mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: transmitting, in a first sub-band having a first frame structure, first data and first signaling information associated with the first data, the first signaling information including initial access information (111, 112) for communications in the first sub-band and transmitting, in a second sub-band having a second frame structure different from the first frame structure, second signaling information associated with second data, wherein the first frame structure is a machine type communication, MTC, frame structure; the second frame structure is a default frame structure; and characterized in that: at least one channel within the MTC frame structure has a different periodicity than a corresponding channel within the second frame structure. transmitting, in a first sub-band having a first frame structure, first data and first signaling information associated with the first data, the first signaling information including initial access information (111, 112) for communications in the first sub-band and transmitting, in a second sub-band having a second frame structure different from the first frame structure, second signaling information associated with second data, wherein the first frame structure is a machine type communication, MTC, frame structure; the second frame structure is a default frame structure; and characterized in that: at least one channel within the MTC frame structure has a different periodicity than a corresponding channel within the second frame structure.
A service tool wireless access management system comprising: a wireless access interface (214, 214A, 214B); and an equipment controller of an equipment service system comprising at least one processor configured to: enable the wireless access interface (214, 214A, 214B) responsive to a wireless access request initiated through a service tool; establish a wireless communication session with the service tool through the wireless access interface (214, 214A, 214B); characterized in that the processor is configured to disable the wireless access interface (214, 214A, 214B) responsive to a wireless communication termination event; wherein the service tool wireless access management system is arranged such that a location of the service tool within a communication range threshold of the wireless access interface (214, 214A, 214B) is confirmed before enabling the wireless access interface (214, 214A, 214B) a wireless access interface (214, 214A, 214B); and an equipment controller of an equipment service system comprising at least one processor configured to: enable the wireless access interface (214, 214A, 214B) responsive to a wireless access request initiated through a service tool; establish a wireless communication session with the service tool through the wireless access interface (214, 214A, 214B); characterized in that the processor is configured to disable the wireless access interface (214, 214A, 214B) responsive to a wireless communication termination event; enable the wireless access interface (214, 214A, 214B) responsive to a wireless access request initiated through a service tool; establish a wireless communication session with the service tool through the wireless access interface (214, 214A, 214B); characterized in that the processor is configured to disable the wireless access interface (214, 214A, 214B) responsive to a wireless communication termination event; wherein the service tool wireless access management system is arranged such that a location of the service tool within a communication range threshold of the wireless access interface (214, 214A, 214B) is confirmed before enabling the wireless access interface (214, 214A, 214B)
A method for processing channel collisions in direct mode operation, comprising: receiving (101; 201; 401), by a first terminal, first sidelink control information SCI sent by a second terminal and second SCI sent by a third terminal; detecting, by the first terminal, whether a channel collision occurs between the second terminal and the third terminal according to the first SCI and the second SCI; and if a channel collision occurs between the second terminal and the third terminal, generating (103; 203; 403), by the first terminal, a channel collision message comprising a pause indication and sending (204; 404) the channel collision message, so that at least one of the second terminal and the third terminal can pause and resend the service data according to the channel collision message. receiving (101; 201; 401), by a first terminal, first sidelink control information SCI sent by a second terminal and second SCI sent by a third terminal; detecting, by the first terminal, whether a channel collision occurs between the second terminal and the third terminal according to the first SCI and the second SCI; and if a channel collision occurs between the second terminal and the third terminal, generating (103; 203; 403), by the first terminal, a channel collision message comprising a pause indication and sending (204; 404) the channel collision message, so that at least one of the second terminal and the third terminal can pause and resend the service data according to the channel collision message.
