mhurhangee/ep-ind-claims huggingface dataset:
An electronic control unit for a vehicle comprising an engine, a gas pedal, a brake pedal and a throttle valve, the electronic control unit comprising: at least one gas pedal sensor for measuring one or more operating conditions of the gas pedal; at least one brake pedal sensor for measuring one or more operating conditions of the brake pedal; a processor, for combining measurements related to the one or more operating conditions of the gas pedal and the brake pedal; an actuator for measuring a current position of the throttle valve; and a controller to control the throttle valve, based on the combined measurements related to the one or more operating conditions of the gas pedal and the brake pedal obtained from the processor and the current position of the throttle valve obtained from the actuator, when a simultaneous operation of the gas pedal and the brake pedal is detected. at least one gas pedal sensor for measuring one or more operating conditions of the gas pedal; at least one brake pedal sensor for measuring one or more operating conditions of the brake pedal; a processor, for combining measurements related to the one or more operating conditions of the gas pedal and the brake pedal; an actuator for measuring a current position of the throttle valve; and a controller to control the throttle valve, based on the combined measurements related to the one or more operating conditions of the gas pedal and the brake pedal obtained from the processor and the current position of the throttle valve obtained from the actuator, when a simultaneous operation of the gas pedal and the brake pedal is detected.
A running analysis system, comprising: an information acquirer configured to acquire position information and motion information of a user as a runner, measured at each point of passage in a run by a predetermined measurement device (12, 14, 16); a measurement value acquirer configured to acquire measurement values of a plurality of types of motion analysis indices indicating a running motion state of the user for each predetermined unit measurement section, based on the position information and the motion information chronologically consecutive; a classification processing unit configured to classify the measurement values in a plurality of measurement sections for each type of the motion analysis indices, using a predetermined classification method for classification by property; a mode determination unit configured to determine an output mode of the classified measurement values based on comparison with a predetermined comparison target; and an output unit that is capable of outputting at least information regarding the classified measurement values, based on the determined output mode, wherein the mode determination unit includes a change detector configured to detect a change that meets a predetermined change condition in time-series data of the measurement values, and the output mode includes an evaluation based on the change detected by the change detector. an information acquirer configured to acquire position information and motion information of a user as a runner, measured at each point of passage in a run by a predetermined measurement device (12, 14, 16); a measurement value acquirer configured to acquire measurement values of a plurality of types of motion analysis indices indicating a running motion state of the user for each predetermined unit measurement section, based on the position information and the motion information chronologically consecutive; a classification processing unit configured to classify the measurement values in a plurality of measurement sections for each type of the motion analysis indices, using a predetermined classification method for classification by property; a mode determination unit configured to determine an output mode of the classified measurement values based on comparison with a predetermined comparison target; and an output unit that is capable of outputting at least information regarding the classified measurement values, based on the determined output mode, wherein the mode determination unit includes a change detector configured to detect a change that meets a predetermined change condition in time-series data of the measurement values, and the output mode includes an evaluation based on the change detected by the change detector.
A labelling machine for labels printed on pre-pasted continuous film, comprising a rotating carousel provided with means for supporting the individual containers to be labelled, adapted to turn said containers about their own axis, and further comprising alignment means and tension adjustment means for the film that unwinds from a reel and a cutting and transfer drum adapted to receive and retain, so that it clings to its own surface, the film that exits from a feeder in order to cut the labels and bring the individual labels, separated after cutting, into contact with corresponding containers supported by the carousel, the cutting and transfer drum comprising a structure for supporting actuation means (10, 11, 12, 13, 14, 15, 16, 17) for individual blades (10a, 11 a, 12a, 13a, 14a, 15a, 16a, 17a) designed to cut the labels, and which actuation means are mutually spaced circumferentially and adapted to be provided with the corresponding blades according to respective groupings, such that each grouping comprises the presence of a predetermined number of circumferentially equidistant blades, said supporting structure being adapted to support, in a removably locked manner, an adapted number of circumferential portions of peripheral shells (18, 19, 20, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31) for each one of said respective groupings, said peripheral shells being provided with film retention means and adapted to be inserted in the gaps formed by the blades (10a, 11a, 12a, 13a, 14a, 15a, 16a, 17a) that are present in a respective grouping, so as to define a continuous cylindrical surface for supporting the films, characterized in that said actuation means (10, 11, 12, 13, 14, 15, 16, 17) for actuating the individual blades (10a, 11a, 12a, 13a, 14a, 15a, 16a, 17a) are circumferentially mutually spaced according to a sequence that provides, in the following order, angles between two contiguous blades which have values of 60° twice, 30° twice, 60° twice and 30° twice, and in that the labelling machine further comprises circumferential portions of peripheral shells (18, 19, 20) enabling the formation of three interchangeable groups, each corresponding with one of said respective groupings, and said groups comprise a first group formed by three shells (18, 19, 20) which each extends circumferentially over 120°, a second group formed by four shells (22, 23, 24, 25) which each extends, circumferentially over 90°, and a third group formed by six shells (26, 27, 28, 29, 30, 31) which each extends circumferentially over 60°.
