mhurhangee/ep-ind-claims huggingface dataset:
A diaphragm-diaphragm type spring brake actuator with internal ventilation used in the air brake system of heavy vehicles, comprising: • An intermediate shaft comprising air inlet channels, intermediate shaft channel, intermediate shaft valve housing, • A valve system balancing the vacuum pressure formed inside the emergency spring section by sucking the air from the service chamber by means of the channels that lead to the service chamber; said valve system comprising a valve cap, valve air inlet slits, valve, valve spring, • An release bolt plug comprising release bolt plug lips, that prevent the air flow into the emergency spring section from the atmosphere and that discharges the high pressure air to the atmosphere, that could occur in the emergency spring section during the setting of the emergency spring. • Clamp flange connecting a body of said valve system and said intermediate shaft to the diaphragm by connection which is not disassembly. • A rubber bearing member comprising two rubber bearing member sealing rings where the air inlet channels are positioned between said rubber bearing member sealing rings when the emergency spring is set. • An intermediate shaft comprising air inlet channels, intermediate shaft channel, intermediate shaft valve housing, • A valve system balancing the vacuum pressure formed inside the emergency spring section by sucking the air from the service chamber by means of the channels that lead to the service chamber; said valve system comprising a valve cap, valve air inlet slits, valve, valve spring, • An release bolt plug comprising release bolt plug lips, that prevent the air flow into the emergency spring section from the atmosphere and that discharges the high pressure air to the atmosphere, that could occur in the emergency spring section during the setting of the emergency spring. • Clamp flange connecting a body of said valve system and said intermediate shaft to the diaphragm by connection which is not disassembly. • A rubber bearing member comprising two rubber bearing member sealing rings where the air inlet channels are positioned between said rubber bearing member sealing rings when the emergency spring is set.
A cleaning composition comprising: a) a primary detergent component which comprises at least one non-ionic surfactant having a critical packing parameter of ≥ 0.95 b) inorganic based nanoparticles, and c) a secondary surfactant having a critical packing parameter of ≤0.85 wherein said primary detergent component is selected from C9-C11 alcohol + 4, 5 or 6 moles of EO, and 2-propylheptanol alcohol with 5 or 8 moles of EO, and combinations or mixtures thereof; and wherein said secondary surfactant is an alkyl (poly)glucoside having the formula R 2 OG p where R 2 is a straight or branched, saturated or unsaturated hydrocarbyl group, containing from 6 to 10 carbon atoms, G is a glucoside; and p is a real number from 1 to 5 a) a primary detergent component which comprises at least one non-ionic surfactant having a critical packing parameter of ≥ 0.95 b) inorganic based nanoparticles, and c) a secondary surfactant having a critical packing parameter of ≤0.85 where R 2 is a straight or branched, saturated or unsaturated hydrocarbyl group, containing from 6 to 10 carbon atoms, G is a glucoside; and p is a real number from 1 to 5
A coating machine that is characterized by the fact that it is equipped with a rotary atomizing head-type sprayer having a rotary atomizing head to spray paint on the tip of a hollow rotary axis that may be rotated by an air motor in order to supply paint from a feed tube inserted into the rotary axis toward the rotary atomizing head, a paint supply source to supply the paint for the rotary atomizing head-type sprayer and a paint supply channel from the paint supply source to the rotary atomizing head, wherein said paint supply channel is provided with a paint micronization means to promote the micronization of the paint that may be sprayed from the rotary atomizing head.
