mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing method, wherein the method is performed by a storage device , and comprises: obtaining data; deduplicating the data based on a first grain, wherein the grain refers to a size of data and the first grain is the deduplication grain that is used when the storage device performs deduplication of the data, in which the storage device divides the data based on the first grain to obtain a plurality of data blocks. wherein a size of each data block is equal to a size of the first grain for deduplicating the data; compressing the data based on a second grain, wherein a size of the second grain is greater than a size of the first grain, wherein the second grain refers to a size of data used for compressing the data; and storing data obtained after the deduplication and the compression in a hard disk of the storage device , wherein the storage device stores metadata, the metadata is managed based on a metadata management grain, a size of the metadata management grain is less than or equal to a specified largest value and is greater than or equal to a specified smallest value, and the size of the first grain is equal to an integer multiple of the smallest value, wherein the metadata management grain is used to indicate a grain of metadata recorded by a storage device, wherein the metadata is data that describes properties of service data, wherein the size of the metadata management grain is an integer multiple of a size of a storage unit, wherein the deduplication grain is determined based on the determined metadata management grain. obtaining data; deduplicating the data based on a first grain, wherein the grain refers to a size of data and the first grain is the deduplication grain that is used when the storage device performs deduplication of the data, in which the storage device divides the data based on the first grain to obtain a plurality of data blocks. wherein a size of each data block is equal to a size of the first grain for deduplicating the data; compressing the data based on a second grain, wherein a size of the second grain is greater than a size of the first grain, wherein the second grain refers to a size of data used for compressing the data; and storing data obtained after the deduplication and the compression in a hard disk of the storage device , wherein the storage device stores metadata, the metadata is managed based on a metadata management grain, a size of the metadata management grain is less than or equal to a specified largest value and is greater than or equal to a specified smallest value, and the size of the first grain is equal to an integer multiple of the smallest value, wherein the metadata management grain is used to indicate a grain of metadata recorded by a storage device, wherein the metadata is data that describes properties of service data, wherein the size of the metadata management grain is an integer multiple of a size of a storage unit, wherein the deduplication grain is determined based on the determined metadata management grain.
A method for producing a dental prosthesis , comprising: preparing (S10) three-dimensional data on the dental prosthesis ; preparing (S20) a processing target that transmits laser light (LA); setting (S13) processing points representing an outer shape of the dental prosthesis based on the three-dimensional data; setting (S14) a to-be-cut plane extending from a surface of the processing target to the processing points ; creating (S30) the processing points in the processing target by irradiating the processing target with the laser light (LA); and cutting (S40) a portion of the processing target that is outward of the dental prosthesis with an internal stress by irradiating the processing target with the laser light (LA) along the to-be-cut plane , wherein the cutting (S40) includes creating processing planes on the to-be-cut plane by irradiating the processing target with the laser light (LA), the processing planes extending from the surface of the processing target toward the processing points , and wherein the processing planes extend in a direction crossing the to-be-cut plane , and the method being characterised in that the processing planes are each formed by irradiating the processing target with the laser light (LA) spirally or concentrically. preparing (S10) three-dimensional data on the dental prosthesis ; preparing (S20) a processing target that transmits laser light (LA); setting (S13) processing points representing an outer shape of the dental prosthesis based on the three-dimensional data; setting (S14) a to-be-cut plane extending from a surface of the processing target to the processing points ; creating (S30) the processing points in the processing target by irradiating the processing target with the laser light (LA); and cutting (S40) a portion of the processing target that is outward of the dental prosthesis with an internal stress by irradiating the processing target with the laser light (LA) along the to-be-cut plane , wherein the cutting (S40) includes creating processing planes on the to-be-cut plane by irradiating the processing target with the laser light (LA), the processing planes extending from the surface of the processing target toward the processing points , and wherein the processing planes extend in a direction crossing the to-be-cut plane , and the method being characterised in that the processing planes are each formed by irradiating the processing target with the laser light (LA) spirally or concentrically.
