mhurhangee/ep-ind-claims huggingface dataset:
A battery pack comprising: an obtaining unit for obtaining computation information for calculating a charge current including temperature information of a battery; a computation unit for computing a charge current for the battery based on the computation information; and a notification unit for notifying a computer of the charge current computed by the computation unit; characterized in that the battery pack further comprises: a storage unit for storing therein a first threshold value and a second threshold value relating to the temperature information, wherein the computation unit computes the optimal charge current depending on which of ranges divided by the first threshold value and the second threshold value the temperature information belongs to. an obtaining unit for obtaining computation information for calculating a charge current including temperature information of a battery; a computation unit for computing a charge current for the battery based on the computation information; and a notification unit for notifying a computer of the charge current computed by the computation unit; a storage unit for storing therein a first threshold value and a second threshold value relating to the temperature information, wherein the computation unit computes the optimal charge current depending on which of ranges divided by the first threshold value and the second threshold value the temperature information belongs to.
Use of a composition comprising a polyether containing silane groups in the end of the chain or a polyether containing alcoxysilane radicals, at least one hydrophobic precipitated silica, at least one plasticiser, at least one polyamide-based rheology modifier, at least one moisture absorber, at least one aminosilane-type adhesion promoter, at least one colouring agent and at least one ultraviolet filter, wherein said composition is manually removable, as a sealant.
A method of operating an automation system, comprising: an automation device connected for communication with a central unit; - the automation device cyclically communicating in accordance with a send clock SC D and a given or settable reduction ratio RR D using a cycle time T D = SC D * RR D, and - the central unit using a send clock SC C for its communication; - storing in a database of the central unit information about the send clock for the automation device; and - the central unit communicating with the automation device taking into account the send clock SC D and reduction ratio RR D of the automation device, characterized in that, a.) the send clock SC D for the automation device is divided by the send clock SC C of the central unit, wherein the result of this division is Q'; b.) in case Q' is a non-power-of-2 value: chose a value Q to be the largest power-of-2 value being smaller than Q', and in case Q' is a power-of-2 value: chose the value Q = Q', and multiply the value Q chosen with the reduction ratio RR D of the automation device resulting in a reduction ratio RR C-D of the central unit for communicating with the automation device; and c.) using RR C-D to step down the send clock SC C of the central unit for cyclically communicating with the automation device using a cycle time T C-D = SC C * RR C-D. - the automation device cyclically communicating in accordance with a send clock SC D and a given or settable reduction ratio RR D using a cycle time T D = SC D * RR D, and - the central unit using a send clock SC C for its communication; - storing in a database of the central unit information about the send clock for the automation device; and - the central unit communicating with the automation device taking into account the send clock SC D and reduction ratio RR D of the automation device, a.) the send clock SC D for the automation device is divided by the send clock SC C of the central unit, wherein the result of this division is Q'; b.) in case Q' is a non-power-of-2 value: chose a value Q to be the largest power-of-2 value being smaller than Q', and in case Q' is a power-of-2 value: chose the value Q = Q', and multiply the value Q chosen with the reduction ratio RR D of the automation device resulting in a reduction ratio RR C-D of the central unit for communicating with the automation device; and c.) using RR C-D to step down the send clock SC C of the central unit for cyclically communicating with the automation device using a cycle time T C-D = SC C * RR C-D.
Road vehicle comprising front wheels which are mounted on a front steering axle and rear wheels which are mounted on a rear axle, characterised in that it comprises an assistance device for parking manoeuvres in the region of a platform and in that the rear axle is a steering axle and is provided with a steering system, the assistance device being provided in order to function in accordance with a road mode or in accordance with a parking mode and comprising the following means: - a steering control device provided to control the steering angle A AR of the rear wheels; - a distance sensor which is provided at the rear of the vehicle in order to measure the distance D ARquai of the rear of the vehicle relative to the platform; wherein: - in road mode, either the rear wheels are straight, or their steering angle A AR is controlled by the steering control device in accordance with the steering angle A AV of the front wheels; - in parking mode, the steering angle of the rear wheels is controlled by the steering control device in accordance with the distances measured by the distance sensor and in accordance with the steering angle A AV of the front wheels. - a steering control device provided to control the steering angle A AR of the rear wheels; - a distance sensor which is provided at the rear of the vehicle in order to measure the distance D ARquai of the rear of the vehicle relative to the platform; - in road mode, either the rear wheels are straight, or their steering angle A AR is controlled by the steering control device in accordance with the steering angle A AV of the front wheels; - in parking mode, the steering angle of the rear wheels is controlled by the steering control device in accordance with the distances measured by the distance sensor and in accordance with the steering angle A AV of the front wheels.
