mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (i) composite particles comprising - a polymer containing at least one monomer unit selected from styrene, (meth)acrylic acid esters, vinyl acetate, vinyl chloride, and acrylonitrile and, dispersed in the polymer, - inorganic nitride particles; and (ii) a fluoropolymer which is a fluoroelastomer having a cyano group, wherein the amount of the composite particles is 0.1-30 parts by mass per 100 parts by mass of the fluoropolymer. (i) composite particles comprising - a polymer containing at least one monomer unit selected from styrene, (meth)acrylic acid esters, vinyl acetate, vinyl chloride, and acrylonitrile and, dispersed in the polymer, - inorganic nitride particles; and - a polymer containing at least one monomer unit selected from styrene, (meth)acrylic acid esters, vinyl acetate, vinyl chloride, and acrylonitrile and, dispersed in the polymer, - inorganic nitride particles; and (ii) a fluoropolymer which is a fluoroelastomer having a cyano group,
A system for registering a collection of refuses from a refuse bin to a refuse collection lorry, the system comprising: - a refuse bin and a refuse collection lorry, - an information carrier provided on the refuse bin, which information carrier is adapted to send information upon reception of an electromagnetic signal, - an interrogator adapted to send an electromagnetic signal and to receive information from the information carrier, and - a registering unit connected to the interrogator, which registering unit is able to register information received from the interrogator, the interrogator and the registering unit being provided on a holder attachable to a person who collects the refuse, characterized in that - an accelerometer unit is provided on the holder and is connected to the interrogator and in that the accelerometer unit is adapted to identify a defined movement performed by the person who collects the refuse, and upon identification of the defined movement sends a signal to the interrogator to start sending an electromagnetic signal to the information carrier. - a refuse bin and a refuse collection lorry, - an information carrier provided on the refuse bin, which information carrier is adapted to send information upon reception of an electromagnetic signal, - an interrogator adapted to send an electromagnetic signal and to receive information from the information carrier, and - a registering unit connected to the interrogator, which registering unit is able to register information received from the interrogator, - an accelerometer unit is provided on the holder and is connected to the interrogator and in that the accelerometer unit is adapted to identify a defined movement performed by the person who collects the refuse, and upon identification of the defined movement sends a signal to the interrogator to start sending an electromagnetic signal to the information carrier.
A method comprising: obtaining a speed of a mobile station in a plurality of mobile stations in communication with an access point in a wireless network; and initiating an increase in a frequency of round trip time measurements between the mobile station and the access point during periods when the speed of the mobile station does not exceed a threshold, wherein the increased frequency of round trip time measurements between the mobile station and the access point is initiated if a received signal strength indicator value associated with the access point and measured at the at least one mobile station is not less than a desired received signal strength indicator level. obtaining a speed of a mobile station in a plurality of mobile stations in communication with an access point in a wireless network; and initiating an increase in a frequency of round trip time measurements between the mobile station and the access point during periods when the speed of the mobile station does not exceed a threshold, wherein the increased frequency of round trip time measurements between the mobile station and the access point is initiated if a received signal strength indicator value associated with the access point and measured at the at least one mobile station is not less than a desired received signal strength indicator level.
Computer-implemented method for the collective signing of a file, preferably a PDF-based document, by a plurality of users, said method comprising the sequential realization of the following set of steps for each of said plurality of users: (a) providing the user with said file, and optionally with one or more existing identification strings belonging to said file; (b) determining an identification string belonging to said file based on at least said file and optionally based on said one or more existing identification strings, comprising the step of calculating a hash from said file by means of a cryptographic hash function, wherein said identification string is determined based on at least said hash; (c) establishing a document signature based on at least both said identification string belonging to said file and a private key belonging to the user; (d) registering said document signature in a blockchain; in which said identification string at least allows to identify said file uniquely with respect to the blockchain, in which said establishing in step (c) comprises encrypting said identification string by means of said private key belonging to a key pair belonging to said user for obtaining a signed identification string, said key pair comprising said private key and a public key, in which said document signature comprises each of said non-signed hash as obtained in step (b) and said signed identification string; in which said document signature comprises a user identity for retrieving said public key; in which said collective signing is realized when step (d) has been carried out for each user, and this regardless of the sequence in which each of said plurality of users has signed. (a) providing the user with said file, and optionally with one or more existing identification strings belonging to said file; (b) determining an identification string belonging to said file based on at least said file and optionally based on said one or more existing identification strings, comprising the step of calculating a hash from said file by means of a cryptographic hash function, wherein said identification string is determined based on at least said hash; (c) establishing a document signature based on at least both said identification string belonging to said file and a private key belonging to the user; (d) registering said document signature in a blockchain; in which said identification string at least allows to identify said file uniquely with respect to the blockchain, in which said establishing in step (c) comprises encrypting said identification string by means of said private key belonging to a key pair belonging to said user for obtaining a signed identification string, said key pair comprising said private key and a public key, in which said document signature comprises each of said non-signed hash as obtained in step (b) and said signed identification string; in which said document signature comprises a user identity for retrieving said public key; in which said collective signing is realized when step (d) has been carried out for each user, and this regardless of the sequence in which each of said plurality of users has signed.