A computer-implemented method comprising: obtaining, from a first user equipment, a request to create a multicast group, wherein the request comprises an indication that the first UE, a second UE, and a third UE are to be members of the multicast group; validating that the first UE, the second UE, and the third UE are registered with a telecommunications network; assigning a security key to the multicast group; selecting a security algorithm for the multicast group; transmitting a first multicast invite message to the first UE, a second multicast invite message to the second UE, and a third multicast invite message to the third UE, wherein the first, second, and third multicast invite messages each comprise the security key and an indication of the security algorithm; • receiving a first response from the first UE and a second response from the second UE that each comprise the security key and the indication of the security algorithm; and receiving a third response from the third UE that does not include the security key and the indication of the security algorithm, such that a message intended for the multicast group is transmitted as an encrypted multicast message to the first UE and the second UE and as a unicast message to the third UE; wherein the computer-implemented method is implemented by a rich communication services system comprising physical hardware and operating in a core network of the telecommunications network. obtaining, from a first user equipment, a request to create a multicast group, wherein the request comprises an indication that the first UE, a second UE, and a third UE are to be members of the multicast group; validating that the first UE, the second UE, and the third UE are registered with a telecommunications network; assigning a security key to the multicast group; selecting a security algorithm for the multicast group; transmitting a first multicast invite message to the first UE, a second multicast invite message to the second UE, and a third multicast invite message to the third UE, wherein the first, second, and third multicast invite messages each comprise the security key and an indication of the security algorithm; • receiving a first response from the first UE and a second response from the second UE that each comprise the security key and the indication of the security algorithm; and • receiving a first response from the first UE and a second response from the second UE that each comprise the security key and the indication of the security algorithm; and receiving a third response from the third UE that does not include the security key and the indication of the security algorithm, such that a message intended for the multicast group is transmitted as an encrypted multicast message to the first UE and the second UE and as a unicast message to the third UE; wherein the computer-implemented method is implemented by a rich communication services system comprising physical hardware and operating in a core network of the telecommunications network.
A method of collecting media exposure data comprising: receiving a signal indicative of a first number of individuals proximate to a media presentation device; analyzing, at the media metering device, electronic signals wirelessly received at the media metering device from one or more portable metering devices, each of which is associated with a respective one of one or more monitored individuals to identify a second number of unique portable metering devices proximate to the media presentation device, the portable metering devices adapted to monitor media presented by the media presentation device; comparing, at the media metering device, the first number to the second number to determine a third number of unidentified ones of the individuals proximate to the media presentation device; enabling monitoring functionality of the media metering device to monitor media presented by the media presentation device when the third number is greater than zero, the monitoring functionality to identify the monitored media presentation as presented to an unidentified individual; and disabling monitoring functionality of the media metering device when the third number is zero. receiving a signal indicative of a first number of individuals proximate to a media presentation device; analyzing, at the media metering device, electronic signals wirelessly received at the media metering device from one or more portable metering devices, each of which is associated with a respective one of one or more monitored individuals to identify a second number of unique portable metering devices proximate to the media presentation device, the portable metering devices adapted to monitor media presented by the media presentation device; comparing, at the media metering device, the first number to the second number to determine a third number of unidentified ones of the individuals proximate to the media presentation device; enabling monitoring functionality of the media metering device to monitor media presented by the media presentation device when the third number is greater than zero, the monitoring functionality to identify the monitored media presentation as presented to an unidentified individual; and disabling monitoring functionality of the media metering device when the third number is zero.
A ferrocoke manufacturing method by shaping and carbonizing a mixture of coal and iron ore, wherein the coal is a blend of a hardly softening coal and an easily softening coal, characterized in that the hardly softening coal has a button index of 1.0 and a volatile matter of not less than 17 %, and the easily softening coal satisfies that a value obtained by multiplying CSN of the easily softening coal by a blending ratio is within a range of 0.3-5.2, wherein the blending ratio is a weight ratio of the easily softening coal to the total coal weight, wherein the button index is evaluated using standard JIS M8801 and the volatile matter is measured according to standard JIS M8812 and represented by dry ash free base.
Toothbrush bristles comprising polyketone, characterized in that the polyketone is represented by the following chemical formula: wherein x:y is 1:10-10:1.
A location-based information service method of an electronic device (101, 201), the method comprising: receiving, at the electronic device (101, 201), an information service request; acquiring, upon receipt of the information service request, a desired location of the electronic device; retrieving first information stored by the electronic device associated with the desired location, wherein the first information is input by the user in the course of using an application installed in the electronic device or is received in association with an application installed in the electronic device; determining the situation of the user of the electronic device in association with the desired location based on the first information, wherein the situation of the user is determined based on identifying a frequency of the user visiting the desired location and a purpose of the user visiting the desired location based on the first information; acquiring location-based information based on the determined situation of the user; and providing the user with the acquired location-based information, wherein a travel path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a sightseeing trip and the frequency of the user visiting the desired location is low, and a shortest path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a business trip and the frequency of the user visiting the desired location is low. receiving, at the electronic device (101, 201), an information service request; acquiring, upon receipt of the information service request, a desired location of the electronic device; retrieving first information stored by the electronic device associated with the desired location, wherein the first information is input by the user in the course of using an application installed in the electronic device or is received in association with an application installed in the electronic device; determining the situation of the user of the electronic device in association with the desired location based on the first information, wherein the situation of the user is determined based on identifying a frequency of the user visiting the desired location and a purpose of the user visiting the desired location based on the first information; acquiring location-based information based on the determined situation of the user; and providing the user with the acquired location-based information, wherein a travel path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a sightseeing trip and the frequency of the user visiting the desired location is low, and a shortest path to the desired location is acquired as the location-based information when the identified purpose of the user visiting the desired location is a business trip and the frequency of the user visiting the desired location is low.
