mhurhangee/ep-ind-claims huggingface dataset:
One or more computer readable media having stored thereon a plurality of instructions that, when executed by one or more processors, causes the one or more processors to: negotiate, with a command broker associated with a particular command, for a graphical user interface element to be used in presenting said command in a user interface of a host application, wherein said command broker provides a first list of GUI elements for said command, and wherein negotiating includes comparing a second list of GUI elements supported by the host application to the first list of GUI elements and selecting one of the GUI elements available in both lists; obtain, based on the negotiated GUI element, from the command broker a command provider associated with the command, wherein the command provider contains the instructions that are executed whenever the particular command is invoked; and present the command provider in the host application. negotiate, with a command broker associated with a particular command, for a graphical user interface element to be used in presenting said command in a user interface of a host application, wherein said command broker provides a first list of GUI elements for said command, and wherein negotiating includes comparing a second list of GUI elements supported by the host application to the first list of GUI elements and selecting one of the GUI elements available in both lists; obtain, based on the negotiated GUI element, from the command broker a command provider associated with the command, wherein the command provider contains the instructions that are executed whenever the particular command is invoked; and present the command provider in the host application.
A computer-implemented method for separating effects of multiple seismic sources in simultaneous shooting acquisition, comprising: obtaining blended seismic data recorded simultaneously in seismic streamers, acquired by activating approximately simultaneously two or more seismic sources towed at two or more positions in the vicinity of the seismic streamers; for each activation of the two or more seismic sources, calculating predicted blended seismic data as a product of a time delay-based blending matrix and deblended seismic data models, calculating a residual difference between the blended seismic data and the predicted blended seismic data, and iteratively updating the residual for an inversion solution of the deblended seismic data models, characterised in that the iterative updating of the residual utilizes a sequence of overlapping temporal windows containing reflection events and utilizes normal moveout corrections based on largest reflection events in each temporal window; and adding a final updated residual to a final updated deblended seismic data model result. obtaining blended seismic data recorded simultaneously in seismic streamers, acquired by activating approximately simultaneously two or more seismic sources towed at two or more positions in the vicinity of the seismic streamers; for each activation of the two or more seismic sources, calculating predicted blended seismic data as a product of a time delay-based blending matrix and deblended seismic data models, calculating a residual difference between the blended seismic data and the predicted blended seismic data, and iteratively updating the residual for an inversion solution of the deblended seismic data models, characterised in that the iterative updating of the residual utilizes a sequence of overlapping temporal windows containing reflection events and utilizes normal moveout corrections based on largest reflection events in each temporal window; and adding a final updated residual to a final updated deblended seismic data model result.
A liquid dispenser, comprising: a container configured to store liquid and having an upper rim defining an upper opening; a base to support the container; a pump having an inlet to suction liquid stored in the container and an outlet to discharge liquid; a lid (300, 400) configured to close the upper opening of the container, the lid (300, 400) having a hole through which liquid discharged from the pump flows; a light that emits ultraviolet radiation toward the liquid of the container, the light being provided at a bottom (221, 223) of the container; characterized in that a bottom end of the light is provided in the base, and in that the bottom (221, 223) of the container is transparent. a container configured to store liquid and having an upper rim defining an upper opening; a base to support the container; a pump having an inlet to suction liquid stored in the container and an outlet to discharge liquid; a lid (300, 400) configured to close the upper opening of the container, the lid (300, 400) having a hole through which liquid discharged from the pump flows; a light that emits ultraviolet radiation toward the liquid of the container, the light being provided at a bottom (221, 223) of the container; characterized in that a bottom end of the light is provided in the base, and in that the bottom (221, 223) of the container is transparent.
