mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle, comprising: a console box disposed to a side of an operator's seat, the console box configured to be rotatable in a forth and back direction; a support including a rotational axis disposed in a left and right direction below the console box, the support rotatably supporting the console box around the rotational axis and between an operating position in which the console box is horizontally disposed and a retracted position in which the console box is inclined at a position where the console box has been rotated rearward from the operating position, a spacing in a horizontal direction between front and rear ends of the console box disposed in the retracted position being less than a spacing in the horizontal direction between front and rear ends of the console box disposed in the operating position; and an operation member disposed on the upper side near the front end (31 a) of the console box; characterized by a transmission component disposed facing a floor of the operator's seat from a lower side near the front end of the console box, the transmission component configured to transmit an operation of the operation member to an operational object to be operated, wherein the transmission component telescopes in and out along with rotation of the console box from the operating position to the retracted position, while rotating with an end of the transmission component on the floor side acting as the fulcrum; and wherein the rotational axis is disposed within a rotation range of the transmission component in side view. a console box disposed to a side of an operator's seat, the console box configured to be rotatable in a forth and back direction; a support including a rotational axis disposed in a left and right direction below the console box, the support rotatably supporting the console box around the rotational axis and between an operating position in which the console box is horizontally disposed and a retracted position in which the console box is inclined at a position where the console box has been rotated rearward from the operating position, a spacing in a horizontal direction between front and rear ends of the console box disposed in the retracted position being less than a spacing in the horizontal direction between front and rear ends of the console box disposed in the operating position; and an operation member disposed on the upper side near the front end (31 a) of the console box; characterized by a transmission component disposed facing a floor of the operator's seat from a lower side near the front end of the console box, the transmission component configured to transmit an operation of the operation member to an operational object to be operated, wherein the transmission component telescopes in and out along with rotation of the console box from the operating position to the retracted position, while rotating with an end of the transmission component on the floor side acting as the fulcrum; and wherein the rotational axis is disposed within a rotation range of the transmission component in side view.
A system for purifying a supply stream containing lactose, the system comprising: a clarification system configured to remove insoluble impurities from the supply stream to produce a clarified stream; and an adsorption system fluidically coupled to the clarification system, wherein the adsorption system comprises an adsorbent resin selected to bind riboflavin to decolorize the clarified stream, wherein the adsorbent resin comprises a riboflavin binding macroporous copolymer resin comprising: a monovinyl aromatic monomer selected from styrene and styrene derivatives chosen from α-methylstyrene, vinyl toluene, vinyl naphthalene, vinylbenzyl chloride, and vinylbenzyl alcohol, and a crosslinking monomer, where the macroporous copolymer has been post-crosslinked in a swollen state in the presence of a Friedel-Crafts catalyst and functionalized with hydrophilic groups. a clarification system configured to remove insoluble impurities from the supply stream to produce a clarified stream; and an adsorption system fluidically coupled to the clarification system, wherein the adsorption system comprises an adsorbent resin selected to bind riboflavin to decolorize the clarified stream, wherein the adsorbent resin comprises a riboflavin binding macroporous copolymer resin comprising: a monovinyl aromatic monomer selected from styrene and styrene derivatives chosen from α-methylstyrene, vinyl toluene, vinyl naphthalene, vinylbenzyl chloride, and vinylbenzyl alcohol, and a crosslinking monomer, where the macroporous copolymer has been post-crosslinked in a swollen state in the presence of a Friedel-Crafts catalyst and functionalized with hydrophilic groups. a monovinyl aromatic monomer selected from styrene and styrene derivatives chosen from α-methylstyrene, vinyl toluene, vinyl naphthalene, vinylbenzyl chloride, and vinylbenzyl alcohol, and a crosslinking monomer, where the macroporous copolymer has been post-crosslinked in a swollen state in the presence of a Friedel-Crafts catalyst and functionalized with hydrophilic groups.
