mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring host computers, comprising: providing a preset script that, when executed, implements the following steps including: acquiring node information of a target node and host computer information of a target host computer in the target node, wherein the host computer information includes brand/model and to-be-monitored port; identifying a matching host computer template from a pre-loaded plurality of host computer templates based on the brand/model of the target host computer; calling a host computer template that matches the target host computer, and creating an instance of the target host computer in a monitoring system according to the host computer information and the host computer template, adding the created instance to a node tree corresponding to the node information, wherein the node tree displays the monitored status of each host computer; if the node tree corresponding to the node information does not exist, identifying a network operator information and a geographical location information included in the node information, calling the script for creating the node tree and executing the called script in accordance with the node information to create the node tree corresponding to the node information determining a to-be-monitored port of the created instance in the node tree based on the host computer information, calling a graph template that matches the port, and creating a port graph corresponding to the port for the created instance, and collecting real-time data of the port and drawing the collected real-time data into the port graph. acquiring node information of a target node and host computer information of a target host computer in the target node, wherein the host computer information includes brand/model and to-be-monitored port; identifying a matching host computer template from a pre-loaded plurality of host computer templates based on the brand/model of the target host computer; calling a host computer template that matches the target host computer, and creating an instance of the target host computer in a monitoring system according to the host computer information and the host computer template, adding the created instance to a node tree corresponding to the node information, wherein the node tree displays the monitored status of each host computer; if the node tree corresponding to the node information does not exist, identifying a network operator information and a geographical location information included in the node information, calling the script for creating the node tree and executing the called script in accordance with the node information to create the node tree corresponding to the node information determining a to-be-monitored port of the created instance in the node tree based on the host computer information, calling a graph template that matches the port, and creating a port graph corresponding to the port for the created instance, and collecting real-time data of the port and drawing the collected real-time data into the port graph.
A computer implemented method for evaluating dynamics of a tear fluid layer, comprising: a step of acquiring color information of each pixel in a predetermined region of a tear fluid layer interference fringe image, which is a moving image or a plurality of static images; a step of calculating a numerical value indicating a diversity of color from the acquired color information; a step of calculating an average value of the color information; and a step of calculating a coefficient of variation on a basis of the calculated numerical value indicating the diversity of color and the calculated average value of the color information, the coefficient of variation being used as an index for evaluating the dynamics of the tear fluid layer, characterized in that the color information is luminance or brightness of the pixel; the numerical value indicates the diversity of color being a variation of the luminance or the brightness; the coefficient of variation is a numerical value obtained by dividing the numerical value indicating the diversity of the color by the average value of the color information. a step of acquiring color information of each pixel in a predetermined region of a tear fluid layer interference fringe image, which is a moving image or a plurality of static images; a step of calculating a numerical value indicating a diversity of color from the acquired color information; a step of calculating an average value of the color information; and a step of calculating a coefficient of variation on a basis of the calculated numerical value indicating the diversity of color and the calculated average value of the color information, the coefficient of variation being used as an index for evaluating the dynamics of the tear fluid layer, the color information is luminance or brightness of the pixel; the numerical value indicates the diversity of color being a variation of the luminance or the brightness; the coefficient of variation is a numerical value obtained by dividing the numerical value indicating the diversity of the color by the average value of the color information.
High-pressure valve, having a high-pressure region and a low-pressure region, as well as a shut-off element configured as a piston, having a face side that faces a valve seat, which is configured for closing and opening a fluid connection between the high-pressure region and the low-pressure region, and for this purpose can be moved in an axial direction between a closed closure position and an open opening position, wherein a seat seal affixed to the shut-off element is provided for sealing in the closure position, which, together with a flexible element, particularly an O-ring-shaped element, is disposed in a recess provided in the shut-off element and is radially enclosed, on the outside, by a wall section of the shut-off element, which section, together with the face-side section of the shut-off element, forms a ring-shaped opening, characterized in that a ring-shaped projection is formed on the valve seat, the seat seal is surrounded by the flexible element and has a projection, particularly a collar-shaped projection that extends outward in the radial direction, which projection closes off the ring-shaped opening, at least in part, wherein the flexible element is configured for being deformed when a fluid enters through the ring-shaped opening into the recess in the closure position, and for being pressed against an inner wall of the shut-off element, on the one hand, and against the projection of the seat seal, thereby causing the projection of the seat seal to be pressed against the projection of the valve seat, which projects into the ring-shaped opening, at least in part, making contact with the seat seal, so that the required sealing effect is developed, in the form of a pressure-sealing as well as self-sealing seat seal.