An electronic device comprising: a display ; a memory storing instructions; and at least one processor configured to execute the stored instructions to: implement a first content in a 3-dimensional, 3D, virtual space ; and render an area corresponding to a field of view, FOV , of the first content being implemented in the 3D virtual space ; CHARACTERISED IN THAT the at least one processor is further configured to execute the stored instructions to: store FOV information including information about a gaze distance from points where the eyes of the user are located to a display plane of the 3D virtual space, and a current location corresponding to the center point of an FOV corresponding to a gaze direction in the memory as metadata of the first content in response to a specified event; obtaining a reference point of the FOV from the FOV information stored as metadata; and generate, with respect to the reference point, a thumbnail of the first content corresponding to the area corresponding to the FOV or to a portion of the area corresponding to the FOV based on the metadata and a characteristic of an application executing the first content. a display ; a memory storing instructions; and at least one processor configured to execute the stored instructions to: implement a first content in a 3-dimensional, 3D, virtual space ; and render an area corresponding to a field of view, FOV , of the first content being implemented in the 3D virtual space ; implement a first content in a 3-dimensional, 3D, virtual space ; and render an area corresponding to a field of view, FOV , of the first content being implemented in the 3D virtual space ; CHARACTERISED IN THAT the at least one processor is further configured to execute the stored instructions to: store FOV information including information about a gaze distance from points where the eyes of the user are located to a display plane of the 3D virtual space, and a current location corresponding to the center point of an FOV corresponding to a gaze direction in the memory as metadata of the first content in response to a specified event; obtaining a reference point of the FOV from the FOV information stored as metadata; and generate, with respect to the reference point, a thumbnail of the first content corresponding to the area corresponding to the FOV or to a portion of the area corresponding to the FOV based on the metadata and a characteristic of an application executing the first content. store FOV information including information about a gaze distance from points where the eyes of the user are located to a display plane of the 3D virtual space, and a current location corresponding to the center point of an FOV corresponding to a gaze direction in the memory as metadata of the first content in response to a specified event; obtaining a reference point of the FOV from the FOV information stored as metadata; and generate, with respect to the reference point, a thumbnail of the first content corresponding to the area corresponding to the FOV or to a portion of the area corresponding to the FOV based on the metadata and a characteristic of an application executing the first content.
An apparatus comprising a membrane having a first and a second major surface and having a membrane penetrating nanostructure between the first and second major surfaces, a source of electromagnetic radiation that impinges radiation on the membrane-penetrating nanostructure in the direction of the first major surface, means for translocating molecules through the membrane-penetrating nanostructure, a detection unit for detecting electromagnetic radiation that is re-emitted frorr the membrane-penetrating nanostructure away from the second major surface, characterized in that surface plasmons are excited at the surface facing the source and transmitted through the membrane-penetrating nanostructure, and in that the membrane-penetrating nanostructure is further equipped with a field confining structure that is configured to create an electromagnetic hotspot wherein the field confining structure comprises one or more nanoparticles or a restricting channel constriction. a membrane having a first and a second major surface and having a membrane penetrating nanostructure between the first and second major surfaces, a source of electromagnetic radiation that impinges radiation on the membrane-penetrating nanostructure in the direction of the first major surface, means for translocating molecules through the membrane-penetrating nanostructure, a detection unit for detecting electromagnetic radiation that is re-emitted frorr the membrane-penetrating nanostructure away from the second major surface, characterized in that surface plasmons are excited at the surface facing the source and transmitted through the membrane-penetrating nanostructure, and in that the membrane-penetrating nanostructure is further equipped with a field confining structure that is configured to create an electromagnetic hotspot wherein the field confining structure comprises one or more nanoparticles or a restricting channel constriction.