Method for repairing or reinforcing a wooden pole being at least partly under water, comprising: - arranging a casing around the pole over a part of the length of the pole that needs to be repaired and / or reinforced, wherein first a casing part comprising side edges and being open on one side is slid around the pole in a direction perpendicular to the longitudinal direction of the pole, and then the open side of the casing part is closed with a closing plate, which closing plate is thereby attached to the side edges of the casing part, - sealing the space between the casing and the pole on the underside of the casing, - filling the space between the casing and said part of the pole with an epoxy, and - whereby the closing plate is attached to the casing part such that the outer surface of the casing is free of projecting parts. characterized in that - first the dimensions of the pole to be repaired or reinforced are measured, - then the casing part is made from plate parts in stock, and - before the casing is fitted around the pole, first at least a part of the affected part of the pole is removed, wherein at the upper side of the part to be removed a saw cut is arranged extending inwardly inclined upwardly to form an upper boundary wall of the removed part, which upper boundary wall extending inside out in an obliquely downward direction to prevent that, after filling the space, created by the removal, with epoxy, water can seep between the epoxy and the upper boundary wall. - arranging a casing around the pole over a part of the length of the pole that needs to be repaired and / or reinforced, wherein first a casing part comprising side edges and being open on one side is slid around the pole in a direction perpendicular to the longitudinal direction of the pole, and then the open side of the casing part is closed with a closing plate, which closing plate is thereby attached to the side edges of the casing part, - sealing the space between the casing and the pole on the underside of the casing, - filling the space between the casing and said part of the pole with an epoxy, and - whereby the closing plate is attached to the casing part such that the outer surface of the casing is free of projecting parts. characterized in that - first the dimensions of the pole to be repaired or reinforced are measured, - then the casing part is made from plate parts in stock, and - before the casing is fitted around the pole, first at least a part of the affected part of the pole is removed, wherein at the upper side of the part to be removed a saw cut is arranged extending inwardly inclined upwardly to form an upper boundary wall of the removed part, which upper boundary wall extending inside out in an obliquely downward direction to prevent that, after filling the space, created by the removal, with epoxy, water can seep between the epoxy and the upper boundary wall.
A fluid-driven medical handheld device, comprising a head, the head comprising a housing and an impeller being rotatably mounted in the housing, the housing defining a receiving chamber for receiving the impeller, a main air inlet and an air outlet being defined in the housing and communicating with the receiving chamber, characterized in that, an inner surface of the housing surrounding the receiving chamber defines a plurality of grooves, the grooves being arranged at intervals in a circumferential direction of the housing, that a recessed depth of the grooves relative to the inner surface surrounding the receiving chamber along the radial direction is equal to or less than 1.0 mm and that the grooves are configured to reflect rotating airflows directed to the grooves to change directions and speeds of the airflows to form interference airflows, which can effectively reduce the rotation speed of the impeller at idling.
A lighting system comprising at least 16 lighting units arranged in a grid with in at least one direction center-to-center distances (d) between nearest neighbor lighting units in the range of 4-16 mm, wherein each lighting unit comprises a light source and an optical element configured to control a beam shape of light generated by the light source, wherein each lighting unit is configured to generate said light having a luminous flux of at least 50 lm, preferably at least 100 lm, wherein the lighting system comprises as one integral luminous surface a plurality of grids, wherein between two nearest neighbor grids an intermediate region without a lighting unit is configured, and with in at least one direction a shortest distance between nearest neighbor grids of at least 35 mm.
An object of value, comprising a main body, made of gold, wherein the main body is surrounded by a protective layer, characterized in that the protective layer comprises at least one readable security code for identification and verification.
A method of packaging an article comprising the steps of: securing a plurality of articles to an inner web by wrapping the web around the articles and producing a first back seal and inner end seals to form pouches around the respective articles, forming an outer tube by wrapping a film around the inner web and the articles secured therein and creating a second back seal in the film to form a tube, pressurising the tube, and sealing the tube transversely to the length of the pouches on opposite sides of each article to form an outer bag, wherein the transverse seals formed in the tube serve to secure the inner pouch to the outer bag, characterised in that the pouch is tensioned by the pressure within the outer bag to suspend the article within the outer bag and to maintain a space between the article and the outer bag on all sides of the article. securing a plurality of articles to an inner web by wrapping the web around the articles and producing a first back seal and inner end seals to form pouches around the respective articles, forming an outer tube by wrapping a film around the inner web and the articles secured therein and creating a second back seal in the film to form a tube, pressurising the tube, and sealing the tube transversely to the length of the pouches on opposite sides of each article to form an outer bag, wherein the transverse seals formed in the tube serve to secure the inner pouch to the outer bag, characterised in that the pouch is tensioned by the pressure within the outer bag to suspend the article within the outer bag and to maintain a space between the article and the outer bag on all sides of the article.
