mhurhangee/patent-ind-claim-en huggingface dataset:
A nonwoven fabric for forming an oral pouched product, the nonwoven fabric comprising: a nonwoven fabric substrate; and a diffusion restricting material formed as a layer on the nonwoven fabric substrate, wherein the diffusion restricting material is configured to provide a barrier to diffusion through the nonwoven fabric in aqueous environment, characterised in that : the layer of diffusion restricting material comprises any of: a water-soluble grade of sodium polyacrylate; thermoplastic polyurethane; or a hydrophobic fluorocarbon material, and the barrier to diffusion is reducible by a chewing action. a nonwoven fabric substrate; and a diffusion restricting material formed as a layer on the nonwoven fabric substrate, wherein the diffusion restricting material is configured to provide a barrier to diffusion through the nonwoven fabric in aqueous environment, characterised in that : the layer of diffusion restricting material comprises any of: a water-soluble grade of sodium polyacrylate; thermoplastic polyurethane; or a hydrophobic fluorocarbon material, and the barrier to diffusion is reducible by a chewing action. the layer of diffusion restricting material comprises any of: a water-soluble grade of sodium polyacrylate; thermoplastic polyurethane; or a hydrophobic fluorocarbon material, and a water-soluble grade of sodium polyacrylate; thermoplastic polyurethane; or a hydrophobic fluorocarbon material, and the barrier to diffusion is reducible by a chewing action.
Assembly for installing an energy store which is at least partially sunk in the ground, comprising a sleeve which can be positioned so as to be at least partially sunk in the ground, characterized by an adjustable support of the sleeve , the support comprising a plurality of pivotable holding devices which are arranged on top of one another along at least one pivot shaft (22; 24) along a longitudinal axis, and which can be displaced from a first position having a first exterior shape into a second position having a second exterior shape, the second exterior shape enclosing a larger volume than the first exterior shape and the second exterior shape corresponding to an inner surface of the sleeve , into which the energy store can be inserted, the sleeve being kept dimensionally stable by the support before the energy store is inserted into its interior .
A method of optimizing a brake system to reduce squealing noise, comprising at least the steps of - reviewing possible values of at least one physical parameter of the system - for each value of parameter reviewed and for a point predetermined nonlinear static equilibrium of the brake system, search for and identify computer the various modes of the brake system corresponding to instabilities the brake system, - for each identified eigen mode, impose during a computer scan different vibratory amplitudes for the vibrations in said mode , and for each amplitude imposed during the scan, perform a computer decomposition of the brake system in harmonics (2100-2400) by having linearized the contact forces with respect to displacement and speed to identify unstable eigen modes of the brake system, - selecting one of the values of physical and reviewed according to the unstable natural modes and identified to reduce the squealing noise of the brake system. - reviewing possible values of at least one physical parameter of the system - for each value of parameter reviewed and for a point predetermined nonlinear static equilibrium of the brake system, search for and identify computer the various modes of the brake system corresponding to instabilities the brake system, - for each identified eigen mode, impose during a computer scan different vibratory amplitudes for the vibrations in said mode , and for each amplitude imposed during the scan, perform a computer decomposition of the brake system in harmonics (2100-2400) by having linearized the contact forces with respect to displacement and speed to identify unstable eigen modes of the brake system, - selecting one of the values of physical and reviewed according to the unstable natural modes and identified to reduce the squealing noise of the brake system.
An operation method performed in a terminal in a communication system, the operation method comprising: receiving a higher layer message including first information indicating a size of a bitmap included in second downlink control information, DCI, second information on time duration in which the second DCI is applied, and third information indicating a number of groups of symbols within the time duration from a base station; receiving scheduling information for physical uplink shared channel, PUSCH, transmission from the base station; receiving the second DCI including the bitmap from the base station, each bit included in the bitmap indicating whether or not the PUSCH transmission is canceled in one resource region mapped to the each bit; identifying one or more resource regions in which the PUSCH transmission is canceled based on the bitmap; and cancelling the PUSCH transmission scheduled by the scheduling information in overlapped resources between resources indicated by the scheduling information and the identified one or more resource regions, wherein the one resource region includes one or more symbols in a time domain, and a number of the one or more symbols included in the one resource region is a value of a number of symbols belonging to the time duration divided by the number of groups. receiving a higher layer message including first information indicating a size of a bitmap included in second downlink control information, DCI, second information on time duration in which the second DCI is applied, and third information indicating a number of groups of symbols within the time duration from a base station; receiving scheduling information for physical uplink shared channel, PUSCH, transmission from the base station; receiving the second DCI including the bitmap from the base station, each bit included in the bitmap indicating whether or not the PUSCH transmission is canceled in one resource region mapped to the each bit; identifying one or more resource regions in which the PUSCH transmission is canceled based on the bitmap; and cancelling the PUSCH transmission scheduled by the scheduling information in overlapped resources between resources indicated by the scheduling information and the identified one or more resource regions, wherein the one resource region includes one or more symbols in a time domain, and a number of the one or more symbols included in the one resource region is a value of a number of symbols belonging to the time duration divided by the number of groups.