A method of providing security for data using a loopback interface, the method characterized by comprising: setting a security policy configuration on a host device and a client device, the security policy configuration including a first loopback interface and an IP address for the host device and a second loopback interface and an IP address for the client device; sending an packet to the first loopback interface on the host device, wherein the first loopback interface configures the packet to be routed to the second loopback interface; sending the packet from the first loopback interface to a security module on the host device for encryption pursuant to a security protocol; filtering the encrypted packet received from first loopback interface and configuring the encrypted packet be sent to the client device; sending the encrypted packet from the host device to the client device; injecting the encrypted packet into the second loopback interface on the client device; sending the encrypted packet from the second loopback interface on the client device to the security module on the client device for decryption; and sending the decrypted packet to the second loopback interface on the client device, wherein the packet is received on the client device. setting a security policy configuration on a host device and a client device, the security policy configuration including a first loopback interface and an IP address for the host device and a second loopback interface and an IP address for the client device; sending an packet to the first loopback interface on the host device, wherein the first loopback interface configures the packet to be routed to the second loopback interface; sending the packet from the first loopback interface to a security module on the host device for encryption pursuant to a security protocol; filtering the encrypted packet received from first loopback interface and configuring the encrypted packet be sent to the client device; sending the encrypted packet from the host device to the client device; injecting the encrypted packet into the second loopback interface on the client device; sending the encrypted packet from the second loopback interface on the client device to the security module on the client device for decryption; and sending the decrypted packet to the second loopback interface on the client device, wherein the packet is received on the client device.
A method of operating a wireless terminal, comprising: generating a list of available channels for use in transmitting signals, said list of available channels including a first channel in a sequence of channels; determining a number of peer devices using said first channel; comparing the number of peer devices using said first channel to a first threshold; when said comparing indicates that the number of peer devices using the first channel is less than or equal to said first threshold, using said first channel for transmission purposes, when said comparing indicates that the number of peer devices using said first channel is greater than said first threshold, checking a next channel on said list of available channels to determine if the next channel should be used for transmission purposes, further comprising determining the number of devices using said first channel, and if said number of devices using said first channel is below a second threshold, switching to said first channel for transmission purposes if a different channel is being used for transmission purposes. generating a list of available channels for use in transmitting signals, said list of available channels including a first channel in a sequence of channels; determining a number of peer devices using said first channel; comparing the number of peer devices using said first channel to a first threshold; when said comparing indicates that the number of peer devices using the first channel is less than or equal to said first threshold, using said first channel for transmission purposes, when said comparing indicates that the number of peer devices using said first channel is greater than said first threshold, checking a next channel on said list of available channels to determine if the next channel should be used for transmission purposes, further comprising determining the number of devices using said first channel, and if said number of devices using said first channel is below a second threshold, switching to said first channel for transmission purposes if a different channel is being used for transmission purposes.
An emergency lighting device including a casing housing at least one lighting means able to be electrically connected on the one hand to an electrical grid and on the other hand to an electrical accumulator able to power it in case of failure of the electrical grid, said lighting means being movable between a retracted position and a deployed position relative to a face of said casing and being able to pivot by 360° around an axis perpendicular to said face of the casing, said lighting means being mounted pivoting, around axes (X1, X2, X3, X4) parallel to said face of the casing, on an annular cradle sheltered inside said casing, including an upper edge and a lower edge and delimiting a housing inside which said lighting means is housed in its retracted position, characterized in that said annular cradle is in turn mounted pivoting on the inner side of said face of said casing, around an axis perpendicular to said face, and such that said housing communicates with a through opening included by said face, said through opening being able to define a passage for said lighting means moved between its retracted position and its deployed position or vice versa.
