mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a reference signal, comprising: determining , based on a resource that is allocated to a reference signal in a basic pattern corresponding to the reference signal and a resource that is allocated to at least one basic pattern in a physical layer transmission unit, a resource occupied by the reference signal in the physical layer transmission unit; and obtaining the reference signal through the determined resource, wherein the method further comprises: receiving information that indicates the resource that is allocated to the at least one basic pattern in the physical layer transmission unit, and the information is transmitted through radio resource control, RRC, signaling. determining , based on a resource that is allocated to a reference signal in a basic pattern corresponding to the reference signal and a resource that is allocated to at least one basic pattern in a physical layer transmission unit, a resource occupied by the reference signal in the physical layer transmission unit; and obtaining the reference signal through the determined resource, wherein the method further comprises: receiving information that indicates the resource that is allocated to the at least one basic pattern in the physical layer transmission unit, and the information is transmitted through radio resource control, RRC, signaling.
A method of producing a microneedle array unit (1-9), comprising: an array preparing step of preparing a microneedle array which includes a sheet and a plurality of needles arranged on one surface of the sheet ; a container preparing step of preparing a container which includes an accommodating portion defining an opening and a space for accommodating the microneedle array , and a deformable portion disposed on a side opposite to the opening and integrated with the accommodating portion ; and an accommodating step of accommodating the microneedle array in the accommodating portion of the container by allowing the other surface of the sheet of the microneedle array and the deformable portion of the container to oppose each other; characterized by a deforming step of deforming an outer surface of the accommodating portion inward, which outer surface is positioned between the one surface of the sheet of the microneedle array and the opening of the accommodating portion , to form a protrusion that reduces an area of the opening of the accommodating portion . an array preparing step of preparing a microneedle array which includes a sheet and a plurality of needles arranged on one surface of the sheet ; a container preparing step of preparing a container which includes an accommodating portion defining an opening and a space for accommodating the microneedle array , and a deformable portion disposed on a side opposite to the opening and integrated with the accommodating portion ; and an accommodating step of accommodating the microneedle array in the accommodating portion of the container by allowing the other surface of the sheet of the microneedle array and the deformable portion of the container to oppose each other;
A tomographic image generation method comprising: inputting an alternating current to a measurement object via an electrode arranged at a position separated from the measurement object; acquiring an intensity of a magnetic field generated on the basis of the input alternating current via a magnetic sensor arranged at a position separated from the measurement object; and generating a tomographic image of the measurement object using the acquired intensity of the magnetic field, wherein the method comprises: preparing a base member on which the electrode and the magnetic sensor are provided; inputting the alternating current to the measurement object via the electrode on the base member while the electrode on the base member is in non-direct contact with a body surface of the measurement object; and moving the base member relative to the measurement object in a predetermined direction while the electrode on the base member is in non-direct contact with the body surface of the measurement object, wherein the electrode includes a plurality of electrodes provided on the base member, and the magnetic sensor includes a plurality of magnetic sensors provided on the base member, and wherein inputting the alternating current causes an alternating current to flow between two electrodes among the plurality of electrodes without directly attaching the electrodes to the body surface of the measurement object.. preparing a base member on which the electrode and the magnetic sensor are provided; inputting the alternating current to the measurement object via the electrode on the base member while the electrode on the base member is in non-direct contact with a body surface of the measurement object; and moving the base member relative to the measurement object in a predetermined direction while the electrode on the base member is in non-direct contact with the body surface of the measurement object,
A computer program for an information processing device communicating with a droplet discharging device configured to form rendering data on a printing medium by being moved by a user on the printing medium , the droplet discharging device including a position calculation unit for calculating a position of the droplet discharging device , and a droplet discharging unit for discharging a droplet in accordance with the rendering data and location information, the computer program being configured to cause the information processing device to function as a scanning direction output unit for outputting a scanning direction of the droplet discharging device , and to cause the information processing device to function as a receiving unit for receiving a setting related to the scanning direction, characterized in that the scanning direction output unit outputs the scanning direction based on the setting received by the receiving unit, wherein the scanning direction output unit displays a preview image of the rendering data , and outputs the scanning direction by superimposing on the preview image.
