mhurhangee/patent-ind-claim-en huggingface dataset:
A data-flow control device comprising: a device-side metadata acquisition unit configured to acquire device-side metadata indicating a specification of data that can be provided by a device for each of a plurality of devices; an application-side metadata acquisition unit configured to acquire application-side metadata indicating a specification of data requested by an application that uses the data provided by the device; a storage configured to store the device-side metadata and the application-side metadata; and a temporary matching unit configured to determine whether a temporary pair exists when one of the device-side metadata and the application-side metadata is newly registered, the temporary pair being a set of the newly registered device-side metadata or application-side metadata and other party device-side metadata or application-side meta data, in which matching conditions are matched between the newly registered device-side metadata or application-side metadata and the other party device-side metadata or application-side metadata, the other party device-side metadata or application-side metadata being registered prior to the newly registered device-side metadata or application-side metadata, and notify a user who registers the device-side metadata or the application-side metadata of a result of the determination. a device-side metadata acquisition unit configured to acquire device-side metadata indicating a specification of data that can be provided by a device for each of a plurality of devices; an application-side metadata acquisition unit configured to acquire application-side metadata indicating a specification of data requested by an application that uses the data provided by the device; a storage configured to store the device-side metadata and the application-side metadata; and a temporary matching unit configured to determine whether a temporary pair exists when one of the device-side metadata and the application-side metadata is newly registered, the temporary pair being a set of the newly registered device-side metadata or application-side metadata and other party device-side metadata or application-side meta data, in which matching conditions are matched between the newly registered device-side metadata or application-side metadata and the other party device-side metadata or application-side metadata, the other party device-side metadata or application-side metadata being registered prior to the newly registered device-side metadata or application-side metadata, and notify a user who registers the device-side metadata or the application-side metadata of a result of the determination.
An absorbent core for an absorbent article comprising an absorbent material, the absorbent core comprising one or more first zones comprising a first amount of absorbent material and one or more second zones comprising a second amount of absorbent material, wherein each second zone is at least partly delimited from the other second zones by the one or more first zones characterized in that the first amount of absorbent material is different than the second amount of absorbent material, each amount of absorbent material being determined as weight per unit area, wherein the one or more second zones form a pattern which is symmetrical with respect to a central longitudinal axis of the absorbent core, wherein the absorbent core comprises two end portions and a central portion therebetween extending parallel to the central longitudinal axis of the absorbent core, wherein at least two second zones converge to one point proximal to at least one end portion such to form at least one v-shaped end, and wherein the ratio of the second amount of absorbent material within a second zone to the first amount of absorbent material within neighbouring one or more first zones is between 0 and 1.
A method of controlling at least a portion of a conveyor with a conveyor controller that controls a zone of the conveyor, the method comprising: directly connecting the conveyor controller to a second conveyor controller through a network interface of the conveyor controller , a network cable , and a network interface of the second conveyor controller , the second conveyor controller controlling another zone of the conveyor; receiving and storing in the conveyor controller configuration data that is associated with the second conveyor controller that is directly connected to the conveyor controller ; recovering, by a replacement controller that is directly connected to the conveyor controller through the same network interface so as to replace the second conveyor controller , the network address of the second conveyor controller to be replaced; and in response to receiving a request for configuration data in the conveyor controller from the replacement conveyor controller , transmitting the stored configuration data associated with the second conveyor controller from the conveyor controller to the replacement conveyor controller through that same network interface . directly connecting the conveyor controller to a second conveyor controller through a network interface of the conveyor controller , a network cable , and a network interface of the second conveyor controller , the second conveyor controller controlling another zone of the conveyor; receiving and storing in the conveyor controller configuration data that is associated with the second conveyor controller that is directly connected to the conveyor controller ; recovering, by a replacement controller that is directly connected to the conveyor controller through the same network interface so as to replace the second conveyor controller , the network address of the second conveyor controller to be replaced; and in response to receiving a request for configuration data in the conveyor controller from the replacement conveyor controller , transmitting the stored configuration data associated with the second conveyor controller from the conveyor controller to the replacement conveyor controller through that same network interface .