A method for conditioning an encoded digital audio signal, comprising the steps: receiving an input audio signal comprising a plurality of input channels; receiving encoded metadata that parametrically represents a desired rendering of the input audio signal in a listening environment, the metadata including at least one diffusion parameter capable of being decoded to configure a perceptually diffuse audio effect in a plurality of output channels; applying appropriate direct gains and direct delays to the input audio signal per input channel, for each input channel/output channel connection, and combining the contributions from all input channels for each output channel, thus obtaining a direct signals contribution for each output channel; applying appropriate diffuse gains and diffuse delays to the input audio signal per input channel, for each input channel/output channel connection, and combining the contributions from all input channels for each output channel, thus obtaining a diffuse signals contribution for each output channel; processing said diffuse signals contributions by a bank of utility diffusers (UD1, UD2, UD3), for applying a diffuse effect to the audio output signal per output channel, wherein said diffuse effect is determined by the at least one diffusion parameter. receiving an input audio signal comprising a plurality of input channels; receiving encoded metadata that parametrically represents a desired rendering of the input audio signal in a listening environment, the metadata including at least one diffusion parameter capable of being decoded to configure a perceptually diffuse audio effect in a plurality of output channels; applying appropriate direct gains and direct delays to the input audio signal per input channel, for each input channel/output channel connection, and combining the contributions from all input channels for each output channel, thus obtaining a direct signals contribution for each output channel; applying appropriate diffuse gains and diffuse delays to the input audio signal per input channel, for each input channel/output channel connection, and combining the contributions from all input channels for each output channel, thus obtaining a diffuse signals contribution for each output channel; processing said diffuse signals contributions by a bank of utility diffusers (UD1, UD2, UD3), for applying a diffuse effect to the audio output signal per output channel, wherein said diffuse effect is determined by the at least one diffusion parameter.
A valve cartridge for a paint spray gun, the valve cartridge comprising: a housing having a first end, a second end, a housing body extending between the first end and the second end, a cartridge outlet extending through the first end, a chamber within the housing, and at least one side port extending through the housing and in fluid communication with the chamber; a valve disposed within the housing and configured to control the flow of paint from the chamber through the cartridge outlet; a spring configured to bias a valve member of the valve towards a closed state; a slider disposed at least partially outside of the housing; and a stem extending along an axis between the valve member and the slider; wherein the valve member and the slider are fixed with respect to the stem such that the slider can actuate the valve member from the closed state to an open state via the stem; the housing, the valve, the spring, the slider, and the stem form a discrete assembly configured to control spraying of paint; and a threaded portion is formed on the exterior of the housing between the first end of the housing and the at least one side port. a housing having a first end, a second end, a housing body extending between the first end and the second end, a cartridge outlet extending through the first end, a chamber within the housing, and at least one side port extending through the housing and in fluid communication with the chamber; a valve disposed within the housing and configured to control the flow of paint from the chamber through the cartridge outlet; a spring configured to bias a valve member of the valve towards a closed state; a slider disposed at least partially outside of the housing; and a stem extending along an axis between the valve member and the slider; wherein the valve member and the slider are fixed with respect to the stem such that the slider can actuate the valve member from the closed state to an open state via the stem; the housing, the valve, the spring, the slider, and the stem form a discrete assembly configured to control spraying of paint; and a threaded portion is formed on the exterior of the housing between the first end of the housing and the at least one side port.
An information providing method executed by an information providing device, the method comprising: sequentially identifying a prescribed number of performance speeds, at which a user performs a piece of music; calculating, from a time series consisting of the identified prescribed number of performance speeds, a variation degree which is an indicator of a degree and a direction of a temporal variation among the performance speeds, identifying, in the piece of music, a performance position at which the user is performing the piece of music; setting an adjustment amount in accordance with the variation degree; and providing the user with music information related to the piece of music, and corresponding to a time point that is later, by the set adjustment amount, than a time point that corresponds to the performance position identified in the piece of music, wherein the adjustment amount is set so as to decrease when the variation degree indicates that the performance speed increases and to increase when the variation degree indicates that the performance speed decreases. sequentially identifying a prescribed number of performance speeds, at which a user performs a piece of music; calculating, from a time series consisting of the identified prescribed number of performance speeds, a variation degree which is an indicator of a degree and a direction of a temporal variation among the performance speeds, identifying, in the piece of music, a performance position at which the user is performing the piece of music; setting an adjustment amount in accordance with the variation degree; and providing the user with music information related to the piece of music, and corresponding to a time point that is later, by the set adjustment amount, than a time point that corresponds to the performance position identified in the piece of music, wherein the adjustment amount is set so as to decrease when the variation degree indicates that the performance speed increases and to increase when the variation degree indicates that the performance speed decreases.
