mhurhangee/patent-ind-claim-en huggingface dataset:
Polymer compositions, characterized in that A) per 100 parts by mass of at least one polyester, B) 0.01 to 5 parts by mass of at least one pigment system based on an inorganic mixed oxide containing titanium dioxide, tin oxide and zinc oxide are used, with the proviso of a ΔE < 30 with respect to the L*a*b* coordinates of a colour number beginning with "2" in the RAL colour chart. A) per 100 parts by mass of at least one polyester, B) 0.01 to 5 parts by mass of at least one pigment system based on an inorganic mixed oxide containing titanium dioxide, tin oxide and zinc oxide are used,
Pneumatic stepper motor, motor , comprising: - a housing , said housing accommodating at least part of: - a rack comprising a plurality of gear elements ; and - two pistons , each comprising at least two teeth, said pistons being arranged to cooperate with said rack, characterized in that said rack is an elongated, substantially curved rack that is partly accommodated in the housing and extends in a substantially curved longitudinal direction through the housing, thereby forming a curved pneumatic stepper motor. - a housing , said housing accommodating at least part of: - a rack comprising a plurality of gear elements ; and - two pistons , each comprising at least two teeth, said pistons being arranged to cooperate with said rack, - a rack comprising a plurality of gear elements ; and - two pistons , each comprising at least two teeth, said pistons being arranged to cooperate with said rack,
A base station comprising: a communication unit configured to communicate with a terminal device via a first band and a second band used in frequency division duplex, FDD, a switching unit configured to switch an operation mode of the first band between a first mode in which the first band is used by the base station for uplink reception and a second mode in which the first band is used by the base station for both downlink transmission and uplink reception in a time division manner; and a control unit configured to give to the terminal device an instruction on a first timing advance on the basis of a downlink reception timing of the terminal device in the second band and an instruction on a second timing advance on the basis of a downlink reception timing of the terminal device in the first band. a communication unit configured to communicate with a terminal device via a first band and a second band used in frequency division duplex, FDD, a switching unit configured to switch an operation mode of the first band between a first mode in which the first band is used by the base station for uplink reception and a second mode in which the first band is used by the base station for both downlink transmission and uplink reception in a time division manner; and a control unit configured to give to the terminal device an instruction on a first timing advance on the basis of a downlink reception timing of the terminal device in the second band and an instruction on a second timing advance on the basis of a downlink reception timing of the terminal device in the first band.
A composition comprising at least one of the compounds selected from the group consisting of: and or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof, and an effective amount of at least one or more of the following compounds selected from the group consisting of chloroquine; Bafilomycin A1; Avasimibe (CI-1011); olaparib (AZD2811) and talazoparib (BMN673).
Reinforcement mat (2, 2a.0, 2b.0, 2c.0, 2d.0, 3.0, 4.0) for reinforcing an unbound installation layer in road and path construction, the reinforcement mat having a net- or grid-like textile fabric (5, 2a.1, 2b.1, 2b.2, 2c.1, 2c.2, 2d.1, 2d.2, 3.2, 4.2, 7.1, 7.2, 7.3), which has at least one pressure body (3, 2a.10, 2b.10, 2c.10, 2d.10, 5.10, 5.11, 6.10, 6.11, 7.11, 7.12, 7.13, 8.10), wherein the pressure body (3, 2a.10, 2b.10, 2c.10, 2d.10, 5.10, 5.11, 6.10, 6.11, 7.11, 7.12, 7.13, 8.10) is designed to absorb loads from the installation layer or a layer located thereabove, wherein the at least one pressure body is frictionally connected to the textile fabric, characterized in that at least one pressure body (3, 2a.10, 2b.10, 2c.10, 2d.10, 5.10, 5.11, 6.10, 6.11, 7.11, 7.12, 7.13, 8.10) is designed as a node of the textile fabric (5, 2a.1, 2b.1, 2b.2, 2c.1, 2c.2, 2d.1, 2d.2, 3.2, 4.2, 7.1, 7.2, 7.3) or is arranged at a node of the textile fabric (5, 2a.1, 2b.1, 2b.2, 2c.1, 2c.2, 2d.1, 2d.2, 3.2, 4.2, 7.1, 7.2, 7.3).