A method of tiling primitives in a tile based graphics processing system in which a rendering space is divided into a plurality of tiles, the plurality of tiles being grouped into a plurality of tile groups each comprising at least two tiles, the method comprising, for a tile group of the plurality of tile groups: determining, for each tile of the tile group, which primitives of each of a plurality of primitive blocks intersect that tile, each primitive block comprising at least one primitive ; storing in memory a variable length control data block for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group ; and storing in memory a control stream, the control stream comprising a fixed sized primitive block entry for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group, each primitive block entry comprising (i) a data pointer identifying a location in memory of the control data block for the corresponding primitive block, and (ii) valid tile information identifying which tiles of the tile group are valid for the corresponding primitive block, a tile being a valid tile for a primitive block if at least one primitive in the primitive block intersects that tile . determining, for each tile of the tile group, which primitives of each of a plurality of primitive blocks intersect that tile, each primitive block comprising at least one primitive ; storing in memory a variable length control data block for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group ; and storing in memory a control stream, the control stream comprising a fixed sized primitive block entry for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group, each primitive block entry comprising (i) a data pointer identifying a location in memory of the control data block for the corresponding primitive block, and (ii) valid tile information identifying which tiles of the tile group are valid for the corresponding primitive block, a tile being a valid tile for a primitive block if at least one primitive in the primitive block intersects that tile .
An information processing apparatus, comprising: a broadcast content processing unit for receiving and processing a broadcast content; and a controller for acquiring an application that is independent from the broadcast content and an application information table including business operator identification information for specifying a business operator that provides the application, wherein the application information table is associated with an electronic signature and the application is removed as a target judged as unpermitted to be activated if the business operator identification information in the application information table has been set to a value common to a plurality of business operators, and a validation unit for acquiring and validating the electronic signature and for notifying the controller of the validation result, wherein the controller is configured to permit an activation of the application if notified by the validation unit that the validation has succeeded. a broadcast content processing unit for receiving and processing a broadcast content; and a controller for acquiring an application that is independent from the broadcast content and an application information table including business operator identification information for specifying a business operator that provides the application, wherein the application information table is associated with an electronic signature and the application is removed as a target judged as unpermitted to be activated if the business operator identification information in the application information table has been set to a value common to a plurality of business operators, and a validation unit for acquiring and validating the electronic signature and for notifying the controller of the validation result, wherein the controller is configured to permit an activation of the application if notified by the validation unit that the validation has succeeded.
Heat exchanger system comprising: - a heat exchanger for exchange of heat between a first fluid and a second fluid, having a first inlet for the first fluid, a first outlet for the first fluid, a second inlet for the second fluid, and a second outlet for the second fluid, - a shut-off means which is able to move and arranged in such a way as to more or less shut off the first inlet or the first outlet , and - an actuating system comprising a closed heat pipe filled with a heat-transfer fluid and of which a first end is immersed in the second fluid, and a shape memory element which is in thermal contact with the heat pipe and which is arranged in such a way as to move the shut-off means according to its temperature, the heat exchanger system being characterized in that the actuating system comprises a slide which is secured to the shut-off means and which is able to move translationally along the heat pipe , and in that the shape memory element takes the form of a compression spring which is arranged around the heat pipe between the slide and a first fixed stop . - a heat exchanger for exchange of heat between a first fluid and a second fluid, having a first inlet for the first fluid, a first outlet for the first fluid, a second inlet for the second fluid, and a second outlet for the second fluid, - a shut-off means which is able to move and arranged in such a way as to more or less shut off the first inlet or the first outlet , and - an actuating system comprising a closed heat pipe filled with a heat-transfer fluid and of which a first end is immersed in the second fluid, and a shape memory element which is in thermal contact with the heat pipe and which is arranged in such a way as to move the shut-off means according to its temperature, the heat exchanger system being characterized in that the actuating system comprises a slide which is secured to the shut-off means and which is able to move translationally along the heat pipe , and in that the shape memory element takes the form of a compression spring which is arranged around the heat pipe between the slide and a first fixed stop .
A method of controlling a ceiling type air conditioner including a panel located on a ceiling surface, a first vane group located at outlets formed at two opposing sides of four sides of the panel, and a second vane group located at outlets formed at the other two opposing sides of the four sides of the panel, and each of the first vane group and the second vane group including an upper discharge vane and a lower discharge vane located below the upper discharge vane and rotating along with the upper discharge vane, the method comprising: performing first mixing operation in which the first vane group guides air in a direction close to the ceiling surface to form horizontal airflow and the second vane group guides air in a direction close to a floor surface to form vertical airflow; determining whether swing operation of continuously rotating the first vane group and the second vane group or fixing operation in which the first vane group and the second vane group are located at the same angle is performed; and performing second mixing operation in which the first vane group forms the vertical airflow and the second vane group forms the horizontal airflow. performing first mixing operation in which the first vane group guides air in a direction close to the ceiling surface to form horizontal airflow and the second vane group guides air in a direction close to a floor surface to form vertical airflow; determining whether swing operation of continuously rotating the first vane group and the second vane group or fixing operation in which the first vane group and the second vane group are located at the same angle is performed; and performing second mixing operation in which the first vane group forms the vertical airflow and the second vane group forms the horizontal airflow.