A method of facilitating a call transfer between a transferor, a transferee, and a transfer target, the method comprising: receiving a Session Initiation Protocol, SIP, transfer message at a network border element, the SIP transfer message comprising a first address in a Refer-to field of the SIP transfer message when received at the network border element; the method being characterized by further comprising: determining whether the SIP transfer message is traveling from an untrusted network to a trusted network or from a trusted network to an untrusted network; and replacing a Refer-to field of the SIP transfer message with a second address that is selected based on results of the determination. receiving a Session Initiation Protocol, SIP, transfer message at a network border element, the SIP transfer message comprising a first address in a Refer-to field of the SIP transfer message when received at the network border element; the method being characterized by further comprising: determining whether the SIP transfer message is traveling from an untrusted network to a trusted network or from a trusted network to an untrusted network; and replacing a Refer-to field of the SIP transfer message with a second address that is selected based on results of the determination. determining whether the SIP transfer message is traveling from an untrusted network to a trusted network or from a trusted network to an untrusted network; and replacing a Refer-to field of the SIP transfer message with a second address that is selected based on results of the determination.
A composition, comprising, in at least one physiologically acceptable volatile medium: (a) at least one cationic polysaccharide; (b) at least one crosslinker having three or more acid groups or a salt thereof; (c) at least one powder; and (d) at least one polyol, wherein the amount of the (a) cationic polysaccharide(s) in the composition is from 0.01% to 10% by weight, relative to the total weight of the composition; the amount of the (b) crosslinker(s) having three or more acid groups or a salt(s) thereof in the composition is from 0.001% to 10% by weight, relative to the total weight of the composition; the (a) cationic polysaccharide(s) and the (b) crosslinker(s) having three or more acid groups or a salt thereof form a dynamically and ionically crosslinked gel, and the (c) powder is insoluble in the physiologically acceptable volatile medium. (a) at least one cationic polysaccharide; (b) at least one crosslinker having three or more acid groups or a salt thereof; (c) at least one powder; and (d) at least one polyol, the amount of the (a) cationic polysaccharide(s) in the composition is from 0.01% to 10% by weight, relative to the total weight of the composition; the amount of the (b) crosslinker(s) having three or more acid groups or a salt(s) thereof in the composition is from 0.001% to 10% by weight, relative to the total weight of the composition; the (a) cationic polysaccharide(s) and the (b) crosslinker(s) having three or more acid groups or a salt thereof form a dynamically and ionically crosslinked gel, and the (c) powder is insoluble in the physiologically acceptable volatile medium.
Data system of a towing vehicle and/or trailer vehicle, in particular for commercial vehicles such as a truck or truck trailer or a passenger bus or passenger bus trailer, comprising: - a control device, - a sensor system for recording and processing sensor data, - a BUS system for transferring the sensor data between the control device and the sensor system, - an interface of the BUS system for transferring the sensor data to an interface of a BUS system of a respective other data system of the towing vehicle and/or trailer vehicle within the framework of a data transmission system, wherein - the BUS system comprises a first BUS device in the form of a CAN BUS, and - the BUS system comprises a second BUS device in the form of an ETHERNET BUS, characterized in that - the data system of the towing vehicle and/or trailer vehicle further comprises in each case an intelligent switch, which is coupled to the control device and/or the interface and is designed to activate the second BUS device in the form of an ETHERNET BUS in order to couple the towing vehicle and the trailer vehicle by means of the ETHERNET BUS in a coordinated manner when necessary, wherein the switch -- independently of the interface or as an interface switch forming the interface -- is connected to an intelligent decision logic and/or a control device of the towing vehicle and/or trailer vehicle. - a control device, - a sensor system for recording and processing sensor data, - a BUS system for transferring the sensor data between the control device and the sensor system, - an interface of the BUS system for transferring the sensor data to an interface of a BUS system of a respective other data system of the towing vehicle and/or trailer vehicle within the framework of a data transmission system, wherein - the BUS system comprises a first BUS device in the form of a CAN BUS, and - the BUS system comprises a second BUS device in the form of an ETHERNET BUS, characterized in that - the data system of the towing vehicle and/or trailer vehicle further comprises in each case an intelligent switch, which is coupled to the control device and/or the interface and is designed to activate the second BUS device in the form of an ETHERNET BUS in order to couple the towing vehicle and the trailer vehicle by means of the ETHERNET BUS in a coordinated manner when necessary, wherein the switch -- independently of the interface or as an interface switch forming the interface -- is connected to an intelligent decision logic and/or a control device of the towing vehicle and/or trailer vehicle.
