mhurhangee/patent-ind-claim-en huggingface dataset:
A template creating device , comprising: an electrode information acquisition section configured to acquire electrode information (Gi), which is information on electrodes of a component to be mounted at a predetermined mounting position of a board (K) positioned inside a component mounting machine ; wherein the electrode information (Gi) includes information on the shape, size, number, and arrangement of electrodes; and a template creating section configured to create a template (Tp, TpQ) for searching for the positions of electrode pads (Pd) arranged at the mounting position of the board (K) and to be connected to the electrodes based on the acquired electrode information (Gi); wherein the template (Tp, TpQ) comprises template elements (Te, TeQ), which correspond to selected electrode pads, wherein the number and arrangement of the template elements (Te, TeQ) coincide with the number and arrangement of the selected electrode pads; the template (Tp, TpQ) has seek lines (SL), which constitute a template element (Te, TeQ) provided to each selected electrode pad (Pd), and wherein each seek line (SL) is capable of being scanned for the edge of an electrode pad (Pd); and the seek lines (SL) are arranged around a rotational symmetry point (Ra), which corresponds to an assumed center position (Cr) of the respective electrode pad (Pd). an electrode information acquisition section configured to acquire electrode information (Gi), which is information on electrodes of a component to be mounted at a predetermined mounting position of a board (K) positioned inside a component mounting machine ; wherein the electrode information (Gi) includes information on the shape, size, number, and arrangement of electrodes; and a template creating section configured to create a template (Tp, TpQ) for searching for the positions of electrode pads (Pd) arranged at the mounting position of the board (K) and to be connected to the electrodes based on the acquired electrode information (Gi); wherein the template (Tp, TpQ) comprises template elements (Te, TeQ), which correspond to selected electrode pads, wherein the number and arrangement of the template elements (Te, TeQ) coincide with the number and arrangement of the selected electrode pads; the template (Tp, TpQ) has seek lines (SL), which constitute a template element (Te, TeQ) provided to each selected electrode pad (Pd), and wherein each seek line (SL) is capable of being scanned for the edge of an electrode pad (Pd); and the seek lines (SL) are arranged around a rotational symmetry point (Ra), which corresponds to an assumed center position (Cr) of the respective electrode pad (Pd).
A method to identify a condition of one or more screens of an electronic device, the method comprising: receiving, via a return application, a request for evaluation of a condition of at least a portion of a screen of a first device ; causing, by the return application, display of a first graphic on the screen of the first device when the screen is turned on, wherein the first graphic comprises a first identification code; capturing at least a portion of a first image of the first graphic via a camera located in the first device, wherein the first image comprises a reflection of the first graphic on a reflective surface; causing, by the return application and responsive to analyzing at least the portion of the first image, display of one or more second graphics on the screen of the first device when the screen is turned on; capturing at least a portion of one or more of second images of at least one of the second graphics via the camera located in the first device, wherein each of the second images comprises a reflection of at least one of the second graphics on the reflective surface; and processing one or more of the second images to determine whether the screen of the first device comprises a crack. receiving, via a return application, a request for evaluation of a condition of at least a portion of a screen of a first device ; causing, by the return application, display of a first graphic on the screen of the first device when the screen is turned on, wherein the first graphic comprises a first identification code; capturing at least a portion of a first image of the first graphic via a camera located in the first device, wherein the first image comprises a reflection of the first graphic on a reflective surface; causing, by the return application and responsive to analyzing at least the portion of the first image, display of one or more second graphics on the screen of the first device when the screen is turned on; capturing at least a portion of one or more of second images of at least one of the second graphics via the camera located in the first device, wherein each of the second images comprises a reflection of at least one of the second graphics on the reflective surface; and processing one or more of the second images to determine whether the screen of the first device comprises a crack.
An antibody comprising an anti-EphA2 scFv domain, wherein the anti-EphA2 scFv domain comprises SEQ ID NO: 1.
Device for generating a random electrical signal, wherein the device comprises: - at least one input duct , - at least one output duct , - a generator of magnetic particles capable of generating magnetic particles in the input duct , - a diffusion chamber connected to at least one input duct and to at least one output duct , wherein the diffusion chamber is able to diffuse the generated magnetic particles, - a unit for displacement of the generated magnetic particles towards the diffusion chamber , and - a converter that is designed to generate an electric signal proportional to a characteristic relating to the magnetic particles, wherein the characteristic is the density of magnetic particles in the diffusion chamber , or the passage of magnetic particles at a predetermined location of a output duct connected to the diffusion chamber . - at least one input duct , - at least one output duct , - a generator of magnetic particles capable of generating magnetic particles in the input duct , - a diffusion chamber connected to at least one input duct and to at least one output duct , wherein the diffusion chamber is able to diffuse the generated magnetic particles, - a unit for displacement of the generated magnetic particles towards the diffusion chamber , and - a converter that is designed to generate an electric signal proportional to a characteristic relating to the magnetic particles, wherein the characteristic is the density of magnetic particles in the diffusion chamber , or the passage of magnetic particles at a predetermined location of a output duct connected to the diffusion chamber .
