mhurhangee/ep-ind-claims huggingface dataset:
A radio resource setting method for, when there is a first communication area managed by a first base station and a second communication area including at least part of the first communication area and managed by a second base station, setting radio resources that the first and second base stations can use for wireless communication with a terminal, the radio resource setting method comprising: calculating determination conditions for determining whether or not to set radio resources whose use is limited in the second communication area; calculating a ratio of the radio resources whose use is limited in the second communication area; and setting the radio resources whose use is limited in the second communication area using the determination conditions and the ratio of the radio resources whose use is limited, wherein the radio resource setting method further comprises: for the calculation of the determination conditions, obtaining first loads of the first communication area and the second communication area; calculating a first delay index of the first communication area using the first load of the first communication area; and calculating using the first load of the second communication area a second delay index of the second communication area in case where the radio resources that can be used in the second communication area are limited, and wherein the determination conditions are calculated based on the first delay index and the second delay index. calculating determination conditions for determining whether or not to set radio resources whose use is limited in the second communication area; calculating a ratio of the radio resources whose use is limited in the second communication area; and setting the radio resources whose use is limited in the second communication area using the determination conditions and the ratio of the radio resources whose use is limited, wherein the radio resource setting method further comprises: for the calculation of the determination conditions, obtaining first loads of the first communication area and the second communication area; calculating a first delay index of the first communication area using the first load of the first communication area; and calculating using the first load of the second communication area a second delay index of the second communication area in case where the radio resources that can be used in the second communication area are limited, and wherein the determination conditions are calculated based on the first delay index and the second delay index. for the calculation of the determination conditions, obtaining first loads of the first communication area and the second communication area; calculating a first delay index of the first communication area using the first load of the first communication area; and calculating using the first load of the second communication area a second delay index of the second communication area in case where the radio resources that can be used in the second communication area are limited, and wherein the determination conditions are calculated based on the first delay index and the second delay index.
Sealing ring unit for radially sealing the suction mouth of a pump impeller, in particular for a multistage pump, the unit comprising a sealing ring and a supporting member removably carrying the sealing ring, the supporting member having an annular inner portion defining an opening for receiving the suction mouth of the impeller, the sealing ring having a first portion and second portion and an annular back portion to face the suction mouth connecting the first and second portion (16, 17) with each other, the annular inner portion of the supporting member being accommodated between the first and second portion (16, 17), characterized in that the sealing ring is mountable on the supporting member by means of a bayonet fitting (11, 17).
An apparatus comprising: a wireless transceiver; a touch-screen display; a control circuit operably coupled to the touch-screen display and the wireless transceiver and configured to: - during a call via the wireless transceiver with a first party, permitting a user to establish a call via the wireless transceiver with a second party apart from the call with the first party; - during at least a part of a call-establishment process to establish a call with the second party, displaying via the touch-screen display a user-selectable option to return to the call with the first party; and - subsequent to user selection of the user-selectable option to return to the call with the first party, returning to the call with the first party while establishing the call with the second party. a wireless transceiver; a touch-screen display; a control circuit operably coupled to the touch-screen display and the wireless transceiver and configured to: - during a call via the wireless transceiver with a first party, permitting a user to establish a call via the wireless transceiver with a second party apart from the call with the first party; - during at least a part of a call-establishment process to establish a call with the second party, displaying via the touch-screen display a user-selectable option to return to the call with the first party; and - subsequent to user selection of the user-selectable option to return to the call with the first party, returning to the call with the first party while establishing the call with the second party. - during a call via the wireless transceiver with a first party, permitting a user to establish a call via the wireless transceiver with a second party apart from the call with the first party; - during at least a part of a call-establishment process to establish a call with the second party, displaying via the touch-screen display a user-selectable option to return to the call with the first party; and - subsequent to user selection of the user-selectable option to return to the call with the first party, returning to the call with the first party while establishing the call with the second party.
A beverage brewing apparatus to prepare a beverage from a single-serve capsule containing a dose of infusible or soluble material; the beverage brewing apparatus comprises a capsule holder with a capsule seat to receive a capsule in a brewing position, and a brewing fluid supply apparatus to supply a brewing fluid into a capsule in the brewing position; the capsule holder is designed as a drawer and is mounted to slide in an insertion/extraction direction to allow a capsule to be received and moved to the brewing position, where the capsule faces an outlet of the brewing fluid supply apparatus; the capsule holder comprises a main body to support the capsule and having a lower portion and an upper portion provided with the capsule seat and slidingly mounted on the lower portion to move, with respect thereto, to and from a raised position, characterized in that in the raised position the capsule is fluid-tightly coupled to the outlet of the brewing fluid supply apparatus.