An image processing device comprising: a characteristic amount calculating means that calculates a characteristic amount of a region in an image; an image dividing means that divides the image into a plurality of partial regions at least one of which has a different size on the basis of the characteristic amount, and acquires a plurality of divided images (P1, P2, P3) corresponding to the plurality of partial regions; a display order deciding means that decides a display order of the plurality of divided images (P1, P2, P3) based on the characteristic amount of each of the plurality of divided images (P1, P2, P3); and a link region setting means that sets a link region for linking to a predetermined Web page in association with a first divided image in the plurality of divided images (P1, P2, P3), wherein the link region includes all or part of the first divided image. a characteristic amount calculating means that calculates a characteristic amount of a region in an image; an image dividing means that divides the image into a plurality of partial regions at least one of which has a different size on the basis of the characteristic amount, and acquires a plurality of divided images (P1, P2, P3) corresponding to the plurality of partial regions; a display order deciding means that decides a display order of the plurality of divided images (P1, P2, P3) based on the characteristic amount of each of the plurality of divided images (P1, P2, P3); and a link region setting means that sets a link region for linking to a predetermined Web page in association with a first divided image in the plurality of divided images (P1, P2, P3), wherein the link region includes all or part of the first divided image.
An onboard subscriber identity module, comprising: - a first memory zone configured to record an operating system in memory; and - a second memory zone configured to record in memory user data accessible by the operating system; the onboard subscriber identity module being characterized in that it further comprises: - a third memory zone, separate from the first and second memory zones (Z1, Z2), configured to record in memory a data model defining: ∘ at least one criterion that the user data contained in the second memory zone must satisfy; ∘ at least a first predetermined action in association with the user data; - a determination module configured to determine if said user data are in accord with said at least one criterion; and - a processing module configured, if said user data are not in accord with said at least one criterion, to: ∘ consult, in the third memory zone, the data model in order to determine said at least one first predetermined action; and ∘ cause the execution of said at least one first predetermined action, defined in the data model. - a first memory zone configured to record an operating system in memory; and - a second memory zone configured to record in memory user data accessible by the operating system; - a third memory zone, separate from the first and second memory zones (Z1, Z2), configured to record in memory a data model defining: ∘ at least one criterion that the user data contained in the second memory zone must satisfy; ∘ at least a first predetermined action in association with the user data; ∘ at least one criterion that the user data contained in the second memory zone must satisfy; ∘ at least a first predetermined action in association with the user data; - a determination module configured to determine if said user data are in accord with said at least one criterion; and - a processing module configured, if said user data are not in accord with said at least one criterion, to: ∘ consult, in the third memory zone, the data model in order to determine said at least one first predetermined action; and ∘ cause the execution of said at least one first predetermined action, defined in the data model. ∘ consult, in the third memory zone, the data model in order to determine said at least one first predetermined action; and ∘ cause the execution of said at least one first predetermined action, defined in the data model.
A composite light-curing protective film, comprising: a base film layer that provides support, a light-curing functional layer to be light-cured, and an adhesive layer, wherein the base film layer, light-curing functional layer, and the adhesive layers are laminated in sequence to form a sandwich structure, and the light-curing functional layer is formed by film-forming a slurry, including the following ingredients in parts by weight: modified acrylic resin 25-35 parts, polymethyl methacrylate 10-15 parts, butyl acetate 15-25 parts, ethyl acetate 15-25 parts, isopropanol 10-20 parts, photoinitiator 1-5 parts, and additives 2-4 parts. a base film layer that provides support, a light-curing functional layer to be light-cured, and an adhesive layer, wherein the base film layer, light-curing functional layer, and the adhesive layers are laminated in sequence to form a sandwich structure, and the light-curing functional layer is formed by film-forming a slurry, including the following ingredients in parts by weight: modified acrylic resin 25-35 parts, polymethyl methacrylate 10-15 parts, butyl acetate 15-25 parts, ethyl acetate 15-25 parts, isopropanol 10-20 parts, photoinitiator 1-5 parts, and additives 2-4 parts. the base film layer, light-curing functional layer, and the adhesive layers are laminated in sequence to form a sandwich structure, and the light-curing functional layer is formed by film-forming a slurry, including the following ingredients in parts by weight: modified acrylic resin 25-35 parts, polymethyl methacrylate 10-15 parts, butyl acetate 15-25 parts, ethyl acetate 15-25 parts, isopropanol 10-20 parts, photoinitiator 1-5 parts, and additives 2-4 parts. modified acrylic resin 25-35 parts, polymethyl methacrylate 10-15 parts, butyl acetate 15-25 parts, ethyl acetate 15-25 parts, isopropanol 10-20 parts, photoinitiator 1-5 parts, and additives 2-4 parts.
