mhurhangee/ep-ind-claims huggingface dataset:
A tire assembly comprising: a tire having a tire cavity between a first sidewall and a second sidewall that extend respectively from first bead core and a second bead core to a tire tread region; at least the first sidewall having at least one bending region operatively bending within a rolling tire footprint responsive to a bending strain; an air tube located in a sidewall groove or a sidewall internal passageway positioned within the bending region of the first sidewall, the air tube in the sidewall groove or the sidewall internal passageway operatively bending within the bending region within a rolling tire footprint, said air tube or said sidewall internal passageway being annular or at least substantially extending around a circumference of the tire; characterized in that the tire assembly comprises: a bead core passageway at least partially extending within at least the first bead core; a bead core conduit extending from the sidewall groove or the sidewall internal passageway to the bead core passageway for operatively conveying air from the sidewall groove or the sidewall internal passageway into the bead core passageway; and a tire cavity conduit extending from the bead core passageway to the tire cavity for operatively conveying air from the bead core passageway to the tire cavity. a tire having a tire cavity between a first sidewall and a second sidewall that extend respectively from first bead core and a second bead core to a tire tread region; at least the first sidewall having at least one bending region operatively bending within a rolling tire footprint responsive to a bending strain; an air tube located in a sidewall groove or a sidewall internal passageway positioned within the bending region of the first sidewall, the air tube in the sidewall groove or the sidewall internal passageway operatively bending within the bending region within a rolling tire footprint, said air tube or said sidewall internal passageway being annular or at least substantially extending around a circumference of the tire; characterized in that the tire assembly comprises: a bead core passageway at least partially extending within at least the first bead core; a bead core conduit extending from the sidewall groove or the sidewall internal passageway to the bead core passageway for operatively conveying air from the sidewall groove or the sidewall internal passageway into the bead core passageway; and a tire cavity conduit extending from the bead core passageway to the tire cavity for operatively conveying air from the bead core passageway to the tire cavity. a bead core passageway at least partially extending within at least the first bead core; a bead core conduit extending from the sidewall groove or the sidewall internal passageway to the bead core passageway for operatively conveying air from the sidewall groove or the sidewall internal passageway into the bead core passageway; and a tire cavity conduit extending from the bead core passageway to the tire cavity for operatively conveying air from the bead core passageway to the tire cavity.
Household appliance comprising at least one load (1; 10), checking means (2; 20) and detection means (3; 30) of a state of a functional member of the household appliance, said detection means (3;30) being disposed between said functional member and a detection input (2a; 20a) of said checking means (2; 20), the checking means (2; 20) being configured to detect a state of said functional member according to parameters of a first electrical signal at said detection input (2a; 20a), the detection means (3; 30) being furthermore disposed between said at least one load (1; 10) and said detection input (2a; 20a) of said checking means (2; 20), the checking means (2; 20) being configured for the verification of the connection of said at least one load (1; 10) according to parameters of at least one second electrical signal (5b; 5c) at said detection input (2a; 20a).
- Ceramic ink for digital printing comprising a solid part provided with at least one ceramic component and a liquid part provided with at least one first vehicle, wherein said first vehicle is selected from the group comprising: esterified terephthalates, cyclohexane dicarboxylates, citrates, trimethylolpropane esters, fatty acid esters of aromatic alcohols in which the first vehicle represents at least 10 wt% relative to the total weight of the ink.
A method for the preparation of an electrode for a lithium titanate cell, characterised in that the method comprises the use of fluorine acrylic hybrid latex, wherein fluorine and acrylate polymers are hybridized in a particle and such particles are dispersed in an aqueous solution, with lithium nickel cobalt aluminum oxide or lithium titanate in combination with CMC and PVDF for the preparation of at least one electrode of an electrochemical cell.