A method for deploying a device to a local network hosted by a host device , the method comprising: receiving , in the host device , a message (310; 307), from a control device or a data center , causing the host device to request a piece of information from the device under deployment with a challenge-response authentication, in response to a receipt of the requested piece of information from the device under deployment requesting, by the host device , a determination if the received piece of information comprises data corresponding to an expected data pattern according to the challenge-response authentication, the request of the determination if the received piece of information comprises data corresponding to the expected data pattern is transmitted, by the host device , to one of the following: the control device , the data center , in response to a receipt, by the host device from the one of the following: the control device , the data center , of an outcome of the determination indicating that the received piece of information comprises data corresponding to the expected data pattern initiating a pairing with the device under deployment to the local network, and in response to the pairing generating an indication to at least one of the following: the control device , the data center , that the device is paired with the host device . receiving , in the host device , a message (310; 307), from a control device or a data center , causing the host device to request a piece of information from the device under deployment with a challenge-response authentication, in response to a receipt of the requested piece of information from the device under deployment requesting, by the host device , a determination if the received piece of information comprises data corresponding to an expected data pattern according to the challenge-response authentication, the request of the determination if the received piece of information comprises data corresponding to the expected data pattern is transmitted, by the host device , to one of the following: the control device , the data center , in response to a receipt, by the host device from the one of the following: the control device , the data center , of an outcome of the determination indicating that the received piece of information comprises data corresponding to the expected data pattern initiating a pairing with the device under deployment to the local network, and in response to the pairing generating an indication to at least one of the following: the control device , the data center , that the device is paired with the host device . the control device , the data center , of an outcome of the determination indicating that the received piece of information comprises data corresponding to the expected data pattern initiating a pairing with the device under deployment to the local network, and in response to the pairing generating an indication to at least one of the following: the control device , the data center , that the device is paired with the host device .
Travel plug for producing an electrical connection between plugs and sockets of different national standards comprising: - a housing with - at least one socket for inserting an electrical plug, - at least one plug of a national standard that is extendable and retractable from the housing and electrically connected with the socket , which plug can be linearly displaced by a displacement member projecting out of the housing and mechanically connected with the plug , - a mechanical transmission that connects the displacement member with the displaceable plug and that transfers the path of the displacement member to the linear displacement path of the plug , wherein the plug comprises a holder member retractable out of the housing and at least two pins received in the holder member and retractable out of the holder member , characterized in that the mechanical transmission is realized by an articulated chain that comprises at least two crossed levers and that the articulated chain comprises a first and a second lever articulately jointed in an intersection point that are articulately jointed with their ends to a third and a fourth or a fifth and a sixth lever and are articulately connected with the holder member at their intersection point , wherein the third and the fourth lever are articulately jointed with their free ends with the housing and the fifth and the sixth lever are articulately jointed with their free ends with the pins . - a housing with - at least one socket for inserting an electrical plug, - at least one plug of a national standard that is extendable and retractable from the housing and electrically connected with the socket , which plug can be linearly displaced by a displacement member projecting out of the housing and mechanically connected with the plug , - a mechanical transmission that connects the displacement member with the displaceable plug and that transfers the path of the displacement member to the linear displacement path of the plug , wherein the plug comprises a holder member retractable out of the housing and at least two pins received in the holder member and retractable out of the holder member ,
A storage device for a refrigerator, comprising: a plurality of boxes , each of which is provided with a plurality of egg grooves for accommodating eggs; a rotating shaft on which a plurality of engaging portions is disposed at intervals, so that the plurality of boxes is rotatably connected to the plurality of engaging portions at intervals in the axial direction of the rotating shaft , respectively; wherein the storage device further comprises a plurality of damping masses configured to be respectively engaged with the outside of the plurality of engaging portions and located between the boxes and the engaging portions , so that the boxes can stay stationary at any rotation position at any time when being rotated around the rotating shaft , characterized in that each damping mass comprises a body portion that is configured to have a major segment and a protruding portion that extends outwardly from the planar side of the body portion , the curved side of the body portion is provided with a rectangular hole , and the rectangular hole is configured to extend inwardly from the lateral center position of the curved side to the rear side of the center of the major segment, so as to be engaged with the outer peripheral side of the engaging portion ; the protruding portion is composed of two mirror-symmetrical minor segments, and forms a base surface that coincides with the planar side of the body portion and a convex curved surface that is smoothly connected with the curved side of the body portion ; and the protruding portion has a hollow portion inside, and the hollow portion has a contour that is contoured with the protruding portion ; each of the boxes is provided with a vertically upwardly extending rotating shaft tube and a vertically downwardly extending tubular damping engaging hole which is disposed coaxially with the rotating shaft tube ; the rotating shaft is rotatably disposed within the rotating shaft tube of the plurality of boxes , and the plurality of engaging portions on the rotating shaft are respectively embedded in the damping engaging holes of the plurality of boxes ; and the inner wall of the damping engaging hole is provided with at least one recessed portion which is configured to be matched with the protruding portion of the damping mass .
