mhurhangee/ep-ind-claims huggingface dataset:
A fuel supply nozzle unit, comprising: a plurality of fuel supply nozzles each including a front end, a rear end that extends from the front end, and an end plate coupled to the rear end, wherein the front end includes a plurality of fuel supply holes, the rear end includes a threaded portion, and the end plate includes a plurality of screw holes; a fuel supply nozzle case that includes a plurality of fuel supply nozzle mounting holes, the respective fuel supply nozzle mounting holes being formed with a threaded surface that respectively threadedly engage with the threaded portion of the rear end of the fuel supply nozzles; and a washer disposed at an interface between the end plate and the fuel supply nozzle case, the washer including a plurality of washer holes corresponding to the plurality of screw holes formed in the end plate; wherein the washer includes at least one protrusion on an outer peripheral surface thereof which is bent to enclose the end plate. a plurality of fuel supply nozzles each including a front end, a rear end that extends from the front end, and an end plate coupled to the rear end, wherein the front end includes a plurality of fuel supply holes, the rear end includes a threaded portion, and the end plate includes a plurality of screw holes; a fuel supply nozzle case that includes a plurality of fuel supply nozzle mounting holes, the respective fuel supply nozzle mounting holes being formed with a threaded surface that respectively threadedly engage with the threaded portion of the rear end of the fuel supply nozzles; and a washer disposed at an interface between the end plate and the fuel supply nozzle case, the washer including a plurality of washer holes corresponding to the plurality of screw holes formed in the end plate; wherein the washer includes at least one protrusion on an outer peripheral surface thereof which is bent to enclose the end plate.
Hybrid drive train of a motor vehicle which is equipped with a mechanical all-wheel drive, having an internal combustion engine (5; 25) which can have a drive connection to two axles via a transmission (6; 26), and having a transversely installed electric machine arrangement, wherein the electric machine arrangement is arranged approximately centrally in the transverse direction of the vehicle, characterized in that a crown wheel of a bevel gear drive is attached to a rotor of the electric machine arrangement.
A method of providing schedule information for a mobile terminal, comprising: setting at least one event; storing participants' information corresponding to each event in the case of more than one participant; at a scheduled alarm time, performing the steps of: informing a user of the mobile terminal of the event; displaying the stored participants' information through a display unit of the mobile terminal; and characterized in that at the scheduled alarm time, the method comprises further performing the steps of: selecting a message input option or a reminder call input option, if the message input option is selected, selecting participants to whom an information message is to be sent, or if the reminder call option is selected, selecting a participant for sending a reminder call, and, when the user terminates the call, displaying the stored participants to enable the user to select another participant and send another reminder call. setting at least one event; storing participants' information corresponding to each event in the case of more than one participant; at a scheduled alarm time, performing the steps of: informing a user of the mobile terminal of the event; displaying the stored participants' information through a display unit of the mobile terminal; and informing a user of the mobile terminal of the event; displaying the stored participants' information through a display unit of the mobile terminal; and characterized in that at the scheduled alarm time, the method comprises further performing the steps of: selecting a message input option or a reminder call input option, if the message input option is selected, selecting participants to whom an information message is to be sent, or if the reminder call option is selected, selecting a participant for sending a reminder call, and, when the user terminates the call, displaying the stored participants to enable the user to select another participant and send another reminder call. selecting a message input option or a reminder call input option, if the message input option is selected, selecting participants to whom an information message is to be sent, or if the reminder call option is selected, selecting a participant for sending a reminder call, and, when the user terminates the call, displaying the stored participants to enable the user to select another participant and send another reminder call.