Gravure cylinder which comprises: a base body, a first layer which is arranged at least in part on the base body and comprises nickel in a mass fraction of at least 0.80, in particular of at least 0.95, and a second layer which is arranged at least in part on the side of the first layer opposite the base body and which comprises nickel in a mass fraction of at least 0.70, in particular of at least 0.85, and at least one non-metallic constituent, wherein the thickness of the first layer is from 30 μm to 200 μm, wherein the thickness of the second layer is from 1 μm to 20 μm, and wherein the second layer is harder than the first layer, wherein the total non-metallic constituent of the second layer has a mass fraction of from 0.001 to 0.15, and wherein the gravure cylinder has at least in the second layer cells which are produced by laser engraving. a base body, a first layer which is arranged at least in part on the base body and comprises nickel in a mass fraction of at least 0.80, in particular of at least 0.95, and a second layer which is arranged at least in part on the side of the first layer opposite the base body and which comprises nickel in a mass fraction of at least 0.70, in particular of at least 0.85, and at least one non-metallic constituent, wherein the thickness of the first layer is from 30 μm to 200 μm, wherein the thickness of the second layer is from 1 μm to 20 μm, and wherein the second layer is harder than the first layer, wherein the total non-metallic constituent of the second layer has a mass fraction of from 0.001 to 0.15, and wherein the gravure cylinder has at least in the second layer cells which are produced by laser engraving.
A hydroconversion or hydrotreatment installation with a view to constituting the feedstock of a catalytic cracking unit of a cut of type vacuum gas oil, vacuum distillate or vacuum residue, or deasphalted oil, said installation comprising at least: • a reaction section R1 for implementing hydrotreatment or hydroconversion of a feedstock intended to feed a catalytic cracking unit, • one or more high-pressure separator vessels B1 and/or B2 whose feedstock is formed by the effluent issuing from the reaction section R1, • a compression zone K for implementing compression of the gaseous effluent issuing from B-1 and/or B-2, also referred to as recycled hydrogen, said compressed gaseous effluent being reintroduced into the reaction zone R-1, • a fractionating column C-1 fed by the bottoms of the high-pressure separator vessels B-1 and B-2, said column C-1 separating at least a head cut, a naphtha cut, and a heavy cut of which at least a part feeds the catalytic cracking section R-11, • a furnace F-1 for heating the feedstock of the reaction section R1 or solely the hydrogen necessary for said reaction zone, or again both hydrogen and the feedstock, • a catalytic cracking reaction section R-11 fed by at least a part of the heavy fraction issuing from the fractionating column C-1, • a second fractionating column C-11 for the effluents from the catalytic cracking reaction section R-11, and • a recovery compressor K-11 for compressing at least a part of the gaseous effluent from the catalytic cracking unit and the acid gases issuing from the main fractionating column C-1, which compressor K-11 may comprise a plurality of stages. • a reaction section R1 for implementing hydrotreatment or hydroconversion of a feedstock intended to feed a catalytic cracking unit, • one or more high-pressure separator vessels B1 and/or B2 whose feedstock is formed by the effluent issuing from the reaction section R1, • a compression zone K for implementing compression of the gaseous effluent issuing from B-1 and/or B-2, also referred to as recycled hydrogen, said compressed gaseous effluent being reintroduced into the reaction zone R-1, • a fractionating column C-1 fed by the bottoms of the high-pressure separator vessels B-1 and B-2, said column C-1 separating at least a head cut, a naphtha cut, and a heavy cut of which at least a part feeds the catalytic cracking section R-11, • a furnace F-1 for heating the feedstock of the reaction section R1 or solely the hydrogen necessary for said reaction zone, or again both hydrogen and the feedstock, • a catalytic cracking reaction section R-11 fed by at least a part of the heavy fraction issuing from the fractionating column C-1, • a second fractionating column C-11 for the effluents from the catalytic cracking reaction section R-11, and • a recovery compressor K-11 for compressing at least a part of the gaseous effluent from the catalytic cracking unit and the acid gases issuing from the main fractionating column C-1, which compressor K-11 may comprise a plurality of stages.
