mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission device configured to multiplex and transmit a plurality of 8B10B coded information sequences including a code word indicating frame heads, comprising: conversion units (10 n ) the number of which is identical to the number of the information sequences, each configured to decode one of the information sequences, to perform scrambling of data of the decoded information sequence other than bits corresponding to the code word which is included in the information sequence at regular intervals for indicating the frame heads of frames of a fixed frame length, and to replace the bits with a synchronous pattern to perform output thereof a; and a multiplexing unit configured to multiplex the information sequences outputted from the conversion units (10 n ). conversion units (10 n ) the number of which is identical to the number of the information sequences, each configured to decode one of the information sequences, to perform scrambling of data of the decoded information sequence other than bits corresponding to the code word which is included in the information sequence at regular intervals for indicating the frame heads of frames of a fixed frame length, and to replace the bits with a synchronous pattern to perform output thereof a; and a multiplexing unit configured to multiplex the information sequences outputted from the conversion units (10 n ).
A control apparatus for a power follower and a power battery for an electric vehicle, the control apparatus comprising: a power battery used to output electric power to drive a traction motor of the electric vehicle; a power follower used to output electric power to drive the traction motor and/or charge the power battery ; a controller used to control the driving modes of the power battery and the power follower , wherein the controller is configured to: select, when the remaining electric quantity (soc) of the power battery is not greater than a first predetermined value, a second driving mode until the remaining electric quantity (soc) of the power battery rises to a second predetermined value; select, when the remaining electric quantity (soc) of the power battery is not less than the second predetermined value, a first driving mode until the remaining electric quantity (soc) of the power battery is not greater than the first predetermined value; and alternately switch between the first driving mode and the second driving mode, the second predetermined value being greater than the first predetermined value; and an activation apparatus used to manually control the numerical value of the second predetermined value according to the requirement of a driver; wherein the first driving mode is that the power battery operates alone to output electric power to drive the traction motor ; and the second driving mode is that the power follower operates alone to output electric power to drive the traction motor and to charge the power battery . a power battery used to output electric power to drive a traction motor of the electric vehicle; a power follower used to output electric power to drive the traction motor and/or charge the power battery ; a controller used to control the driving modes of the power battery and the power follower , wherein the controller is configured to: select, when the remaining electric quantity (soc) of the power battery is not greater than a first predetermined value, a second driving mode until the remaining electric quantity (soc) of the power battery rises to a second predetermined value; select, when the remaining electric quantity (soc) of the power battery is not less than the second predetermined value, a first driving mode until the remaining electric quantity (soc) of the power battery is not greater than the first predetermined value; and alternately switch between the first driving mode and the second driving mode, the second predetermined value being greater than the first predetermined value; and an activation apparatus used to manually control the numerical value of the second predetermined value according to the requirement of a driver; wherein the first driving mode is that the power battery operates alone to output electric power to drive the traction motor ; and the second driving mode is that the power follower operates alone to output electric power to drive the traction motor and to charge the power battery .
A method, comprising: at an electronic device with a display and an audio input device: displaying a plurality of suggested candidate task affordances including a candidate task affordance associated with a task, wherein a first suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a first contextual characteristic associated with the electronic device and a second suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a second contextual characteristic associated with the electronic device, wherein the first contextual characteristic and the second contextual characteristic are different contextual characteristics; detecting a set of inputs including a first user input corresponding to a selection of the candidate task affordance associated with the task; in response to detecting the set of user inputs, displaying a first interface for generating a voice shortcut associated with the task; while displaying the first interface: receiving , by the audio input device, a natural-language speech input; and displaying , in the first interface, a candidate phrase, wherein the candidate phrase is based on the natural-language speech input; after displaying the candidate phrase, detecting a second user input; and in response to detecting the second user input, associating the candidate phrase with the task. displaying a plurality of suggested candidate task affordances including a candidate task affordance associated with a task, wherein a first suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a first contextual characteristic associated with the electronic device and a second suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a second contextual characteristic associated with the electronic device, wherein the first contextual characteristic and the second contextual characteristic are different contextual characteristics; detecting a set of inputs including a first user input corresponding to a selection of the candidate task affordance associated with the task; in response to detecting the set of user inputs, displaying a first interface for generating a voice shortcut associated with the task; while displaying the first interface: receiving , by the audio input device, a natural-language speech input; and displaying , in the first interface, a candidate phrase, wherein the candidate phrase is based on the natural-language speech input; receiving , by the audio input device, a natural-language speech input; and displaying , in the first interface, a candidate phrase, wherein the candidate phrase is based on the natural-language speech input; after displaying the candidate phrase, detecting a second user input; and in response to detecting the second user input, associating the candidate phrase with the task.