A method of tracking moving objects in time-series pictures with processing the pictures, each picture being divided into blocks, each block consisting of a plurality of pixels, wherein in a case where an identification code of moving object is assigned in a unit of block, and a motion vector of moving object is determined in a unit of block, the method comprising the steps of: (a) for each of N (N>=2) consecutive pictures within the time-series pictures, assigning the same identification code to adjacent blocks if an absolute value of difference between motion vectors of the adjacent blocks is less than a predetermined value, thereby allowing different identification codes to be assigned to different moving objects overlapping in a picture; characterized in that it comprises: (b) judging whether or not: a first object consisting of a group of blocks assigned a first identification code and a second object consisting of a group of blocks assigned a second identification code are in contact with each other in each of the N consecutive pictures; and a correlation between the first objects in every temporally adjacent pictures in the N consecutive pictures is more than a predetermined value, wherein the correlation is equal to a ratio of an area of a logical AND between a figure obtained by moving one of the temporally adjacent first objects on the basis of an average motion vector of the one of the temporally adjacent first objects and the other of the temporally adjacent first objects to an area of the one or the other of the temporally adjacent first objects; and (c) tracking the first and second objects backward in time after the judgment of the step (b) is positive. (a) for each of N (N>=2) consecutive pictures within the time-series pictures, assigning the same identification code to adjacent blocks if an absolute value of difference between motion vectors of the adjacent blocks is less than a predetermined value, thereby allowing different identification codes to be assigned to different moving objects overlapping in a picture; (b) judging whether or not: a first object consisting of a group of blocks assigned a first identification code and a second object consisting of a group of blocks assigned a second identification code are in contact with each other in each of the N consecutive pictures; and a correlation between the first objects in every temporally adjacent pictures in the N consecutive pictures is more than a predetermined value, wherein the correlation is equal to a ratio of an area of a logical AND between a figure obtained by moving one of the temporally adjacent first objects on the basis of an average motion vector of the one of the temporally adjacent first objects and the other of the temporally adjacent first objects to an area of the one or the other of the temporally adjacent first objects; and (c) tracking the first and second objects backward in time after the judgment of the step (b) is positive.
Combination of at least one envelope for a laminar structure providing adaptive thermal insulation, and a heat protection shield for the envelope, the envelope enclosing at least one cavity having included therein a gas generating agent having an unactivated configuration and an activated configuration, the gas generating agent being adapted to change from the unactivated configuration to the activated configuration, such as to increase a gas pressure inside the cavity (16; 16a, 16b), in response to an increase in temperature in the cavity (16; 16a, 16b), the envelope being configured such that a volume of the envelope increases in response to the increase in gas pressure inside the cavity, the heat protection shield being assigned to the at least one envelope such as to cover at least a heat exposed side of the envelope with respect to a source of heat; characterized in that the heat protection shield is bonded to the outer layer of the envelope within a laterally inner bonding portion, such that a lateral end portion of the heat protection shield projects from the outer layer of the envelope, at least in the activated configuration of the gas generating agent, in such a way as to provide for additional thermal protection by an air gap formed in between the lateral end portion of the heat protection shield and the outer layer of the envelope.
Cosmetic composition in the form of an emulsion comprising at least one aqueous phase and at least one fatty phase, a superabsorbent polymer chosen from crosslinked sodium polyacrylates having a number-average diameter of less than or equal to 100 μm and provided in the form of spherical particles, and at least one organic UV screening agent.