A load relocation method, applied to a scenario in which some or all user equipment, UEs, served by an original access management entity are to-be-moved to a target access management entity, the method comprising: receiving, by a session management entity currently serving one of the UEs to-be-moved to the target access management entity, from the original access management entity, an identifier of the original access management entity and an address of the target access management entity; and sending, by the session management entity based on the identifier of the original access management entity, a message addressed to the UE to the target access management entity. receiving, by a session management entity currently serving one of the UEs to-be-moved to the target access management entity, from the original access management entity, an identifier of the original access management entity and an address of the target access management entity; and sending, by the session management entity based on the identifier of the original access management entity, a message addressed to the UE to the target access management entity.
A combination of a switching device for sanitary fittings such as showers and bathtubs and a mixing cartridge, wherein the switching device is applied to the body of the mixing cartridge, said switching device comprising a control rod element movable in a support assembly associated with said mixing cartridge, said control rod element having at least two water delivery positions, characterized in that said at least two water delivery positions a mixed water flow being conveyed either to one or to the other of two or more separated directrix lines (5a, 5b) corresponding to two or more separated using places, said control rod element being movable in said support assembly according to a restrained driving path defined by said two directrix lines (5a, 5b) arranged with a V-shape having two V-shape legs, said control rod element having a central closure position at a vertex point of said V-shape, and as said control rod is displaced in a direction of one of said two directrix lines, said device is continuously opened, from a closure position, corresponding to said central closure position, to a fully opened position, corresponding to said vertex point of one of two legs of said V-shape, thereby allowing to control the outlet water flow rate in a single direction only.
A combustor section, comprising: a fuel nozzle support; a section of a passage suitable for an oxidizer to flow through; a casing; a cap assembly having the fuel nozzle support formed therein; a segmented annular manifold mounted upstream from the fuel nozzle support, the segmented annular manifold being mounted in the section of the passage suitable for an oxidizer to flow through, wherein the section of the passage is radially interposed between the casing and the cap assembly of a combustor, a baffle extending axially from the cap assembly, wherein the section of the passage is radially interposed between the casing and the cap assembly baffle; each body segment (201, 202, 203, 204) of the manifold being substantially axially aligned with one another relative to the axis of the annular manifold, and each body segment (201, 202, 203, 204) including a body to accommodate fuel internally that is formed to define injection holes through which the fuel is injected into the passage suitable for an oxidizer to flow through and upstream of the fuel nozzle support, wherein each of the bodies comprises a segmented ring-shaped casing having first and second opposing sides (25, 26), wherein at least the side pointing downstream is tapered. a fuel nozzle support; a section of a passage suitable for an oxidizer to flow through; a casing; a cap assembly having the fuel nozzle support formed therein; a segmented annular manifold mounted upstream from the fuel nozzle support, the segmented annular manifold being mounted in the section of the passage suitable for an oxidizer to flow through, wherein the section of the passage is radially interposed between the casing and the cap assembly of a combustor, a baffle extending axially from the cap assembly, wherein the section of the passage is radially interposed between the casing and the cap assembly baffle; each body segment (201, 202, 203, 204) of the manifold being substantially axially aligned with one another relative to the axis of the annular manifold, and each body segment (201, 202, 203, 204) including a body to accommodate fuel internally that is formed to define injection holes through which the fuel is injected into the passage suitable for an oxidizer to flow through and upstream of the fuel nozzle support, wherein each of the bodies comprises a segmented ring-shaped casing having first and second opposing sides (25, 26), wherein at least the side pointing downstream is tapered.
