mhurhangee/patent-ind-claim-en huggingface dataset:
A soil evaluation system for evaluating characteristics of soil in a target region, comprising: a first sensor unit that includes a pair of electrode ends disposed in the soil and is adapted to provide an AC input electrical signal to the soil; a second sensor unit that includes a pair of electrode ends disposed in the soil, is adapted to acquire an output electrical signal due to the input electrical signal from the soil, and is spaced apart from the first sensor unit; and a control unit that is adapted to provide a control signal for controlling operations of the first sensor unit and the second sensor unit to the first sensor unit and the second sensor unit, adapted to acquire first information indicating a relationship between a frequency of the input electrical signal and an absolute value of impedance of the soil by using the input electrical signal and the output electrical signal, is adapted to calculate second information indicating a relationship between the frequency of the input electrical signal and a phase of the impedance of the soil by using the first information, and adapted to obtain an evaluation value of the soil by using the first information and the second information, wherein the control unit is adapted to obtain, as the second information, a change in the absolute value of the impedance with respect to a change in the frequency between two points of a first frequency and a second frequency according to a function that is the first information, as an operation for calculating the second information. a first sensor unit that includes a pair of electrode ends disposed in the soil and is adapted to provide an AC input electrical signal to the soil; a second sensor unit that includes a pair of electrode ends disposed in the soil, is adapted to acquire an output electrical signal due to the input electrical signal from the soil, and is spaced apart from the first sensor unit; and a control unit that is adapted to provide a control signal for controlling operations of the first sensor unit and the second sensor unit to the first sensor unit and the second sensor unit, adapted to acquire first information indicating a relationship between a frequency of the input electrical signal and an absolute value of impedance of the soil by using the input electrical signal and the output electrical signal, is adapted to calculate second information indicating a relationship between the frequency of the input electrical signal and a phase of the impedance of the soil by using the first information, and adapted to obtain an evaluation value of the soil by using the first information and the second information, wherein the control unit is adapted to obtain, as the second information, a change in the absolute value of the impedance with respect to a change in the frequency between two points of a first frequency and a second frequency according to a function that is the first information, as an operation for calculating the second information.
A vehicle light assembly mountable in a motorcycle comprising: projector illumination units, each having a projector lens projecting a light from a light source and a light-transmitting lens holder to which said projector lens is mounted, and an additional light source lighting providing lighting beyond or around a periphery of said projector lens by way of light that travels through said light-transmitting lens holder , wherein, said projector illumination units are mountable in the motorcycle such that at least two projector illumination units are mounted near each other and said additional light source is mounted between said projector illumination units, said light-transmitting lens holders have formed therein or thereon a light diffusion means for scattering the light from said additional light source characterized in that a light-transmitting inner lens is configured to emit light by receiving the light from said light diffusion means , the light-transmitting inner lens is mounted around said projector lens , said light-transmitting inner lens is formed as an integral structure that extends away from different side portions of each of said projector illumination units, and said light-transmitting inner lens comprises a first lighting portion corresponding to an outer side of each of said projector lenses , and a second lighting portion between said projector illumination units and said additional light source , the second lighting portion for providing additional lighting by receiving light directly from said additional light source . projector illumination units, each having a projector lens projecting a light from a light source and a light-transmitting lens holder to which said projector lens is mounted, and an additional light source lighting providing lighting beyond or around a periphery of said projector lens by way of light that travels through said light-transmitting lens holder , wherein, said projector illumination units are mountable in the motorcycle such that at least two projector illumination units are mounted near each other and said additional light source is mounted between said projector illumination units, said light-transmitting lens holders have formed therein or thereon a light diffusion means for scattering the light from said additional light source characterized in that a light-transmitting inner lens is configured to emit light by receiving the light from said light diffusion means , the light-transmitting inner lens is mounted around said projector lens , said light-transmitting inner lens is formed as an integral structure that extends away from different side portions of each of said projector illumination units, and said light-transmitting inner lens comprises a first lighting portion corresponding to an outer side of each of said projector lenses , and a second lighting portion between said projector illumination units and said additional light source , the second lighting portion for providing additional lighting by receiving light directly from said additional light source .
