mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for restoring an electronic device, comprising: receiving , by at least one processor, a first request for restoring a first portion of data onto the electronic device, wherein the first portion of data is stored in a backup repository remote from the electronic device; in response to receiving the first request, creating, by the at least one processor, a custom folder comprising a pointer to a volume in the backup repository, wherein the volume comprises the first portion of data; scanning , by the at least one processor using the pointer to the volume, the first portion of data for a virus; detecting , by the at least one processor, the virus in the first portion of data based on the scanning of the first portion of data; determining , by the at least one processor, whether to proceed with restoring the electronic device with the first portion of data based on the detecting the virus in the first portion of data; and transmitting , by the at least one processor, the first portion of data to the electronic device based on the determining of whether to proceed with restoring the electronic device with the first portion of data. receiving , by at least one processor, a first request for restoring a first portion of data onto the electronic device, wherein the first portion of data is stored in a backup repository remote from the electronic device; in response to receiving the first request, creating, by the at least one processor, a custom folder comprising a pointer to a volume in the backup repository, wherein the volume comprises the first portion of data; scanning , by the at least one processor using the pointer to the volume, the first portion of data for a virus; detecting , by the at least one processor, the virus in the first portion of data based on the scanning of the first portion of data; determining , by the at least one processor, whether to proceed with restoring the electronic device with the first portion of data based on the detecting the virus in the first portion of data; and transmitting , by the at least one processor, the first portion of data to the electronic device based on the determining of whether to proceed with restoring the electronic device with the first portion of data.
A weeding mechanism (1; 1') for an autonomous weeding vehicle, wherein the weeding mechanism comprises a weeding tool , a first shaft , and a second shaft arranged spaced apart from the first shaft , wherein the weeding mechanism comprises: - a first sledge linearly movable along the first shaft , - a second sledge linearly movable along the second shaft , - first and second actuators arranged to independently move the first and second sledges along the first and second shafts respectively, - a first arm pivotably connected to the first sledge , characterized in that there is provided - a second arm pivotably connected to the second sledge and pivotably connected to the first arm , wherein the weeding tool is operatively connected to at least one of the first and second arms . - a first sledge linearly movable along the first shaft , - a second sledge linearly movable along the second shaft , - first and second actuators arranged to independently move the first and second sledges along the first and second shafts respectively, - a first arm pivotably connected to the first sledge , characterized in that there is provided - a second arm pivotably connected to the second sledge and pivotably connected to the first arm , wherein the weeding tool is operatively connected to at least one of the first and second arms .
A method for producing a composition of engineered cells, the method comprising: (a) incubating, under stimulating conditions, an input composition comprising primary human T cells, said stimulating conditions comprising the presence of (i) a stimulatory reagent capable of activating one or more intracellular signaling domains of one or more components of a TCR complex and/or one or more intracellular signaling domains of one or more costimulatory molecules and (ii) an agent that inhibits mTOR activity, wherein the agent that inhibits mTOR activity is 2-(3-hydroxyphenyl)-9-(2-isopropylphenyl)-8-oxo-8,9-dihydro-7H-purine-6-carboxamide (Compound 63); and (b) introducing a recombinant receptor into the stimulated composition, thereby generating an engineered composition comprising engineered T cells. (a) incubating, under stimulating conditions, an input composition comprising primary human T cells, said stimulating conditions comprising the presence of (i) a stimulatory reagent capable of activating one or more intracellular signaling domains of one or more components of a TCR complex and/or one or more intracellular signaling domains of one or more costimulatory molecules and (ii) an agent that inhibits mTOR activity, wherein the agent that inhibits mTOR activity is 2-(3-hydroxyphenyl)-9-(2-isopropylphenyl)-8-oxo-8,9-dihydro-7H-purine-6-carboxamide (Compound 63); and (b) introducing a recombinant receptor into the stimulated composition, thereby generating an engineered composition comprising engineered T cells.