A process of making a sweetened dairy product comprising: - a dairy material, - at least one steviol glycoside, and - a lactase enzyme, wherein the sweetened dairy product comprises a strained fermented dairy composition and an intermediate composition, mixed or arranged as layers or discrete inclusions, wherein the process comprises the steps of: step a) preparing a strained fermented dairy composition comprising the dairy material and the lactase enzyme, comprising the following steps: a1) providing a milk composition comprising lactose, a2) adding the enzyme and at least partially hydrolyzing the lactose, a3) inoculating lactic acid bacteria, and a4) allowing fermentation of the milk composition, and the following subsequent step: a5) separation, by ultrafiltration or centrifugal separation, to obtain a strained fermented dairy composition and an acid whey by-product, and step b) adding an intermediate composition comprising the at least one steviol glycoside. - a dairy material, - at least one steviol glycoside, and - a lactase enzyme, wherein the sweetened dairy product comprises a strained fermented dairy composition and an intermediate composition, mixed or arranged as layers or discrete inclusions, wherein the process comprises the steps of: step a) preparing a strained fermented dairy composition comprising the dairy material and the lactase enzyme, comprising the following steps: a1) providing a milk composition comprising lactose, a2) adding the enzyme and at least partially hydrolyzing the lactose, a3) inoculating lactic acid bacteria, and a4) allowing fermentation of the milk composition, and the following subsequent step: a5) separation, by ultrafiltration or centrifugal separation, to obtain a strained fermented dairy composition and an acid whey by-product, and step b) adding an intermediate composition comprising the at least one steviol glycoside. step a) preparing a strained fermented dairy composition comprising the dairy material and the lactase enzyme, comprising the following steps: a1) providing a milk composition comprising lactose, a2) adding the enzyme and at least partially hydrolyzing the lactose, a3) inoculating lactic acid bacteria, and a4) allowing fermentation of the milk composition, and the following subsequent step: a5) separation, by ultrafiltration or centrifugal separation, to obtain a strained fermented dairy composition and an acid whey by-product, and a1) providing a milk composition comprising lactose, a2) adding the enzyme and at least partially hydrolyzing the lactose, a3) inoculating lactic acid bacteria, and a4) allowing fermentation of the milk composition, and the following subsequent step: a5) separation, by ultrafiltration or centrifugal separation, to obtain a strained fermented dairy composition and an acid whey by-product, step b) adding an intermediate composition comprising the at least one steviol glycoside.
Clutch apparatus having at least one torque transmission device which is frictionally locking in the engaged state and can be engaged and/or disengaged in the axial direction by way of a lever element, and having at least one wear adjusting device for detecting and compensating for a wear state of the torque transmission device, the torque transmission device and/or the wear adjusting device being mounted at least partially within a housing cover, the wear adjusting device having at least one rotatable adjusting ring, a rotatably mounted spindle drive which can be moved at least partially transversely with respect to the axial direction and has an energy store for rotating the adjusting ring, and a drive pawl for driving the spindle drive in the case of the engagement of the torque transmission device, characterized in that a relative travel of the drive pawl can be set in the finally assembled state of the clutch apparatus by means of at least one stop which can be moved in the axial direction and is arranged on the cover side or on the drive pawl side.
Cable guide device for guiding at least one power supply line along a robot arm comprising: - a power supply line, - a spring system which is configured to automatically return the power supply line by spring force from an extended state of the power supply line to a retracted state of the power supply line, the spring system including a front end section in the direction of extension of the power supply line and a rear end section in the direction of extension of the power supply line, - a spring system seat securely connected to the power supply line, on which spring system seat the rear end section of the spring system is mounted, - a counter bearing seat, on which the front end section of the spring system is mounted, - a fastening device which is configured to fasten the cable guide device onto a link (G1-G7) of the robot arm and - an adjustment device supporting the counter bearing seat, which is designed to mount the counter bearing seat to be movable relative to the fastening device, characterised in that the adjustment device comprises a resetting device (31.1), which is designed to return the counter bearing seat from a deflected position of the counter bearing seat into a basic position of the counter bearing seat. - a power supply line, - a spring system which is configured to automatically return the power supply line by spring force from an extended state of the power supply line to a retracted state of the power supply line, the spring system including a front end section in the direction of extension of the power supply line and a rear end section in the direction of extension of the power supply line, - a spring system seat securely connected to the power supply line, on which spring system seat the rear end section of the spring system is mounted, - a counter bearing seat, on which the front end section of the spring system is mounted, - a fastening device which is configured to fasten the cable guide device onto a link (G1-G7) of the robot arm and - an adjustment device supporting the counter bearing seat, which is designed to mount the counter bearing seat to be movable relative to the fastening device, characterised in that the adjustment device comprises a resetting device (31.1), which is designed to return the counter bearing seat from a deflected position of the counter bearing seat into a basic position of the counter bearing seat.