A prosthetic valve assembly comprising: a braided tubular mesh support structure having an elongated configuration and a folded configuration; a wireform defining a plurality of commissural points separated by arcuate portions; and, a valve attached to said wireform; wherein in the elongated configuration, said arcuate portions of said wireform are connected to said braided tubular mesh support structure such that said wireform is longitudinally adjacent to said tubular mesh support structure; and, wherein in the folded configuration, said braided tubular mesh support structure folds inwardly such that said wireform is at least partly contained within an interior of said tubular mesh support structure. a braided tubular mesh support structure having an elongated configuration and a folded configuration; a wireform defining a plurality of commissural points separated by arcuate portions; and, a valve attached to said wireform; wherein in the elongated configuration, said arcuate portions of said wireform are connected to said braided tubular mesh support structure such that said wireform is longitudinally adjacent to said tubular mesh support structure; and, wherein in the folded configuration, said braided tubular mesh support structure folds inwardly such that said wireform is at least partly contained within an interior of said tubular mesh support structure.
A method for manufacturing a portable data carrier, wherein the portable data carrier contains a foil, an electronic component (4, 12) and an interface (6, 8), wherein the foil serves as a carrier of at least one electronic component (4, 12) and at least one interface (6, 8), characterized in that a transparent foil is used as the foil, wherein electrical conductor paths are printed on the foil by means of a transparent, electrically conductive material in order to electrically conductively connect the electronic component (4, 12) to the interface (6, 8), wherein a cover is applied to the side of the foil opposite the electronic component (4, 12) such that the electronic component (4, 12) is not recognizable through the transparent foil.
A pipette stand comprising: a base; a trunk extending from the base; and a holding assembly rotatably coupled to the trunk opposite the base, characterised in that the holding assembly is substantially hyperboloid in shape and includes: a stem axially aligned with the trunk, a first set of petals extending radially outwardly from the stem to produce a first substantially circular perimeter, wherein at least one petal of the first set of petals defines a first aperture that is open to the first perimeter, a second set of petals extending radially outwardly from the stem axially offset from the first set of petals to produce a second substantially circular perimeter, wherein at least one petal of the second set of petals defines a second aperture that is open to the second perimeter, and wherein the first aperture of the first set of petals is axially aligned with the second aperture of the second set of petals and an insert is removably coupled to the holding assembly and at least partially positioned within the first aperture, the insert being configured to accommodate a pipette. a base; a trunk extending from the base; and a holding assembly rotatably coupled to the trunk opposite the base, characterised in that the holding assembly is substantially hyperboloid in shape and includes: a stem axially aligned with the trunk, a first set of petals extending radially outwardly from the stem to produce a first substantially circular perimeter, wherein at least one petal of the first set of petals defines a first aperture that is open to the first perimeter, a second set of petals extending radially outwardly from the stem axially offset from the first set of petals to produce a second substantially circular perimeter, wherein at least one petal of the second set of petals defines a second aperture that is open to the second perimeter, and wherein the first aperture of the first set of petals is axially aligned with the second aperture of the second set of petals and an insert is removably coupled to the holding assembly and at least partially positioned within the first aperture, the insert being configured to accommodate a pipette. a stem axially aligned with the trunk, a first set of petals extending radially outwardly from the stem to produce a first substantially circular perimeter, wherein at least one petal of the first set of petals defines a first aperture that is open to the first perimeter, a second set of petals extending radially outwardly from the stem axially offset from the first set of petals to produce a second substantially circular perimeter, wherein at least one petal of the second set of petals defines a second aperture that is open to the second perimeter, and wherein the first aperture of the first set of petals is axially aligned with the second aperture of the second set of petals and an insert is removably coupled to the holding assembly and at least partially positioned within the first aperture, the insert being configured to accommodate a pipette.