An image processing device (1001∼1005) comprising: image group generation means configured to use a dictionary storing a plurality of patch pairs including a degraded patch which is a patch of a degraded image obtained by degrading a predetermined image and a restored patch which is a patch of said predetermined image in such a manner that the degraded patch and the restored patch are associated with each other to generate a plurality of restored image candidates including a plurality of different contents that may be an original content of an input image from said single input image ; reliability degree calculation means configured to calculate a degree of reliability of each of the restored image candidates generated by said image group generation means ; and characterised in : image selection presenting means configured to cluster the multiple restored image candidates into subsets, configured to select a restored image candidate for each subset on the basis of the calculated degrees of reliability and configured to output the selected restored image candidates. image group generation means configured to use a dictionary storing a plurality of patch pairs including a degraded patch which is a patch of a degraded image obtained by degrading a predetermined image and a restored patch which is a patch of said predetermined image in such a manner that the degraded patch and the restored patch are associated with each other to generate a plurality of restored image candidates including a plurality of different contents that may be an original content of an input image from said single input image ; reliability degree calculation means configured to calculate a degree of reliability of each of the restored image candidates generated by said image group generation means ; and characterised in : image selection presenting means configured to cluster the multiple restored image candidates into subsets, configured to select a restored image candidate for each subset on the basis of the calculated degrees of reliability and configured to output the selected restored image candidates.
Circuit arrangement , comprising - a plurality of switch assemblies connected in series and each having a parallel circuit of three assembly components (5 to 7), wherein - a first assembly component is a semiconductor switch , a second assembly component is a freewheeling diode and the third assembly component is a surge arrester , - the assembly components (5 to 7) are arranged spatially above one another or beside one another as an assembly component stack and the three assembly components (5 to 7) of each switch assembly are arranged successively in the assembly component stack, - each two mutually adjacent assembly components (5 to 7) are electrically directly connected to one another by a direct connection , - each direct connection that connects two assembly components (5 to 7) of two different switch assemblies is electrically connected to each of the two direct connections second closest to it by means of a bridge connection , and - each stack end of the assembly component stack has an electrical stack terminal that is electrically connected by means of an end bridge connection to the direct connection of two assembly components (5 to 7) that is second closest to the stack end. - a plurality of switch assemblies connected in series and each having a parallel circuit of three assembly components (5 to 7), wherein - a first assembly component is a semiconductor switch , a second assembly component is a freewheeling diode and the third assembly component is a surge arrester , - the assembly components (5 to 7) are arranged spatially above one another or beside one another as an assembly component stack and the three assembly components (5 to 7) of each switch assembly are arranged successively in the assembly component stack, - each two mutually adjacent assembly components (5 to 7) are electrically directly connected to one another by a direct connection , - each direct connection that connects two assembly components (5 to 7) of two different switch assemblies is electrically connected to each of the two direct connections second closest to it by means of a bridge connection , and - each stack end of the assembly component stack has an electrical stack terminal that is electrically connected by means of an end bridge connection to the direct connection of two assembly components (5 to 7) that is second closest to the stack end.
