mhurhangee/patent-ind-claim-en huggingface dataset:
One or more non-transitory computer-readable media, storing computer-executable instructions that, when executed by a processor , cause a computing device to: receive a request to create a virtual machine in a cloud computing environment ; receive a selection of a cloud computing offering associated with the request, the cloud computing offering comprising at least one of a service offering or a network offering, the service offering specifying one or more of a processor speed of the virtual machine or an amount of memory of the virtual machine ; retrieve, from a storage, a physical resource tag associated with the cloud computing offering, the storage storing a first table containing a set of physical resource tags associated with a set of physical resources in the cloud computing environment , the storage storing a second table containing a set of cloud computing offerings associated with the set of physical resource tags; identify one or more physical resources associated with the physical resource tag, the one or more physical resources being of the set of physical resources in the cloud computing environment; and create the virtual machine , wherein the virtual machine is configured to use the one or more physical resources associated with the physical resource tag. receive a request to create a virtual machine in a cloud computing environment ; receive a selection of a cloud computing offering associated with the request, the cloud computing offering comprising at least one of a service offering or a network offering, the service offering specifying one or more of a processor speed of the virtual machine or an amount of memory of the virtual machine ; retrieve, from a storage, a physical resource tag associated with the cloud computing offering, the storage storing a first table containing a set of physical resource tags associated with a set of physical resources in the cloud computing environment , the storage storing a second table containing a set of cloud computing offerings associated with the set of physical resource tags; identify one or more physical resources associated with the physical resource tag, the one or more physical resources being of the set of physical resources in the cloud computing environment; and create the virtual machine , wherein the virtual machine is configured to use the one or more physical resources associated with the physical resource tag.
A method performed by a receiving user equipment for performing transmission/reception through a sidelink, SL, with a transmitting user equipment , a receiving user equipment being a terminal that receives a sidelink control channel, PSCCH, and a corresponding sidelink data channel, PSSCH, through a sidelink and a transmitting user equipment being a terminal transmitting the PSCCH and the corresponding PSSCH through the sidelink, the method comprising: distinguishing (S1400) a type of coordination information for the transmitting user equipment, the type of the coordination information comprising i) a first type including information on a preferred resource set or a non-preferred resource set for the transmitting user equipment and ii) a second type including resource conflict information for the transmitting user equipment; determining (S1410) whether a transmission trigger condition of the coordination information is satisfied according to the type of the coordination information; transmitting (S1420) the coordination information when the transmission trigger condition is satisfied, the coordination information being transmitted through one of the PSSCH and the PSCCH in the case of the first type, and the coordination information being transmitted through a sidelink feedback channel, PSFCH, in the case of the second type; and receiving resource reallocation information for sidelink transmission configured based on the transmitted coordination information and a sensing result of the transmitting user equipment. distinguishing (S1400) a type of coordination information for the transmitting user equipment, the type of the coordination information comprising i) a first type including information on a preferred resource set or a non-preferred resource set for the transmitting user equipment and ii) a second type including resource conflict information for the transmitting user equipment; determining (S1410) whether a transmission trigger condition of the coordination information is satisfied according to the type of the coordination information; transmitting (S1420) the coordination information when the transmission trigger condition is satisfied, the coordination information being transmitted through one of the PSSCH and the PSCCH in the case of the first type, and the coordination information being transmitted through a sidelink feedback channel, PSFCH, in the case of the second type; and receiving resource reallocation information for sidelink transmission configured based on the transmitted coordination information and a sensing result of the transmitting user equipment.
Method of producing a metallic strip , wherein the strip is rolled in a rolling mill , wherein the strip is subjected to a bending/stretching straightening process in a bending/stretching straightener at a position downstream of the rolling mill in conveying direction (F) and wherein the strip is wound up on a coiler at a position downstream of the bending/stretching straightener in conveying direction (F), characterised in that the strip is held at least temporarily at a first tensile stress (σ 1 ) between the rolling mill and the bending/stretching straightener , the strip is held at least temporarily at a second tensile stress (σ 2 ) behind the bending/stretching straightener in conveying direction (F) and the strip is held at least temporarily at a third tensile stress (σ 3 ) in the region of the bending/stretching straightener , wherein the third tensile stress (σ 3 ) is greater than the first tensile stress (σ 1 ) and the second tensile stress (σ 2 ).