An urine specimen collection system having a control unit which is able to execute a working algorithm for the usage during the urination of a person, the working algorithm consisting of the following steps; - Measurement of the weight of a collection container, - Closure of a valve in the proximity of the lower part of the collection container in order to perform measurements on the collected urine, - Measurement of the weight of urine produced by patients in the collection container by a load cell, - Recording of the difference between first and final weights and the time dependent weight change of the collection container for the purpose of determination the amount of urine present in the collection container, - Operation of a pump for the discharge of urine, - Opening of the valve located at the lower part of the collection container to discharge the remaining urine left in the collection container and to transfer the remaining urine into a specimen container for the collection of a urine specimen from the urine transferred from the patient into the collection container. - Measurement of the weight of a collection container, - Closure of a valve in the proximity of the lower part of the collection container in order to perform measurements on the collected urine, - Measurement of the weight of urine produced by patients in the collection container by a load cell, - Recording of the difference between first and final weights and the time dependent weight change of the collection container for the purpose of determination the amount of urine present in the collection container, - Operation of a pump for the discharge of urine, - Opening of the valve located at the lower part of the collection container to discharge the remaining urine left in the collection container and to transfer the remaining urine into a specimen container for the collection of a urine specimen from the urine transferred from the patient into the collection container.
A spinal implant comprising: a preformed fluid transfer structure having at least a first channel in fluid communication with a fitting, the first channel forming a pathway around a cavity, the first channel including at least one hole, and a porous and non-porous structure around at least a portion of the preformed fluid transfer structure such that the cavity is defined by an inner wall of the porous structure, the porous and non-porous structure enclosing the at least one hole, wherein an opening of the fitting is exposed on an outer wall of the porous and non-porous structure such that the opening is in fluid communication with the hole through the first channel. a preformed fluid transfer structure having at least a first channel in fluid communication with a fitting, the first channel forming a pathway around a cavity, the first channel including at least one hole, and a porous and non-porous structure around at least a portion of the preformed fluid transfer structure such that the cavity is defined by an inner wall of the porous structure, the porous and non-porous structure enclosing the at least one hole, wherein an opening of the fitting is exposed on an outer wall of the porous and non-porous structure such that the opening is in fluid communication with the hole through the first channel.
A method comprising: a first evaporative concentration process in which a radioactive solution formed by dissolving at least a radioactive metal nuclide in an acidic aqueous solution is heated to evaporate a solvent in the radioactive solution so as to obtain a concentrated liquid containing the radioactive metal nuclide; characterised by a second evaporative concentration process in which a low-boiling organic solvent having a lower boiling point than water is added to the concentrated liquid, and the concentrated liquid is heated to induce azeotropic boiling of the concentrated liquid and the low-boiling organic solvent so as to obtain an evaporative concentrate of the radioactive metal nuclide. a first evaporative concentration process in which a radioactive solution formed by dissolving at least a radioactive metal nuclide in an acidic aqueous solution is heated to evaporate a solvent in the radioactive solution so as to obtain a concentrated liquid containing the radioactive metal nuclide; characterised by a second evaporative concentration process in which a low-boiling organic solvent having a lower boiling point than water is added to the concentrated liquid, and the concentrated liquid is heated to induce azeotropic boiling of the concentrated liquid and the low-boiling organic solvent so as to obtain an evaporative concentrate of the radioactive metal nuclide.
A susceptor combination comprising: metallic particles; particles of at least two semiconductor materials; and one or more alkaline or alkaline earth metal salts. metallic particles; particles of at least two semiconductor materials; and one or more alkaline or alkaline earth metal salts.