A rendering method, wherein the method is applied to an electronic device, the electronic device runs an application, the electronic device comprises a first processor and a second processor, and the method comprises: receiving, by the first processor, a rendering command delivered by the application, wherein the rendering command is used to instruct the second processor to render a first image based on a first resolution; sending, by the first processor, a rendering instruction to the second processor, wherein the rendering instruction is used to instruct the second processor to render the first image; generating, by the second processor, image data of the first image with a second resolution based on the rendering instruction, wherein the second resolution is not greater than the first resolution; writing, by the second processor, the image data of the first image with the second resolution into a first memory; reading, by the second processor, image data of the first image with a third resolution from the first memory, wherein the third resolution is greater than the second resolution; and generating, by the second processor, the first image based on the image data of the first image with the third resolution; characterized in that if a rendering manner of the application is forward rendering, the rendering instruction corresponds to a first framebuffer, and a quantity of drawing instructions executed on the first framebuffer is greater than a preset threshold; and if the rendering manner of the application is deferred rendering, the rendering instruction corresponds to a framebuffer other than a last framebuffer in all framebuffers delivered by the application. receiving, by the first processor, a rendering command delivered by the application, wherein the rendering command is used to instruct the second processor to render a first image based on a first resolution; sending, by the first processor, a rendering instruction to the second processor, wherein the rendering instruction is used to instruct the second processor to render the first image; generating, by the second processor, image data of the first image with a second resolution based on the rendering instruction, wherein the second resolution is not greater than the first resolution; writing, by the second processor, the image data of the first image with the second resolution into a first memory; reading, by the second processor, image data of the first image with a third resolution from the first memory, wherein the third resolution is greater than the second resolution; and generating, by the second processor, the first image based on the image data of the first image with the third resolution; characterized in that if a rendering manner of the application is forward rendering, the rendering instruction corresponds to a first framebuffer, and a quantity of drawing instructions executed on the first framebuffer is greater than a preset threshold; and if the rendering manner of the application is deferred rendering, the rendering instruction corresponds to a framebuffer other than a last framebuffer in all framebuffers delivered by the application.
A multi-axis control stick assembly, comprising: an input shaft; a first axis output shaft operably coupled to the input shaft, wherein a rotation of the first axis output shaft is configured to capture a first axis output; a second axis output shaft wherein a rotation of the second axis output shaft is configured to capture a second axis output; characterized by a series of linkages (230a, 230b, 230c) coupled to the first axis output shaft and the second axis output shaft via a plurality of pivoting joints, wherein the series of linkages (230a, 230b, 230c) are configured to decouple first axis movement of the input shaft from second axis movement of the input shaft such that the second axis output is substantially independent of the first axis output and in that the first axis output shaft is in a first plane and rotatable about a first bearing set as the input shaft moves with a component of motion along a first axis, and the second axis output shaft is in a second plane spaced apart from the first plane rotatable about a second bearing set as the input shaft moves with a component of motion along a second axis orthogonal to the first axis, wherein the first and second fixed bearings (222, 226) are in fixed axial positions relative to each other. an input shaft; a first axis output shaft operably coupled to the input shaft, wherein a rotation of the first axis output shaft is configured to capture a first axis output; a second axis output shaft wherein a rotation of the second axis output shaft is configured to capture a second axis output;
A bus supply circuit (Fig. 1), for voltage supply to a digital bus with at least one bus subscriber, wherein the bus supply circuit applies a DC voltage (U BUS) to the bus in the quiescent state, which DC voltage (U BUS) is at least temporarily short-circuited for transmitting a data bit, with a processing means (Fig. 6), which is designed to identify the short circuit by monitoring an electrical variable of the bus, wherein the bus supply circuit at least reduces the supply voltage of the bus in the event that the short circuit is identified until the processing means identifies an end of the short circuit, characterized in that during the transmission of the data bit the bus supply circuit briefly activates the supply voltage and detects the bus current (i BV).