A method of operation within an integrated-circuit image sensor having a pixel array, the method comprising: generating, on a first signal line of the pixel array that is connected to a transfer gate of a first pixel within the pixel array, a control pulse that enables photocharge accumulated within a photosensitive element of the first pixel to be transferred to a floating diffusion node, the first signal line having a capacitive coupling to the floating diffusion node; and generating, on a second signal line of the pixel array that also has a capacitive coupling to the floating diffusion node, a first feedthrough compensation pulse having a pulse polarity opposite a pulse polarity of the control pulse and that is timed to coincide with the control pulse such that capacitive feedthrough of the control pulse to the floating diffusion node is reduced, wherein the pixel array comprises a first pixel row constituted by a first plurality of pixels, including the first pixel, connected to the first signal line, and a second pixel row constituted by a second plurality of pixels connected to the second signal line, wherein the second signal line is coupled to a respective transfer gate within each pixel of the second plurality of pixels, or wherein the second signal line is coupled to a respective reset transistor within each pixel of the second plurality of pixels. generating, on a first signal line of the pixel array that is connected to a transfer gate of a first pixel within the pixel array, a control pulse that enables photocharge accumulated within a photosensitive element of the first pixel to be transferred to a floating diffusion node, the first signal line having a capacitive coupling to the floating diffusion node; and generating, on a second signal line of the pixel array that also has a capacitive coupling to the floating diffusion node, a first feedthrough compensation pulse having a pulse polarity opposite a pulse polarity of the control pulse and that is timed to coincide with the control pulse such that capacitive feedthrough of the control pulse to the floating diffusion node is reduced, wherein the pixel array comprises a first pixel row constituted by a first plurality of pixels, including the first pixel, connected to the first signal line, and a second pixel row constituted by a second plurality of pixels connected to the second signal line, wherein the second signal line is coupled to a respective transfer gate within each pixel of the second plurality of pixels, or wherein the second signal line is coupled to a respective reset transistor within each pixel of the second plurality of pixels. the pixel array comprises a first pixel row constituted by a first plurality of pixels, including the first pixel, connected to the first signal line, and a second pixel row constituted by a second plurality of pixels connected to the second signal line, wherein the second signal line is coupled to a respective transfer gate within each pixel of the second plurality of pixels, or wherein the second signal line is coupled to a respective reset transistor within each pixel of the second plurality of pixels.
A method of seeding a peer to peer network by broadcasting content, the method comprising: providing a peer to peer (P2P) network enabling any peer device connected to the P2P network to receive content over the P2P network; selecting, from a plurality of peer devices on the P2P network, a set of peer devices to operate as origin peer devices, wherein each of the set of peer devices is selected based on having available resources for distributing the content across the P2P network; specifying a scheduled time for a broadcast of the content by a broadcast system, the content to be distributed via the broadcast to the set of peer devices on the P2P network, each of the set of peer devices being operable to listen for the broadcast; and causing the content to be broadcast at the scheduled time, the content being received by the set of peer devices, wherein a first peer device in the set of peer devices is operable to transmit the content to at least one second peer device on the P2P network after at least a portion of the content is received by the first peer device, and wherein the at least one second peer device on the P2P network is unable to receive the content broadcasted by the broadcast system at the scheduled time; providing, to the at least one second peer device, metadata information about the selected set of peer devices; upon the second peer device receiving the metadata information, determining that the second peer device has initiated a download process for obtaining the content; and responsive to initiating the download process, sending, to the second peer device, a response identifying one or more peer devices in the selected set of peer devices from which to download the content, wherein the second peer device downloads the content from the identified one or more peer devices based on the response. providing a peer to peer (P2P) network enabling any peer device connected to the P2P network to receive content over the P2P network; selecting, from a plurality of peer devices on the P2P network, a set of peer devices to operate as origin peer devices, wherein each of the set of peer devices is selected based on having available resources for distributing the content across the P2P network; specifying a scheduled time for a broadcast of the content by a broadcast system, the content to be distributed via the broadcast to the set of peer devices on the P2P network, each of the set of peer devices being operable to listen for the broadcast; and causing the content to be broadcast at the scheduled time, the content being received by the set of peer devices, wherein a first peer device in the set of peer devices is operable to transmit the content to at least one second peer device on the P2P network after at least a portion of the content is received by the first peer device, and wherein the at least one second peer device on the P2P network is unable to receive the content broadcasted by the broadcast system at the scheduled time;