A computer implemented method for virtually designing the attachment of a manufactured dental model of a patient's set of teeth in a physical dental articulator by means of one or more kinds of spacer elements, where the method comprises: - obtaining a virtual 3D dental model of the patient's set of teeth, where the virtual 3D dental model is provided by means of 3D scanning; - providing a virtual dental articulator type corresponding to a physical dental articulator, where the dental articulator comprises an upper arm and a lower arm and has a known articulator height, which is the distance between the upper arm and the lower arm in the static position of the dental articulator; - providing a minimum height of the dental model, where the height of the dental model is the height of an upper part and the height of a lower part of the dental model; - providing one or more kinds of virtual spacer elements with predetermined heights, where each kind of virtual spacer element corresponds to a physical spacer element; - determining a manufacture height of the dental model and determining the number of each of the kinds of spacer elements to be used for the attachment of the manufactured dental model in the physical articulator, such that the manufacture height of the dental model and a total effective spacer element height, which is the added height of the determined spacer elements, equal the articulator height, and where the manufacture height of the dental model is not less than the minimum height of the dental model, wherein the total effective spacer element height is configured for retaining or securing the dental model in the dental articulator and is calculated as a difference between the articulator height and the manufacture height of the dental model. - obtaining a virtual 3D dental model of the patient's set of teeth, where the virtual 3D dental model is provided by means of 3D scanning; - providing a virtual dental articulator type corresponding to a physical dental articulator, where the dental articulator comprises an upper arm and a lower arm and has a known articulator height, which is the distance between the upper arm and the lower arm in the static position of the dental articulator; - providing a minimum height of the dental model, where the height of the dental model is the height of an upper part and the height of a lower part of the dental model; - providing one or more kinds of virtual spacer elements with predetermined heights, where each kind of virtual spacer element corresponds to a physical spacer element; - determining a manufacture height of the dental model and determining the number of each of the kinds of spacer elements to be used for the attachment of the manufactured dental model in the physical articulator,
A method comprising: receiving web content associated with a particular rendering rule; rendering the web content according to a default rendering rule; receiving the particular rendering rule; determining a viewpoint of the web content wherein the viewpoint comprises a focal point of the web content that the user is viewing; and in response to determining the viewpoint, re-rendering the web content according to the particular rendering rule at the viewpoint wherein the re-rendering accounts for the position of the viewpoint within the web content so as to present to the user the determined viewpoint of the web content after the re-rendering. receiving web content associated with a particular rendering rule; rendering the web content according to a default rendering rule; receiving the particular rendering rule; determining a viewpoint of the web content wherein the viewpoint comprises a focal point of the web content that the user is viewing; and in response to determining the viewpoint, re-rendering the web content according to the particular rendering rule at the viewpoint wherein the re-rendering accounts for the position of the viewpoint within the web content so as to present to the user the determined viewpoint of the web content after the re-rendering.
A method of cleaning, sterilising and drying bulk quantities of small parts in a container , characterised in that the small parts are subjected, at least, to the steps of ultrasonic cleaning in a bath of water as well as a subsequent sterilisation and drying by application of microwaves.
A prosthesis comprising: a central body having a longitudinal axis and a plurality of arms extending from said central body in a direction substantially perpendicular to said longitudinal axis , each arm having a first end and a second end , said plurality of arms each including a first planar surface , a second planar surface , and a third planar surface that are each formed at an obtuse angle relative to one another and at an acute angle relative to said longitudinal axis to define an outer shape of the prosthesis and a recess in each of said arms defined by a recess first planar surface , a recess second planar surface and a recess third planar surface , the recess first planar surface and the recess second planar surface extending from the central body in a direction substantially perpendicular to the longitudinal axis and the recess first planar surface substantially parallel to the recess second planar surface whereby the recess first planar surface and the recess second planar surface extend in different planes. a central body having a longitudinal axis and a plurality of arms extending from said central body in a direction substantially perpendicular to said longitudinal axis , each arm having a first end and a second end , said plurality of arms each including a first planar surface , a second planar surface , and a third planar surface that are each formed at an obtuse angle relative to one another and at an acute angle relative to said longitudinal axis to define an outer shape of the prosthesis and a recess in each of said arms defined by a recess first planar surface , a recess second planar surface and a recess third planar surface , the recess first planar surface and the recess second planar surface extending from the central body in a direction substantially perpendicular to the longitudinal axis and the recess first planar surface substantially parallel to the recess second planar surface whereby the recess first planar surface and the recess second planar surface extend in different planes.
