of the PWM converter and terminals of the high impedance load, wherein the damper comprises a piezoelectric transformer (11; 11a, 11b, 11c), characterised in that a load element (12; 12a, 12b, 12c) is connected across the output of the piezoelectric transformer, the load element (12; 12a, 12b, 12c) being configured to either passively control an overshoot or actively recycle energy and control the overshoot, in order to mitigate transmission line effects at a load end of the power train.
A horizontal axis wind turbine comprising a tower, comprising power transmission cables, wherein the power transmission cables are laid as a plurality of repeated bending shapes in a vertical direction, wherein the power transmission cables are arranged as a saw shape bending repeatedly downward with a predetermined bending angle.
An immobilized lipase composition, comprising an oil-in-water emulsion which is immobilized to a carrier, wherein the oil-in-water emulsion contains a triglyceride, a polymer emulsifier and an enzyme having lipase activity, wherein the polymer emulsifier is a polysaccharide, wherein the composition has improved transesterification activity compared to conventional methods of immobilization.
Dental surgery device, comprising - a punching member having a cutting end part suitable for removal of tissue on a jaw bone of a patient, and - a guiding sleeve for guiding the punching member during a punching operation, wherein the guiding sleeve has a first side intended to face away from the jaw bone and a second side intended to face towards the jaw bone during a punching operation, and wherein a guiding through-hole extends from the first side to the second side, wherein the punching member is adapted to fit into the guiding through-hole such as to allow guidance by the guiding sleeve when the punching member is moved in an axial direction through the guiding through-hole, characterized in that the punching member and the guiding sleeve are provided with complementary guiding means configured to control the axial movement of the punching member through the guiding through-hole during the punching operation, wherein the complementary guiding means comprise at least one guiding element that extends in a radial direction and at least one guiding groove adapted to receive the guiding element and guide its movement along the guiding groove, wherein the guiding groove extends both in a circumferential direction as well as in an axial direction such that, when the guiding element and the guiding groove are engaged, a rotation of the punching member in relation to the guiding sleeve forces the punching member to move in relation to the guiding sleeve in the axial direction thereof. - a punching member having a cutting end part suitable for removal of tissue on a jaw bone of a patient, and - a guiding sleeve for guiding the punching member during a punching operation,
Method for checking a first validity of image data for presentation in a display device comprising a graphics processor, a data monitoring module and a display, wherein the image data comprise colour values for individual pixels of the display, wherein the pixels comprise subpixels divided according to primary colours and wherein the image data comprise information regarding the intensity with which the assigned subpixels are intended to be luminous in the respective primary colours, wherein said intensity is encoded as a numerical value of eight bits, i.e. one byte, per pixel, wherein checking data associated with the image data are generated by the graphics processor and carry information concerning a checking of a validity of at least one portion of the image data, wherein the four bits having the least bit significance of all the subpixels of at least one primary colour in the image data are replaced by the checking data before a transmission by the graphics processor, wherein the image data containing the checking data are transmitted from the graphics processor to a data monitoring module and are received by the latter, and wherein the first validity of the image data is ascertained by the data monitoring module only if, during a checking of at least one portion to be checked of the received non-replaced image data on the basis of the received checking data, no errors are ascertained in the portion to be checked of the received non-replaced image data or if errors ascertained during the checking in the portion to be checked of the received non-replaced image data, by means of the received checking data, can be corrected at least to a predefined extent. wherein checking data associated with the image data are generated by the graphics processor and carry information concerning a checking of a validity of at least one portion of the image data, wherein the four bits having the least bit significance of all the subpixels of at least one primary colour in the image data are replaced by the checking data before a transmission by the graphics processor, wherein the image data containing the checking data are transmitted from the graphics processor to a data monitoring module and are received by the latter, and wherein the first validity of the image data is ascertained by the data monitoring module only if, during a checking of at least one portion to be checked of the received non-replaced image data on the basis of the received checking data, no errors are ascertained in the portion to be checked of the received non-replaced image data or if errors ascertained during the checking in the portion to be checked of the received non-replaced image data, by means of the received checking data, can be corrected at least to a predefined extent.
A method of decoding a video, the method comprising: parsing information indicating whether asymmetric partitions of a coding unit are used for inter prediction, from the received bitstream; determining at least one coding unit hierarchically split from a maximum coding unit by using split information parsed from the received bitstream; when the information indicates that the asymmetric partitions are used for inter prediction, determining partitions obtained from a coding unit among the at least one coding unit, by using a partition type of the coding unit, parsed from the received bitstream, which indicates one of symmetric partitions and the asymmetric partitions; when the information indicates that the asymmetric partitions are not used for inter prediction, determining the partitions obtained from the coding unit by using the partition type indicating the symmetric partitions; and performing motion compensation using the partitions for the coding unit, characterized that the symmetric partitions are split from at least one of a width and a height of the coding unit according to a symmetric ratio, and the asymmetric partitions are split from one of a width and a height of the coding unit according to an asymmetric ratio. parsing information indicating whether asymmetric partitions of a coding unit are used for inter prediction, from the received bitstream; determining at least one coding unit hierarchically split from a maximum coding unit by using split information parsed from the received bitstream; when the information indicates that the asymmetric partitions are used for inter prediction, determining partitions obtained from a coding unit among the at least one coding unit, by using a partition type of the coding unit, parsed from the received bitstream, which indicates one of symmetric partitions and the asymmetric partitions; when the information indicates that the asymmetric partitions are not used for inter prediction, determining the partitions obtained from the coding unit by using the partition type indicating the symmetric partitions; and performing motion compensation using the partitions for the coding unit, characterized that the symmetric partitions are split from at least one of a width and a height of the coding unit according to a symmetric ratio, and the asymmetric partitions are split from one of a width and a height of the coding unit according to an asymmetric ratio.
