mhurhangee/patent-ind-claim-en huggingface dataset:
A method for establishing a communication between mobile computing devices (1104, 1104-1, 1104-2, 1104-3), the method comprising: providing, on a real or virtual object separately from a first (1104-1) and a second (1104-2) mobile computing devices, respectively used by a first user and second user, a graphic code encoding a univocal Uniform Resource Identifier (URI) string; a step of capturing the graphic code by said first mobile computing device (1104-1) of said first user to activate said graphic code , wherein activation of the graphic code establishes that the resource over the network corresponding to said Uniform Resource Identifier (URI) string is available for instant messaging exchange communication between said first mobile computing device (1104-1) and another mobile computing device; said first user providing the activated graphic code to said second user; a step of capturing the graphic code and decoding the string contained in said graphic code by said second mobile computing device (1104-2), disposed remotely from the first mobile computing device (1104-1); in response to capturing the graphic code and decoding the string contained in said graphic code by the second mobile computing device (1104-2), initiating and establishing, by a web/authentication server , an instant messaging exchange communication between the first mobile computing device (1104-1) and the second mobile computing device (1104-2) at the specific Uniform Resource Identifier (URI). providing, on a real or virtual object separately from a first (1104-1) and a second (1104-2) mobile computing devices, respectively used by a first user and second user, a graphic code encoding a univocal Uniform Resource Identifier (URI) string; a step of capturing the graphic code by said first mobile computing device (1104-1) of said first user to activate said graphic code , wherein activation of the graphic code establishes that the resource over the network corresponding to said Uniform Resource Identifier (URI) string is available for instant messaging exchange communication between said first mobile computing device (1104-1) and another mobile computing device; said first user providing the activated graphic code to said second user; a step of capturing the graphic code and decoding the string contained in said graphic code by said second mobile computing device (1104-2), disposed remotely from the first mobile computing device (1104-1); in response to capturing the graphic code and decoding the string contained in said graphic code by the second mobile computing device (1104-2), initiating and establishing, by a web/authentication server , an instant messaging exchange communication between the first mobile computing device (1104-1) and the second mobile computing device (1104-2) at the specific Uniform Resource Identifier (URI).
A container opening device , for use with a sealable container having a closure attachable thereto to seal the container , wherein the closure has a peripherally weakened zone , or a partly peripherally weakened zone, wherein the container opening device comprises: an actuator tab operatively attachable to the closure adjacent the zone such that actuation of the actuator tab between first and second positions causes shearing or detachment of the zone from its weakened periphery thereby to provide an opening to an interior of the container , in use; and a pull member attached to the actuator tab to facilitate actuation of the tab between the first and second positions, wherein the pull member is constructed from the same material as the actuator tab , wherein the pull member is integrally formed with the actuator tab , wherein the pull member is flexibly displaceable between a first position in which the pull member is substantially parallel to the actuator tab , and a second position in which the pull member is substantially transverse to the actuator tab , characterized in that , the pull member in the first position is folded onto the actuator tab and is located in a plane substantially parallel, but slightly spaced from, the plane associated with the actuator tab and a second position, wherein in the second position the member is located in a plane substantially transverse to the plane associated with the actuator tab , in that an end portion of the pull member comprises an up-turned portion, wherein the up-turned portion extends obliquely from a longitudinal axis of the pull member , and in that the actuator tab is more rigid than the pull member . an actuator tab operatively attachable to the closure adjacent the zone such that actuation of the actuator tab between first and second positions causes shearing or detachment of the zone from its weakened periphery thereby to provide an opening to an interior of the container , in use; and a pull member attached to the actuator tab to facilitate actuation of the tab between the first and second positions, wherein the pull member is constructed from the same material as the actuator tab , wherein the pull member is integrally formed with the actuator tab , wherein the pull member is flexibly displaceable between a first position in which the pull member is substantially parallel to the actuator tab , and a second position in which the pull member is substantially transverse to the actuator tab , characterized in that , the pull member in the first position is folded onto the actuator tab and is located in a plane substantially parallel, but slightly spaced from, the plane associated with the actuator tab and a second position, wherein in the second position the member is located in a plane substantially transverse to the plane associated with the actuator tab , in that an end portion of the pull member comprises an up-turned portion, wherein the up-turned portion extends obliquely from a longitudinal axis of the pull member , and in that the actuator tab is more rigid than the pull member .