A solar thermal collector adapted to be assembled from a flat pack configuration, comprising: a conduit configured to carry fluid and to absorb radiation; a base above which the conduit is mounted; and a plurality of panels configured to interconnect with the base to produce a housing for the conduit , wherein the conduit is supported by a column which is attached to the base , characterized in that the column comprises a plurality of triangular plates . a conduit configured to carry fluid and to absorb radiation; a base above which the conduit is mounted; and a plurality of panels configured to interconnect with the base to produce a housing for the conduit , wherein the conduit is supported by a column which is attached to the base , characterized in that the column comprises a plurality of triangular plates .
Method for process manufacturing of a bobbin assembly comprising a core extending along a main axis, a coil arranged around the core , the coil being over-moulded so that it has a cylindrical external surface extending axially from a first surface to a second surface and an axial blind bore extending axially and inwardly inside the bobbin assembly from the first surface to a distal end , the blind bore adapted to accommodate a spring for biasing a magnetic armature; the bobbin assembly further provided with a venting conduit extending through the over-moulding from the blind axial bore to the external cylindrical surface , the method for process manufacturing of a bobbin assembly comprising the following steps: - winding of a coil on a sub assembly comprising terminals , - wrapping of the coil on one end of the terminals and then; - installation of a cover on the wrapping and welding of the cover then; - fit of a jacket on the area of a wire winding and then; - over-moulding and grinding of the bobbin assembly and then; - providing a venting conduit in the over-moulding of the bobbin assembly ; the venting conduit made by drilling the venting conduit in the over-moulding , and wherein the venting conduit makes an angle with the main axis between 80 degrees and 120 degrees. - winding of a coil on a sub assembly comprising terminals , - wrapping of the coil on one end of the terminals and then; - installation of a cover on the wrapping and welding of the cover then; - fit of a jacket on the area of a wire winding and then; - over-moulding and grinding of the bobbin assembly and then; - providing a venting conduit in the over-moulding of the bobbin assembly ; the venting conduit made by drilling the venting conduit in the over-moulding , and wherein the venting conduit makes an angle with the main axis between 80 degrees and 120 degrees.
A method for transmitting hybrid automatic repeat request, HARQ, information, comprising: receiving (S 102), by a first device, data on a transmission time unit n of the first device; selecting (S104), by the first device, a transmission time unit location for transmitting HARQ feedback according to a predefined HARQ timing set, wherein the predefined HARQ timing set comprises a number N of HARQ timing locations, and N is a positive integer greater than or equal to 2; and transmitting (S106), by the first device, the HARQ feedback for the data in the selected transmission time unit location, wherein when N=2, the predefined HARQ timing set is {n+k1, n+k2}, wherein a first HARQ timing location is a transmission time unit n+k1, a second HARQ timing location is a transmission time unit n+k2, k1 is an integer greater than or equal to 0, k2 is a positive integer, and k1 is less than k2; wherein the first device, on the transmission time unit n+k1 and the transmission time unit n+k2, transmits the HARQ feedback for the data received on the transmission time unit n. receiving (S 102), by a first device, data on a transmission time unit n of the first device; selecting (S104), by the first device, a transmission time unit location for transmitting HARQ feedback according to a predefined HARQ timing set, wherein the predefined HARQ timing set comprises a number N of HARQ timing locations, and N is a positive integer greater than or equal to 2; and transmitting (S106), by the first device, the HARQ feedback for the data in the selected transmission time unit location, wherein when N=2, the predefined HARQ timing set is {n+k1, n+k2}, wherein a first HARQ timing location is a transmission time unit n+k1, a second HARQ timing location is a transmission time unit n+k2, k1 is an integer greater than or equal to 0, k2 is a positive integer, and k1 is less than k2; wherein the first device, on the transmission time unit n+k1 and the transmission time unit n+k2, transmits the HARQ feedback for the data received on the transmission time unit n.