A system for locating geographic data sorted in parcels on physical storage media, wherein the geographic data is located in a geographic database that is organized by parcels of one or more tiles bounded by lines of constant latitude or constant longitude in a world tile grid segmenting a world map into tiles of constant latitude or constant longitude, wherein the geographic database is organized as a collection of parcels such that the data in the geographic database is stored on the physical storage media by parcel, wherein each parcel has a parcel boundary defined based on the world tile grid, and wherein each parcel contains the data for one or more tiles in the world tile grid, the system comprising: a software application configured to receive a request for geographic data, wherein the request includes information that the software application uses to identify a tile in the world tile grid that contains the requested geographic data and to obtain a tile identification of this tile; a spatial index organized as a two-dimensional sparse array indexed by a tile's row and column in the world tile grid wherein each entry in the spatial index is a media address of the parcel containing the corresponding tile, wherein the software application is configured to provide the tile identification to the spatial index and the spatial index is configured to use the tile identification to identify a row and a column associated with the tile, and wherein the spatial index is configured to use the row and the column to identify a parcel location at the corresponding media address on the physical storage media that contains the requested geographic data contained in the corresponding required tile. a software application configured to receive a request for geographic data, wherein the request includes information that the software application uses to identify a tile in the world tile grid that contains the requested geographic data and to obtain a tile identification of this tile; a spatial index organized as a two-dimensional sparse array indexed by a tile's row and column in the world tile grid wherein each entry in the spatial index is a media address of the parcel containing the corresponding tile, wherein the software application is configured to provide the tile identification to the spatial index and the spatial index is configured to use the tile identification to identify a row and a column associated with the tile, and wherein the spatial index is configured to use the row and the column to identify a parcel location at the corresponding media address on the physical storage media that contains the requested geographic data contained in the corresponding required tile.
A method of fabricating a gas sensor, comprising steps of: (a) fabricating a mixed solution which the ionic liquids and color change dyes are mixed with the polymer solution which a polymer is dissolved in a solvent; (b) dissolving the ionic liquids and the color change dyes within the mixed solution through high-temperature stirring process, which high-temperature is at a temperature of a melting point or higher of the color change dyes; (c) fabricating an electro-spinning solution containing dyes recrystallized into fine crystals through quenching process of the mixed solution which the ionic liquids and the color change dyes have been dissolved; (d) fabricating a one-dimensional (1-D) polymer nanofiber in which the ionic liquids and the color change dyes have been anchored using a dual electro-spinning process and fabricating the 1-D polymer nanofiber into a nanofiber having a 3-D network structure of a yarn shape; and (e) winding and collecting the nanofiber with the 3-D network structure of a yarn shape using a winder. (a) fabricating a mixed solution which the ionic liquids and color change dyes are mixed with the polymer solution which a polymer is dissolved in a solvent; (b) dissolving the ionic liquids and the color change dyes within the mixed solution through high-temperature stirring process, which high-temperature is at a temperature of a melting point or higher of the color change dyes; (c) fabricating an electro-spinning solution containing dyes recrystallized into fine crystals through quenching process of the mixed solution which the ionic liquids and the color change dyes have been dissolved; (d) fabricating a one-dimensional (1-D) polymer nanofiber in which the ionic liquids and the color change dyes have been anchored using a dual electro-spinning process and fabricating the 1-D polymer nanofiber into a nanofiber having a 3-D network structure of a yarn shape; and (e) winding and collecting the nanofiber with the 3-D network structure of a yarn shape using a winder.