A rolling process for long solid-section products, comprising rolling through at least one pair of rolling mill stands (1,2), wherein rolled stock is subjected to a tensile load, between the two stands (1,2), which generates a single-axial deformation ε greater than 0.1 in the rolling direction, and is deformed by compression between the rolls of at least one rolling mill stand in the said pair, thereby achieving a reduction in the area of the cross section of at least 5%.
A blade guard assembly for a power saw comprising: a bolt member including a head defining a first shoulder, a pivot shank extending from the head and defining a second shoulder, a support shank extending from the pivot shank, and a threaded shank extending from the support shank and located opposite from the head; a blade guard housing defining a blade space for at least partially covering a saw blade of a power saw and including a hub defining a hub opening configured to pivotably receive the pivot shank therethrough and to seat on the first shoulder; an engagement nut threadingly engaged to the threaded shank and seated on the mounting plate; and a biasing member including a first end portion supported by the blade guard housing, a second end portion supported by the mounting plate, and a coil portion configured to receive the pivot shank therethrough, the coil portion defining a first axial height that is equal to or less than a fixed minimum axial distance, wherein the fixed minimum axial distance is sized so that the coil portion of the biasing member remains uncompressed between the blade guard housing and the mounting plate; and a mounting plate that can be supported by a cutting arm of the power saw, characterized in that the mounting plate defines a mounting opening configured to nonrotatably receive the support shank therethrough and to seat on the second shoulder to position the mounting plate a fixed minimum axial distance from the first shoulder. a bolt member including a head defining a first shoulder, a pivot shank extending from the head and defining a second shoulder, a support shank extending from the pivot shank, and a threaded shank extending from the support shank and located opposite from the head; a blade guard housing defining a blade space for at least partially covering a saw blade of a power saw and including a hub defining a hub opening configured to pivotably receive the pivot shank therethrough and to seat on the first shoulder; an engagement nut threadingly engaged to the threaded shank and seated on the mounting plate; and a biasing member including a first end portion supported by the blade guard housing, a second end portion supported by the mounting plate, and a coil portion configured to receive the pivot shank therethrough, the coil portion defining a first axial height that is equal to or less than a fixed minimum axial distance, wherein the fixed minimum axial distance is sized so that the coil portion of the biasing member remains uncompressed between the blade guard housing and the mounting plate; and a mounting plate that can be supported by a cutting arm of the power saw, characterized in that the mounting plate defines a mounting opening configured to nonrotatably receive the support shank therethrough and to seat on the second shoulder to position the mounting plate a fixed minimum axial distance from the first shoulder.
A method comprising: - obtaining an occupancy information indicating whether or not a pixel representative of a projection of a first point of a point cloud onto a projection plane along a projection line is occupied; - storing in an image said occupancy information with a codeword concatenating bits indicating for positions between a first depth value of the first point and a second depth value of a second point of the point cloud projected onto the projection plane along the projection line, whether or not the position is occupied; and - encoding said image. - obtaining an occupancy information indicating whether or not a pixel representative of a projection of a first point of a point cloud onto a projection plane along a projection line is occupied; - storing in an image said occupancy information with a codeword concatenating bits indicating for positions between a first depth value of the first point and a second depth value of a second point of the point cloud projected onto the projection plane along the projection line, whether or not the position is occupied; and - encoding said image.