A liquid storage tank of an electronic vapour provision device , comprising: one or more boundary walls defining an interior volume of the tank for accommodating source liquid to be vaporised in the electronic vapour provision device; said liquid storage tank being characterised by one or more baffles , each baffle protruding from an inner surface of the boundary wall into the interior volume to impede a flow of source liquid between portions of the interior volume between which the baffle is located. one or more boundary walls defining an interior volume of the tank for accommodating source liquid to be vaporised in the electronic vapour provision device; said liquid storage tank being characterised by one or more baffles , each baffle protruding from an inner surface of the boundary wall into the interior volume to impede a flow of source liquid between portions of the interior volume between which the baffle is located.
A device for supplying air to a fuel cell , having at least one air conveying device and at least one humidifying device, which is configured to supply condensed product water from the fuel cell to the compressed supply air flow by means of at least one nozzle (171-178), characterized in that a field of two-substance nozzles (171-178) for the supply of water is formed in the flow cross section of the supply air flow, wherein a separated cross section (161-168) through which flow can take place is formed for each of the two-substance nozzles (171-178) and wherein each of the separated cross sections (161-168) through which flow can take place comprises a valve having a valve seat and a valve body , which is pressed counter to the flow by a restoring force in the direction of the valve seat .
A method comprising: selecting a die that applies force which plastically deforms a fastener in order to expand the fastener into interference with a hole; selecting a coating having a static coefficient of friction of less than 0.2; and permanently applying the coating to the die at a surface that will contact the fastener, thereby ensuring that plastic deforming of the fastener via force from the die will cause an amount of interference, between the fastener and the hole along the length of the fastener throughout the hole, between 38 micrometers (one and a half thousandths of an inch) and 510 micrometers (twenty thousandths of an inch). selecting a die that applies force which plastically deforms a fastener in order to expand the fastener into interference with a hole; selecting a coating having a static coefficient of friction of less than 0.2; and permanently applying the coating to the die at a surface that will contact the fastener, thereby ensuring that plastic deforming of the fastener via force from the die will cause an amount of interference, between the fastener and the hole along the length of the fastener throughout the hole, between 38 micrometers (one and a half thousandths of an inch) and 510 micrometers (twenty thousandths of an inch).
Device for the automatic execution of an activity, in particular for the automatic cleaning of soiled surfaces, comprising at least one sensor for preventing a fall and at least one drive element , wherein the drive element defines a rear region and a front region of the device , relative to a direction of movement (B) as intended, wherein the sensor is a mechanical sensor and is designed to detect a change in the level (N) of the ground by contact with the ground and is arranged in the front area , characterized in that the sensor is arranged in the center of rotating brushes.
A method for wireless communication, characterized by comprising: receiving , by a terminal device , a first bitmap from a network device , wherein the first bitmap is to indicate a time-domain resource allocated for the terminal device by the network device in a first frequency-domain resource unit; and performing , by the terminal device , data transmission with the network device on the time-domain resource indicated by the first bitmap; wherein each bit in the first bitmap corresponds to at least one time-domain resource unit in the first frequency-domain resource unit, and a value of each bit in the first bitmap is to indicate whether the at least one time-domain resource unit corresponding to the bit is used for data transmission of the terminal device ; wherein each of bits in the first bitmap corresponds to a respective one of time-domain resource units in the first frequency-domain resource unit; wherein the time-domain resource unit comprises a symbol group; and wherein the first bitmap further indicates a time-domain resource not available for data transmission of the terminal device by indicating time-domain resources for data transmission of at least one another terminal device in the first frequency-domain resource unit. receiving , by a terminal device , a first bitmap from a network device , wherein the first bitmap is to indicate a time-domain resource allocated for the terminal device by the network device in a first frequency-domain resource unit; and performing , by the terminal device , data transmission with the network device on the time-domain resource indicated by the first bitmap; wherein each bit in the first bitmap corresponds to at least one time-domain resource unit in the first frequency-domain resource unit, and a value of each bit in the first bitmap is to indicate whether the at least one time-domain resource unit corresponding to the bit is used for data transmission of the terminal device ; wherein each of bits in the first bitmap corresponds to a respective one of time-domain resource units in the first frequency-domain resource unit; wherein the time-domain resource unit comprises a symbol group; and wherein the first bitmap further indicates a time-domain resource not available for data transmission of the terminal device by indicating time-domain resources for data transmission of at least one another terminal device in the first frequency-domain resource unit.