A resource selection method, wherein the method comprises: monitoring (S520), by a first terminal , first subframes , wherein a quantity of the first subframes is less than or equal to a quantity of second subframes; receiving (S530), by the first terminal , indication information in the first subframes ; and determining (S540), by the first terminal , a first resource in the second subframes according to the indication information, and selecting (S540), according to the first resource, a resource in the second subframes for the first terminal to send data; wherein the quantity of the first subframes is equal to a minimum value of the quantity of the second subframes and a first parameter; wherein the first parameter is equal to a product of a value of a third parameter less than 1 and a second parameter, wherein the third parameter is a restrict resource reservation period parameter that is configured by a network-side device or preconfigured; and wherein the second parameter is a scale factor. monitoring (S520), by a first terminal , first subframes , wherein a quantity of the first subframes is less than or equal to a quantity of second subframes; receiving (S530), by the first terminal , indication information in the first subframes ; and determining (S540), by the first terminal , a first resource in the second subframes according to the indication information, and selecting (S540), according to the first resource, a resource in the second subframes for the first terminal to send data; wherein the quantity of the first subframes is equal to a minimum value of the quantity of the second subframes and a first parameter; wherein the first parameter is equal to a product of a value of a third parameter less than 1 and a second parameter, wherein the third parameter is a restrict resource reservation period parameter that is configured by a network-side device or preconfigured; and wherein the second parameter is a scale factor.
A power factor correction module for use at rated voltages of substantially greater than 1000 V, composed of an electrically interconnected arrangement of power capacitors , filter circuit or current limiting chokes , fuses as well as switching devices and, if required, further electrical components, wherein the above mentioned means are combined in a constructively compact unit, furthermore an insert frame being included having means for moving the module into and out from a cabinet system, characterized in that the insert frame has two surface areas, wherein in a first surface area (A), the power capacitors are located spatially next to one another, and in a second surface area (B) the windings of the filter circuit or current limiting chokes are located spatially one above the other such that loss heat of the chokes can be discharged without impairing the functional mode of the power capacitors , the height of the stack arrangement of the choke windings exceeds that of the arrangement of power capacitors , wherein the fuses and switching devices are included in the space volume (C) remaining in this respect, and the first surface area (A) for the power capacitors is oriented toward the front side, and the second surface area (B) for the windings of the filter circuit or current limiting chokes is oriented toward the rear side of the module.
A method for evaluating and/or selecting an agent for suppressing odors of sulfide compounds, the method comprising: adding a test substance and a sulfide compound to at least one olfactory receptor polypeptide selected from the group consisting of OR4S2 and polypeptides having an amino acid sequence identity of at least 80% to the amino acid sequence as set forth in SEQ ID NO: 2; and measuring the response of the olfactory receptor polypeptide to the sulfide compound. adding a test substance and a sulfide compound to at least one olfactory receptor polypeptide selected from the group consisting of OR4S2 and polypeptides having an amino acid sequence identity of at least 80% to the amino acid sequence as set forth in SEQ ID NO: 2; and measuring the response of the olfactory receptor polypeptide to the sulfide compound.
A full-moment column collar , comprising: - four collar flange assemblies , each collar flange assembly comprising an upper transverse element , a lower transverse element , and a bridging component connecting the upper and lower transverse elements , and - four collar corner assemblies , each collar corner assembly comprising first and second expanses defining a corner and a standoff portion extending from the corner , the standoff portion having a distal T-shaped structure, wherein: - each collar corner assembly is configured to connect two adjacent collar flange assemblies - each collar corner assembly has a multi-axis alignment structure extending from a bottom end portion for vertically positioning a lower transverse element of a respective collar flange assembly , and - the alignment structure has a planar top face configured to, in use, contact a bottom surface of a lower transverse element of an adjacent one of the four collar flange assemblies . - four collar flange assemblies , each collar flange assembly comprising an upper transverse element , a lower transverse element , and a bridging component connecting the upper and lower transverse elements , and - four collar corner assemblies , each collar corner assembly comprising first and second expanses defining a corner and a standoff portion extending from the corner , the standoff portion having a distal T-shaped structure, wherein: - each collar corner assembly is configured to connect two adjacent collar flange assemblies - each collar corner assembly has a multi-axis alignment structure extending from a bottom end portion for vertically positioning a lower transverse element of a respective collar flange assembly , and - the alignment structure has a planar top face configured to, in use, contact a bottom surface of a lower transverse element of an adjacent one of the four collar flange assemblies .