A tablet electronic device configured to electrically connect to a portable electronic device having a first connecting interface, a processing module, an image modulating module and a camera lens, the tablet electronic device comprising: a body including a second connecting interface configured to connect the first connecting interface, and a touch panel disposed on the body, the tablet electronic device characterised in that: the body further includes a through hole, and when the first connecting interface is connected to the second connecting interface, the through hole exposes the camera lens of the portable electronic device to enable images to be captured by the camera lens with the use of the through hole; and wherein the tablet electronic device does not include processing module therein, such that when the portable electronic device is connected to the tablet electronic device, a touch signal is generated and then transmitted to the first connecting interface via the second connecting interface, and after the touch signal is processed by the processing module of the portable electronic device, the processing module of the portable electronic device generates output information and transmits the output information to the second connecting interface via the first connecting interface (1 1), and the output information of the portable electronic device is displayed at the touch panel. a body including a second connecting interface configured to connect the first connecting interface, and a touch panel disposed on the body, the tablet electronic device characterised in that: the body further includes a through hole, and when the first connecting interface is connected to the second connecting interface, the through hole exposes the camera lens of the portable electronic device to enable images to be captured by the camera lens with the use of the through hole; and wherein the tablet electronic device does not include processing module therein, such that when the portable electronic device is connected to the tablet electronic device, a touch signal is generated and then transmitted to the first connecting interface via the second connecting interface, and after the touch signal is processed by the processing module of the portable electronic device, the processing module of the portable electronic device generates output information and transmits the output information to the second connecting interface via the first connecting interface (1 1), and the output information of the portable electronic device is displayed at the touch panel.
2-(2-methylamino-pyrimidin-4-yl)-1H-indole-5-carboxylic acid [ -1-carbamoyl-2-(phenyl-pyrimidin-2-yl-amino)-ethyl]-amide for use in the treatment of pain associated with osteoarthritis in the knee in patients with effusion.
A method for paging memory used for one or more sequentially-accessed data structures, including: providing a recycle list data structure that identifies memory pages including at least some memory pages that store data for the one or more sequentially-accessed data structures and that present an order in which memory pages are to be reused; maintaining the recycle list data structure according to a history of access to a memory page associated with one of the sequentially-accessed data structures by determining a position of the memory page in the order according to whether a access of the memory page corresponds to a write pointer transitioning off of the memory page; providing a free list data structure that identifies memory pages on a free list that are unallocated; providing a volatile memory store; providing a non-volatile memory store; and reusing a first memory page from a first end of the recycle list data structure in response to the free list being empty after writing the contents of the first memory page from the volatile memory store to the non-volatile memory store, the first memory page including a most-recently used memory page in which an access of the first memory page corresponds to a write pointer transitioning off the first memory page, and reusing a second memory page from a second end of the recycle list data structure in response to an access entity closing the sequentially-accessed data structure that uses the second memory page, the second memory page including a least-recently used memory page in which an access of the second memory page includes a read pointer transitioning off the second memory page. providing a recycle list data structure that identifies memory pages including at least some memory pages that store data for the one or more sequentially-accessed data structures and that present an order in which memory pages are to be reused; maintaining the recycle list data structure according to a history of access to a memory page associated with one of the sequentially-accessed data structures by determining a position of the memory page in the order according to whether a access of the memory page corresponds to a write pointer transitioning off of the memory page; providing a volatile memory store; providing a non-volatile memory store; and reusing a first memory page from a first end of the recycle list data structure in response to the free list being empty after writing the contents of the first memory page from the volatile memory store to the non-volatile memory store, the first memory page including a most-recently used memory page in which an access of the first memory page corresponds to a write pointer transitioning off the first memory page, and reusing a second memory page from a second end of the recycle list data structure in response to an access entity closing the sequentially-accessed data structure that uses the second memory page, the second memory page including a least-recently used memory page in which an access of the second memory page includes a read pointer transitioning off the second memory page.
Combination suction system, comprising a hand unit having a suction fan, an energy store and a dust filter, and comprising a floor unit having a floor nozzle, the floor unit having a receiving shaft, into which the hand unit can be inserted, characterised in that the floor unit has a further suction fan and a further energy store, the suction fan and the further suction fan being arranged one behind the other in a suction air flow when the hand unit is inserted.
