mhurhangee/ep-ind-claims huggingface dataset:
A conical rectangular tank with watertight feature, constructed especially for the storage and transportation of food product comprising, a main body in rectangular conical shape having a base surface with legs, four sidewalls extending in trapezoid shape upwardly and outwardly from the base surface, and an open rectangular top, wherein said base surface with said legs have an integrated pallet type configuration, a main lid to close the open top of the main body, having a top surface, a bottom surface, a round opening for filling up the tank and a rim along the periphery of said main rectangular lid, wherein said main lid is attached to the open top of the main body with screws secured along the rim of said main lid, characterized by: a) a small round lid that fits in the round opening of the main rectangular lid comprising a rubber gasket around the periphery of the small round lid for a watertight seal of the opening of the small lid and a cap with a gas extraction valve to facilitate the outflow of the fermentation gases developed inside the tank, the small round lid being eccentrically positioned for providing access inside the tank, the upper rim of the round lid being designed in a higher level than the level of the main lid, b) a sidewall of the main body adjacent to the base of the tank comprises a discharge opening equipped with a plastic drainage valve of 25,4 mm in order to empty the liquids inside the tank, and said legs of the base surface further comprise separately detachable and replaceable feet, c) said main lid being provided with 22 plastic screws providing a watertight behavior, d) the bottom of the base being provided with ribs, e) said plastic screws in conjunction with an elastomeric gasket provide a watertight sealing to the tank and the top surface of the main lid comprises four sloping corners. a) a small round lid that fits in the round opening of the main rectangular lid comprising a rubber gasket around the periphery of the small round lid for a watertight seal of the opening of the small lid and a cap with a gas extraction valve to facilitate the outflow of the fermentation gases developed inside the tank, the small round lid being eccentrically positioned for providing access inside the tank, the upper rim of the round lid being designed in a higher level than the level of the main lid, b) a sidewall of the main body adjacent to the base of the tank comprises a discharge opening equipped with a plastic drainage valve of 25,4 mm in order to empty the liquids inside the tank, and said legs of the base surface further comprise separately detachable and replaceable feet, c) said main lid being provided with 22 plastic screws providing a watertight behavior, d) the bottom of the base being provided with ribs, e) said plastic screws in conjunction with an elastomeric gasket provide a watertight sealing to the tank and the top surface of the main lid comprises four sloping corners.
A radio base station apparatus comprising: a plurality of transmission/reception sections (1a, 1b, 1c); a reference signal generating section configured to generate a first downlink reference signal to use in generating communication environment information by a mobile terminal; a downlink transmission generating section configured to generate downlink transmission data; characterized by further comprising a downlink control information generating section configured to generate cell identification information for identifying a format of the first downlink reference signal in a Fast Cell Selection, FCS, mode, wherein in the FCS mode, a second downlink reference signal that is a terminal specific reference signal is transmitted with the downlink transmission data from one of the plurality of transmission/reception elements. a plurality of transmission/reception sections (1a, 1b, 1c); a reference signal generating section configured to generate a first downlink reference signal to use in generating communication environment information by a mobile terminal; a downlink transmission generating section configured to generate downlink transmission data; characterized by further comprising a downlink control information generating section configured to generate cell identification information for identifying a format of the first downlink reference signal in a Fast Cell Selection, FCS, mode, wherein in the FCS mode, a second downlink reference signal that is a terminal specific reference signal is transmitted with the downlink transmission data from one of the plurality of transmission/reception elements.
A microscope comprising: a microscope body; an objective assembly comprising an objective lens; an objective assembly mount configured to separably attach the objective assembly to the microscope body; and an orientation detection circuit configured to indicate when a relative orientation between the microscope body and the objective assembly differs from a predetermined relative orientation; characterized in that the microscope further comprises a levelling mechanism that uses gravity to support the objective assembly in the predetermined relative orientation, wherein the levelling mechanism comprises a 3-point kinematic mounting structure. a microscope body; an objective assembly comprising an objective lens; an objective assembly mount configured to separably attach the objective assembly to the microscope body; and an orientation detection circuit configured to indicate when a relative orientation between the microscope body and the objective assembly differs from a predetermined relative orientation; characterized in that the microscope further comprises a levelling mechanism that uses gravity to support the objective assembly in the predetermined relative orientation, wherein the levelling mechanism comprises a 3-point kinematic mounting structure.