A method, comprising: discharging during a first time period a residual charge from a middle electrode between a ferroelectric capacitor of a ferroelectric memory cell and a selection component that is coupled to an access line of the ferroelectric memory cell , wherein a supply voltage for the ferroelectric memory cell is a first supply voltage for a group of memory cells that include the ferroelectric memory cell , charging after the first time period a capacitor that is in electronic communication with a digit line of the ferroelectric memory cell , wherein charging the capacitor comprises activating during a second time period a switching component of a plurality of switching components that couples the capacitor to the ferroelectric memory cell via the digit line , and wherein the second time period is after the first time period; and determining a logic state of the ferroelectric memory cell based at least in part on a charge of the capacitor after the first time period, wherein determining the logic state of the ferroelectric memory cell comprises activating during a third time period another switching component of the plurality of switching components that couples the capacitor to a latch , wherein the third time period is after the second time period and the latch is coupled to a second supply voltage that is lower than the first supply voltage. discharging during a first time period a residual charge from a middle electrode between a ferroelectric capacitor of a ferroelectric memory cell and a selection component that is coupled to an access line of the ferroelectric memory cell , wherein a supply voltage for the ferroelectric memory cell is a first supply voltage for a group of memory cells that include the ferroelectric memory cell , charging after the first time period a capacitor that is in electronic communication with a digit line of the ferroelectric memory cell , wherein charging the capacitor comprises activating during a second time period a switching component of a plurality of switching components that couples the capacitor to the ferroelectric memory cell via the digit line , and wherein the second time period is after the first time period; and determining a logic state of the ferroelectric memory cell based at least in part on a charge of the capacitor after the first time period, wherein determining the logic state of the ferroelectric memory cell comprises activating during a third time period another switching component of the plurality of switching components that couples the capacitor to a latch , wherein the third time period is after the second time period and the latch is coupled to a second supply voltage that is lower than the first supply voltage.
A component supply unit storage and retrieval system comprising: a unit storage configured to store multiple component supply units used when multiple components are supplied to a component mounter ; a storage holding base configured to hold the unit storage ; a unit warehouse configured to store more component supply units than the unit storage ; a storage and retrieval robot configured to deliver one or more of the multiple component supply units between the unit storage and the unit warehouse , and a movement guide provided from the storage holding base to the unit warehouse , wherein the storage and retrieval robot is configured to move along the movement guide , characterized in that the unit storage is configured to be attached to and detached from the storage holding base so that the multiple component supply units stored in the unit storage can be collectively utilized in a subsequent set-up work or can be collectively installed in the component mounter . a unit storage configured to store multiple component supply units used when multiple components are supplied to a component mounter ; a storage holding base configured to hold the unit storage ; a unit warehouse configured to store more component supply units than the unit storage ; a storage and retrieval robot configured to deliver one or more of the multiple component supply units between the unit storage and the unit warehouse , and a movement guide provided from the storage holding base to the unit warehouse , wherein the storage and retrieval robot is configured to move along the movement guide , characterized in that the unit storage is configured to be attached to and detached from the storage holding base so that the multiple component supply units stored in the unit storage can be collectively utilized in a subsequent set-up work or can be collectively installed in the component mounter .
A target tracking system configured for use in a directed energy system , the target tracking system comprising: a target identifier configured to receive video signals , to separate a target having track points from a background and to identify one or more track points on the target , wherein the diameters of the one or more identified track points are configured to be smaller than a diameter of the spot of a directed energy beam of the directed energy system on the target to allow the directed energy beam to cover a selected track point to compensate for jitter; a target tracker configured to track one or more track points on the target based on outputs of the target identifier; and a tracking controller configured to generate tracking control signals based on outputs of the target tracker to control a beam transmission unit of the directed energy system for placement of a directed energy beam on a selected one of the track points to radiate a portion of the target. a target identifier configured to receive video signals , to separate a target having track points from a background and to identify one or more track points on the target , wherein the diameters of the one or more identified track points are configured to be smaller than a diameter of the spot of a directed energy beam of the directed energy system on the target to allow the directed energy beam to cover a selected track point to compensate for jitter; a target tracker configured to track one or more track points on the target based on outputs of the target identifier; and a tracking controller configured to generate tracking control signals based on outputs of the target tracker to control a beam transmission unit of the directed energy system for placement of a directed energy beam on a selected one of the track points to radiate a portion of the target.