A connection substation for a plurality of wave energy converters (WEC 1, WEC 2) being part of a wave power station, said connection substation comprising at least one transformer and at least one connecting device for electrically connecting a plurality of input power cables (C 1, C 2), for transmission of generated electric power from said wave energy converters (WEC 1, WEC 2), to a common output cable (C 3), for transmission of electric power from the wave power station to an electrical grid, wherein said connection substation is provided with at least one buoyant body portion for providing a buoyancy force and at least one fastening device for securing at least one mooring line connected to an anchor, characterized in that the connection substation exhibits an elongated shape having an upper rod portion exhibiting a top end, and furthermore exhibits a bottom end, wherein said buoyant body portion is disposed between said upper rod portion and said bottom end, that the upper rod portion is designed with a greater length in the longitudinal direction of the connection substation and a smaller circumference in a plane perpendicular to the longitudinal direction than said buoyant body portion, that the length of the upper rod portion and the buoyancy force of said buoyant body portion are chosen taking into account expected water level and wave conditions and weight of the anchor so that, after adjusting the length of the mooring line to actual water depth, securing the mooring line to the fastening device and dropping the anchor, the mooring line and the connection substation into a body of water, the bottom end and at least the major portion of the buoyant body portion will be held down under the water surface by the mooring line in all water levels and wave conditions and so that the top end of the upper rod portion will be located above a mean water level of the body of water, which also corresponds to a design waterline of the connection substation, that said at least one fastening device is disposed in the vicinity of the bottom end at a distance from an upper end of the buoyant body portion, that said at least one connecting device is disposed in a waterproof compartment in the connection substation, and that each of said plurality of input power cables (C 1, C 2) are run so that at least a portion of the cable extends up to a level at least 2 meters above said design waterline.
A camera module, in particular, for use in the automobile industry, having - a printed circuit board assembly (20; 21, 22, 23), wherein the printed circuit board assembly has at least one printed circuit board with an image sensor; - an interface for transmitting data, which contacts the printed circuit board; - a camera module housing, which has a peripheral wall; - a cover element on the interface side, which is configured to cover the camera module housing and is inserted into the camera module housing; - a compensation element, which is arranged between the peripheral wall and the cover element and which is configured to compensate for manufacturing tolerances; wherein the compensation element is configured to seal the cameral module housing and to compensate for a clearance between the cover element and the peripheral wall, characterized in that the compensation element has an H- or dumbbell-shaped cross section and is designed as a three-dimensional lip seal. - a printed circuit board assembly (20; 21, 22, 23), wherein the printed circuit board assembly has at least one printed circuit board with an image sensor; - an interface for transmitting data, which contacts the printed circuit board; - a camera module housing, which has a peripheral wall; - a camera module housing, which has a peripheral wall; - a cover element on the interface side, which is configured to cover the camera module housing and is inserted into the camera module housing; - a compensation element, which is arranged between the peripheral wall and the cover element and which is configured to compensate for manufacturing tolerances;
Plant for mincing sausage meat for industrial use comprising a loading and movement unit, a mincing unit with relative driving means, wherein the loading and movement unit is made up of two subunits, arranged above and beneath the mincing unit, both subunits comprising a cylinder with a loading port at the loading hopper, a piston moved by an actuator, a perforated disc mechanically connected to a vertical funnel which pressure-conveys - through an opening - the pre-minced meat in a horizontal funnel which is an integral part of a stator of the mincing unit, alongside a modified bushing housing a locking ferrule, wherein on the motor shaft, without auger, there are splined (according to the known teachings) blade holders alternated with discs locked on the stator and suitable spacers, said mincing unit further comprising a bushing, a crosspiece and a spacer with an adjustment screw.