A fluid filled type vibration damping device (10, 92) including a first mounting member and a second mounting member linked by a main rubber elastic body; a pressure-receiving chamber that is situated to one side of a partition member supported by the second mounting member and whose wall is partially defined by the main rubber elastic body, and an equilibrium chamber situated to the other side of the partition member and whose wall is partially defined by a flexible film, the pressure-receiving chamber and the equilibrium chamber being filled with a non-compressible fluid; and an orifice passage through which the pressure-receiving chamber and the equilibrium chamber communicate with one another, the fluid filled type vibration damping device (10, 92) further comprising; a moveable rubber plate (72, 96) is installed on the partition member; the pressure of the pressure-receiving chamber is directed onto one face of the moveable rubber plate (72, 96) through a pressure-receiving chamber-side opening that is formed in the partition member, while the pressure of the equilibrium chamber is directed onto the other face of the moveable rubber plate (72, 96) through an equilibrium chamber-side opening that is formed in the partition member so as to constitute a hydraulic pressure absorbing mechanism for absorbing pressure fluctuations of the pressure-receiving chamber through displacement of the moveable rubber plate (72, 96) in the thickness direction thereof based on a pressure differential between the pressure-receiving chamber and the equilibrium chamber; a constraining plate (74, 98) larger in size than the opening area of the pressure-receiving chamber-side opening and of the equilibrium chamber-side opening is affixed to the moveable rubber plate (72, 96), characterized in that: the constraining plate (74, 98) has a plurality of penetrating windows formed in a diametrical medial section such that the penetrating windows are spaced apart from one another at equidistant intervals in a circumferential direction and are closed off by the moveable rubber plate (72, 96); and a slit is formed in the moveable rubber plate (72, 96) in the section thereof that closes off each penetrating window for constituting a short circuiting mechanism such that the slit opens up through elastic deformation of the moveable rubber plate (72, 96) in the section thereof where the slit has been formed, short circuiting the pressure-receiving chamber and the equilibrium chamber.
Method for the testing of an antenna comprising a plurality of radiating elements, wherein an array of one or more probe (s) is placed in front of the antenna to be tested, and wherein the following steps are performed: - acquisition by each probe of the array of one or more probes of an RF signal emitted by the antenna under test or acquisition by the antenna under test of an RF signal emitted by each probe of the array of one or more probes, - back propagation reconstruction of the signal received or emitted by each probe of the array of one or more probes through a computation of the signal received or emitted by the various probes of the array of one or more probes, - test of the signal thus reconstructed or of parameters thereof to detect a potential defect of the antenna, and wherein the backpropagation reconstruction reconstructs the signal over a surface close or coinciding with the radiating elements of the tested antenna, characterized in that the method further performs the following step: comparison of the magnitude and/or phase of the signal thus reconstructed for each of the radiating elements of the antenna under test and the magnitude and/or phase of the signal reconstructed for corresponding radiating elements of a golden antenna used as a reference, the result of this comparison being used to decide a defect detection. - acquisition by each probe of the array of one or more probes of an RF signal emitted by the antenna under test or acquisition by the antenna under test of an RF signal emitted by each probe of the array of one or more probes, - back propagation reconstruction of the signal received or emitted by each probe of the array of one or more probes through a computation of the signal received or emitted by the various probes of the array of one or more probes, - test of the signal thus reconstructed or of parameters thereof to detect a potential defect of the antenna, and comparison of the magnitude and/or phase of the signal thus reconstructed for each of the radiating elements of the antenna under test and the magnitude and/or phase of the signal reconstructed for corresponding radiating elements of a golden antenna used as a reference, the result of this comparison being used to decide a defect detection.
A display panel comprising a liquid crystal cell (404, 504), an upper polarizer sheet (405, 505) arranged above the liquid crystal cell, a lower polarizer sheet (403, 503) arranged under the liquid crystal cell, and a transflective film arranged under the lower polarizer sheet, the transflective film comprising a phase retardation plate (402, 502) and a first reflective polarizer sheet (401, 501) under the phase retardation plate, wherein the transmission axis of the first reflective polarizer sheet is parallel to the transmission axis of the lower polarizer sheet, characterized in that the phase retardation value of the phase retardation plate is an odd multiple of one-half wavelength, and further characterised by means for adjusting the optical axis direction of the phase retardation plate, whereby a mode conversion between a full transmissive mode, a transflective mode and a full reflective mode can be achieved in the display panel, so that: when the optical axis of the phase retardation plate and the transmission axis of the first reflective polarizer sheet form an angle of 0° or 90°, the display panel is in the full transmissive mode; when the optical axis of the phase retardation plate and the transmission axis of the first reflective polarizer sheet form an angle of 45°, the display panel is in the full reflective mode; and when the optical axis of the phase retardation plate and the transmission axis of the first reflective polarizer sheet form an angle which is greater than 0° and less than 45°, or greater than 45° and less than 90°, the display panel is in the transflective mode.