An electrical generator system (10,110,210) including: a radionuclide material (14,114,214); metal electrodes (24,26,124,126,224,226); and electrical contacts connected to said electrodes (24, 26,124,126,224,226), said electrical contacts are adapted to facilitate flow of electrical energy when connected to a load; characterised in that the system further includes a thin layer of zinc oxide (22,122,222) having a thickness between 150-1500nm, said thin layer of zinc oxide being in direct contact with at least one of the electrodes (24, 26,124,126,224,226) and forming a metal-semiconductor junction therebetween; and in that radioactive emissions received from said radionuclide material are converted into electrical energy at said metal-semiconductor junction. a radionuclide material (14,114,214); metal electrodes (24,26,124,126,224,226); and electrical contacts connected to said electrodes (24, 26,124,126,224,226), said electrical contacts are adapted to facilitate flow of electrical energy when connected to a load;
A compound of Formula I: wherein R 1 is H, C 1-6 alkyl, or C 3-6 cycloalkyl; m is 1 or 2; each R 2 is independently halogen, C 1-6 alkyl, or C 3-6 cycloalkyl; n is 0 or 1; X 1, X 2, and X 3 are independently =N-, -NR Xn -, or =CR Xc -, provided that at least 1 but no more than 2 of X 1, X 2, and X 3 are independently =N- or -NR Xn -; R Xn is H, C 1-6 alkyl, or C 3-6 cycloalkyl; and each R Xc is independently H, halogen, C 1-6 alkyl, or C 3-6 cycloalkyl; or a pharmaceutically acceptable salt thereof. R 1 is H, C 1-6 alkyl, or C 3-6 cycloalkyl; m is 1 or 2; each R 2 is independently halogen, C 1-6 alkyl, or C 3-6 cycloalkyl; n is 0 or 1; X 1, X 2, and X 3 are independently =N-, -NR Xn -, or =CR Xc -, provided that at least 1 but no more than 2 of X 1, X 2, and X 3 are independently =N- or -NR Xn -; R Xn is H, C 1-6 alkyl, or C 3-6 cycloalkyl; and each R Xc is independently H, halogen, C 1-6 alkyl, or C 3-6 cycloalkyl;
A graded coefficient of thermal expansion interface comprising: a composite structure having a first end for attachment to a structural component with a first CTE and a second end for attachment to a second structural component with a second CTE, a plurality of layers between the first and second ends, each having a predetermined CTE, and joints between adjacent layers in the plurality of layers, wherein the joints comprise wide CTE-graded stir blended weldments, and further wherein the joints are forged together by applying a spinning pin-tool and shoulder against the materials being joined. a composite structure having a first end for attachment to a structural component with a first CTE and a second end for attachment to a second structural component with a second CTE, a plurality of layers between the first and second ends, each having a predetermined CTE, and joints between adjacent layers in the plurality of layers, wherein the joints comprise wide CTE-graded stir blended weldments, and further wherein the joints are forged together by applying a spinning pin-tool and shoulder against the materials being joined.
Method for balancing states of charge of a battery having a number of N battery cells, comprising the steps: Determination of the individual cell capacities (Cap n) of all the n=1 to N cells; Determination of a k-th cell with the smallest cell capacity (Cap k) of the n=1 to N cells; Determination of the individual states of charge (SOC n) of all the n=1 to N cells; Determination of the depth of discharge (DOD n) of all the n=1 to N cells; Determination of the target depth of discharge (DOD Target,n) for all the n=1 to N cells from: DOD Target,n = Cap n /2 + DOD k - Cap k /2; Determination of a target state of charge (SOC Target,n) for all the n=1 to N cells from: SOC Target,n = 1 - DOD Target,n /Cap n; Determination of the deviation of the state of charge (SOC n) of a cell from its target state of charge (SOC Target,n) for all the n=1 to N cells: Δ ⁢ SOC Target, n = SOC n - SOC Target, n; Determination of the minimum deviation (ΔSOC min) from the deviations (ΔSOC Target,n) of the state of charge (SOC n) of a cell from its target state of charge (SOC Target,n) for all the n=1 to N cells: Δ ⁢ SOC min = min Δ ⁢ SOC Target, 1,..., Δ ⁢ SOC Target, n; Discharging of at least one of the n=1 to N cells for which the following applies: Δ ⁢ SOC Target, n - Δ ⁢ SOC min > X, where X is a parameter for which X ≥ 0; If ΔSOC Target,n - ΔSOC min ≤ X applies to all of the n=1 to N cells, the process jumps to the next step; if this does not apply to all the cells, the process returns to the step of the determination of the individual states of charge and the following steps are repeated; Ending of the method. Determination of the individual cell capacities (Cap n) of all the n=1 to N cells; Determination of a k-th cell with the smallest cell capacity (Cap k) of the n=1 to N cells; Determination of the individual states of charge (SOC n) of all the n=1 to N cells; Determination of the depth of discharge (DOD n) of all the n=1 to N cells; Determination of the target depth of discharge (DOD Target,n) for all the n=1 to N cells from: DOD Target,n = Cap n /2 + DOD k - Cap k /2; Determination of a target state of charge (SOC Target,n) for all the n=1 to N cells from: SOC Target,n = 1 - DOD Target,n /Cap n; Determination of the deviation of the state of charge (SOC n) of a cell from its target state of charge (SOC Target,n) for all the n=1 to N cells: Δ ⁢ SOC Target, n = SOC n - SOC Target, n; Determination of the minimum deviation (ΔSOC min) from the deviations (ΔSOC Target,n) of the state of charge (SOC n) of a cell from its target state of charge (SOC Target,n) for all the n=1 to N cells: Δ ⁢ SOC min = min Δ ⁢ SOC Target, 1,..., Δ ⁢ SOC Target, n; Discharging of at least one of the n=1 to N cells for which the following applies: Δ ⁢ SOC Target, n - Δ ⁢ SOC min > X, where X is a parameter for which X ≥ 0; If ΔSOC Target,n - ΔSOC min ≤ X applies to all of the n=1 to N cells, the process jumps to the next step; if this does not apply to all the cells, the process returns to the step of the determination of the individual states of charge and the following steps are repeated; Ending of the method.