An apparatus for bio artificial muscle production from cultured cells, the apparatus comprising an elongate body and at least one trough; the elongate body having at least one circumferential groove and being operable to extend, by close-fitting relationship, centrally through the at least one trough, the at least one trough extending in a closed path, at least one of the circumferential grooves opening into an inner edge of a trough of the at least one trough.
A build material hopper for a 3D printing system, comprising: a container housing , a top for receiving build material, and a bottom ; a sub-floor compartment under the bottom of the container housing; and a fluidizing drain assembled in the bottom of the container housing, wherein the fluidizing drain comprises: a porous inner wall ; an air-impermeable outer wall ; an annular cavity outside the porous inner wall, the annular cavity to receive pressurized air to pass into the drain through the porous inner wall; a sealing system located between the porous inner wall and the outer wall to create a seal around a lower perimeter of the annular cavity to seal the annular cavity; and a plurality of air inlet ports around an upper perimeter of the annular cavity, the sub-floor compartment in fluid communication with the air inlet ports of the annular cavity, the air inlet ports to pass the pressurized air supplied to the sub-floor compartment into the annular cavity; the fluidizing drain to aerate build material within the drain to facilitate passing build material through the drain; and a pump to pump the pressurized air into the sub-floor compartment . a container housing , a top for receiving build material, and a bottom ; a sub-floor compartment under the bottom of the container housing; and a fluidizing drain assembled in the bottom of the container housing, wherein the fluidizing drain comprises: a porous inner wall ; an air-impermeable outer wall ; an annular cavity outside the porous inner wall, the annular cavity to receive pressurized air to pass into the drain through the porous inner wall; a sealing system located between the porous inner wall and the outer wall to create a seal around a lower perimeter of the annular cavity to seal the annular cavity; and a plurality of air inlet ports around an upper perimeter of the annular cavity, the sub-floor compartment in fluid communication with the air inlet ports of the annular cavity, the air inlet ports to pass the pressurized air supplied to the sub-floor compartment into the annular cavity; a porous inner wall ; an air-impermeable outer wall ; an annular cavity outside the porous inner wall, the annular cavity to receive pressurized air to pass into the drain through the porous inner wall; a sealing system located between the porous inner wall and the outer wall to create a seal around a lower perimeter of the annular cavity to seal the annular cavity; and a plurality of air inlet ports around an upper perimeter of the annular cavity, the sub-floor compartment in fluid communication with the air inlet ports of the annular cavity, the air inlet ports to pass the pressurized air supplied to the sub-floor compartment into the annular cavity; the fluidizing drain to aerate build material within the drain to facilitate passing build material through the drain; and a pump to pump the pressurized air into the sub-floor compartment .
An actuator for an inhaler , the actuator comprising a body , a stem post and fixing means for fixing the stem post in the body, wherein the body comprises a delivery passage for delivery of a medicament and a canister opening for insertion of a canister having a metering valve with a valve stem , the stem post comprises a stem socket for receiving the valve stem of a canister and comprises an orifice for discharging a medicament to the delivery passage , characterised in that : the stem post is adapted and the body is adapted so that the stem post and body cooperate to define a transition chamber when the stem post is fixed in the body . a body , a stem post and fixing means for fixing the stem post in the body, wherein the body comprises a delivery passage for delivery of a medicament and a canister opening for insertion of a canister having a metering valve with a valve stem , the stem post comprises a stem socket for receiving the valve stem of a canister and comprises an orifice for discharging a medicament to the delivery passage , characterised in that : the stem post is adapted and the body is adapted so that the stem post and body cooperate to define a transition chamber when the stem post is fixed in the body .
System of electronic torque wrenches comprising a plurality of torque wrenches and a unit for managing the plurality of torque wrenches , characterized in that the wrenches of the plurality each comprise a first NFC module and that external NFC units are provided, these being connected by means of at least one communication line to the wrench management unit and being able to exchange information with the wrenches by means of corresponding NFC modules of the wrenches when the wrenches are moved close to said external communication units .