A measuring device configured to measure a characteristic of an inspection object (P) based on a detection result of electromagnetic waves which have been transmitted through the inspection object (P), the measuring device comprising: an irradiator configured to irradiate electromagnetic waves to the inspection object (P); a light collector having an incident end facing the inspection object (P) and having a reflecting surface which guides, to a light-collecting surface, electromagnetic waves whose incident angle with respect to the incident end is within a predetermined incident angle, among the electromagnetic waves which have been transmitted through the inspection object (P); a detector comprising a light receiving element configured to detect the electromagnetic waves guided to the light-collecting surface; and an inner-surface reflecting mirror which is a polygonal optical element with a tapered shape, and disposed between the irradiator and the inspection object (P), the inner-surface reflecting mirror reflecting the electromagnetic waves emitted from the irradiator multiple times to achieve a uniform intensity distribution, wherein a length of a diagonal line of an exit end of the inner-surface reflecting mirror is equal to or smaller than a diameter of the incident end of the light collector , wherein a region of an exit end of the light collector , which is perpendicular to a direction of an optical axis of the electromagnetic waves, is included in a region of the light receiving element , characterized in that a radius of the exit end of the light collector is equal to or less than a radius of a surface of the light receiving element . an irradiator configured to irradiate electromagnetic waves to the inspection object (P); a light collector having an incident end facing the inspection object (P) and having a reflecting surface which guides, to a light-collecting surface, electromagnetic waves whose incident angle with respect to the incident end is within a predetermined incident angle, among the electromagnetic waves which have been transmitted through the inspection object (P); a detector comprising a light receiving element configured to detect the electromagnetic waves guided to the light-collecting surface; and an inner-surface reflecting mirror which is a polygonal optical element with a tapered shape, and disposed between the irradiator and the inspection object (P), the inner-surface reflecting mirror reflecting the electromagnetic waves emitted from the irradiator multiple times to achieve a uniform intensity distribution, wherein a length of a diagonal line of an exit end of the inner-surface reflecting mirror is equal to or smaller than a diameter of the incident end of the light collector , wherein a region of an exit end of the light collector , which is perpendicular to a direction of an optical axis of the electromagnetic waves, is included in a region of the light receiving element ,
Portable work apparatus , such as an expander, cutter or combination device with a cutting and expanding function for example, for portable use, having a housing , an electric motor located in the housing , an insert shaft on the work apparatus , a power supply in the form of a rechargeable battery , the rechargeable battery or the connection for connection to the external electrical power source being located in the insert shaft , a mechanically or hydraulically driven, displaceable piston rod for performing work, in particular expanding work and/or cutting work and/or lifting and/or compressing work, an electronic open-loop control and closed-loop control device for open-loop control and/or closed-loop control of the electric motor , which device comprises a printed circuit board which is potted with potting compound and on which electronic components are arranged, at least one contact , preferably flat contact oriented in the insertion direction, composed of electrically conductive material being provided on the insert shaft , which contact allows releaseable electrical contact-connection between the rechargeable battery and the electronic open-loop and closed-loop control device of the work apparatus by insertion of the rechargeable battery into the insert shaft , characterized in that the contact is divided into a first surface region and a second surface region , the first surface region is covered with a nonconductive surface protection layer , and the second surface region has no surface protection layer. a housing , an electric motor located in the housing , an insert shaft on the work apparatus , a power supply in the form of a rechargeable battery , the rechargeable battery or the connection for connection to the external electrical power source being located in the insert shaft , a mechanically or hydraulically driven, displaceable piston rod for performing work, in particular expanding work and/or cutting work and/or lifting and/or compressing work, an electronic open-loop control and closed-loop control device for open-loop control and/or closed-loop control of the electric motor , which device comprises a printed circuit board which is potted with potting compound and on which electronic components are arranged, at least one contact , preferably flat contact oriented in the insertion direction, composed of electrically conductive material being provided on the insert shaft , which contact allows releaseable electrical contact-connection between the rechargeable battery and the electronic open-loop and closed-loop control device of the work apparatus by insertion of the rechargeable battery into the insert shaft , characterized in that the contact is divided into a first surface region and a second surface region , the first surface region is covered with a nonconductive surface protection layer , and the second surface region has no surface protection layer.