An allocation entity of a datacenter, said datacenter comprising a plurality of processing units coupled to a datacenter gateway by at least one switch level comprising a plurality of switches (21, 22, 23), said allocation entity comprising a processor and a memory for being configured: - to receive an application allocation request for allocating an application to one of said plurality of processing units, the application allocation request comprising application network load information; - to acquire path network load information indicating network load of network paths (40, 40',...) between said datacenter gateway and at least a part of the plurality of processing units; and - to select a processing unit from the plurality of processing units for allocating the application based on the application network load information and the path network load information. - to receive an application allocation request for allocating an application to one of said plurality of processing units, the application allocation request comprising application network load information; - to acquire path network load information indicating network load of network paths (40, 40',...) between said datacenter gateway and at least a part of the plurality of processing units; and - to select a processing unit from the plurality of processing units for allocating the application based on the application network load information and the path network load information.
A thermosetting resin composition comprising a maleimide compound containing an unsaturated maleimide compound having an acidic substituent, as represented by the following general formula or, a thermosetting resin, an inorganic filler, and at least one member selected from a molybdenum oxide and a molybdic acid compound: wherein R 1 represents a hydroxyl group, a carboxyl group, or a sulfonic acid group, each of which is the acidic substituent; each of R 2, R 3, R 4, and R 5 independently represents a hydrogen atom, an aliphatic hydrocarbon group having a carbon number of from 1 to 5, or a halogen atom; A represents an alkylene group, an alkylidene group, an ether group, a sulfonyl group, or a group represented by the following formula; x represents an integer of from 1 to 5; y represents an integer of from 0 to 4; and a sum of x and y is 5:
A luminol directly bonded gold nanoparticle immunoprobe, wherein the immunoprobe is an antibody or antigen or protein which is labeled with luminol directly bonded gold nanoparticles.
A method of producing a triglyceride solution, comprising contacting a part of an oil-bearing plant containing a triglyceride with a liquid fatty acid alkyl ester, which is obtained by reacting alcohol with a triglyceride that is identical to the triglyceride extracted from the triglyceride-containing part of the oil-bearing plant, so that the triglyceride is dissolved into the fatty acid alkyl ester to form a triglyceride solution.
A water regulator for controlling a quantity of water flowing through water pipes in a refrigeration cycle apparatus including a refrigerant circuit through which a refrigerant flows, a circulation pump having a number of rotations controlled such that a pressure difference between a pressure at an inlet of the circulation pump and a pressure at an outlet of the circulation pump falls within a predetermined range, the circulation pump being configured to control the quantity of the water flowing through the water pipes based on said pressure difference, the circulation pump being further configured to circulate the water in the water pipes, and a heat exchanger configured to cause the refrigerant flowing through the refrigerant circuit to exchange heat with the water flowing through the water pipes, the water regulator comprising: a water regulation valve configured to regulate the quantity of the water flowing through the water pipes; a first temperature sensor configured to measure a temperature of one of the water pipes which is connected to an inlet of the heat exchanger; a second temperature sensor configured to measure a temperature of one of the water pipes which is connected to an outlet of the heat exchanger; and a controller configured to control an opening degree of the water regulation valve, based on a difference between the temperature measured by the first temperature sensor and the temperature measured by the second temperature sensor, the water regulator characterized in that the number of rotations of the circulation pump is configured to be controlled independently of the controller, the water regulation valve is configured to cause a difference between the pressure at the inlet of the circulation pump and the pressure at the outlet of the circulation pump by changing the quantity of the water in the water pipes. a water regulation valve configured to regulate the quantity of the water flowing through the water pipes; a first temperature sensor configured to measure a temperature of one of the water pipes which is connected to an inlet of the heat exchanger; a second temperature sensor configured to measure a temperature of one of the water pipes which is connected to an outlet of the heat exchanger; and a controller configured to control an opening degree of the water regulation valve, based on a difference between the temperature measured by the first temperature sensor and the temperature measured by the second temperature sensor, the water regulator characterized in that the number of rotations of the circulation pump is configured to be controlled independently of the controller, the water regulation valve is configured to cause a difference between the pressure at the inlet of the circulation pump and the pressure at the outlet of the circulation pump by changing the quantity of the water in the water pipes.
Cycling shoe, comprising a sole as well as an upper that rises up from said sole, the surface of said upper comprising a plurality of recesses suitable for decreasing the form drag of said upper hit by air while the pedalling motion is being carried out, wherein some of said recesses are distributed in the front area of said upper, characterised in that said recesses distributed in the front area of said upper have greater dimension than those foreseen in other areas of said upper.