A vaccine comprising a complex of a peptide consisting of an amino acid sequence that is the same as the amino acid sequence of SEQ ID NO: 1 or the same as the amino acid sequence of SEQ ID NO: 1 except for 1 or 2 amino acid deletions, substitutions or additions and an epitope of a disease-causing biological protein, selected from the group consisting of DPP4, IL-17A, IgE and PCSK9.
A laser processing machine comprising: a profile selector (31, 310) that includes at least one beam-forming lens (313, 314) refracting an incident laser beam so as to convert a beam profile and emit a laser beam having a beam profile selected from a plurality of beam profiles; a collimating lens configured to convert an incident laser beam of a divergent beam into collimated light; a focusing lens configured to focus the collimated light emitted from the collimating lens, and to irradiate the focused beam to a sheet metal of a processing target; and a moving mechanism configured to move the collimating lens along an optical axis such that a deviation of focal point caused by the beam profile of the focused beam emitted from the focusing lens being selected by the profile selector (31, 310) is reduced. a profile selector (31, 310) that includes at least one beam-forming lens (313, 314) refracting an incident laser beam so as to convert a beam profile and emit a laser beam having a beam profile selected from a plurality of beam profiles; a collimating lens configured to convert an incident laser beam of a divergent beam into collimated light; a focusing lens configured to focus the collimated light emitted from the collimating lens, and to irradiate the focused beam to a sheet metal of a processing target; and a moving mechanism configured to move the collimating lens along an optical axis such that a deviation of focal point caused by the beam profile of the focused beam emitted from the focusing lens being selected by the profile selector (31, 310) is reduced.
An orthodontic bracket for coupling an archwire with a tooth, comprising a bracket body configured to be mounted to the tooth, the bracket body including an archwire slot configured to receive the archwire therein, a slide member slidable relative to the archwire slot between an opened position and a closed position, and a resilient member coupled to and being slidable with the slide member, the resilient member being configured to impose a biasing force on the slide member in the direction of movement of the slide member toward the archwire slot when the slide member is in the closed position, wherein the resilient member is configured to engage a first portion of the bracket body when the slide member is in the opened position and a second portion of the bracket body different than the first portion of the bracket body when the slide member is in the closed position, and wherein the slide member includes a bore (92, 94) configured to receive one portion of the resilient member and the bracket body includes an aperture configured to receive another portion of the resilient member.
An image sensor comprising: a plurality of pixels arranged in rows and columns to form a pixel array, each pixel column comprising at least two column bitlines, such that an output of each pixel is connected to one of the column bitlines of the column of which it is comprised; a readout input circuit comprising a plurality of first inputs and a second input, each of said first inputs and said second input being connected via a separate capacitance in parallel to each other to a single comparator input node; and a readout comparator circuit connected to said single comparator input node, wherein the readout input circuit is operable such that each of said first inputs receives, in parallel, an analogue signal, said analogue signals being acquired from the signal output of one or more of said pixels via the column bitline to which the pixel is connected, said analogue signals varying during a pixel readout period and having a first level during a first calibration period and a second level during a second read period, said readout input circuit being further operable such that said analogue signals at said first inputs and a reference signal from a time varying reference circuit on said second input are constantly read onto their respective capacitances during both the first calibration period and the second read period; and wherein said readout comparator circuit is operable to compare an average of the signals on each of said plurality of first inputs to said reference signal. a plurality of pixels arranged in rows and columns to form a pixel array, each pixel column comprising at least two column bitlines, such that an output of each pixel is connected to one of the column bitlines of the column of which it is comprised; a readout input circuit comprising a plurality of first inputs and a second input, each of said first inputs and said second input being connected via a separate capacitance in parallel to each other to a single comparator input node; and a readout comparator circuit connected to said single comparator input node, wherein the readout input circuit is operable such that each of said first inputs receives, in parallel, an analogue signal, said analogue signals being acquired from the signal output of one or more of said pixels via the column bitline to which the pixel is connected, said analogue signals varying during a pixel readout period and having a first level during a first calibration period and a second level during a second read period, said readout input circuit being further operable such that said analogue signals at said first inputs and a reference signal from a time varying reference circuit on said second input are constantly read onto their respective capacitances during both the first calibration period and the second read period; and wherein said readout comparator circuit is operable to compare an average of the signals on each of said plurality of first inputs to said reference signal.