A fertiliser composition comprising: a. a product obtained at least partially by sewage sludge pyrolysis; b. at least one species of phosphate solubilising bacteria of the genus Pseudomonas; c. spores of arbuscular mycorrhizal fungi Glomus deserticola, Glomus intraradices and Glomus mosseae; and d. at least one fertilising component selected from the group consisting of vermicompost extract, humic acids, compost extract, plant or animal manure extract, freshwater or marine algae extract or yeast extract; characterised in that the phosphate solubilising bacteria are Pseudomonas putida and Pseudomonas fluorescens. a. a product obtained at least partially by sewage sludge pyrolysis; b. at least one species of phosphate solubilising bacteria of the genus Pseudomonas; c. spores of arbuscular mycorrhizal fungi Glomus deserticola, Glomus intraradices and Glomus mosseae; and d. at least one fertilising component selected from the group consisting of vermicompost extract, humic acids, compost extract, plant or animal manure extract, freshwater or marine algae extract or yeast extract;
Concrete extruding machine comprising a guillotine to cut a concrete outward flow for forming concrete parts , characterized by comprising a device configured to keep the respective rear and front ends of consecutive parts undeformed by placing a separating caisson in an intermediate gap between said rear and front ends of the consecutive parts , the device comprising: - a carriage configured to slide along a horizontal guideway above an outlet of the concrete flow next to the cutting guillotine provided on the said outlet ; - securing means configured to secure the separating caisson and transfer it with the carriage along the guideway ; and - vertical displacement means configured to lower the caisson in the gap existing after the cutting of the part of concrete that the guillotine carries out and to lift said caisson again later on, the device being configured to automatically place and extract said separating caisson , so that the caisson remains placed in the intermediate gap existing between the said rear and front ends of the parts formed the time necessary to avoid their deformation while the extruding machine goes on extruding. - a carriage configured to slide along a horizontal guideway above an outlet of the concrete flow next to the cutting guillotine provided on the said outlet ; - securing means configured to secure the separating caisson and transfer it with the carriage along the guideway ; and - vertical displacement means configured to lower the caisson in the gap existing after the cutting of the part of concrete that the guillotine carries out and to lift said caisson again later on,
A method of assembling and/or operating apparatus for carrying out a chemical reaction, the method comprising the steps of: (i) selecting a housing in which a precursor of a receptacle is arranged; and (ii) introducing a fluid (F1) into said precursor of said receptacle to cause the precursor to distend (e.g. inflate) to define a distended receptacle for receiving reagents for reaction in the apparatus; wherein said apparatus includes a container (C2) containing a monomer, the method comprising delivering monomer into the distended receptacle, wherein said monomer comprises an alpha-olefin. (i) selecting a housing in which a precursor of a receptacle is arranged; and (ii) introducing a fluid (F1) into said precursor of said receptacle to cause the precursor to distend (e.g. inflate) to define a distended receptacle for receiving reagents for reaction in the apparatus;
Device for detecting electromagnetic radiation, comprising: - a substrate ; - a matrix-array of thermal detectors , said matrix-array being placed on the substrate ; and - an encapsulating structure encapsulating the matrix-array of thermal detectors and comprising an encapsulating layer that extends in a continuous manner around and above the matrix-array of thermal detectors so as to define, with the substrate , a cavity in which the matrix-array of thermal detectors is located, the encapsulating layer comprising at least one section , called the internal bearing section, located between two adjacent thermal detectors , said section bearing directly against the substrate , said internal bearing section comprising a sidewall that is separate, in a plane parallel to the plane of the substrate , from a peripheral wall of the encapsulating layer that encircles the matrix-array of thermal detectors ; characterized in that the thermal detectors each comprise an absorbing membrane suitable for absorbing the radiation to be detected, said membrane being suspended above the substrate and thermally insulated therefrom by anchoring pins and thermally insulating arms , and in that at least one internal bearing section extends along absorbing membranes of two adjacent thermal detectors , along a longitudinal axis (Δ) passing through two adjacent anchoring pins , each of said anchoring pins participating in holding, above the substrate , the absorbing membranes of said two adjacent thermal detectors . - a substrate ; - a matrix-array of thermal detectors , said matrix-array being placed on the substrate ; and - an encapsulating structure encapsulating the matrix-array of thermal detectors and comprising an encapsulating layer that extends in a continuous manner around and above the matrix-array of thermal detectors so as to define, with the substrate , a cavity in which the matrix-array of thermal detectors is located, the encapsulating layer comprising at least one section , called the internal bearing section, located between two adjacent thermal detectors , said section bearing directly against the substrate , said internal bearing section comprising a sidewall that is separate, in a plane parallel to the plane of the substrate , from a peripheral wall of the encapsulating layer that encircles the matrix-array of thermal detectors ;