A method for screen capture processing for a terminal having a touch screen, the method comprising: determining whether a floating window is contained in a display interface of the terminal when an instruction for capturing the display interface is acquired from a user; if the display interface contains the floating window, generating a screenshot by capturing the display interface in a customized way, wherein generating the screenshot by capturing the display interface in a customized way comprises: generating a first screenshot by capturing the display interface of the terminal, the first screenshot containing the floating window, and generating a second screenshot by removing the floating window contained in the display interface and capturing an original image under the floating window; and displaying the first screenshot to the user, and characterized by detecting an operation gesture of the user for the screenshot; and if the operation gesture is a preset operation gesture, removing the floating window from the screenshot to generate a target screenshot: by removing the first screenshot displayed to the user and displaying the second screenshot to the user. determining whether a floating window is contained in a display interface of the terminal when an instruction for capturing the display interface is acquired from a user; if the display interface contains the floating window, generating a screenshot by capturing the display interface in a customized way, wherein generating the screenshot by capturing the display interface in a customized way comprises: generating a first screenshot by capturing the display interface of the terminal, the first screenshot containing the floating window, and generating a second screenshot by removing the floating window contained in the display interface and capturing an original image under the floating window; and displaying the first screenshot to the user, and characterized by detecting an operation gesture of the user for the screenshot; and if the operation gesture is a preset operation gesture, removing the floating window from the screenshot to generate a target screenshot: by removing the first screenshot displayed to the user and displaying the second screenshot to the user. generating a first screenshot by capturing the display interface of the terminal, the first screenshot containing the floating window, and generating a second screenshot by removing the floating window contained in the display interface and capturing an original image under the floating window; and displaying the first screenshot to the user, and characterized by detecting an operation gesture of the user for the screenshot; and if the operation gesture is a preset operation gesture, removing the floating window from the screenshot to generate a target screenshot: by removing the first screenshot displayed to the user and displaying the second screenshot to the user.
A vehicle having a wireless power system, the vehicle comprising: a tractor and a trailer mounted to the tractor, the trailer having a refrigeration unit ; a first inductive charging pad mounted on the trailer, the first inductive charging pad electrically connected to a portion of the refrigeration unit; a second inductive charging pad mounted on the tractor, the second inductive charging pad electrically connected to a portion of the tractor and configured to induce an electrical current in the first inductive charging pad, wherein the first inductive charging pad and the second inductive charging pad are configured such that during relative rotation between the trailer and the tractor, the second charging pad can induce and maintain the electric current in the first inductive charging pad throughout a range of the relative rotation; wherein the first inductive charging pad is mounted on the bottom side of the trailer and the second inductive charging pad is mounted on the frame of the tractor ; and wherein the first inductive charging pad is configured about the king pin on the trailer and the second inductive charging pad is configured about the shoe located on the frame of the tractor and configured to receive the king pin 256. a tractor and a trailer mounted to the tractor, the trailer having a refrigeration unit ; a first inductive charging pad mounted on the trailer, the first inductive charging pad electrically connected to a portion of the refrigeration unit; a second inductive charging pad mounted on the tractor, the second inductive charging pad electrically connected to a portion of the tractor and configured to induce an electrical current in the first inductive charging pad, wherein the first inductive charging pad and the second inductive charging pad are configured such that during relative rotation between the trailer and the tractor, the second charging pad can induce and maintain the electric current in the first inductive charging pad throughout a range of the relative rotation; wherein the first inductive charging pad is mounted on the bottom side of the trailer and the second inductive charging pad is mounted on the frame of the tractor ; and wherein the first inductive charging pad is configured about the king pin on the trailer and the second inductive charging pad is configured about the shoe located on the frame of the tractor and configured to receive the king pin 256.