Plug-in connector part comprising - a housing part which has a plug-in section which can be plug-connected to an associated mating plug-in connector part in a plug-in direction (E), - a latching plate which is attached to the housing part , has at least one latching element for latching to the mating plug-in connector part in a position of the plug-in connector part in which it is plug-connected to the mating plug-in connector part , and has at least one engagement element , and - an operating element which is arranged on the housing part , can be displaced in relation to the housing part counter to the plug-in direction (E) and has an unblocking element which is designed to interact with the engagement element of the latching plate as the operating element is displaced counter to the plug-in direction (E) for releasing the latching of the latching plate with the mating plug-in connector part , wherein the operating element is spring-prestressed in relation to the housing part in the plug-in direction (E) by means of at least one spring element , wherein the at least one engagement element is offset in relation to the at least one latching element counter to the plug-in direction (E), wherein, for releasing the latching, the latching element can be lifted out of an associated mating latching element on the mating plug-in connector part , so that an interlocking connection between the plug-in connector part and the mating plug-in connector part can be released, and wherein, on account of an extended lever arm, which is formed by recessing the at least one engagement element in relation to the at least one latching element , on the latching element , an increased stroke for releasing the latching is provided, characterized in that the at least one latching element can be moved in a vertical direction (H) by displacing the operating element for releasing the latching and the at least one engagement element is offset along a transverse direction (Q), which is directed transversely to the vertical direction (H) and transversely to the plug-in direction (E), in relation to the at least one latching element , wherein the vertical direction (H) is directed perpendicularly to the plug-in direction (E) and away from the housing part . - a housing part which has a plug-in section which can be plug-connected to an associated mating plug-in connector part in a plug-in direction (E), - a latching plate which is attached to the housing part , has at least one latching element for latching to the mating plug-in connector part in a position of the plug-in connector part in which it is plug-connected to the mating plug-in connector part , and has at least one engagement element , and - an operating element which is arranged on the housing part , can be displaced in relation to the housing part counter to the plug-in direction (E) and has an unblocking element which is designed to interact with the engagement element of the latching plate as the operating element is displaced counter to the plug-in direction (E) for releasing the latching of the latching plate with the mating plug-in connector part ,
Method for balancing a component , in particular a rotor of an electric machine, by means of pins , which are introduced into prefabricated openings in the component , characterised in that the component is balanced in that pins having cross-sectional areas of different sizes are fixed into corresponding openings in the component and that at least one further opening having a second cross-sectional area , smaller compared with the first cross-sectional area, is in each case arranged in the immediate vicinity of a circular opening having a first cross-sectional area .
A method for controlling a retractable camera provided in a mobile terminal, the method comprising: receiving an instruction for ejecting the retractable camera (S11); detecting whether the mobile terminal meets a condition indicating that the camera has a risk of damage when being ejected (S12); and disabling the instruction for ejecting the retractable camera when the mobile terminal meets the condition indicating that the camera has a risk of damage when being ejected (S13), wherein the mobile terminal meets the condition indicating that the camera has a risk of damage when being ejected in one of the following situations: a set type of device is connected to the mobile terminal through a set short-range wireless communication mode, during operation of the device, the device is clamped to the mobile terminal at a position wherein the retractable camera is blocked from being ejected; or a magnetic field intensity value between the mobile terminal and a magnet on a set type of device collected by a magnetic field sensor of the mobile terminal is greater than or equal to a set magnetic field intensity value, wherein a position where the magnetic field sensor is disposed in the mobile terminal is on a same side as a position where the camera is disposed in the mobile terminal. receiving an instruction for ejecting the retractable camera (S11); detecting whether the mobile terminal meets a condition indicating that the camera has a risk of damage when being ejected (S12); and disabling the instruction for ejecting the retractable camera when the mobile terminal meets the condition indicating that the camera has a risk of damage when being ejected (S13), wherein the mobile terminal meets the condition indicating that the camera has a risk of damage when being ejected in one of the following situations: a set type of device is connected to the mobile terminal through a set short-range wireless communication mode, during operation of the device, the device is clamped to the mobile terminal at a position wherein the retractable camera is blocked from being ejected; or a magnetic field intensity value between the mobile terminal and a magnet on a set type of device collected by a magnetic field sensor of the mobile terminal is greater than or equal to a set magnetic field intensity value, wherein a position where the magnetic field sensor is disposed in the mobile terminal is on a same side as a position where the camera is disposed in the mobile terminal. a set type of device is connected to the mobile terminal through a set short-range wireless communication mode, during operation of the device, the device is clamped to the mobile terminal at a position wherein the retractable camera is blocked from being ejected; or a magnetic field intensity value between the mobile terminal and a magnet on a set type of device collected by a magnetic field sensor of the mobile terminal is greater than or equal to a set magnetic field intensity value, wherein a position where the magnetic field sensor is disposed in the mobile terminal is on a same side as a position where the camera is disposed in the mobile terminal.