A fixing wedge intended to receive a fixing member with a cylindrical radial protuberance (30, 102, 110), the wedge being made from a material capable of deforming elastically under the action of an operator, the fixing wedge comprising: - a first wall in which a first notch is arranged, the first notch being U-shaped, - a second wall in which a second notch is arranged, the second notch being U-shaped, the first wall and the second wall being superimposed and orthogonal to a main axis of the wedge, the first and second notches (62, 64) having similar shapes and being aligned along the main axis, each notch including an inner edge defining a mouth and a rounded base of circular shape centered on the main axis, - a U-shaped curved partition, the curved partition connecting the first wall to the second wall while extending parallel to the main axis and withdrawn from the inner edge of the notches, the curved partition defining a central housing aligned on the first and second notches (62, 64), and wherein said central housing includes a front opening and a bottom, the front opening having a width greater than the width of the mouth of the U-shaped notches (62, 64), characterized in that said curved partition includes a recess arranged in the thickness of the curved partition that widens the central housing relative to the front opening, the recess having a cylindrical shape coaxial with the main axis and of diameter greater than the width of the front opening, the central housing being suitable for accommodating, to within any assembly play, the cylindrical radial protuberance (30, 102, 110) of the fastening member. - a first wall in which a first notch is arranged, the first notch being U-shaped, - a second wall in which a second notch is arranged, the second notch being U-shaped, the first wall and the second wall being superimposed and orthogonal to a main axis of the wedge, the first and second notches (62, 64) having similar shapes and being aligned along the main axis, each notch including an inner edge defining a mouth and a rounded base of circular shape centered on the main axis, - a U-shaped curved partition, the curved partition connecting the first wall to the second wall while extending parallel to the main axis and withdrawn from the inner edge of the notches, the curved partition defining a central housing aligned on the first and second notches (62, 64),
A method of handling mobile terminating connection attempts for a mobile terminal for which a change of an association from a first routing node to a second routing node is accompanied by a Circuit Switched, or CS, fallback, the method comprising the following steps carried out by the first routing node: receiving a first mobile terminating connection attempt to the mobile terminal; in response to receipt of the first mobile terminating connection attempt, determining that the mobile terminal cannot be reached by the first routing node; determining an identity of the second routing node, wherein the identity of the second routing node is determined based on information received by the first routing node from the second routing node; transmitting, to the second routing node, a second mobile terminating connection attempt for a CS connection to the mobile terminal. receiving a first mobile terminating connection attempt to the mobile terminal; in response to receipt of the first mobile terminating connection attempt, determining that the mobile terminal cannot be reached by the first routing node; determining an identity of the second routing node, wherein the identity of the second routing node is determined based on information received by the first routing node from the second routing node; transmitting, to the second routing node, a second mobile terminating connection attempt for a CS connection to the mobile terminal.
A lighter comprising: a base having a top side, a first opening in the top side, and a nozzle guide extending upward from the first opening in the top side; a flame ignition assembly at least partially disposed in the base, the flame ignition assembly including a nozzle, the nozzle disposed in the nozzle guide; and a button having a second opening, the nozzle guide disposed in the second opening of the button, the button to, when depressed, cause the flame ignition assembly to produce a flame at the nozzle, wherein the button has an extended position and a depressed position, characterized in that the button includes a platform positioned parallel to and spaced above the top side of the base, the platform to, when pressed, move the button toward the base, the platform having a larger cross-sectional area than the first opening in the top side of the base such that at least a portion of the platform is over the top side of the base, the nozzle guide being disposed below a top side of the platform when the button is in the extended position, and the nozzle guide extending beyond the top side of the platform when the button is in the depressed position. a base having a top side, a first opening in the top side, and a nozzle guide extending upward from the first opening in the top side; a flame ignition assembly at least partially disposed in the base, the flame ignition assembly including a nozzle, the nozzle disposed in the nozzle guide; and a button having a second opening, the nozzle guide disposed in the second opening of the button, the button to, when depressed, cause the flame ignition assembly to produce a flame at the nozzle, wherein the button has an extended position and a depressed position,