Composition of the type gel-gel, especially comprising a physiologically acceptable medium, especially for coating keratin materials, more particularly for making up and/or caring for keratin materials, containing: - at least one aqueous phase gelled with at least one hydrophilic gelling agent selected from synthetic polymeric gelling agents; and - at least one oily phase gelled with at least one lipophilic gelling agent; said phases forming therein a macroscopically homogeneous mixture and said composition also comprising: - at least one hydrophobic-coated pigment; and - at least one glycol compound of formula below: CH 3 --[CH 2 CH 2] m -- n -CH 2 -CH -CH 2 OH in which: - m is between 2 and 4 - n is equal to 0 or 1; which is chosen from glyceryl caprylate, glyceryl caprylate/caprate mixtures and their mixtures; said gelled oily phase comprising at least one polar oil. - at least one aqueous phase gelled with at least one hydrophilic gelling agent selected from synthetic polymeric gelling agents; and - at least one oily phase gelled with at least one lipophilic gelling agent; said phases forming therein a macroscopically homogeneous mixture and said composition also comprising: - at least one hydrophobic-coated pigment; and - at least one glycol compound of formula below: CH 3 --[CH 2 CH 2] m -- n -CH 2 -CH -CH 2 OH in which: - m is between 2 and 4 - n is equal to 0 or 1; which is chosen from glyceryl caprylate, glyceryl caprylate/caprate mixtures and their mixtures; said gelled oily phase comprising at least one polar oil. - m is between 2 and 4 - n is equal to 0 or 1; which is chosen from glyceryl caprylate, glyceryl caprylate/caprate mixtures and their mixtures;
A method of determining the location of a portable device, comprising: obtaining identities of wireless communication devices (64a-64d) detectable by the portable device at a particular location which is to be determined, thereby to obtain a set of identities; comparing the set of identities with the content of a database, which database stores a plurality of findings, to select one or more findings; each finding comprising a reference location and a set of identities of wireless communication devices (64a-64d) sighted at that location; and determining the location of the portable device based on processing the selected findings, comprising selecting a location based on the one or more reference locations associated with the selected findings; characterised in that when comparing the set of identities with the content of the database, a finding is selected based on: the number of wireless communication devices (64a-64d) associated to the finding which correspond to identities in the set; the number of wireless communication devices (64a-64d) associated to the finding which do not correspond to any identities in the set; and the number of identities in the set which are not identified in the database as being associated to the finding. obtaining identities of wireless communication devices (64a-64d) detectable by the portable device at a particular location which is to be determined, thereby to obtain a set of identities; comparing the set of identities with the content of a database, which database stores a plurality of findings, to select one or more findings; each finding comprising a reference location and a set of identities of wireless communication devices (64a-64d) sighted at that location; and determining the location of the portable device based on processing the selected findings, comprising selecting a location based on the one or more reference locations associated with the selected findings; characterised in that when comparing the set of identities with the content of the database, a finding is selected based on: the number of wireless communication devices (64a-64d) associated to the finding which correspond to identities in the set; the number of wireless communication devices (64a-64d) associated to the finding which do not correspond to any identities in the set; and the number of identities in the set which are not identified in the database as being associated to the finding. the number of wireless communication devices (64a-64d) associated to the finding which correspond to identities in the set; the number of wireless communication devices (64a-64d) associated to the finding which do not correspond to any identities in the set; and the number of identities in the set which are not identified in the database as being associated to the finding.
An apparatus for detecting the position of a magnet, the apparatus comprising a magnet attached to a movable closure device of a building opening for detecting the status of the movable closure device, which movable closure device is mounted on a frame which can be firmly connected to a building and wherein the position determining device comprises a magnetic field sensor arrangement mounted on the frame which can be firmly connected to a building, wherein the magnetic field sensor arrangement comprises an evaluation unit, which evaluation unit is set up to assign the determined position of the magnet to the status of the movable closure device corresponding thereto, and a transmitting device for transmitting the status of the closure device to a downstream building device and a measuring unit, wherein the position determining device comprises only a single magnet and wherein the measuring unit is adapted to determine the position of the magnet in space by measuring the magnetic field alignment in three planes orthogonal to one another of the magnet mounted on the movable closure device relative to the measuring device and, if the measured values lie within a range of measured values associated with a status, to assign the measured values to the relevant status of the movable closure device, characterised by the fact that the possible statuses are locked, closed, open and tilted.