A user terminal for enforcing a server-generated application usage policy, the user terminal comprising data processing resource configured to: send, to a server, an authorization request to authorize a user to execute an application on the user terminal; the user terminal being characterised in that the data processing resource is further configured to: receive, from the server, an authorization file, the authorization file specifying the user and including a first de-authorization count associated with the user; receive, from the server, in response to a de-authorization request, a replacement version of the authorization file, resulting from de-authorization of the user on the user terminal, that no longer specifies the user; receive, from the server, an application purchase receipt in response to a purchase request to purchase the application, the application purchase receipt including a de-authorization count associated with the user; compare the de-authorization counts of the application purchase receipt and the authorization file; and deny use of the application if the de-authorization count in the application purchase receipt is greater than the de-authorization count in the authorization file. send, to a server, an authorization request to authorize a user to execute an application on the user terminal; the user terminal being characterised in that the data processing resource is further configured to: receive, from the server, an authorization file, the authorization file specifying the user and including a first de-authorization count associated with the user; receive, from the server, in response to a de-authorization request, a replacement version of the authorization file, resulting from de-authorization of the user on the user terminal, that no longer specifies the user; receive, from the server, an application purchase receipt in response to a purchase request to purchase the application, the application purchase receipt including a de-authorization count associated with the user; compare the de-authorization counts of the application purchase receipt and the authorization file; and deny use of the application if the de-authorization count in the application purchase receipt is greater than the de-authorization count in the authorization file. receive, from the server, an authorization file, the authorization file specifying the user and including a first de-authorization count associated with the user; receive, from the server, in response to a de-authorization request, a replacement version of the authorization file, resulting from de-authorization of the user on the user terminal, that no longer specifies the user; receive, from the server, an application purchase receipt in response to a purchase request to purchase the application, the application purchase receipt including a de-authorization count associated with the user; compare the de-authorization counts of the application purchase receipt and the authorization file; and deny use of the application if the de-authorization count in the application purchase receipt is greater than the de-authorization count in the authorization file.
A method of forming a coated confectionery, comprising: providing a confectionery core; forming a soft coating about an exterior surface of said confectionery core; and forming a hard coating about said soft coating, wherein a length of time required to form said hard coating is at least double a length of time required to form said soft coating. providing a confectionery core; forming a soft coating about an exterior surface of said confectionery core; and forming a hard coating about said soft coating, wherein a length of time required to form said hard coating is at least double a length of time required to form said soft coating.
A valve core of an ink cartridge comprising an elastic valve sheet, the elastic valve sheet comprising: an inner portion; and an outer portion extending outwards from the inner portion and protruding towards an upstream side of the valve core, the outer portion adapted to sealingly engage and disengage with a valve seat in which the valve core is mounted; and a valve stem disposed at a general central portion of the valve core; characterised in that the valve stem comprises a longitudinally passageway comprising a first end open to a downstream side of the valve core and a second end open to the upstream side of the valve core. an inner portion; and an outer portion extending outwards from the inner portion and protruding towards an upstream side of the valve core, the outer portion adapted to sealingly engage and disengage with a valve seat in which the valve core is mounted; and a valve stem disposed at a general central portion of the valve core; characterised in that the valve stem comprises a longitudinally passageway comprising a first end open to a downstream side of the valve core and a second end open to the upstream side of the valve core.
Method of manufacturing a drill, comprising the steps: providing a rod-shaped blank having an end portion and a central portion, reshaping the blank in such a manner that the outer diameter of the end portion is greater than the outer diameter of the central portion, drilling a cavity in the reshaped blank, the cavity extending at least through the end portion and the central portion longitudinally to an axis of the blank (40, 56), squeezing the end portion radially to the axis, the diameter of the cavity in the end portion being reduced, and fastening a cutting element to the reshaped end portion. providing a rod-shaped blank having an end portion and a central portion, reshaping the blank in such a manner that the outer diameter of the end portion is greater than the outer diameter of the central portion, drilling a cavity in the reshaped blank, the cavity extending at least through the end portion and the central portion longitudinally to an axis of the blank (40, 56), squeezing the end portion radially to the axis, the diameter of the cavity in the end portion being reduced, and fastening a cutting element to the reshaped end portion.