A method in a first wireless communication device arranged to receive and display real-time communication messages during a real-time communication session, the method comprising: receiving at the first wireless communication device a real-time communication message created at a second wireless communication device; determining a presence of a message creation reference generated at the second wireless communication device in the real-time communication message, the message creation reference being a time stamp indicating when a user began to compose the real-time communication message at the second wireless communication device; arranging, at the first wireless communication device, the real-time communication message relative to other real-time communication messages received during the real-time communication session based upon the message creation reference of the real-time communication message and message creation references of the other real-time communication messages, for each of the other real-time communication messages, the message creation reference is a time stamp indicating when a user began to compose the real-time communication message; and displaying the real-time communication message in relative position to the other real-time communication messages based on the message creation reference of the real-time communication message and the message creation references of the other real-time communication messages. receiving at the first wireless communication device a real-time communication message created at a second wireless communication device; determining a presence of a message creation reference generated at the second wireless communication device in the real-time communication message, the message creation reference being a time stamp indicating when a user began to compose the real-time communication message at the second wireless communication device; arranging, at the first wireless communication device, the real-time communication message relative to other real-time communication messages received during the real-time communication session based upon the message creation reference of the real-time communication message and message creation references of the other real-time communication messages, for each of the other real-time communication messages, the message creation reference is a time stamp indicating when a user began to compose the real-time communication message; and displaying the real-time communication message in relative position to the other real-time communication messages based on the message creation reference of the real-time communication message and the message creation references of the other real-time communication messages.
A method for scheduling Uplink data, the method comprises receiving, by a terminal device, first signaling sent by a network device, the first signaling comprising beam information of M beams, M being a positive integer; performing, by the terminal device, carrier sensing on the M beams in sequence according to the first signaling until it is sensed on an Nth beam that a channel is idle, N being a positive integer less than or equal to M; and sending, by the terminal device, a UL channel to the network device through the Nth beam, wherein the UL channel is a Physical Uplink Shared Channel (PUSCH), and the first signaling further comprises information of a first time length, the first time length being a time length between a slot, a starting time-domain symbol or an ending time-domain symbol where a Physical Downlink Control Channel (PDCCH) sent to the terminal device by the network device is located and a starting time point of a first sensing window, and the first sensing window being a sensing window which corresponds to a beam sensed firstly of the N beams. receiving, by a terminal device, first signaling sent by a network device, the first signaling comprising beam information of M beams, M being a positive integer; performing, by the terminal device, carrier sensing on the M beams in sequence according to the first signaling until it is sensed on an Nth beam that a channel is idle, N being a positive integer less than or equal to M; and sending, by the terminal device, a UL channel to the network device through the Nth beam, wherein the UL channel is a Physical Uplink Shared Channel (PUSCH), and the first signaling further comprises information of a first time length, the first time length being a time length between a slot, a starting time-domain symbol or an ending time-domain symbol where a Physical Downlink Control Channel (PDCCH) sent to the terminal device by the network device is located and a starting time point of a first sensing window, and the first sensing window being a sensing window which corresponds to a beam sensed firstly of the N beams.
An object holding device for holding a luggage or the like against a wall of a luggage compartment, comprising: a cord-like body adapted to wind on an object to be held; an engaging member provided on the cord-like body; a reel around which the cord-like body is wound, the reel being urged to rotate in a winding direction of the cord-like body; and a connecting member connected to the engaging member, wherein the connecting member is a reel housing that stores the reel therein. wherein a rotation of the reel is restricted at least in a counter-winding direction of the cord-like body when the engaging member is connected to the connecting member, the object holding device being characterized in that it comprises a winding unit for the reel whereby in the winding unit for the reel, a circular part of a drum, planet gears, and a gear holder constitute a unidirectional clutch, and a plurality of engaged convex parts protruding outwardly is disposed on an outer circumferential surface of the gear holder, whereby an interval between the adjacent engaged convex parts is set to have a dimension such that a side part of an inserting guide piece of the engaging member being formed as a male buckle can be inserted into the interval. a cord-like body adapted to wind on an object to be held; an engaging member provided on the cord-like body; a reel around which the cord-like body is wound, the reel being urged to rotate in a winding direction of the cord-like body; and a connecting member connected to the engaging member, wherein the connecting member is a reel housing that stores the reel therein. wherein a rotation of the reel is restricted at least in a counter-winding direction of the cord-like body when the engaging member is connected to the connecting member, the object holding device being characterized in that it comprises a winding unit for the reel whereby in the winding unit for the reel, a circular part of a drum, planet gears, and a gear holder constitute a unidirectional clutch, and a plurality of engaged convex parts protruding outwardly is disposed on an outer circumferential surface of the gear holder, whereby an interval between the adjacent engaged convex parts is set to have a dimension such that a side part of an inserting guide piece of the engaging member being formed as a male buckle can be inserted into the interval.