Process of grinding and polishing a flank surface of a tooth of a first toothed wheel , the process comprising the steps, in this sequence, of a) providing a rotational grinding device for grinding a first portion and a second portion of a flank surface of a tooth of the first toothed wheel ; providing a polishing device comprising a stationary axis and a polishing body rotatable about the stationary axis, the polishing body being adapted for polishing flank surfaces of teeth of a toothed wheel; and providing a dynamic positioning device for holding the toothed wheel and for dynamically adjusting position and attitude of the toothed wheel, relative to the stationary axis , during polishing; and providing the first toothed wheel ; b) having the grinding device grind a first portion and a second portion of a flank surface of a tooth of the first toothed wheel ; c) removing the first toothed wheel from the grinding device ; d) having the dynamic positioning device bring the first portion of the flank surface in contact with the rotating polishing body such that the first portion of the flank surface is polished by the polishing body; and e) having the dynamic positioning device dynamically adjust position and attitude of the first toothed wheel relative to the stationary axis , such that the second portion of the flank surface is polished by the polishing body. a) providing a rotational grinding device for grinding a first portion and a second portion of a flank surface of a tooth of the first toothed wheel ; providing a polishing device comprising a stationary axis and a polishing body rotatable about the stationary axis, the polishing body being adapted for polishing flank surfaces of teeth of a toothed wheel; and providing a dynamic positioning device for holding the toothed wheel and for dynamically adjusting position and attitude of the toothed wheel, relative to the stationary axis , during polishing; and providing the first toothed wheel ; b) having the grinding device grind a first portion and a second portion of a flank surface of a tooth of the first toothed wheel ; c) removing the first toothed wheel from the grinding device ; d) having the dynamic positioning device bring the first portion of the flank surface in contact with the rotating polishing body such that the first portion of the flank surface is polished by the polishing body; and e) having the dynamic positioning device dynamically adjust position and attitude of the first toothed wheel relative to the stationary axis , such that the second portion of the flank surface is polished by the polishing body.
A weight balancing gantry comprising a tower having a fixed length radial arm pivotally coupled from a pivot point at an upper end of the tower, an angle strut acting between the tower and the radial arm across the pivot point, a pivot point pulley located at the upper end, a weight balancing mechanism located at the tower, characterized in that a bogey running along the radial arm, the bogey comprising a bogey pulley , a positioning mechanism at the radial arm comprising at least one controlled cylinder for positioning and holding the bogey along the radial arm and a cable running from the weight balancing mechanism, up across the pivot point pulley and over the bogey pulley to attach to an industrial tool , and wherein the length of the cable is determined such that when the positioning mechanism is retracted, the length of cable between the bogey pulley and the industrial tool lengthens so as to position the industrial tool at a lower proximal stowed position and, when the positioning mechanism is extended, the length of cable between the bogey pulley and the industrial tool shortens to move the industrial tool to a distal raised deployed position.
A method of delivering fiber optic communication service comprising: embedding a fiber optic cable within a channel formed within a roadway , wherein the fiber optic cable includes a communications optical fiber extending a length of the channel ; embedding a strain-sensing optical fiber within the channel ; wherein the communications optical fiber and the strain-sensing optical fiber are mechanically coupled to each other such that the strain experienced by the strain-sensing optical fiber relates to a strain experienced by the communications optical fiber ; determining strain experienced by the strain-sensing optical fiber from a strain signal generated by the strain-sensing optical fiber ; comparing the determined strain to a predetermined allowable strain threshold; locating a roadway defect along the fiber optic cable when the determined strain exceeds the predetermined allowable strain threshold; and decreasing the strain experienced by the strain-sensing optical fiber and the fiber optic cable by modifying the roadway at the location of the roadway defect. embedding a fiber optic cable within a channel formed within a roadway , wherein the fiber optic cable includes a communications optical fiber extending a length of the channel ; embedding a strain-sensing optical fiber within the channel ; wherein the communications optical fiber and the strain-sensing optical fiber are mechanically coupled to each other such that the strain experienced by the strain-sensing optical fiber relates to a strain experienced by the communications optical fiber ; determining strain experienced by the strain-sensing optical fiber from a strain signal generated by the strain-sensing optical fiber ; comparing the determined strain to a predetermined allowable strain threshold; locating a roadway defect along the fiber optic cable when the determined strain exceeds the predetermined allowable strain threshold; and decreasing the strain experienced by the strain-sensing optical fiber and the fiber optic cable by modifying the roadway at the location of the roadway defect.