A disposable receptacle for holding used pet litter; the receptacle comprising: (a) a container defining an interior volume; the container having a bottom wall, first and second opposing side walls (54, 56) extending from the bottom wall, and first and second opposing end walls (58, 60) extending from the bottom wall and between the first and second side wall; the container having an access opening surrounded by a rim defined by free ends of the first and second side walls and first and second end walls; and (b) a removable lid covering the access opening; (i) the lid having an interior side in communication with the interior volume of the container and an opposite exterior side facing away from the interior volume of the container; (ii) the lid having a lock tab projecting from the exterior side constructed and arranged to mate with a cover member of a litter box, when operably positioned therein; characterized in that (c) the container and the lid having radially projecting flanges (70, 72) with an open passage in between sized to receive a guide rail of a litter box, when operably positioned therein. (a) a container defining an interior volume; the container having a bottom wall, first and second opposing side walls (54, 56) extending from the bottom wall, and first and second opposing end walls (58, 60) extending from the bottom wall and between the first and second side wall; the container having an access opening surrounded by a rim defined by free ends of the first and second side walls and first and second end walls; and (b) a removable lid covering the access opening; (i) the lid having an interior side in communication with the interior volume of the container and an opposite exterior side facing away from the interior volume of the container; (ii) the lid having a lock tab projecting from the exterior side constructed and arranged to mate with a cover member of a litter box, when operably positioned therein; characterized in that (i) the lid having an interior side in communication with the interior volume of the container and an opposite exterior side facing away from the interior volume of the container; (ii) the lid having a lock tab projecting from the exterior side constructed and arranged to mate with a cover member of a litter box, when operably positioned therein; characterized in that (c) the container and the lid having radially projecting flanges (70, 72) with an open passage in between sized to receive a guide rail of a litter box, when operably positioned therein.
Indicator mixture comprising at least one dye and at least one photosensitizer, configured to be used together with at least one coating mass and at least one curing agent, wherein the dye is an anthraquinone and the photosensitizer is an isopropylthioxanthone and a mass ratio of the photosensitizer and dye is 10-100:1, which is to be understood as 1 milligram of dye being present for every 10-100 milligram of photosensitizer.
A print control apparatus capable of causing printing means to execute printing on both sides of a continuous sheet according to one or more print jobs having one or more pages, comprising: first specifying means configured to specify the number of available discharge destinations from a plurality of discharge destinations where a printed sheet printed by the printing means can be discharged; second specifying means configured to specify the number of discharge destinations required for discharging the printed sheet printed by the printing means at least according to the number of print jobs; decision means configured to decide, for a page among the pages of the print jobs which is to be arranged on a first side of the continuous sheet, whether to include the page in a group of pages, according to the number specified by the first specifying means and the number specified by the second specifying means; and print control means configured to control the printing means to print images corresponding to pages to be arranged on the first side of the continuous sheet continuously according to the group of pages decided by the decision means, and then to continuously print images corresponding to pages to be arranged on the opposite side of the continuous sheet. first specifying means configured to specify the number of available discharge destinations from a plurality of discharge destinations where a printed sheet printed by the printing means can be discharged; second specifying means configured to specify the number of discharge destinations required for discharging the printed sheet printed by the printing means at least according to the number of print jobs; decision means configured to decide, for a page among the pages of the print jobs which is to be arranged on a first side of the continuous sheet, whether to include the page in a group of pages, according to the number specified by the first specifying means and the number specified by the second specifying means; and print control means configured to control the printing means to print images corresponding to pages to be arranged on the first side of the continuous sheet continuously according to the group of pages decided by the decision means, and then to continuously print images corresponding to pages to be arranged on the opposite side of the continuous sheet.