A method of manufacturing a diester-based compound, which is performed using a continuous process comprising a reaction part in which a total of n reaction units spanning from a first reaction unit to an n th reaction unit are connected in series, wherein each of the reaction units comprises a reactor and a layer separator, and the method comprises: supplying a feed stream comprising a dicarboxylic acid and an alcohol into the first reactor, esterifying the feed stream to prepare a reaction product, and supplying a lower discharge stream comprising the reaction product into the reactors of the rear reaction units; supplying an upper discharge stream of the first reactor into a first layer separator, and refluxing a lower discharge stream comprising an alcohol from the first layer separator into the first reactor; and supplying an upper discharge stream of at least one reactor of second to and n th reactors into each of the layer separators, splitting a portion of the lower discharge stream comprising the alcohol from each of the layer separators, and refluxing only a portion of the split stream into each of the reactors (Step S30). wherein each of the reaction units comprises a reactor and a layer separator, and the method comprises: supplying a feed stream comprising a dicarboxylic acid and an alcohol into the first reactor, esterifying the feed stream to prepare a reaction product, and supplying a lower discharge stream comprising the reaction product into the reactors of the rear reaction units; supplying an upper discharge stream of the first reactor into a first layer separator, and refluxing a lower discharge stream comprising an alcohol from the first layer separator into the first reactor; and supplying an upper discharge stream of at least one reactor of second to and n th reactors into each of the layer separators, splitting a portion of the lower discharge stream comprising the alcohol from each of the layer separators, and refluxing only a portion of the split stream into each of the reactors (Step S30). supplying a feed stream comprising a dicarboxylic acid and an alcohol into the first reactor, esterifying the feed stream to prepare a reaction product, and supplying a lower discharge stream comprising the reaction product into the reactors of the rear reaction units; supplying an upper discharge stream of the first reactor into a first layer separator, and refluxing a lower discharge stream comprising an alcohol from the first layer separator into the first reactor; and supplying an upper discharge stream of at least one reactor of second to and n th reactors into each of the layer separators, splitting a portion of the lower discharge stream comprising the alcohol from each of the layer separators, and refluxing only a portion of the split stream into each of the reactors (Step S30).
A vessel filter assembly comprising: a vessel filter delivery device comprising: a catheter including a lumen; an elongated flexible wire slidably disposed within the lumen of said catheter; a pusher pad attached to a distal end of said elongated flexible wire; an extension wire with a distal end and a proximal end, the proximal end of said extension wire being connected to said pusher pad; and a receptacle attached to the distal end of said extension wire, said receptacle being configured for receiving distal ends of a plurality of appendages of a vessel filter; and a vessel filter positioned within said lumen of said catheter between said pusher pad and said receptacle, said distal ends of said plurality of appendages of said vessel filter being located at the distal end of the filter, and the distal ends of said plurality of appendages of said vessel filter being inserted within said receptacle. a vessel filter delivery device comprising: a catheter including a lumen; an elongated flexible wire slidably disposed within the lumen of said catheter; a pusher pad attached to a distal end of said elongated flexible wire; an extension wire with a distal end and a proximal end, the proximal end of said extension wire being connected to said pusher pad; and a receptacle attached to the distal end of said extension wire, said receptacle being configured for receiving distal ends of a plurality of appendages of a vessel filter; and a catheter including a lumen; an elongated flexible wire slidably disposed within the lumen of said catheter; a pusher pad attached to a distal end of said elongated flexible wire; an extension wire with a distal end and a proximal end, the proximal end of said extension wire being connected to said pusher pad; and a receptacle attached to the distal end of said extension wire, said receptacle being configured for receiving distal ends of a plurality of appendages of a vessel filter; and a vessel filter positioned within said lumen of said catheter between said pusher pad and said receptacle, said distal ends of said plurality of appendages of said vessel filter being located at the distal end of the filter, and the distal ends of said plurality of appendages of said vessel filter being inserted within said receptacle.