A method for configuring a personality agnostic data link layer, CXLCM, module as controller instance, CXLCM controller , wherein the CXLCM controller is adapted to interface with a logical physical unit, PHY, module according to a data bus in accordance with a Logical PHY Interface, LPIF, specification, wherein a Compute Express Link, CXL, FlexBus, FxB, link is divided into a plurality of physical ports and lanes of the LPIF data bus interface are subdivided to each of the physical ports of the FxB link, the CXLCM Controller is part of a protocol stack through which communications flow, where the protocol stack further includes a transaction layer and a physical layer, and the CXLCM Controller comprises a plurality of logical ports , wherein the plurality of logical ports are defined as logical entities that provide a one-to-one mapping to the subdivided FxB link and thus to the corresponding physical ports, a given port of the plurality of logical ports is capable of packing cache and memory transactions, and another port of the plurality of ports is capable of packing memory transactions only, the method comprising: receiving configuration information comprising one or more protocol encodings messages according to the LPIF definition providing clues about device types of one or more CXL, Type 1 or Type 2 devices coupled to the plurality of the physical ports; in response to the configuration information, configuring a first selection circuit of the CXLCM controller to cause cache memory protocol traffic to be directed to the given logical port; and receiving, from the transaction layer, information in a buffer wherein when a given cache memory data unit is selected for output from the buffer , it is provided to the first selection circuit then directing the cache memory data unit, via the first selection circuit, to the given logical port and thereafter to the first corresponding physical port for transfer to the corresponding CXL Type 1 or Type 2 device. receiving configuration information comprising one or more protocol encodings messages according to the LPIF definition providing clues about device types of one or more CXL, Type 1 or Type 2 devices coupled to the plurality of the physical ports; in response to the configuration information, configuring a first selection circuit of the CXLCM controller to cause cache memory protocol traffic to be directed to the given logical port; and receiving, from the transaction layer, information in a buffer wherein when a given cache memory data unit is selected for output from the buffer , it is provided to the first selection circuit then directing the cache memory data unit, via the first selection circuit, to the given logical port and thereafter to the first corresponding physical port for transfer to the corresponding CXL Type 1 or Type 2 device.
An electronic vaping device comprising: a housing extending in a longitudinal direction, the housing having a tip end and a mouth-end , the tip end being closed and the mouth-end having an opening therein; a planar heater contained in the housing ; a heater support configured to support the planar heater , the heater support comprising: a disc-shaped body that friction fits with an inner surface of the housing , and a tubular body on which the heater is mounted, the tubular body extending downstream from the disc-shaped body ; a tank containing a pre-vapor formulation, the tank configured to slide into and out of the opening of the mouth-end of the housing ; and a wick extending from the tank , the wick configured to be in contact with the planar heater when the tank is inserted in the housing . a housing extending in a longitudinal direction, the housing having a tip end and a mouth-end , the tip end being closed and the mouth-end having an opening therein; a planar heater contained in the housing ; a heater support configured to support the planar heater , the heater support comprising: a disc-shaped body that friction fits with an inner surface of the housing , and a tubular body on which the heater is mounted, the tubular body extending downstream from the disc-shaped body ; a disc-shaped body that friction fits with an inner surface of the housing , and a tubular body on which the heater is mounted, the tubular body extending downstream from the disc-shaped body ; a tank containing a pre-vapor formulation, the tank configured to slide into and out of the opening of the mouth-end of the housing ; and a wick extending from the tank , the wick configured to be in contact with the planar heater when the tank is inserted in the housing .
A food bar covering arrangement mounted on a food bar arrangement for holding products needing to be covered, wherein the covering arrangement is adapted to be transferable from a closed position in which the products are covered to an open position in which access to the products is admitted, and vice versa, characterized in that it comprises at least two covering elements , that each covering element comprises a front section having a vaulted or a curved shape, a rear section , and two first side sections (12A 1 ,12A 2 ;12B 1 ,12B 2 ), disposed between, and interconnecting, the front section and the rear section along opposite outer edges thereof, said rear section extending in a substantially vertical plane in the mounted state of the covering arrangement , the covering arrangement further comprising a mounting structure with at least first and second mounting elements (141 1 ,141 2 ) extending in a substantially vertical direction in the mounted state of the covering arrangement arranged at rear outer edges of the first side sections (12A 1 ,12A 2 ;12B 1 ,12B 2 ) or at outer edges of the rear sections , each of said covering elements being arranged to be movable in a vertical direction with respect to the mounting elements (141 1 ,141 2 ), or by means of the mounting elements, allowing the covering element to move between a lower, closed, position and an upper, open position, and hence to perform a vertical translation movement along the mounting elements (141 1 ,141 2 ), and in that the covering arrangement further cooperates with two second, additional, side sections (13A 1 ,13A 2 ;13B 1 ,13B 2 ), said second side sections (13A 1 ,13A 2 ;13B 1 ,13B 2 ) being fixedly or detachably connected to the food bar arrangement , such that, for each covering element , when it is in a closed position, the first side sections (12A 1 ,12A 2 ;12B 1 ,12B 2 ) will be disposed adjacent to, and substantially in parallel with, said second side sections, and when the covering element is in an open position, the second side sections (13A 1 ,13A 2 ;13B 1 ,13B 2 ) will act as side cover sections or side walls.