A method for charging a rechargeable battery of a hearing aid , comprising the steps of: - storing predefined charging criteria in a memory of the hearing aid or a hearing aid accessory , such as a remote control unit; - detecting a power supply being connected to the hearing aid ; - estimating a state of charge of the battery ; - selecting one of at least a normal and a fast charging mode; and - charging the battery according to the selected charging mode, wherein charging the battery comprises a constant current charging phase, during which the charging current is kept constant, and a constant voltage charging phase, during which the charging voltage is kept constant, characterised in that : - the rechargeable battery is a lithium ion battery, - for charging in the fast charging mode a higher charging current is employed during the constant current phase than for charging in the normal charging mode, and - the hearing aid automatically selects the fast charging mode when the estimated state of charge is below a first predefined threshold level of the state of charge comprised in the predefined charging criteria and above a second predefined threshold level of the state of charge comprised in the predefined charging criteria, said first predefined threshold level being in a range from 5% to 50% of the battery capacity and said second predefined threshold level being in a range from 0% to 5% of the battery capacity. - storing predefined charging criteria in a memory of the hearing aid or a hearing aid accessory , such as a remote control unit; - detecting a power supply being connected to the hearing aid ; - estimating a state of charge of the battery ; - selecting one of at least a normal and a fast charging mode; and - charging the battery according to the selected charging mode, wherein charging the battery comprises a constant current charging phase, during which the charging current is kept constant, and a constant voltage charging phase, during which the charging voltage is kept constant, - the rechargeable battery is a lithium ion battery, - for charging in the fast charging mode a higher charging current is employed during the constant current phase than for charging in the normal charging mode, and - the hearing aid automatically selects the fast charging mode when the estimated state of charge is below a first predefined threshold level of the state of charge comprised in the predefined charging criteria and above a second predefined threshold level of the state of charge comprised in the predefined charging criteria, said first predefined threshold level being in a range from 5% to 50% of the battery capacity and said second predefined threshold level being in a range from 0% to 5% of the battery capacity.
An operating method of an image forming apparatus, the operating method comprising: broadcasting by using short-distance wireless communication a plurality of packets comprising identification information of the image forming apparatus; receiving a connection request comprising the identification information of the image forming apparatus from a mobile terminal which received some packets from among the plurality of broadcasted packets; and connecting to the mobile terminal, based on the connection request, wherein the connection request is transmitted from the mobile terminal when received signal strengths of the some packets received by the mobile terminal are equal to or greater than a first threshold value, the first threshold value indicates a received signal strength greater than a minimum received signal strength at which communication with the mobile terminal is available, and_ the first threshold value is adjustable based on user input. broadcasting by using short-distance wireless communication a plurality of packets comprising identification information of the image forming apparatus; receiving a connection request comprising the identification information of the image forming apparatus from a mobile terminal which received some packets from among the plurality of broadcasted packets; and connecting to the mobile terminal, based on the connection request, wherein the connection request is transmitted from the mobile terminal when received signal strengths of the some packets received by the mobile terminal are equal to or greater than a first threshold value, the first threshold value indicates a received signal strength greater than a minimum received signal strength at which communication with the mobile terminal is available, and_ the first threshold value is adjustable based on user input.