An annular modular assembly suitable to fill a tyre of a cycle or motorcycle consisting of a plurality of identical modules, the tyre including a carcass and being designed to be mounted on the rim of a wheel, each module being removably insertable in the tyre and comprising or consisting of a body made of compressible foamed elastomeric material defining a portion of said annular modular assembly, the body having tapered end areas defining respective planes ( π) designed - in use - to remain in contact with one of the tapered end areas of the adjacent modules and a lateral surface interposed between said tapered end areas designed - in use - to come into contact with the tyre and with the rim on which the tyre is mounted, characterized in that the number of said modules is greater than those required to cover the entire circumferential extension of said annular modular assembly, so that the modules are mutually pre-compressed within the carcass of the tyre; and further characterized in that: - said body has a curved shape with a circular or ellipsoidal section, said planes ( π) being mutually incident and angularly spaced with respect to each other by an angle ( α) comprised between 8° and 30°; or alternatively - said body has an elongated cylindrical or ellipsoidal shape designed to conform to the shape of the tyre when the module is inserted therein to take the shape of a circular or ellipsoidal section with said planes ( π) mutually incident and angularly spaced with respect to each other by an angle ( α) comprised between 8° and 30°. characterized in that the number of said modules is greater than those required to cover the entire circumferential extension of said annular modular assembly, so that the modules are mutually pre-compressed within the carcass of the tyre; and further characterized in that: - said body has a curved shape with a circular or ellipsoidal section, said planes ( π) being mutually incident and angularly spaced with respect to each other by an angle ( α) comprised between 8° and 30°; or alternatively - said body has an elongated cylindrical or ellipsoidal shape designed to conform to the shape of the tyre when the module is inserted therein to take the shape of - said body has a curved shape with a circular or ellipsoidal section, said planes ( π) being mutually incident and angularly spaced with respect to each other by an angle ( α) comprised between 8° and 30°; or alternatively - said body has an elongated cylindrical or ellipsoidal shape designed to conform to the shape of the tyre when the module is inserted therein to take the shape of a circular or ellipsoidal section with said planes ( π) mutually incident and angularly spaced with respect to each other by an angle ( α) comprised between 8° and 30°.
A method for determining soil properties, comprising: a. pushing a probe system into a soil, the probe system including at least a liquid injection port and at least one pressure transducer; b. carrying out pumping tests, wherein during a pumping test infiltration liquid is pumped through the liquid injection port into the soil at a substantially constant liquid injection flow rate; and c. measuring by means of the at least one pressure transducer, for each of the pumping tests, a pressure response in the soil resulting from the injection of liquid through the liquid injection port; wherein the pumping tests comprise a plurality of successive pumping tests, characterized in that each pumping test is carried out at a different substantially constant liquid injection flow rate with respect to each other. a. pushing a probe system into a soil, the probe system including at least a liquid injection port and at least one pressure transducer; b. carrying out pumping tests, wherein during a pumping test infiltration liquid is pumped through the liquid injection port into the soil at a substantially constant liquid injection flow rate; and c. measuring by means of the at least one pressure transducer, for each of the pumping tests, a pressure response in the soil resulting from the injection of liquid through the liquid injection port;
A liquid dispenser, comprising: a container configured to store liquid and having an upper rim defining a first opening, a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a filter assembly seated on the upper rim of the container to partially cover the first opening; the filter assembly having at least one filter (325a, 326, 312) and a second opening (311, 321); a top plate having a predetermined angle of inclination and a hole through which liquid discharged from the pump flows; and a plate support on which the top plate is provided, the plate support having a bottom surface configured to cover the second opening (311, 321) of the filter assembly and a hole corresponding to the hole of the top plate. a container configured to store liquid and having an upper rim defining a first opening, a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a filter assembly seated on the upper rim of the container to partially cover the first opening; the filter assembly having at least one filter (325a, 326, 312) and a second opening (311, 321); a top plate having a predetermined angle of inclination and a hole through which liquid discharged from the pump flows; and a plate support on which the top plate is provided, the plate support having a bottom surface configured to cover the second opening (311, 321) of the filter assembly and a hole corresponding to the hole of the top plate.
An aqueous antiperspirant composition comprising: i) at least 2 wt% of water soluble, antiperspirant active comprising aluminium ions and chloride ions, wherein the water soluble antiperspirant active is an astringent antiperspirant salt selected from an aluminium or an aluminium-zirconium chlorohydrate salt or complex, and ii) from 0.1 to 4.0 wt% of defibrillated primary cell wall material, wherein at least 50 wt% of the total material is sourced from plant parenchymal tissue and wherein the defibrillated primary cell wall material comprises at least 50 wt% of cellulose microfibrils, based upon the total dry weight of the defibrillated primary cell wall material. i) at least 2 wt% of water soluble, antiperspirant active comprising aluminium ions and chloride ions, wherein the water soluble antiperspirant active is an astringent antiperspirant salt selected from an aluminium or an aluminium-zirconium chlorohydrate salt or complex, and ii) from 0.1 to 4.0 wt% of defibrillated primary cell wall material,