A method for controlling a braking system of a linear electromagnetic motor in a test apparatus, the electromagnetic motor having a moveable output shaft , comprising the steps of: receiving a velocity signal and/or an acceleration signal based on movement of the output shaft, said velocity signal and/or acceleration signal having a respective frequency spectrum; identifying an event from the velocity and/or the acceleration signal using the respective frequency spectrum, wherein said event corresponds to an uncontrolled movement of the output shaft and has a characteristic frequency spectrum. receiving a velocity signal and/or an acceleration signal based on movement of the output shaft, said velocity signal and/or acceleration signal having a respective frequency spectrum; identifying an event from the velocity and/or the acceleration signal using the respective frequency spectrum, wherein said event corresponds to an uncontrolled movement of the output shaft and has a characteristic frequency spectrum.
A laminated film comprising at least: a substrate film (A); and an ionomer resin layer (B) provided on one surface of the substrate layer (A), the ionomer resin layer (B) including an ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1), wherein when a content of unsaturated carboxylic acid in the ethylene-unsaturated carboxylic acid-based copolymer (B2) constituting the ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1) is designated as X [mass%], and a degree of neutralization of the ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1) is designated as Y [mol%], a metal ion content represented by the formula: X × Y / 100 is more than 5.0 and less than or equal to 20.0, and wherein a content of the ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1) in the ionomer resin layer (B) is 70% by mass or more and 100% by mass or less, when the total amount of the ionomer resin layer (B) is designated as 100% by mass. a substrate film (A); and an ionomer resin layer (B) provided on one surface of the substrate layer (A), the ionomer resin layer (B) including an ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1), wherein when a content of unsaturated carboxylic acid in the ethylene-unsaturated carboxylic acid-based copolymer (B2) constituting the ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1) is designated as X [mass%], and a degree of neutralization of the ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1) is designated as Y [mol%], a metal ion content represented by the formula: X × Y / 100 is more than 5.0 and less than or equal to 20.0, and wherein a content of the ionomer of ethylene-unsaturated carboxylic acid-based copolymer (B1) in the ionomer resin layer (B) is 70% by mass or more and 100% by mass or less, when the total amount of the ionomer resin layer (B) is designated as 100% by mass.
Fastener for fastening an attached part or trim part provided with an opening to a stud of a support part, having a supporting body that has a hole , which extends along an axis and is provided at one end with an insertion opening to accommodate the stud, and has a flange projecting outward from the supporting body , and having a damping element that covers the flange on the side facing the insertion opening with a contact section and has, extending from the contact section in the axial direction beyond the end of the supporting body that forms the edge of the insertion opening , an extension that is designed to project through the opening in the attached part or trim part, wherein the supporting body is made of a rigid plastic and the damping element is made of a flexible, elastomeric plastic or rubber characterized in that the damping element is connected to the supporting body by primary forming, wherein the contact section of the damping element has a flat surface on the side facing the insertion opening on which are located multiple raised contact ribs that are spaced apart from one another.
A manufacturing method of a nitrile compound comprising a first step of introducing a raw material gas containing a cyclic compound having an organic substituent, ammonia, and air into a reactor and reacting the raw material gas in the presence of a catalyst to generate a nitrile compound, a second step of discharging a reacted gas from the reactor and separating the nitrile compound from the reacted gas, and a third step of collecting mist from a first residual gas obtained by separating the nitrile compound from the reacted gas to remove water and ammonium carbonate in the first residual gas. a first step of introducing a raw material gas containing a cyclic compound having an organic substituent, ammonia, and air into a reactor and reacting the raw material gas in the presence of a catalyst to generate a nitrile compound, a second step of discharging a reacted gas from the reactor and separating the nitrile compound from the reacted gas, and a third step of collecting mist from a first residual gas obtained by separating the nitrile compound from the reacted gas to remove water and ammonium carbonate in the first residual gas.
An abrasive agglomerate particle comprising fused aluminum oxide mineral bonded in a vitreous matrix , wherein the fused aluminum oxide mineral is present in a range from 70 percent by weight to 95 percent by weight and the vitreous matrix is present at least at five percent by weight, based on the weight of the abrasive agglomerate particle , wherein the fused aluminum oxide mineral has an average particle size of up to 300 micrometers, and wherein the abrasive agglomerate particle has a frusto-pyramidal shape with side walls having a taper angle (α) in a range from 2 to 15 degrees and a dimension of at least 400 micrometers.