Motorized assistance system characterized in that it comprises a tibial orthosis including: - a tibial fastening (configured to cover a users's shin; - an ankle fastening articulated at the axis of the ankle with plantar fastening ; - a processor that receives an activation signal; - a power supply; and an active part selected from: - a support , said support supporting a motorized winch , connected to a strap whose free end configured to be fixed to a foot so that the winch takes up the strap when said foot is not resting on the ground, all carried in the tibial fastening ; and - a femur orthosis formed by a thigh attachment , configured to be located above the knee and in front of the patient, a lower femur actuator attached by means of a strap to the tibial fastening , and an upper femur actuator fixed by another strap to a harness or belt , both femur actuators being coordinated to take up or release belt in parallel when said foot is not resting on the ground. - a tibial fastening (configured to cover a users's shin; - an ankle fastening articulated at the axis of the ankle with plantar fastening ; - a processor that receives an activation signal; - a power supply; - a support , said support supporting a motorized winch , connected to a strap whose free end configured to be fixed to a foot so that the winch takes up the strap when said foot is not resting on the ground, all carried in the tibial fastening ; and - a femur orthosis formed by a thigh attachment , configured to be located above the knee and in front of the patient, a lower femur actuator attached by means of a strap to the tibial fastening , and an upper femur actuator fixed by another strap to a harness or belt , both femur actuators being coordinated to take up or release belt in parallel when said foot is not resting on the ground.
A method of preparing a coated nanocrystal comprising: introducing a core nanocrystal including a first semiconductor material into an overcoating reaction solution; and overcoating a second semiconductor material on the core nanocrystal, wherein the first semiconductor material and the second semiconductor material have a mismatched band offset so that, upon excitation, one carrier is substantially confined to the core and the other carrier is substantially confined to the overcoating, such that emission from the coated nanocrystal originates from radiative recombination of the carriers across the core-overcoating interface, and wherein the emission obtained by exciting the samples with a 400 nm pulse laser at 298 K is tuned from 700 nm to 1500 nm by selection of the core diameter and thickness of the overcoating, wherein the first semiconductor material is CdTe and the second semiconductor material is CdSe, or the first semiconductor material is CdSe and the second semiconductor material is ZnTe. introducing a core nanocrystal including a first semiconductor material into an overcoating reaction solution; and overcoating a second semiconductor material on the core nanocrystal, wherein the first semiconductor material and the second semiconductor material have a mismatched band offset so that, upon excitation, one carrier is substantially confined to the core and the other carrier is substantially confined to the overcoating, such that emission from the coated nanocrystal originates from radiative recombination of the carriers across the core-overcoating interface, and wherein the emission obtained by exciting the samples with a 400 nm pulse laser at 298 K is tuned from 700 nm to 1500 nm by selection of the core diameter and thickness of the overcoating, wherein the first semiconductor material is CdTe and the second semiconductor material is CdSe, or the first semiconductor material is CdSe and the second semiconductor material is ZnTe.
A device for measuring the flow of a fluid, comprising a substrate , a heater arranged on the substrate , at least one first and at least one second sensing thermocouple arranged on the substrate on opposite sides of the heater for generating a sensing signal (ΔT) proportional to a temperature difference between a location upstream and downstream from the heater , wherein a junction of the sensing thermocouples closest to the heater is arranged at a first distance (d1) from the heater , at least a first and a second monitoring thermocouple arranged on the substrate on opposite sides of the heater in parallel to the sensing thermocouples for generating a monitoring signal (TP), wherein a junction of the monitoring thermocouples closest to the heater is arranged at a second distance (d2) from the heater , and a control circuit adapted to measure a flow of the fluid over the heater and the sensing thermocouples subject to the sensing signal (ΔT) and the monitoring signal (TP), characterized in that the second distance (d2) is equal to or more than the first distance (d1).
A horizontal compressor comprising a housing , a motor , a rotating shaft driven by the motor , a bearing seat supporting the rotating shaft and an oil supply mechanism, wherein the oil supply mechanism comprises a partition member , the partition member is ring-shaped and has a central hole allowing the bearing seat to pass through, and the partition member is configured to separate out in the housing an oil storage chamber (OC) and a motor chamber (MC) in which the motor is provided, wherein the partition member is configured to have an annular groove opening toward the oil storage chamber (OC) and characterised in that the horizontal compressor further comprises a bearing seat bracket for fixing the bearing seat , and the partition member is a member different from the bearing seat bracket . wherein the oil supply mechanism comprises a partition member , the partition member is ring-shaped and has a central hole allowing the bearing seat to pass through, and the partition member is configured to separate out in the housing an oil storage chamber (OC) and a motor chamber (MC) in which the motor is provided, wherein the partition member is configured to have an annular groove opening toward the oil storage chamber (OC) and characterised in that the horizontal compressor further comprises a bearing seat bracket for fixing the bearing seat , and the partition member is a member different from the bearing seat bracket .