An apparatus comprising means for performing: allocating one or more of a plurality of available physical resource blocks to a plurality of terminal devices, wherein the allocating is performed so that a power spectral density for the plurality of terminal devices matches or exceeds a pre-defined limit or a plurality of respective pre-defined limits for the power spectral density; and in response to one or more physical resource blocks being still available following said allocating , further allocating at least one of the one or more physical resource blocks still available to at least one of the plurality of terminal devices, wherein the further allocating is performed so that a pre-defined value for a modulation and coding scheme index is sustainable for said at least one of the plurality of terminal devices. allocating one or more of a plurality of available physical resource blocks to a plurality of terminal devices, wherein the allocating is performed so that a power spectral density for the plurality of terminal devices matches or exceeds a pre-defined limit or a plurality of respective pre-defined limits for the power spectral density; and in response to one or more physical resource blocks being still available following said allocating , further allocating at least one of the one or more physical resource blocks still available to at least one of the plurality of terminal devices, wherein the further allocating is performed so that a pre-defined value for a modulation and coding scheme index is sustainable for said at least one of the plurality of terminal devices.
An impact absorption structure for a vehicle in which right and left crush cans are respectively attached to vehicle front end portions of front side frames disposed on both right and left sides of the vehicle and extending in a vehicle front and rear direction, and a bumper beam is attached to vehicle front end portions of the right and left crush cans to extend in a vehicle width direction, wherein each of the crush cans is formed in a cylindrical shape extending in the vehicle front and rear direction and is provided therein with a rib extending in the vehicle front and rear direction continuously to an inner surface of the crush can , characterized in that the front side frame includes an inner plate part and an outer plate part in the vehicle width direction and at least one of the inner plate part and the outer plate part is provided with a recessed linear portion recessed toward an inner side of the front side frame and extending in the vehicle front and rear direction, and the recessed linear portion is disposed at approximately a same height as a height of the rib of the crush can .
A modular cart for recording magnetic ground data especially for non-evasively inspecting pipelines or the like comprising a hinged chassis mounted on wheels comprising: - means for receiving a device for recording the magnetic field coupled with sensors, - a rear frame for enabling the cart to be handled by an operator, characterised in that it comprises - at least two positioning bars equipped with housings for fastening the sensors along a first and a second axis respectively, the positioning bars forming a detection plane P substantially perpendicular to the direction of movement of the cart. - means for receiving a device for recording the magnetic field coupled with sensors, - a rear frame for enabling the cart to be handled by an operator, characterised in that it comprises - at least two positioning bars equipped with housings for fastening the sensors along a first and a second axis respectively, the positioning bars forming a detection plane P substantially perpendicular to the direction of movement of the cart.
Edible article , in particular a substantially solid edible waffle, said article comprising a base or bottom with an upper surface and a lower surface , and a tapered edge with an inner surface and an outer surface , where said tapered edge extends from said base or bottom with a predefined inclination, wherein the shape of said article is such that, by arranging two of said articles on top of each other, the bottom and the tapered edge of the upper article are housed at least partly inside the space delimited by the tapered edge of the lower article so as to define a closed space of predefined volume between the said two articles , in particular a closed interspace of predefined volume, said closed space being delimited at the bottom, on the sides and at the top, respectively, by the upper surface of the bottom of the lower article , at least by a portion of the inner surface of the tapered edge of the lower article and at least by a portion of the lower surface of the bottom of the upper article , said article further comprises a peripheral edge which extends outwards from said tapered edge , with a lower surface facing towards said tapered edge and an upper surface opposite to said lower surface , characterized in that said peripheral edge comprises a plurality of projections which extend from said lower surface of said peripheral edge , the extension or length of said projections is such that, when two of said articles are arranged on top of each other, the free end of each of said projections of the upper article comes into contact with the upper surface of the peripheral edge of the lower article , and wherein the peripheral edge is parallel to the base or bottom .