An apparatus for degassing a battery cell, comprising: a gas suction portion providing negative pressure; a first tubular member connected to the gas suction portion , and having at least one suction port formed in a form of a through-hole in a radial direction of the first tubular member ; a second tubular member connected to the gas suction portion , and provided to be coupled to the first tubular member ; and a hemispherical cover coupled to the first tubular member and the second tubular member , respectively, wherein the hemispherical cover comprises a first cover coupled to the first tubular member and a second cover coupled to the second tubular member , when the first tubular member and the second tubular member are coupled, the first cover and the second cover are disposed such that openings face each other, and the suction port is disposed between the first cover and the second cover , wherein the first tubular member penetrates through a gas chamber of the battery cell and is coupled to the second tubular member , and the hemispherical cover is in close contact with an exterior material forming the gas chamber to block an internal space of the gas chamber from an external space of the gas chamber , wherein when the first tubular member penetrates through the gas chamber and is coupled to the second tubular member , the suction port is disposed inside the gas chamber . a gas suction portion providing negative pressure; a first tubular member connected to the gas suction portion , and having at least one suction port formed in a form of a through-hole in a radial direction of the first tubular member ; a second tubular member connected to the gas suction portion , and provided to be coupled to the first tubular member ; and a hemispherical cover coupled to the first tubular member and the second tubular member , respectively, wherein the hemispherical cover comprises a first cover coupled to the first tubular member and a second cover coupled to the second tubular member , when the first tubular member and the second tubular member are coupled, the first cover and the second cover are disposed such that openings face each other, and the suction port is disposed between the first cover and the second cover , wherein the first tubular member penetrates through a gas chamber of the battery cell and is coupled to the second tubular member , and the hemispherical cover is in close contact with an exterior material forming the gas chamber to block an internal space of the gas chamber from an external space of the gas chamber , wherein when the first tubular member penetrates through the gas chamber and is coupled to the second tubular member , the suction port is disposed inside the gas chamber .
An operating table comprising: a table on which to place a patient; a base buried or fixed to a floor; and an articulated robotic arm including a first end supported on the base and a second end supporting the table , wherein the robotic arm includes a plurality of vertical joints , characterized in that a rotation axis (B1, B2, B3, F1, F2, F3) of each of the vertical joints is positioned along a direction that is horizontal and substantially parallel to a longitudinal direction of the table . a table on which to place a patient; a base buried or fixed to a floor; and an articulated robotic arm including a first end supported on the base and a second end supporting the table , wherein the robotic arm includes a plurality of vertical joints , characterized in that a rotation axis (B1, B2, B3, F1, F2, F3) of each of the vertical joints is positioned along a direction that is horizontal and substantially parallel to a longitudinal direction of the table .
A light detection and ranging (LIDAR) device comprising: a plurality of mirrors including a first mirror and a second mirror , wherein the LIDAR device is configured to transmit a plurality of light beams to illuminate a scene, wherein the plurality of transmitted light beams includes a first transmitted light beam and a second transmitted light beam, and wherein the plurality of transmitted light beams is arranged spatially based on a physical arrangement of the plurality of mirrors; a light emitter ; and a waveguide configured to guide emitted light from the light emitter toward the plurality of mirrors, wherein the first mirror is configured to reflect a first portion of the light toward an output side of the waveguide as the first transmitted light beam , and wherein the second mirror is configured to reflect a second portion of the light toward the output side of the waveguide as the second transmitted light beam . a plurality of mirrors including a first mirror and a second mirror , wherein the LIDAR device is configured to transmit a plurality of light beams to illuminate a scene, wherein the plurality of transmitted light beams includes a first transmitted light beam and a second transmitted light beam, and wherein the plurality of transmitted light beams is arranged spatially based on a physical arrangement of the plurality of mirrors; a light emitter ; and a waveguide configured to guide emitted light from the light emitter toward the plurality of mirrors, wherein the first mirror is configured to reflect a first portion of the light toward an output side of the waveguide as the first transmitted light beam , and wherein the second mirror is configured to reflect a second portion of the light toward the output side of the waveguide as the second transmitted light beam .