Method for producing a catalyst which includes a catalytically active component consisting of a single compound or a mixture of different oxides having the general formula Mo x Bi y Fe z A a B b C c D d O v , where A stands for Ni and/or Co, B stands for one or more metals selected from Mg, Cr, Mn, Zn, Ce, and Ca and combinations thereof, C stands for W, and D stands for one or more alkali metals, where x stands for a number from 10 to 14, y stands for a number from 0.1 to 5, z stands for a number from 0.5 to 5, a stands for a number from 1 to 10, b stands for a number from 0.1 to 6, c stands for a number from > 0 to 2, d stands for a number from 0.02 to 2, and v is determined by the oxidation state of the elements, the method including the following steps: a) Providing a solution in which at least 95% by weight, of all precursor compounds of the catalytically active component are dissolved in an acidic aqueous solvent; b) Bringing the solution obtained in step a) into contact with a chemical inert porous support which during the reaction to be catalyzed does not take part in a chemical reaction and having a specific surface of 1 to 500 m 2 /g, measured according to the BET method of DIN ISO 9277:2010; c) Heat treatment of the material obtained in step b), including heating the material obtained in step b) to a temperature of 450 to 650°C over a period of 30 min to 20 hours, in which the precursor compounds of the catalytically active component are converted to their oxides. a) Providing a solution in which at least 95% by weight, of all precursor compounds of the catalytically active component are dissolved in an acidic aqueous solvent; b) Bringing the solution obtained in step a) into contact with a chemical inert porous support which during the reaction to be catalyzed does not take part in a chemical reaction and having a specific surface of 1 to 500 m 2 /g, measured according to the BET method of DIN ISO 9277:2010; c) Heat treatment of the material obtained in step b), including heating the material obtained in step b) to a temperature of 450 to 650°C over a period of 30 min to 20 hours, in which the precursor compounds of the catalytically active component are converted to their oxides.
Token-based authenticating method for controlling access to a service from a terminal, characterized in that it comprises, on receipt by an authenticating device of a request for permission to access the service containing at least one unique identifier of the terminal, the following steps: - determining a network access context of the terminal, said access context relating to a datum regarding the access network used by the terminal, the datum being configured to identify a user associated with the access, - checking the validity of rights to access the service, comprising at least one verification of access rights associated with the network access context of the terminal, and: - determining a number of valid tokens associated with the network access context, - comparing the number of tokens associated with the network access context to a predetermined maximum number of tokens, and - determining the validity of the rights depending on the result of the comparison, and if the access rights are valid: - generating a valid authentication token based on the unique identifier of the terminal and on the network access context, and - transmitting the token from the authenticating device to the terminal. - determining a network access context of the terminal, said access context relating to a datum regarding the access network used by the terminal, the datum being configured to identify a user associated with the access, - checking the validity of rights to access the service, comprising at least one verification of access rights associated with the network access context of the terminal, and: - determining a number of valid tokens associated with the network access context, - comparing the number of tokens associated with the network access context to a predetermined maximum number of tokens, and - determining the validity of the rights depending on the result of the comparison, and - determining a number of valid tokens associated with the network access context, - comparing the number of tokens associated with the network access context to a predetermined maximum number of tokens, and - determining the validity of the rights depending on the result of the comparison, and - generating a valid authentication token based on the unique identifier of the terminal and on the network access context, and - transmitting the token from the authenticating device to the terminal.
A tow bar assembly for a vehicle , the assembly comprising an extended body extending in a longitudinal direction having a hook or eye coupling end portion for coupling to a towing device designed to exert a longitudinal towing action (T) on said coupling end portion , and a connecting device for connecting the extended body to a load-bearing structure of the vehicle ; the connecting device comprising first attachment means for attaching said coupling end portion to said load-bearing structure when said towing action (T) is exerted; the connecting device comprising, in addition, second collapsible attachment means configured to enable, in use, a retraction of said coupling end portion in relation to said load-bearing structure when a determined thrust action (S), opposing said longitudinal towing action (T) and of a lower intensity than said longitudinal towing action (T), is exerted on the coupling end portion , said extended body comprising a stem permanently connected to said coupling end portion , said second collapsible attachment means being borne by said stem , characterised in that said second collapsible attachment means comprise a shear pin at least partially inserted in said stem .