An apparatus for acquiring shape of one or two feet comprising at least three depth sensors , wherein two depth sensors are positioned above the front part of the foot whereas one or two depth sensors are positioned at the back of the foot facing the heel, wherein the depth sensors contain infra-red light pattern emitters.
A mutant lysenin monomer comprising a variant of the sequence shown in SEQ ID NO: 2, wherein the monomer is capable of forming a pore and wherein the variant comprises one or more modifications within the region of from position 44 to position 126 of SEQ ID NO: 2 which alter the ability of the monomer to interact with a polynucleotide; and wherein the mutant is chemically modified by attachment to one or more cysteines, one or more lysines, or one or more non-natural amino acids of (i) a polyethylene glycol, a nucleic acid, a dye, a fluorophore or a chromophore; or (ii) a molecular adaptor that facilitates the interaction between a pore comprising the monomer and a target analyte, target nucleotide or target polynucleotide; or (iii) a polynucleotide binding protein.
Method of solidifying a ground , wherein in the method: a polymer based elastic network former of a ground solidifier is processed with a binder and water to a solidified ground ; and an amount of the used network former , an amount of the used binder and an amount of the used water is adjusted dependent on a composition of the ground ; wherein the ground solidifier which is used for solidifying the ground comprises: the binder ; and the amount of the elastic network former relating to the amount of the binder , with which the network former and the water are processed for forming the solidified ground , wherein the network former comprises or consists of a latex polymer, characterized in that the amount of the elastic network former relating to the amount of the binder is 2 weight percent to 3,5 weight percent. a polymer based elastic network former of a ground solidifier is processed with a binder and water to a solidified ground ; and an amount of the used network former , an amount of the used binder and an amount of the used water is adjusted dependent on a composition of the ground ; wherein the ground solidifier which is used for solidifying the ground comprises: the binder ; and the amount of the elastic network former relating to the amount of the binder , with which the network former and the water are processed for forming the solidified ground , wherein the network former comprises or consists of a latex polymer, the binder ; and the amount of the elastic network former relating to the amount of the binder , with which the network former and the water are processed for forming the solidified ground , wherein the network former comprises or consists of a latex polymer, characterized in that the amount of the elastic network former relating to the amount of the binder is 2 weight percent to 3,5 weight percent.
A method for modifying autonomous flight of an aerial vehicle, said method comprising: generating a first signal with the aid of a flight controller in response to a first input, said first signal effecting an autonomous flight of said vehicle, said autonomous flight comprising an autonomous flight path ; and in response to a second input, generating a second signal with the aid of a flight controller, said second signal effecting modification of the autonomous flight path of said vehicle; wherein said autonomous flight path is modified while maintaining said autonomous flight, and wherein the modification of the autonomous flight path is maintained for a duration of said second input. generating a first signal with the aid of a flight controller in response to a first input, said first signal effecting an autonomous flight of said vehicle, said autonomous flight comprising an autonomous flight path ; and in response to a second input, generating a second signal with the aid of a flight controller, said second signal effecting modification of the autonomous flight path of said vehicle; wherein said autonomous flight path is modified while maintaining said autonomous flight, and wherein the modification of the autonomous flight path is maintained for a duration of said second input.