An ozone converter for an aircraft, comprising: an outer housing having an inlet and an outlet; a core, in which ozone conversion occurs, disposed within the outer housing, the core including a central passageway formed therein and passing through the core; characterized in that the ozone converter further comprises an ozone control assembly that allows air to pass through the central passageway in a closed mode and prevents flow through the central passageway in an open mode, the assembly including cover flaps (208a, 208b) that cover a portion of the core in the closed mode and that do not cover the core in the open mode. an outer housing having an inlet and an outlet; a core, in which ozone conversion occurs, disposed within the outer housing, the core including a central passageway formed therein and passing through the core; characterized in that the ozone converter further comprises an ozone control assembly that allows air to pass through the central passageway in a closed mode and prevents flow through the central passageway in an open mode, the assembly including cover flaps (208a, 208b) that cover a portion of the core in the closed mode and that do not cover the core in the open mode.
A method of associating service licenses with a wireless device, the method comprising: receiving a first device identifier identifying the wireless device and a physical Subscriber Identity Module identifier identifying a physical SIM card currently inserted in the wireless device; determining whether the physical SIM identifier is currently associated with the first device identifier; and if the physical SIM identifier is not currently associated with the first device identifier: aggregating a listing of service licenses associated with the physical SIM identifier with a listing of service licenses associated with the first device identifier to create an aggregate listing of service licenses, wherein the listing of service licenses associated with the first device identifier comprises service licenses that are associated with each physical SIM card that has been previously inserted in the wireless device while being provided service and not subsequently inserted into another device being provided service as well as associated virtual SIMs; and associating the first device identifier with the aggregate listing of service licenses. receiving a first device identifier identifying the wireless device and a physical Subscriber Identity Module identifier identifying a physical SIM card currently inserted in the wireless device; determining whether the physical SIM identifier is currently associated with the first device identifier; and if the physical SIM identifier is not currently associated with the first device identifier: aggregating a listing of service licenses associated with the physical SIM identifier with a listing of service licenses associated with the first device identifier to create an aggregate listing of service licenses, wherein the listing of service licenses associated with the first device identifier comprises service licenses that are associated with each physical SIM card that has been previously inserted in the wireless device while being provided service and not subsequently inserted into another device being provided service as well as associated virtual SIMs; and associating the first device identifier with the aggregate listing of service licenses. aggregating a listing of service licenses associated with the physical SIM identifier with a listing of service licenses associated with the first device identifier to create an aggregate listing of service licenses, wherein the listing of service licenses associated with the first device identifier comprises service licenses that are associated with each physical SIM card that has been previously inserted in the wireless device while being provided service and not subsequently inserted into another device being provided service as well as associated virtual SIMs; and associating the first device identifier with the aggregate listing of service licenses.
A lavatory forming an enclosed space and including an ultraviolet light sanitizing system that is configured to sanitize a surface of a structure within the lavatory, such as a toilet, a floor, cabinets and/or a sink, the UV light sanitizing system comprising: a UV light assembly including a UV light source that is configured to emit UV light onto the surface of the structure, wherein the UV light by its UV light photons excites oxygen molecules from a ground state into an excited state; and an airflow generator that is configured to generate airflow proximate to the UV light source and/or the surface to be sanitized and within a region of UV light emission between the UV light source and the surface of the structure, wherein the generated airflow then circulates throughout the enclosed space, carrying the excited oxygen molecules along with it, thereby dispersing the excited oxygen molecules from the region close to the UV light source into the entire enclosed space formed by the lavatory so that the airflow generated by the airflow generator disrupts formation of ozone, wherein the UV light sanitizing system further comprises a UV light control unit operatively coupled to the UV light assembly and the airflow generator, wherein the UV light control unit is configured to control operation of the UV light assembly and the airflow generator, wherein the UV light control unit is configured to activate the UV light source during a sanitizing cycle, wherein the UV light control unit is configured to activate the airflow generator before the UV light source is activated during the sanitizing cycle. a UV light assembly including a UV light source that is configured to emit UV light onto the surface of the structure, wherein the UV light by its UV light photons excites oxygen molecules from a ground state into an excited state; and an airflow generator that is configured to generate airflow proximate to the UV light source and/or the surface to be sanitized and within a region of UV light emission between the UV light source and the surface of the structure, wherein the generated airflow then circulates throughout the enclosed space, carrying the excited oxygen molecules along with it, thereby dispersing the excited oxygen molecules from the region close to the UV light source into the entire enclosed space formed by the lavatory so that the airflow generated by the airflow generator disrupts formation of ozone, wherein the UV light sanitizing system further comprises a UV light control unit operatively coupled to the UV light assembly and the airflow generator, wherein the UV light control unit is configured to control operation of the UV light assembly and the airflow generator, wherein the UV light control unit is configured to activate the UV light source during a sanitizing cycle, wherein the UV light control unit is configured to activate the airflow generator before the UV light source is activated during the sanitizing cycle.