A wireless communication method , characterized by comprising: triggering (S210), by a first terminal, a full configuration process to configure an Access Stratum parameter according to first indication information sent by a second terminal; wherein the Access Stratum parameter is for a Device to Device, D2D, communication; wherein the full configuration process comprises at least one of the following: releasing at least one of current dedicated radio configurations; wherein, releasing at least one of the current dedicated radio configurations comprises releasing other dedicated radio configurations other than a specific configuration in the current dedicated radio configurations; wherein the specific configuration comprises a Cell Radio Network Temporary Identity, C-RNTI, of a Master Cell Group, MCG, and/or an Access Stratum, AS, security configuration associated with a master key; wherein the first indication information is used for indicating the first terminal to perform the full configuration process; wherein the first indication information is carried in a Radio Resource Control, RRC, signaling; wherein the first indication information is a specific bit in the RRC signaling; wherein when a value of the specific bit is 0, it indicates that the first terminal is not triggered to perform the full configuration process; and when the value of the specific bit is 1, it indicates that the first terminal is triggered to perform the full configuration process. releasing at least one of current dedicated radio configurations; wherein, releasing at least one of the current dedicated radio configurations comprises releasing other dedicated radio configurations other than a specific configuration in the current dedicated radio configurations; wherein the specific configuration comprises a Cell Radio Network Temporary Identity, C-RNTI, of a Master Cell Group, MCG, and/or an Access Stratum, AS, security configuration associated with a master key; wherein the first indication information is used for indicating the first terminal to perform the full configuration process; wherein the first indication information is carried in a Radio Resource Control, RRC, signaling; wherein the first indication information is a specific bit in the RRC signaling; wherein when a value of the specific bit is 0, it indicates that the first terminal is not triggered to perform the full configuration process; and when the value of the specific bit is 1, it indicates that the first terminal is triggered to perform the full configuration process.
A piston retaining ring of a piston unit , comprising an annular gap , a flattened radial cross-section , wherein the flattened radial cross-section has a cross-sectional longitudinal axis and a cross-sectional transverse axis , wherein the cross-section extends more longitudinally along the cross-sectional longitudinal axis than along the cross-sectional transverse axis , wherein the cross-section along the cross-sectional longitudinal axis has opposing even boundaries , which form a first and a second ring surface (7.1; 7.2), wherein the piston retaining ring is designed as an elastically resilient element, wherein the piston retaining ring is designed to assume a tensioned position under the action of a force and a relaxed position without the action of a force, wherein in a relaxed position, the cross-sectional longitudinal axis is inclined at an angle α with respect to a ring plane , wherein the piston retaining ring can be tensioned by means of a change in the cross-sectional longitudinal axis round a circumferential ring axis to a tensioned position, wherein in the tensioned position the cross-sectional longitudinal axis is inclined by an angle β and wherein the angle β is greater than the angle α, wherein the piston unit comprises a piston rod and a piston which are coupled one to the other by means of the piston retaining ring . comprising an annular gap , a flattened radial cross-section , wherein the flattened radial cross-section has a cross-sectional longitudinal axis and a cross-sectional transverse axis , wherein the cross-section extends more longitudinally along the cross-sectional longitudinal axis than along the cross-sectional transverse axis , wherein the cross-section along the cross-sectional longitudinal axis has opposing even boundaries , which form a first and a second ring surface (7.1; 7.2), wherein the piston retaining ring is designed as an elastically resilient element, wherein the piston retaining ring is designed to assume a tensioned position under the action of a force and a relaxed position without the action of a force, wherein in a relaxed position, the cross-sectional longitudinal axis is inclined at an angle α with respect to a ring plane , wherein the piston retaining ring can be tensioned by means of a change in the cross-sectional longitudinal axis round a circumferential ring axis to a tensioned position, wherein in the tensioned position the cross-sectional longitudinal axis is inclined by an angle β and wherein the angle β is greater than the angle α, wherein the piston unit comprises a piston rod and a piston which are coupled one to the other by means of the piston retaining ring .
A computer implemented method for determining slip status of a drill string, the method comprising: obtaining a hook load data at predetermined time intervals; characterised by further comprising: determining temporal variation of hook load between the predetermined time intervals using the hook load data; and determining a slip status of the drill string corresponding to each of the temporal variation of hook load by comparing each of the temporal variation of hook load with a threshold value of noise in the drill string, wherein the threshold value of noise in the drill string is determined based on predetermined parameters of the drill string. determining temporal variation of hook load between the predetermined time intervals using the hook load data; and determining a slip status of the drill string corresponding to each of the temporal variation of hook load by comparing each of the temporal variation of hook load with a threshold value of noise in the drill string, wherein the threshold value of noise in the drill string is determined based on predetermined parameters of the drill string.