An advertisements element for advertising channel reservations by an advertisement in a wireless mesh network, the advertisement being adapted for at least partially advertising channel reservations known by a transmitting node, the advertisement including a sequence of advertisements elements, the advertisements element comprising - at least one report field (35,36,37), each report field (35,36,37) being adapted to comprise a report of channel reservations (52,53,54) related to said report, whereby said channel reservations (52,53,54) being distributed over likewise report fields (35,36,37) of the sequence of advertisements element, - a field containing an advertisement sequence number, the advertisement sequence number identifying the sequence of advertisements elements related to the advertisement, the advertisement sequence number being equal for each advertisements element of the advertisement, - at least one field (45,46) enabling a determination whether the advertisements element is the last advertisements element of the sequence. - at least one report field (35,36,37), each report field (35,36,37) being adapted to comprise a report of channel reservations (52,53,54) related to said report, whereby said channel reservations (52,53,54) being distributed over likewise report fields (35,36,37) of the sequence of advertisements element, - a field containing an advertisement sequence number, the advertisement sequence number identifying the sequence of advertisements elements related to the advertisement, the advertisement sequence number being equal for each advertisements element of the advertisement, - at least one field (45,46) enabling a determination whether the advertisements element is the last advertisements element of the sequence.
A metal cutting tool comprising a tool body, an exchangeable insert seat member and an indexable cutting insert, wherein the exchangeable insert seat member is arranged to be placed between the tool body and the indexable cutting insert, and wherein said exchangeable insert seat member is contacting said tool body and said cutting insert at contact areas arranged such that there is no direct contact between the tool body and the indexable cutting insert, characterized in that said exchangeable insert seat member is produced by powder injection molding, wherein said exchangeable insert seat member is arranged with a supporting surface for supporting the indexable cutting insert, and wherein at least one part of said supporting surface is non-planar (16a, 17a).
A dialysis system, comprising: a dialysis machine configured to perform treatment sessions of renal replacement therapy, and a logic device for generating control settings of machine-related parameters of the dialysis machine, wherein the dialysis machine is configured to obtain from the logic device, prior to each treatment session for an individual patient, a set of current control settings of the machine-related parameters to be applied in the treatment session, and wherein the logic device is configured to: obtain a set of therapeutic targets comprising a target value of one or more physiological parameters for the patient, wherein the target value represents part of a desired status of the patient after the treatment session; obtain status data that represents a current status of the patient prior to the treatment session; and compute, as a function of the set of therapeutic targets and the status data, the set of current control settings of the machine-related parameters, characterized in that the set of therapeutic targets comprises a target value of a measure of a property of the patient's blood and a target value of a measure of a fluid balance of the patient, and that the logic device is configured to compute at least part of the current control settings based on a predictive model that estimates the physiological response of the patient to the machine-related parameters during the treatment session, such that the set of current control settings of the machine-related parameters enable the dialysis machine to achieve said target value of one or more physiological parameters, including the target value of the measure of a property of the patient's blood and the target value of the measure of a fluid balance of the patient, at the end of the treatment session. obtain a set of therapeutic targets comprising a target value of one or more physiological parameters for the patient, wherein the target value represents part of a desired status of the patient after the treatment session; obtain status data that represents a current status of the patient prior to the treatment session; and compute, as a function of the set of therapeutic targets and the status data, the set of current control settings of the machine-related parameters, characterized in that the set of therapeutic targets comprises a target value of a measure of a property of the patient's blood and a target value of a measure of a fluid balance of the patient, and that the logic device is configured to compute at least part of the current control settings based on a predictive model that estimates the physiological response of the patient to the machine-related parameters during the treatment session, such that the set of current control settings of the machine-related parameters enable the dialysis machine to achieve said target value of one or more physiological parameters, including the target value of the measure of a property of the patient's blood and the target value of the measure of a fluid balance of the patient, at the end of the treatment session.