A computer-implemented method for providing a clinical information, comprising - receiving (105, 107) input data, wherein the input data comprises a graph representation of a plurality of disease lesions (209.1, 209.2, 209.3, 209.4) of a patient, wherein the graph representation of the plurality of disease lesions (209.1, 209.2, 209.3, 209.4) comprises information about a global feature of each disease lesion (209.1, 209.2, 209.3, 209.4) of the plurality of disease lesions (209.1, 209.2, 209.3, 209.4), wherein the global feature of a given disease lesion (209.1, 209.2, 209.3, 209.4) comprises information about its location within the patient, - applying a trained function to the input data to generate the clinical information, wherein the trained function is based on a graph neural network, - providing the clinical information, wherein the clinical information comprises at least one information for the prediction of the disease progression, the survival, or therapy response of the patient, wherein the clinical information comprises at least one classification information for the disease progression, the prediction of the survival or therapy response of the patient. - receiving (105, 107) input data, wherein the input data comprises a graph representation of a plurality of disease lesions (209.1, 209.2, 209.3, 209.4) of a patient, wherein the graph representation of the plurality of disease lesions (209.1, 209.2, 209.3, 209.4) comprises information about a global feature of each disease lesion (209.1, 209.2, 209.3, 209.4) of the plurality of disease lesions (209.1, 209.2, 209.3, 209.4), wherein the global feature of a given disease lesion (209.1, 209.2, 209.3, 209.4) comprises information about its location within the patient, wherein the input data comprises a graph representation of a plurality of disease lesions (209.1, 209.2, 209.3, 209.4) of a patient, wherein the graph representation of the plurality of disease lesions (209.1, 209.2, 209.3, 209.4) comprises information about a global feature of each disease lesion (209.1, 209.2, 209.3, 209.4) of the plurality of disease lesions (209.1, 209.2, 209.3, 209.4), wherein the global feature of a given disease lesion (209.1, 209.2, 209.3, 209.4) comprises information about its location within the patient, - applying a trained function to the input data to generate the clinical information, wherein the trained function is based on a graph neural network, - providing the clinical information, wherein the clinical information comprises at least one information for the prediction of the disease progression, the survival, or therapy response of the patient, wherein the clinical information comprises at least one classification information for the disease progression, the prediction of the survival or therapy response of the patient.
A method for using captured voice to generate a custom interface controller, the method being carried out by a system and comprising: capturing, via a mobile device of the system, a vocal recording from a user, wherein the vocal recording comprises a spoken command directed to a plurality of smart-home devices (110-1 - 110-5), for which one or more common functions are determined by the system, and wherein the vocal recording additionally indicates a type of smart-home device (110-1 - 110-5); transmitting, by the mobile device, the vocal recording to a cloud-based server system of the system; analyzing, by the cloud-based server system, the received vocal recording to determine the spoken command and the plurality of smart-home devices (110-1 - 110-5); transmitting, by the cloud-based server system, the command to the plurality of smart-home devices (110-1 - 110-5) for execution; transmitting, by the cloud-based server system, a response to the mobile device that comprises smart-home device identifiers of the plurality of smart-home devices (110-1- 110-5); receiving, by an application executed by the mobile device, the response from the cloud-based server system; and generating, by the application executed by the mobile device, the custom interface controller that controls, based on a single user input on a touchscreen, the one or more common functions of each smart-home device (110-1 - 110-5) of the plurality of smart-home devices (110-1 - 110-5). capturing, via a mobile device of the system, a vocal recording from a user, wherein the vocal recording comprises a spoken command directed to a plurality of smart-home devices (110-1 - 110-5), for which one or more common functions are determined by the system, and wherein the vocal recording additionally indicates a type of smart-home device (110-1 - 110-5); transmitting, by the mobile device, the vocal recording to a cloud-based server system of the system; analyzing, by the cloud-based server system, the received vocal recording to determine the spoken command and the plurality of smart-home devices (110-1 - 110-5); transmitting, by the cloud-based server system, the command to the plurality of smart-home devices (110-1 - 110-5) for execution; transmitting, by the cloud-based server system, a response to the mobile device that comprises smart-home device identifiers of the plurality of smart-home devices (110-1- 110-5); receiving, by an application executed by the mobile device, the response from the cloud-based server system; and generating, by the application executed by the mobile device, the custom interface controller that controls, based on a single user input on a touchscreen, the one or more common functions of each smart-home device (110-1 - 110-5) of the plurality of smart-home devices (110-1 - 110-5).