A kit for applying an oral care composition to an oral cavity surface comprising: (a) an applicator device , the applicator device comprising an applicator handle suitable for self-application and an applicator tip and: (i) at least one external ridge , wherein the at least one external ridge has a first height and lies along at least a majority of the perimeter of the applicator tip such that the at least one external ridge forms an internal cavity for the emulsion composition to be placed in; and (ii) a plurality of internal ridges , wherein the plurality of internal ridges has a second height and extends in a direction at least substantially parallel or parallel to the longitudinal axis of the applicator device ; wherein the first height is greater than the second height and wherein the internal cavity is formed from the difference in heights of the at least one external ridge and the plurality of internal ridges ; and (iii) a plurality of internal channels between the plurality of internal ridges ; and (b) a container for the oral care composition, the container comprising: (i) a nozzle comprising a ribbon orifice , and (ii) a storage portion . (a) an applicator device , the applicator device comprising an applicator handle suitable for self-application and an applicator tip and: (i) at least one external ridge , wherein the at least one external ridge has a first height and lies along at least a majority of the perimeter of the applicator tip such that the at least one external ridge forms an internal cavity for the emulsion composition to be placed in; and (ii) a plurality of internal ridges , wherein the plurality of internal ridges has a second height and extends in a direction at least substantially parallel or parallel to the longitudinal axis of the applicator device ; wherein the first height is greater than the second height and wherein the internal cavity is formed from the difference in heights of the at least one external ridge and the plurality of internal ridges ; and (iii) a plurality of internal channels between the plurality of internal ridges ; and (i) at least one external ridge , wherein the at least one external ridge has a first height and lies along at least a majority of the perimeter of the applicator tip such that the at least one external ridge forms an internal cavity for the emulsion composition to be placed in; and (ii) a plurality of internal ridges , wherein the plurality of internal ridges has a second height and extends in a direction at least substantially parallel or parallel to the longitudinal axis of the applicator device ; wherein the first height is greater than the second height and wherein the internal cavity is formed from the difference in heights of the at least one external ridge and the plurality of internal ridges ; and (iii) a plurality of internal channels between the plurality of internal ridges ; (b) a container for the oral care composition, the container comprising: (i) a nozzle comprising a ribbon orifice , and (ii) a storage portion . (i) a nozzle comprising a ribbon orifice , and (ii) a storage portion .
A liquid supply system for use with an aerosol-generating device, the liquid supply system comprising: a liquid retention material ; a liquid flow channel extending from the liquid retention material ; a liquid storage disposed on an upstream side of the liquid retention material ; and a barrier disposed in the liquid flow channel, the barrier having a degradation temperature between 60 °C and 130 °C, wherein the barrier is disposed between the liquid retention material and the liquid storage , the liquid supply system further comprising: a liquid transport material disposed on a downstream side of the liquid retention material . a liquid retention material ; a liquid flow channel extending from the liquid retention material ; a liquid storage disposed on an upstream side of the liquid retention material ; and a barrier disposed in the liquid flow channel, the barrier having a degradation temperature between 60 °C and 130 °C, wherein the barrier is disposed between the liquid retention material and the liquid storage , the liquid supply system further comprising: a liquid transport material disposed on a downstream side of the liquid retention material .