An aircraft for performing observations in the stratosphere equipped with a telescope built in a fuselage of the aircraft with an initial angular mirror installed in an open part of the fuselage and a main mirror installed in a cylindrical part of the fuselage, wherein the open part of the fuselage represents an open observation cavity with a base made by a bottom arc section of the fuselage rigidly connected with a nose of the aircraft, the main mirror is permanently fixed at an end of the cylindrical part of the fuselage, at a tail of the aircraft, and the initial angular mirror is rotatably fixed to the nose, wherein an axis of rotation of the initial angular mirror overlaps a longitudinal axis of the aircraft and an optical axis of the main mirror, the bottom arc section of the fuselage has a recess for observation of the earth, and a lifting surface of the aircraft is releasably fixed to the cylindrical part of the fuselage.
A composition comprising a sulfatase inhibitor for use in the treatment and/or prevention of a protein-aggregation disease, wherein amyloids and/or oligomers are removed, and/or their formation is prevented in the patient and/or animal; wherein the sulfatase inhibitor is a compound of Formula: wherein: (d) R 1 -R 6 are independently selected from hydrogen, halogen, hydroxyl, sulfamate, alkyl and salts thereof; (e) at least one of R 1 -R 6 is a sulfamate group; and two or more of R 1 -R 6 are linked together to form an additional cyclic structure. (d) R 1 -R 6 are independently selected from hydrogen, halogen, hydroxyl, sulfamate, alkyl and salts thereof; (e) at least one of R 1 -R 6 is a sulfamate group; and
High-strength steel having a chemical composition containing, by mass%, C: 0.04% to 0.09%, Si: 0.05% to 0.20%, Mn: 1.5% to 2.0%, P: 0.020% or less, S: 0.002% or less, Cr: 0.50% or less, Mo: 0.10% to 0.50%, Nb: 0.010% to 0.050%, V: 0.070% or less, Ti: 0.005% to 0.02%, Al: 0.01% to 0.04%, N: 0.006% or less, and optionally one or both of Cu: 0.50% or less and Ni: 0.50% or less, and the balance being Fe and inevitable impurities, in which X(%) calculated by using equation is 0.75% or more and 1.00% or less, a microstructure having a bainite phase fraction of 50% or more, a dislocation density of 1.0 × 10 15 /m 2 or more after aging has been performed under the condition of a Larson-Miller parameter of 15000, and a yield strength of 550 MPa or more before and after the aging is performed: X % = 0.35 ⁢ Cr + 0.9 ⁢ Mo + 12.5 ⁢ Nb + 8 ⁢ V where the symbols of elements in equation respectively denote the contents (mass%) of the corresponding chemical elements, and the symbol of a chemical element which is not included is assigned a value of 0.
A mascara composition comprising: an oil phase; a water phase; sucrose stearate emulsifier in an amount sufficient to form a lamellar phase wherein this amount is between 0.1% and 6% by weight; a high HLB emulsifier having an HLB value between 15 and 20 in an amount between 0.1% and 25% by weight; and wax in an amount between 23% and 35% by weight; wherein said mascara composition is in the form of an oil-in-water emulsion comprising a lamellar and/or micellar phase. an oil phase; a water phase; sucrose stearate emulsifier in an amount sufficient to form a lamellar phase wherein this amount is between 0.1% and 6% by weight; a high HLB emulsifier having an HLB value between 15 and 20 in an amount between 0.1% and 25% by weight; and wax in an amount between 23% and 35% by weight;
A method for manufacturing a compostable plate which comprises: - a step of manufacturing a supporting layer made of compostable cardboard; - a step of printing at least one portion to be printed of said supporting layer made of compostable cardboard in order to obtain at least one respective printed portion, said step of printing being carried out using compostable inks; - a step of spreading, at least over the surface that defines said at least one printed portion, a compostable biopolymer in order to provide a protective layer; - a step of forming in order to provide a compostable plate, said step of forming comprising a thermoforming by insertion, between a male mold part and a female mold part, of said supporting layer which has the printed portion or portions and the protective layer. - a step of manufacturing a supporting layer made of compostable cardboard; - a step of printing at least one portion to be printed of said supporting layer made of compostable cardboard in order to obtain at least one respective printed portion, said step of printing being carried out using compostable inks; - a step of spreading, at least over the surface that defines said at least one printed portion, a compostable biopolymer in order to provide a protective layer; - a step of forming in order to provide a compostable plate, said step of forming comprising a thermoforming by insertion, between a male mold part and a female mold part, of said supporting layer which has the printed portion or portions and the protective layer.