A method performed at an intermediary device in a network configured to implement adaptive media handling, the method comprising: receiving a first message from a first network device; forwarding a flow around address and a flow through address to a second network device listed in the first message; receiving a second message from the second network device, wherein the second message includes an indication of the second network device's capability, the reachability of the first network device with respect to the second network device, and network policy configurations of the second network device; and sending the first network device a third message including the flow around address or the flow through address based on the indication of the capability, reachability and network policy configurations of the first network device with respect to the second network device, said method characterized by: in the event that one network policy configuration of one of the first network device and the second network device is to send dual-tone multi-frequency signals in-band, and said network policy configuration of the other of the first network device and the second network device is to send dual-tone multi-frequency signals out-of-band, route selection based on the indication of reachability is overridden, so as to not allow media flow around so that the intermediary device can perform dual-tone multi-frequency conversion. receiving a first message from a first network device; forwarding a flow around address and a flow through address to a second network device listed in the first message; receiving a second message from the second network device, wherein the second message includes an indication of the second network device's capability, the reachability of the first network device with respect to the second network device, and network policy configurations of the second network device; and
A splicing tape management system comprising: a first storage section configured to store an identification code of a splicing tape for splicing a first carrier tape and a second carrier tape, and a usable time limit of the splicing tape in association with each other, wherein the time limit is a timing when the use of the splicing tape is to be halted; and a management section configured to manage the use of the splicing tape based on the identification code and the usable time limit which are stored in the first storage section, wherein the management section comprises a usable time limit determination section configured to determine whether the usable time limit stored in the first storage section has elapsed or is predicted to elapse. a first storage section configured to store an identification code of a splicing tape for splicing a first carrier tape and a second carrier tape, and a usable time limit of the splicing tape in association with each other, wherein the time limit is a timing when the use of the splicing tape is to be halted; and a management section configured to manage the use of the splicing tape based on the identification code and the usable time limit which are stored in the first storage section, wherein the management section comprises a usable time limit determination section configured to determine whether the usable time limit stored in the first storage section has elapsed or is predicted to elapse.
A vitrectomy probe (900,1000,1200) comprising: a housing; a cutter extending longitudinally from a first end of the housing, the cutter comprising: an outer cutting member coupled to the housing; an inner cutting member slideable within the outer cutting member, the inner cutting member slideable between a retracted position and an extended position; an adjustable port, a size of the adjustable port defined by an edge of an opening formed in the outer cutting member and an end surface of the inner cutting member when the inner cutting member is in a fully retracted position: an oscillator operable to reciprocate the inner cutting member; a first chamber formed in the housing; and a stroke limiter operable to limit the size of the adjustable port, the stroke limiter moveable relative to the inner cutting member, the stroke limiter adapted to be positioned to engage the inner cutting member at a selected position defining the fully retracted position of the inner cutting member characterised in that; the stroke limiter is moveable within the first chamber in response to a pneumatic pressure within a portion of the first chambers, a housing; a cutter extending longitudinally from a first end of the housing, the cutter comprising: an outer cutting member coupled to the housing; an inner cutting member slideable within the outer cutting member, the inner cutting member slideable between a retracted position and an extended position; an adjustable port, a size of the adjustable port defined by an edge of an opening formed in the outer cutting member and an end surface of the inner cutting member when the inner cutting member is in a fully retracted position: an outer cutting member coupled to the housing; an inner cutting member slideable within the outer cutting member, the inner cutting member slideable between a retracted position and an extended position; an adjustable port, a size of the adjustable port defined by an edge of an opening formed in the outer cutting member and an end surface of the inner cutting member when the inner cutting member is in a fully retracted position: an oscillator operable to reciprocate the inner cutting member; a first chamber formed in the housing; and a stroke limiter operable to limit the size of the adjustable port, the stroke limiter moveable relative to the inner cutting member, the stroke limiter adapted to be positioned to engage the inner cutting member at a selected position defining the fully retracted position of the inner cutting member characterised in that; the stroke limiter is moveable within the first chamber in response to a pneumatic pressure within a portion of the first chambers,
A scaffold for cell culture comprising: a gel having a pocket on the surface thereof, wherein the pocket is 50 μm to 1500 μm deep and contains mammalian cells, said pocket being produced by contacting said surface with a die having a projection on the surface thereof, such that said projection embosses said pockets in said surface. a gel having a pocket on the surface thereof, wherein the pocket is 50 μm to 1500 μm deep and contains mammalian cells, said pocket being produced by contacting said surface with a die having a projection on the surface thereof, such that said projection embosses said pockets in said surface.
A composition comprising at least one digestive enzyme as a plurality of coated digestive enzyme particles, wherein the at least one digestive enzyme is pancrelipase, wherein each particle contains a core comprising pancrelipase coated with an enteric coating, wherein the enteric coating comprises an enteric polymer and further comprises 4-10% of at least one alkalinizing agent based on the Total weight of the particle, wherein the composition has a moisture content of about 3% or less by weight.