A computer-implemented method for constructing a digital representation of a physical scene, comprising: selecting an unknown object from the physical scene; determining at least one physical attribute associated with the unknown object; selecting an object template from a plurality of object templates representing an object different from the unknown object based on the at least one physical attribute associated with the unknown object, wherein each object template is associated with at least one physical attribute and at least one display object property; rendering a display object in the digital representation of the physical scene at a position of the unknown object from the physical scene using at least one display property associated with the selected object template; wherein the at least one display property associated with the object template comprises one or more of graphical properties, characterised in that a display property is associated with the object template, based on the relative position of the object template with respect to an image target ; and in that the relative placement of the unknown object with respect to the image target is used as a qualifier for associating the object template with the unknown object. selecting an unknown object from the physical scene; determining at least one physical attribute associated with the unknown object; selecting an object template from a plurality of object templates representing an object different from the unknown object based on the at least one physical attribute associated with the unknown object, wherein each object template is associated with at least one physical attribute and at least one display object property; rendering a display object in the digital representation of the physical scene at a position of the unknown object from the physical scene using at least one display property associated with the selected object template; wherein the at least one display property associated with the object template comprises one or more of graphical properties, characterised in that a display property is associated with the object template, based on the relative position of the object template with respect to an image target ; and in that the relative placement of the unknown object with respect to the image target is used as a qualifier for associating the object template with the unknown object.
Road paver , comprising: a tractor with a material hopper and a machine frame , wherein the machine frame is pivotably connected to a paving screed by pulling arms and wherein a material spreading auger is disposed in a gap between the tractor and the paving screed and wherein a longitudinal conveyor device extends through a tunnel between the material hopper and the gap , characterized by a spraying device that is configured for injecting a liquid into the tunnel .
An external fixation clamp configured to hold a fixation element, comprising: an inner jaw with a first end shaped to engage a first size fixation element and a second end shaped to engage a second size fixation element , an outer jaw with a first end shaped to engage the first size fixation element and a second end shaped to engage the second size fixation element , and a fastener configured to clamp the inner jaw and the outer jaw to one of the first and the second fixation elements , the fastener having an axis, characterized in that the external fixation clamp comprises a sliding spacer interposed between the inner jaw and the outer jaw and being arranged to slide in a direction transverse to the axis of the fastener, the sliding spacer being structurally associated with the inner jaw and the outer jaw so that when the first size fixation element is introduced between the inner jaw and the outer jaw , the sliding spacer moves to a first position where the sliding spacer and at least one of the inner jaw and the outer jaw are in contact at a first point away from the fastener , and when the second size fixation element is introduced between the inner jaw and the outer jaw , the sliding spacer moves to a second position where the sliding spacer and at least one of the inner jaw and the outer jaw are in contact at a second point away from the fastener . an inner jaw with a first end shaped to engage a first size fixation element and a second end shaped to engage a second size fixation element , an outer jaw with a first end shaped to engage the first size fixation element and a second end shaped to engage the second size fixation element , and a fastener configured to clamp the inner jaw and the outer jaw to one of the first and the second fixation elements , the fastener having an axis, characterized in that the external fixation clamp comprises a sliding spacer interposed between the inner jaw and the outer jaw and being arranged to slide in a direction transverse to the axis of the fastener, the sliding spacer being structurally associated with the inner jaw and the outer jaw so that when the first size fixation element is introduced between the inner jaw and the outer jaw , the sliding spacer moves to a first position where the sliding spacer and at least one of the inner jaw and the outer jaw are in contact at a first point away from the fastener , and when the second size fixation element is introduced between the inner jaw and the outer jaw , the sliding spacer moves to a second position where the sliding spacer and at least one of the inner jaw and the outer jaw are in contact at a second point away from the fastener .