A method for configuring Minimization of Drive-Test, MDT, which is performed by a base station of a first network, and comprises: receiving and storing information on whether a User Equipment, UE, supports execution of MDT measurement of a second network ; receiving information about configuration of the MDT measurement of the second network transmitted by a network manager ; selecting, based on the information about the configuration of the MDT measurement and the information on whether the UE supports the execution of the MDT measurement of the second network, a UE for executing the MDT measurement of the second network ; and transmitting, to the selected UE, information about configuration for activating the UE to execute the MDT measurement of the second network , the method characterized in that : the first network is a Long Term Evolution, LTE, network or an evolved LTE, eLTE, network and the second network is a fifth Generation, 5G, New Radio, NR, network; or the first network is the 5G NR network and the second network is the LTE network or the eLTE network. receiving and storing information on whether a User Equipment, UE, supports execution of MDT measurement of a second network ; receiving information about configuration of the MDT measurement of the second network transmitted by a network manager ; selecting, based on the information about the configuration of the MDT measurement and the information on whether the UE supports the execution of the MDT measurement of the second network, a UE for executing the MDT measurement of the second network ; and transmitting, to the selected UE, information about configuration for activating the UE to execute the MDT measurement of the second network , the method characterized in that : the first network is a Long Term Evolution, LTE, network or an evolved LTE, eLTE, network and the second network is a fifth Generation, 5G, New Radio, NR, network; or the first network is the 5G NR network and the second network is the LTE network or the eLTE network.
A communication system in which a plurality of communication devices (M1, S1 to S3) are connected to a network , wherein the plurality of communication devices includes: a time master (M) including a master clock configured to manage time of the communication system; and a plurality of time slaves (S1 to S3) each of which includes a slave clock that is time-synchronized with the master clock, each time slave of the plurality of time slaves includes: a synchronization means configured to perform time synchronization with a first communication device connected adjacent to the each time slave at a master side on the network; and a communication means configured to notify the time master of time synchronization information indicating time synchronization accuracy of the each time slave obtained by the synchronization means, the synchronization means configured to correct the time of the each time slave by using a difference between time of the first communication device and the time of the each time slave as a time adjustment value (△T), and the communication means configured to notify the time master of the time adjustment value as the time synchronization information. the plurality of communication devices includes: a time master (M) including a master clock configured to manage time of the communication system; and a plurality of time slaves (S1 to S3) each of which includes a slave clock that is time-synchronized with the master clock, a time master (M) including a master clock configured to manage time of the communication system; and a plurality of time slaves (S1 to S3) each of which includes a slave clock that is time-synchronized with the master clock, each time slave of the plurality of time slaves includes: a synchronization means configured to perform time synchronization with a first communication device connected adjacent to the each time slave at a master side on the network; and a communication means configured to notify the time master of time synchronization information indicating time synchronization accuracy of the each time slave obtained by the synchronization means, a synchronization means configured to perform time synchronization with a first communication device connected adjacent to the each time slave at a master side on the network; and a communication means configured to notify the time master of time synchronization information indicating time synchronization accuracy of the each time slave obtained by the synchronization means, the synchronization means configured to correct the time of the each time slave by using a difference between time of the first communication device and the time of the each time slave as a time adjustment value (△T), and the communication means configured to notify the time master of the time adjustment value as the time synchronization information.
A fiber optic splice protection device, comprising: a closure including a cover and a chassis ; and a fiber routing management unit , mounted on the chassis of the closure, wherein the fiber routing management unit comprises: a bottom sheet ; flexible sheets , which are removably mounted on top of the bottom sheet ; and an elastic biasing member , mounted on the chassis of the closure, for applying elastic biasing force to the bottom sheet , wherein the bottom sheet is pressed against fiber jackets of the cables to be spliced under the action of the elastic biasing member , so as to prevent the fiber jackets from being messily wound; and wherein optical fibers of the cables to be spliced are positioned above the bottom sheet , wound along a no bending loss path defined by the flexible sheets , and orderly restrained in appropriate place by the flexible sheets . a closure including a cover and a chassis ; and a fiber routing management unit , mounted on the chassis of the closure, wherein the fiber routing management unit comprises: a bottom sheet ; flexible sheets , which are removably mounted on top of the bottom sheet ; and an elastic biasing member , mounted on the chassis of the closure, for applying elastic biasing force to the bottom sheet , a bottom sheet ; flexible sheets , which are removably mounted on top of the bottom sheet ; and an elastic biasing member , mounted on the chassis of the closure, for applying elastic biasing force to the bottom sheet , wherein the bottom sheet is pressed against fiber jackets of the cables to be spliced under the action of the elastic biasing member , so as to prevent the fiber jackets from being messily wound; and wherein optical fibers of the cables to be spliced are positioned above the bottom sheet , wound along a no bending loss path defined by the flexible sheets , and orderly restrained in appropriate place by the flexible sheets .