Designing method of an insole for a user, comprising the steps of: - defining the following configuration parameters of supports plantar arch: initial portion of support for a plantar arch MAS; final portion of support for a plantar arch MAE; depth of support for a plantar arch AD; height of support for plantar arch AH; - defining a first plurality of dimensional parameters of a foot including: a foot length FLp; a foot width FWp; - defining, through said configuration parameters, three types of support for plantar arch in accordance with the following relationships and as a function of the first plurality of dimensional parameters of a foot: A) support for low plantar having parameters equal to: MAS = (29 ± 3)% of FL P; MAE = (65 ± 2)% of FL P; AD = (48 ± 5) % of FW P; AH = 11.5 ± 2 mm; B) support for middle plantar arch having parameters equal to: MAS = (27 ± 2)% of FLp; MAE = (64 ± 2)% of FL P; AD = (56 ± 5)% of FW P; AH = 14.5 ± 2 mm; C) support for high plantar arch having parameters equal to: MAS = (26± 2)% of FLp; MAE = (66 ± 2)% of FL P; AD = (60 ± 5)% of FW P; AH = 18.5 ± 2 mm; - measuring the first plurality of parameters of a user's foot; - designing an insole for said user having a support for the plantar arch defined by the configuration parameters of one of said three types. - defining the following configuration parameters of supports plantar arch: initial portion of support for a plantar arch MAS; final portion of support for a plantar arch MAE; depth of support for a plantar arch AD; height of support for plantar arch AH; - defining a first plurality of dimensional parameters of a foot including: a foot length FLp; a foot width FWp; - defining, through said configuration parameters, three types of support for plantar arch in accordance with the following relationships and as a function of the first plurality of dimensional parameters of a foot: A) support for low plantar having parameters equal to: MAS = (29 ± 3)% of FL P; MAE = (65 ± 2)% of FL P; AD = (48 ± 5) % of FW P; AH = 11.5 ± 2 mm; B) support for middle plantar arch having parameters equal to: MAS = (27 ± 2)% of FLp; MAE = (64 ± 2)% of FL P; AD = (56 ± 5)% of FW P; AH = 14.5 ± 2 mm; C) support for high plantar arch having parameters equal to: MAS = (26± 2)% of FLp; MAE = (66 ± 2)% of FL P; AD = (60 ± 5)% of FW P; AH = 18.5 ± 2 mm; A) support for low plantar having parameters equal to: MAS = (29 ± 3)% of FL P; MAE = (65 ± 2)% of FL P; AD = (48 ± 5) % of FW P; AH = 11.5 ± 2 mm; B) support for middle plantar arch having parameters equal to: MAS = (27 ± 2)% of FLp; MAE = (64 ± 2)% of FL P; AD = (56 ± 5)% of FW P; AH = 14.5 ± 2 mm; C) support for high plantar arch having parameters equal to: MAS = (26± 2)% of FLp; MAE = (66 ± 2)% of FL P; AD = (60 ± 5)% of FW P; AH = 18.5 ± 2 mm; - measuring the first plurality of parameters of a user's foot; - designing an insole for said user having a support for the plantar arch defined by the configuration parameters of one of said three types.
A slide fastener-attached product comprising: a pair of element members (10, 10a) in which a plurality of independent elements are attached to a connecting member at regular intervals; a slider in which an element guide pass is formed between an upper blade and a lower blade; and a fastener attached member in which a pair of element attaching edge portions are provided at positions facing to each other, characterized in that: the element member (10, 10a) is disposed on a position along the element attaching edge portion at an outside of the element attaching edge portion in a width direction of the element member (10, 10a) and directly fixed to the element attaching edge portion with a sewn portion for fixing (15, 25, 35), the sewn portion for fixing (15, 25, 35) pierces the element attaching edge portion; and a thread (16, 26a, 36a) forming the sewn portion for fixing (15, 25, 35) holds the connecting member, and a position (18a, 18b, 38a, 38b) that the sewn portion for fixing (15, 25, 35) pierces the element attaching edge portion is apart from the element of the element member (10, 10a) to be inside of the element attaching edge portion in the width direction of the element member (10, 10a). a pair of element members (10, 10a) in which a plurality of independent elements are attached to a connecting member at regular intervals; a slider in which an element guide pass is formed between an upper blade and a lower blade; and a fastener attached member in which a pair of element attaching edge portions are provided at positions facing to each other, the element member (10, 10a) is disposed on a position along the element attaching edge portion at an outside of the element attaching edge portion in a width direction of the element member (10, 10a) and directly fixed to the element attaching edge portion with a sewn portion for fixing (15, 25, 35), the sewn portion for fixing (15, 25, 35) pierces the element attaching edge portion; and a thread (16, 26a, 36a) forming the sewn portion for fixing (15, 25, 35) holds the connecting member, and a position (18a, 18b, 38a, 38b) that the sewn portion for fixing (15, 25, 35) pierces the element attaching edge portion is apart from the element of the element member (10, 10a) to be inside of the element attaching edge portion in the width direction of the element member (10, 10a).