A method of operating a wireless device (116, 900), wherein the wireless device is operable in either a wideband communication mode or a narrowband communication mode so as to communicate over either wideband channels or narrowband channels, the method comprising: sending, by the wireless device to an access point, an indication to the access point that the wireless device is to transition between the wideband communication mode and the narrowband communication mode; and exchanging, between the wireless device and the access point, first rate sets including a plurality of respectively supported rates for communication over the wideband channel, and second rate sets including a plurality of respectively supported rates for communication over the narrowband channel, and determining, based on the exchanged sets, rates for communicating data that are mutually supported by the wireless device and the access point. sending, by the wireless device to an access point, an indication to the access point that the wireless device is to transition between the wideband communication mode and the narrowband communication mode; and exchanging, between the wireless device and the access point, first rate sets including a plurality of respectively supported rates for communication over the wideband channel, and second rate sets including a plurality of respectively supported rates for communication over the narrowband channel, and determining, based on the exchanged sets, rates for communicating data that are mutually supported by the wireless device and the access point.
An offloading system comprising: a cantilever mounted on a deck, the cantilever is movable in a longitudinal direction of the cantilever between a retracted position and an extended position, the cantilever having an operational end which extends beyond the deck in the extended position; a transverse platform mounted on the operational end of the cantilever and movable in a transverse direction of the cantilever; a plurality of transfer hoses having a first end connected to a hydrocarbon fluid storage and having a second end to be connected to a marine vessel for fluid transfer between the hydrocarbon fluid storage and the marine vessel; and a transfer hose handling system mounted on the transverse platform and operable to manipulate the plurality of transfer hoses to and from the marine vessel, wherein after connecting the plurality of transfer hoses to the marine vessel, the transverse platform is movable in the transverse direction of the cantilever to adjust a transverse reach of the transverse platform and/or the cantilever is movable in the longitudinal direction of the cantilever to displace an operating envelope of the offloading system. a cantilever mounted on a deck, the cantilever is movable in a longitudinal direction of the cantilever between a retracted position and an extended position, the cantilever having an operational end which extends beyond the deck in the extended position; a transverse platform mounted on the operational end of the cantilever and movable in a transverse direction of the cantilever; a plurality of transfer hoses having a first end connected to a hydrocarbon fluid storage and having a second end to be connected to a marine vessel for fluid transfer between the hydrocarbon fluid storage and the marine vessel; and a transfer hose handling system mounted on the transverse platform and operable to manipulate the plurality of transfer hoses to and from the marine vessel,
Device for the synchronization of the movement of an automatic processing tool with the movement of a workpiece conveyed relative to the processing tool during the processing, the processing tool having at least one numeric control system for controlling at least one primary axis, synchronization of a processing position of the processing tool continuously with the respective position of the workpiece by tracking the at least one primary axis being provided, a position transmitter being coupled mechanically to the workpiece, the position transmitter being linked to the numeric control system, and the numeric control system being configured to use the signal from the position transmitter for the synchronization of the movement of the at least one primary axis with the respective position of the workpiece, characterized in that the numeric control system is configured to process the signal from the position transmitter as the signal from a secondary axis of the processing tool.