A video decoding method, comprising: parsing (S1501) a first syntax element including information whether a current block is split into a plurality of sub-blocks, when a value of a horizontal direction coordinate of a top left sample of the current block added by a width of the current block is equal to or smaller than the width of a current picture, a value of a vertical direction coordinate of the top left sample of the current block added by a height of the current block is equal to or smaller than the height of the current picture, and the size of the current block is greater than a coding block of a minimum size; parsing (S1502) a second syntax element including information whether the current block is split based on a quad-tree structure, when the first syntax element indicates that the current block is split; parsing (S1503) a third syntax element and a fourth syntax element, when the second syntax element indicates that the current block is not split based on the quad-tree structure, the third syntax element including information whether the current block is split based on a binary-tree structure or a ternary-tree structure, the fourth syntax element including information about a split direction of the current block; and determining (S1504) a split mode of the current block based on at least one of the first syntax element, the second syntax element, the third syntax element and the fourth syntax element. parsing (S1501) a first syntax element including information whether a current block is split into a plurality of sub-blocks, when a value of a horizontal direction coordinate of a top left sample of the current block added by a width of the current block is equal to or smaller than the width of a current picture, a value of a vertical direction coordinate of the top left sample of the current block added by a height of the current block is equal to or smaller than the height of the current picture, and the size of the current block is greater than a coding block of a minimum size; parsing (S1502) a second syntax element including information whether the current block is split based on a quad-tree structure, when the first syntax element indicates that the current block is split; parsing (S1503) a third syntax element and a fourth syntax element, when the second syntax element indicates that the current block is not split based on the quad-tree structure, the third syntax element including information whether the current block is split based on a binary-tree structure or a ternary-tree structure, the fourth syntax element including information about a split direction of the current block; and determining (S1504) a split mode of the current block based on at least one of the first syntax element, the second syntax element, the third syntax element and the fourth syntax element.
An automated control system comprising: a concentric ring electrode , , , (g); and a computer arranged to: a. measure electrical activity in the brain using non-invasive transcranial electroencephalography output obtained by the concentric ring electrode , , , (g); b. analyze the electrical activity; c. determine when the electrical activity is not within a normal range; and d. apply non-invasive transcranial focal stimulation using the concentric ring electrode , , , (g) to modify the electrical activity; characterized in that applying non-invasive transcranial focal stimulation modifies levels of one or more neurotransmitters in the brain, wherein one of the neurotransmitters is gamma-aminobutyric acid (GABA) and one of the neurotransmitters is glutamate, and applying non-invasive transcranial focal stimulation increases a level of GABA and decreases a level of glutamate. a concentric ring electrode , , , (g); and a computer arranged to: a. measure electrical activity in the brain using non-invasive transcranial electroencephalography output obtained by the concentric ring electrode , , , (g); b. analyze the electrical activity; c. determine when the electrical activity is not within a normal range; and d. apply non-invasive transcranial focal stimulation using the concentric ring electrode , , , (g) to modify the electrical activity; characterized in that applying non-invasive transcranial focal stimulation modifies levels of one or more neurotransmitters in the brain, wherein one of the neurotransmitters is gamma-aminobutyric acid (GABA) and one of the neurotransmitters is glutamate, and applying non-invasive transcranial focal stimulation increases a level of GABA and decreases a level of glutamate. a. measure electrical activity in the brain using non-invasive transcranial electroencephalography output obtained by the concentric ring electrode , , , (g); b. analyze the electrical activity; c. determine when the electrical activity is not within a normal range; and d. apply non-invasive transcranial focal stimulation using the concentric ring electrode , , , (g) to modify the electrical activity;
An optoelectronic sensor for detecting and determining the distance of an object in a monitoring area , the sensor comprising a light transmitter for transmitting light pulses , a light receiver for generating a received signal from a received light pulse after reflection or remission at the object, an analog threshold comparator which evaluates the received signal with an analog threshold in order to detect the received light pulse, and a control and evaluation unit configured to determine the light time of flight of the light pulse based on the received signal evaluated with the analog threshold, wherein a threshold adaptation unit is provided that is configured to determine a noise level of the received signal and to adapt the analog threshold to the noise level, characterized in that the threshold adaptation unit is configured to determine the noise level as an approximation of the square root of a DC component of the received signal.
A varistor , comprising: a ceramic body ; and a multilayer coating disposed around the ceramic body , the multilayer coating comprising: a first inner layer comprising a phenolic resin or a silicone resin; and a second outer layer adjacent the first layer , characterized in that the second outer layer comprises an alkyd resin with a high dielectric strength. a ceramic body ; and a multilayer coating disposed around the ceramic body , the multilayer coating comprising: a first inner layer comprising a phenolic resin or a silicone resin; and a second outer layer adjacent the first layer , characterized in that the second outer layer comprises an alkyd resin with a high dielectric strength. a first inner layer comprising a phenolic resin or a silicone resin; and a second outer layer adjacent the first layer , characterized in that the second outer layer comprises an alkyd resin with a high dielectric strength.