Connecting arrangement for the fastening of lateral luggage containers to a motorcycle or to a motorcycle-like vehicle, having: - a rear vehicle frame portion , and - a carrier element which is designed so as to extend transversely with respect to a longitudinal direction (L') of the vehicle frame portion and which, at a lateral left-hand end , is designed for connection to a left-hand luggage container and, at a lateral right-hand end , is designed for connection to a right-hand luggage container , wherein the carrier element is connected to the vehicle frame portion so as to be movable relative thereto, and the carrier element comprises in each case one lateral carrying arm in the region of the left-hand end and of the right-hand end , characterized in that the carrier element comprises two transverse members which connect the lateral carrying arms to one another, wherein the two lateral carrying arms are each designed for connection to the respectively associated lateral luggage container , wherein the carrier element is designed as a frame element, wherein the lateral carrying arms are in each case connected to one another at their ends by means of one of the two transverse members . - a rear vehicle frame portion , and - a carrier element which is designed so as to extend transversely with respect to a longitudinal direction (L') of the vehicle frame portion and which, at a lateral left-hand end , is designed for connection to a left-hand luggage container and, at a lateral right-hand end , is designed for connection to a right-hand luggage container ,
An update device comprising: a storage unit configured to store package management information that includes associations between files and packages including the files and information indicating existence/non-existence of dependence relationships among the packages, and an access control list that includes associations between the files and access source files permitted to access the files; the update device being characterised by comprising: an identification unit configured to refer, when a combination of a file and an access source file is specified, to the package management information to identify a package including the file and a package including the access source file; and an addition unit configured to add, when the identified package including the file and the identified package including the access source file are the same or are mutually in a dependence relationship, the specified combination to the access control list . a storage unit configured to store package management information that includes associations between files and packages including the files and information indicating existence/non-existence of dependence relationships among the packages, and an access control list that includes associations between the files and access source files permitted to access the files; the update device being characterised by comprising: an identification unit configured to refer, when a combination of a file and an access source file is specified, to the package management information to identify a package including the file and a package including the access source file; and an addition unit configured to add, when the identified package including the file and the identified package including the access source file are the same or are mutually in a dependence relationship, the specified combination to the access control list . an identification unit configured to refer, when a combination of a file and an access source file is specified, to the package management information to identify a package including the file and a package including the access source file; and an addition unit configured to add, when the identified package including the file and the identified package including the access source file are the same or are mutually in a dependence relationship, the specified combination to the access control list .
A method for producing an aromatic nitrile compound, the method comprising a dehydration reaction, wherein an aromatic amide compound is dehydrated, the method having a contact step for bringing the aromatic amide compound into contact with a catalyst in a gas phase during the dehydration reaction, wherein the catalyst includes an alkali metal, and in the contact step, the temperature at which the aromatic amide compound is brought into contact with the catalyst in the gas phase is 170°C or higher but lower than 300°C. the method having a contact step for bringing the aromatic amide compound into contact with a catalyst in a gas phase during the dehydration reaction, wherein the catalyst includes an alkali metal, and in the contact step, the temperature at which the aromatic amide compound is brought into contact with the catalyst in the gas phase is 170°C or higher but lower than 300°C.
Portable object comprising a near-field communication device, the communication device comprising an antenna , the ends of which are intended to be connected electrically to an electronic chip , forming, together with the electronic chip , an electrical circuit, the portable object comprising a control element which is able to be displaced between two predefined positions, i.e. an active position in which the communication device is activated and a passive position in which the communication device is deactivated, the portable object comprising, furthermore, a mechanical switch , which is able to switch between an open state and a closed state in response to a displacement of the control element from one to the other of its predefined positions, characterized in that the mechanical switch is a Reed switch and in that the portable object comprises a permanent magnet which is mobile relative to the Reed switch and able to modify the state of the Reed switch in response to a displacement of the control element.