Locking device for a motor vehicle, comprising a locking mechanism consisting of a catch and at least one pawl, a release lever, it being possible for the locking mechanism to be unlocked by means of the release lever, a means for blocking a movement of the release lever, which means is arranged on the locking device, it being possible to achieve a blocking of the movement by means of a load acting externally on the motor vehicle and a movement of the blocking means, it being possible for the blocking means to be displaceably guided in the locking device, and a latch housing which has at least one contact surface which interacts with the blocking means, characterized in that the contact surface has at least one predetermined breaking point and, in the event of an external load, the blocking means interacts with the contact surface such that the blocking means breaks the predetermined breaking point.
Database (51, 52) accessible in an IMS network including at least one entity (40, 41, 42) for managing quality of service and billing in said network, said database being able to be accessed by at least one gateway and by at least one application entity, said entity (40, 41, 42) for managing quality of service and billing in said network including an interface with said gateway and with said application entity, said database being characterized in that it includes at least one record including: - an identifier of a terminal on a transport plane; - an identifier of said terminal on a signalling plane; and - at least one address of an entity (40, 41, 42 for managing quality of service and billing in said network, said database being configured: - to send a message including said at least one address of an entity for managing quality of service and billing to a gateway of the network in response to a request sent by said gateway and including an identifier of said terminal on said transport plane; and to - send a message including said at least one address of an entity for managing quality of service and billing to an application entity of the network in response to a request sent by said application entity and including an identifier of said terminal on said signalling plane. - an identifier of a terminal on a transport plane; - an identifier of said terminal on a signalling plane; and - at least one address of an entity (40, 41, 42 for managing quality of service and billing in said network, - to send a message including said at least one address of an entity for managing quality of service and billing to a gateway of the network in response to a request sent by said gateway and including an identifier of said terminal on said transport plane; and to - send a message including said at least one address of an entity for managing quality of service and billing to an application entity of the network in response to a request sent by said application entity and including an identifier of said terminal on said signalling plane.
Composition based on one of the following polymers: poly(ether ether ketone) (PEEK), poly(ether ketone) or poly(ether ketone ether ketone ketone) (PEKEKK), and comprising poly(ether ketone ketone) (PEKK), characterized in that the poly(ether ketone ketone) (PEKK) comprises a mixture of terephthalic and isophthalic units, the percentage by weight of terephthalic units, with respect to the sum of the terephthalic and isophthalic units, being between 55 and 85%, limits included, and preferably between 55 and 70%, the said composition comprising between 1 and 40%, limits included, preferably between 5 and 40% and more preferably still between 10 and 30% by weight of PEKK, with respect to the total weight of the composition.
Temporary water retention assembly, comprising: - one or more water retaining tanks forming a temporary water reservoir and comprising water inlet and/or outlet means, - regulation means adapted to regulate the flow of water through the inlet and/or outlet means, the assembly further comprising: - a level sensor configured to measure the level of water retained in the or in one of the retaining tanks, and - communication means comprising: ∘ a first communication interface adapted to receive data from the level sensor, ∘ a second communication interface with a remote server, and ∘ data processing means configured to process data received by the first interface and so that the communication means transmit processed data to the remote server via the second communications interface, and at least one plate embedded in the or in one of the retaining tanks, or made of the same material with the tank or one of the retaining tanks, in such a way as to extend above the water reservoir, characterised in that the plate has at least one cell, in such a way that the level sensor extends at least partially in the cell or in such a way that the level sensor opens onto the cell. - one or more water retaining tanks forming a temporary water reservoir and comprising water inlet and/or outlet means, - regulation means adapted to regulate the flow of water through the inlet and/or outlet means, the assembly further comprising: - a level sensor configured to measure the level of water retained in the or in one of the retaining tanks, and - communication means comprising: ∘ a first communication interface adapted to receive data from the level sensor, ∘ a second communication interface with a remote server, and ∘ data processing means configured to process data received by the first interface and so that the communication means transmit processed data to the remote server via the second communications interface, and at least one plate embedded in the or in one of the retaining tanks, or made of the same material with the tank or one of the retaining tanks, in such a way as to extend above the water reservoir, ∘ a first communication interface adapted to receive data from the level sensor, ∘ a second communication interface with a remote server, and ∘ data processing means configured to process data received by the first interface and so that the communication means transmit processed data to the remote server via the second communications interface, and at least one plate embedded in the or in one of the retaining tanks, or made of the same material with the tank or one of the retaining tanks, in such a way as to extend above the water reservoir,