A method for preparing senescent melanocytes, the method comprising: irradiating human primary melanocytes, which have been subcultured 1 to 12 times, with UV rays at a strength of 20 to 30 mJ/cm 2 two or more times; and culturing the melanocytes irradiated with UV rays for 14 days or longer. irradiating human primary melanocytes, which have been subcultured 1 to 12 times, with UV rays at a strength of 20 to 30 mJ/cm 2 two or more times; and culturing the melanocytes irradiated with UV rays for 14 days or longer.
An organic compound refinement method for refining a specific organic compound which is a target compound (A) from at least two types of organic compounds (A, B), the method comprising: separating the target compound (A) from an organic compound (B) other than the target compound (A) while the at least two types of organic compounds (A, B) are irradiated with light at an infrared absorption wavelength of a specific functional group that is not contained in the target compound (A) but is contained in the organic compound (B) other than the target compound (A); or separating the target compound (A) from an organic compound (B) other than the target compound (A) while the at least two types of organic compounds (A, B) are irradiated with light at an infrared absorption wavelength of a specific functional group that is contained in the target compound (A) but is not contained in the organic compound (B) other than the target compound (A); and characterized in that : during the irradiation with the light at the infrared absorption wavelength of the specific functional group, an infrared heater that emits, from a structural member thereof, the light at the infrared absorption wavelength of the specific functional group is used, the structural member including a metal pattern , a dielectric layer , and a metal substrate that are stacked in this order from an outer side toward an inner side; and wherein the light at the infrared absorption wavelength of the specific functional group is set within a wavelength range of from 2.5 μm to 25 μm inclusive. separating the target compound (A) from an organic compound (B) other than the target compound (A) while the at least two types of organic compounds (A, B) are irradiated with light at an infrared absorption wavelength of a specific functional group that is not contained in the target compound (A) but is contained in the organic compound (B) other than the target compound (A); or separating the target compound (A) from an organic compound (B) other than the target compound (A) while the at least two types of organic compounds (A, B) are irradiated with light at an infrared absorption wavelength of a specific functional group that is contained in the target compound (A) but is not contained in the organic compound (B) other than the target compound (A); and during the irradiation with the light at the infrared absorption wavelength of the specific functional group, an infrared heater that emits, from a structural member thereof, the light at the infrared absorption wavelength of the specific functional group is used, the structural member including a metal pattern , a dielectric layer , and a metal substrate that are stacked in this order from an outer side toward an inner side; and wherein the light at the infrared absorption wavelength of the specific functional group is set within a wavelength range of from 2.5 μm to 25 μm inclusive.
Device for measuring contractions and/or the relaxation of one or several muscles of a body cavity, said device comprising a hollow body which is for positioning in said body cavity, and which is covered by a coating made of, or comprising, a biocompatible material, said body being formed by two half-shells (7 and 8) which are each physically connected, permanently and continuously during the use of said device , using non-compressible or deformable connecting means , to at least one pressure sensor , or part of said pressure sensor , arranged in said body .
A radio frequency communications system comprising: a computer system ; a communications manager in the computer system , wherein the communications manager is configured to: identify data for transmission using radio frequency noise signals ; control an emission of a set of laser beams at a set of optical breakdown points to cause optical breakdowns that generate the radio frequency noise signals encoding the data ; and change a set of laser beam parameters for the set of laser beams to encode the data into the radio frequency noise signals , wherein changing the set of laser beam parameters changes a set of radio frequency characteristics for the radio frequency noise signals . a computer system ; a communications manager in the computer system , wherein the communications manager is configured to: identify data for transmission using radio frequency noise signals ; control an emission of a set of laser beams at a set of optical breakdown points to cause optical breakdowns that generate the radio frequency noise signals encoding the data ; and change a set of laser beam parameters for the set of laser beams to encode the data into the radio frequency noise signals , wherein changing the set of laser beam parameters changes a set of radio frequency characteristics for the radio frequency noise signals . identify data for transmission using radio frequency noise signals ; control an emission of a set of laser beams at a set of optical breakdown points to cause optical breakdowns that generate the radio frequency noise signals encoding the data ; and change a set of laser beam parameters for the set of laser beams to encode the data into the radio frequency noise signals , wherein changing the set of laser beam parameters changes a set of radio frequency characteristics for the radio frequency noise signals .