A rudder bias system for an aircraft with a right engine and a left engine, comprising: a component (110a, 110b, 110c, 110d) determining a left primary thrust estimate, a left secondary thrust estimate, a right primary thrust estimate, and a right secondary thrust estimate based on a left primary signal, a left secondary signal, a right primary signal, and a right secondary signal, respectively; a left engine thrust estimate selector determining a left selected estimate based on the left primary thrust estimate and the left secondary thrust estimate; a right engine thrust estimate selector determining a right selected estimate based on the right primary thrust estimate and the right secondary thrust estimate; an enable and mode component determining one or more corresponding validities for the left primary thrust estimate, the left secondary thrust estimate, the right primary thrust estimate, and the right secondary thrust estimate; a control component generating: an engage command based on a thrust differential between the right engine and the left engine, the thrust differential calculated from the left selected estimate and the right selected estimate; and a torque command based on an equivalent pedal force assistance calculated as a difference between the thrust differential and an activation threshold. a component (110a, 110b, 110c, 110d) determining a left primary thrust estimate, a left secondary thrust estimate, a right primary thrust estimate, and a right secondary thrust estimate based on a left primary signal, a left secondary signal, a right primary signal, and a right secondary signal, respectively; a left engine thrust estimate selector determining a left selected estimate based on the left primary thrust estimate and the left secondary thrust estimate; a right engine thrust estimate selector determining a right selected estimate based on the right primary thrust estimate and the right secondary thrust estimate; an enable and mode component determining one or more corresponding validities for the left primary thrust estimate, the left secondary thrust estimate, the right primary thrust estimate, and the right secondary thrust estimate; a control component generating: an engage command based on a thrust differential between the right engine and the left engine, the thrust differential calculated from the left selected estimate and the right selected estimate; and a torque command based on an equivalent pedal force assistance calculated as a difference between the thrust differential and an activation threshold. an engage command based on a thrust differential between the right engine and the left engine, the thrust differential calculated from the left selected estimate and the right selected estimate; and a torque command based on an equivalent pedal force assistance calculated as a difference between the thrust differential and an activation threshold.
An article comprising: a midsole (100, 300), the midsole (100, 300) comprising a top surface (103, 303), a bottom surface (105, 305), and a side surface (104, 304) extending between the top surface (103, 303) and the bottom surface (105, 305), the midsole (100, 300) further comprising an electrorheological fluid housing (10, 50), a forefoot plate (122, 322), and a rear plate (130, 330) positioned rearward of the forefoot plate (122, 322), and wherein the ER fluid housing (10, 50) is located between the top surface (103, 303) and the bottom surface (105, 305) in at least a forefoot region (101, 301) of the midsole (100, 300), the ER fluid housing (10, 50) comprises a main body (11, 51) and multiple chambers (12, 13, 52, 52a-c, 53, 53a-c), each of the chambers contains an electrorheological fluid and is configured to change outward extension from the main body (11, 51) in correspondence to change in volume of the electrorheological fluid within the chamber, the main body (11, 51) comprises a transfer channel (20, 60.3) permitting flow between the chambers, the transfer channel comprises opposing first and second electrodes (22, 23, 62, 63) extending along an interior of a field-generating portion (21, 61) of the transfer channel, the forefoot plate is positioned over the chambers, and the article further comprises a rotation sensor (131, 331) configured to measure an angle of rotation of the forefoot plate relative to the rear plate. a midsole (100, 300), the midsole (100, 300) comprising a top surface (103, 303), a bottom surface (105, 305), and a side surface (104, 304) extending between the top surface (103, 303) and the bottom surface (105, 305), the midsole (100, 300) further comprising an electrorheological fluid housing (10, 50), a forefoot plate (122, 322), and a rear plate (130, 330) positioned rearward of the forefoot plate (122, 322), and wherein the ER fluid housing (10, 50) is located between the top surface (103, 303) and the bottom surface (105, 305) in at least a forefoot region (101, 301) of the midsole (100, 300), the ER fluid housing (10, 50) comprises a main body (11, 51) and multiple chambers (12, 13, 52, 52a-c, 53, 53a-c), each of the chambers contains an electrorheological fluid and is configured to change outward extension from the main body (11, 51) in correspondence to change in volume of the electrorheological fluid within the chamber, the main body (11, 51) comprises a transfer channel (20, 60.3) permitting flow between the chambers, the transfer channel comprises opposing first and second electrodes (22, 23, 62, 63) extending along an interior of a field-generating portion (21, 61) of the transfer channel, the forefoot plate is positioned over the chambers, and the article further comprises a rotation sensor (131, 331) configured to measure an angle of rotation of the forefoot plate relative to the rear plate.