A method of assessing the integrity of files (1, 2, 3) comprising the steps: - continually monitoring files of a file system for file corruptions indicative of the presence of malware, - detecting an updated file such as a modified file or a created file, the updated file emerging from an update event, - screening file parameters of the updated file, where if file parameters are within predetermined bounds, the file is marked as integrous and wherein only in response to a file parameter having an anomaly transgressing a predefined anomaly threshold, deep inspecting the updated file, the deep inspection comprising: - retrieving, from a database, a sequence of tests specific to the file parameter anomaly of the updated file, - testing the updated file using the sequence of tests where the sequence of tests ascertains file integrity related to the updated file and the update event, where: - if the updated file and update event passes all tests of the sequence of tests, marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event. - continually monitoring files of a file system for file corruptions indicative of the presence of malware, - detecting an updated file such as a modified file or a created file, the updated file emerging from an update event, - screening file parameters of the updated file, where if file parameters are within predetermined bounds, the file is marked as integrous and wherein only in response to a file parameter having an anomaly transgressing a predefined anomaly threshold, deep inspecting the updated file, the deep inspection comprising: - retrieving, from a database, a sequence of tests specific to the file parameter anomaly of the updated file, - testing the updated file using the sequence of tests where the sequence of tests ascertains file integrity related to the updated file and the update event, where: - if the updated file and update event passes all tests of the sequence of tests, marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event. - retrieving, from a database, a sequence of tests specific to the file parameter anomaly of the updated file, - testing the updated file using the sequence of tests where the sequence of tests ascertains file integrity related to the updated file and the update event, where: - if the updated file and update event passes all tests of the sequence of tests, marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event. - if the updated file and update event passes all tests of the sequence of tests, marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event.
A composite article manufacturing facility comprising: a plurality of forming stations, each forming station being capable of forming pieces from a feedstock of a laminar reinforcement material; a plurality of lay-up stations, each lay-up station being capable of arranging a stack of the formed pieces in overlapping fashion; a transfer mechanism configured to simultaneously transport formed pieces from multiple ones of the forming stations towards multiple ones of the lay-up stations, wherein the transfer mechanism is a conveyor belt; a cutting manipulator for each forming station, each cutting manipulator being capable of picking up formed pieces from the forming station and placing formed pieces on the transfer mechanism; a plurality of lay-up manipulators, each lay-up manipulator is located so that the lay-up manipulator can pick up formed pieces from the transfer mechanism and position them on one of the lay-up stations; a memory storing a first sequence of pieces to be laid up at a first one of the lay-up stations and a second sequence of pieces to be laid up at a second one of the lay-up stations; and a controller coupled to the forming stations, the lay-up stations and the transfer mechanism for controlling the operations thereof, the controller having access to the memory and being configured to, when a formed piece of the first sequence and a formed piece of the second sequence are loaded on the transfer mechanism by the cutting manipulators, cause the transport mechanism to simultaneously transport them towards the first and second lay-up stations respectively. a plurality of forming stations, each forming station being capable of forming pieces from a feedstock of a laminar reinforcement material; a plurality of lay-up stations, each lay-up station being capable of arranging a stack of the formed pieces in overlapping fashion; a transfer mechanism configured to simultaneously transport formed pieces from multiple ones of the forming stations towards multiple ones of the lay-up stations, wherein the transfer mechanism is a conveyor belt; a cutting manipulator for each forming station, each cutting manipulator being capable of picking up formed pieces from the forming station and placing formed pieces on the transfer mechanism; a plurality of lay-up manipulators, each lay-up manipulator is located so that the lay-up manipulator can pick up formed pieces from the transfer mechanism and position them on one of the lay-up stations; a memory storing a first sequence of pieces to be laid up at a first one of the lay-up stations and a second sequence of pieces to be laid up at a second one of the lay-up stations; and a controller coupled to the forming stations, the lay-up stations and the transfer mechanism for controlling the operations thereof, the controller having access to the memory and being configured to, when a formed piece of the first sequence and a formed piece of the second sequence are loaded on the transfer mechanism by the cutting manipulators, cause the transport mechanism to simultaneously transport them towards the first and second lay-up stations respectively.