A method for producing steam for use in stimulating a geologic formation , the method comprising: providing at a location adjacent the geologic formation or a speficied distance from the geologic formation a pluarality of bodies for decomposing hydrogen peroxide, the plurality of bodies comprising an active metal oxide, and wherein at least a portion of the plurality of bodies are provided in a spherical configuration; contacting the plurality of bodies with a liquid hydrogen peroxide solution having a concentration between 30 weight percent and 70 weight percent to produce steam; and injecting the steam into the geologic formation; wherein the liquid hydrogen peroxide solution further comprises a stabilizer. providing at a location adjacent the geologic formation or a speficied distance from the geologic formation a pluarality of bodies for decomposing hydrogen peroxide, the plurality of bodies comprising an active metal oxide, and wherein at least a portion of the plurality of bodies are provided in a spherical configuration; contacting the plurality of bodies with a liquid hydrogen peroxide solution having a concentration between 30 weight percent and 70 weight percent to produce steam; and injecting the steam into the geologic formation; wherein the liquid hydrogen peroxide solution further comprises a stabilizer.
A method of multi-radio wireless communication in a system comprising a User Equipment, UE, and a base station , comprising: identifying by the UE at least one coexistence issue corresponding to a set of communication resources of the UE ; and communicating by the UE an indication of the at least one coexistence issue to a base station ; characterised by : receiving the indication of the at least one coexistence issue at the base station; and assigning at the base station at least one parameter associated with communication at the UE, said assigning being in response to the received indication, wherein the assigning at least one parameter involves selectively scheduling a measurement gap pattern for the UE, to mitigate the at least one coexistence issue. identifying by the UE at least one coexistence issue corresponding to a set of communication resources of the UE ; and communicating by the UE an indication of the at least one coexistence issue to a base station ; characterised by : receiving the indication of the at least one coexistence issue at the base station; and assigning at the base station at least one parameter associated with communication at the UE, said assigning being in response to the received indication, wherein the assigning at least one parameter involves selectively scheduling a measurement gap pattern for the UE, to mitigate the at least one coexistence issue. receiving the indication of the at least one coexistence issue at the base station; and assigning at the base station at least one parameter associated with communication at the UE, said assigning being in response to the received indication, wherein the assigning at least one parameter involves selectively scheduling a measurement gap pattern for the UE, to mitigate the at least one coexistence issue.
A cellular communication system comprising: a small cell signal source comprising: an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors, and a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch; a headend unit configured to interface with a small cell signal source and process bidirectional distribution of an analog RF signal; and a plurality of remote units configured to wirelessly transmit analog RF signals, which have been distributed from the headend unit, through an antenna and configured to transmit uplink RF signals from wireless terminals to the headend unit. a small cell signal source comprising: an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors, and a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch; an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors, and a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch; a headend unit configured to interface with a small cell signal source and process bidirectional distribution of an analog RF signal; and a plurality of remote units configured to wirelessly transmit analog RF signals, which have been distributed from the headend unit, through an antenna and configured to transmit uplink RF signals from wireless terminals to the headend unit.
Concealment element , designed capable of cooperating with a wall , namely a vertical wall, such as a grid or mesh extending between two posts, formed, on the one hand, of main wires or rods , held integrally parallel and regularly spaced apart by means of secondary wires or rods of said wall , and wherein said main wires or rods have, at least at each of their upper and lower ends, a fold forming, with the folds of the other main wires or rods , a projection perpendicular to the latter, projecting out of the plane of said wall and aimed at stiffening the latter, while said concealment element is in the form of a rigid linear part arranged between two main wires or rods , held, on one side, by the secondary wires or rods and, on the other side, by a bar (B) or the like inserted in said projection , wherein it is formed of a rectangular plate made out of a first thermoplastic material , comprising longitudinally at least one area made out of a second thermoplastic material , which is more flexible than the first one, so as to form a folding line permitting to provide said plate with a volume, and thus to rigidify said concealment element .
Pneumatic vehicle tyre having a tread with profile blocks formed by circumferential or diagonal grooves and by transverse grooves , said profile blocks each being provided with at least one sipe that is straight or continuously slightly curved in plan view, extends at least substantially parallel to the transverse grooves and has a width of 0.3 mm to 2.0 mm, wherein the sipe is bounded by two sipe walls , and wherein two or three protrusions are formed on each of the otherwise unstructured sipe walls , wherein the protrusions extend exactly in the radial direction or at an angle of up to 20°, in particular of up to 10°, to the radial direction, characterized in that all the protrusions formed on one sipe wall are offset in the direction of extent of the sipe with respect to all the protrusions formed on the other sipe wall , without a mutual overlap, and wherein, as seen in the direction of extent of the sipe , the protrusions alternate with one another, wherein either the protrusions transition into the sipe wall without a bend at least in their end regions located in the radial direction, or, as seen in longitudinal section through the protrusions , tangents (T a ) through points in their end regions located in the radial direction enclose an angle (α) of 10° to 30° with the respective sipe wall .