mhurhangee/ep-ind-claims huggingface dataset:
A dressing for closing an opening through a surface of a tissue site, the dressing comprising: a cover adapted to form a sealed space over the opening; a bolster having a first surface and a second surface and adapted to be positioned adjacent to the opening, wherein the bolster is formed from foam, wherein the bolster comprises a first plurality of holes extending through at least a portion of the bolster, wherein the holes have an average width to length ratio ≤ about 0.50; a protective layer adjacent to the second surface of the bolster and adapted to be adjacent to the opening, wherein the protective layer comprises a second plurality of holes extending through at least a portion of the protective layer, characterized in that the second plurality of holes are substantially adjacent to the first plurality of holes, and wherein the second plurality of holes have an average effective diameter ≤ an average effective diameter of the first plurality of holes. a cover adapted to form a sealed space over the opening; a bolster having a first surface and a second surface and adapted to be positioned adjacent to the opening, wherein the bolster is formed from foam, wherein the bolster comprises a first plurality of holes extending through at least a portion of the bolster, wherein the holes have an average width to length ratio ≤ about 0.50; a protective layer adjacent to the second surface of the bolster and adapted to be adjacent to the opening, wherein the protective layer comprises a second plurality of holes extending through at least a portion of the protective layer, characterized in that the second plurality of holes are substantially adjacent to the first plurality of holes, and wherein the second plurality of holes have an average effective diameter ≤ an average effective diameter of the first plurality of holes.
A wood-screw for drilling and screwing into wood, wherein the woodscrew is different from a dowel and has more than three windings and is dimensioned and configured for drilling and screwing into wood with tree growth rings, wherein the screw comprises a screw-head at one end of the screw and a stem extending from the screw-head towards the opposite end of the screw; wherein a thread is provided around the stem, and a drill-point is provided at the opposite end relatively to the screw-head; characterized in that the drill-point is provided with a central drill-tip and two milling-wings of which one is provided on either of two side of the central drill-tip; wherein the distance between the screw-head and the front end of the central drill-tip as measured along the axis of rotation of the screw is longer than the distance between the screw-head and the front end of the milling-wings; wherein the drill-point has a diameter D and the thread an outer diameter d2, where D is smaller than d2 for milling a hole into the wood with a diameter D during advance of the screw prior to screwing the thread into in the wood material around the hole, wherein the milling-wings are provided with a protruding milling-edge at the periphery of the drill-point, and a concavity is provided between the protruding milling-edge and the central drill-tip, wherein the concavity has its bottom a further distance Z towards the screw-head relatively to the position of the protruding milling-edge of the milling-wing for thereby milling into the wood with the protruding milling-edge first prior to milling with the remaining part of the milling-wing when advancing the screw, wherein the concavity of the milling-wings has a curved profile from the central drill-tip and towards the periphery of the drill-point.
An apparatus for displaying data in a table that comprises a configuration of cells for containing the data, comprising: a display device operable to display at least some of the table data, and a scrolling device to scroll through the displayed table data, the arrangement being such that in use, the cells are displayed in rows and columns, the scrolling device permits a selection of a row of the cells to be made, characterized in that the cells of the selected row of cells are displayed in a column, and the scrolling device permits scrolling through the cells in the column and to select one of them.
A multidirectional wheel (10;...; 70) for traversing a surface, comprising: - at least two magnetically inducible bodies mounted for rotation about a first axial direction along a first axis; - one or more magnets concentrically disposed about the first axis, the magnets having poles and the magnets being oriented such that their poles are oriented along the first axial direction and facing in the same direction, the one or more magnets being mounted between the at least two magnetically inducible bodies; and - a plurality of rollers disposed around an outer periphery of each of the magnetically inducible bodies, the rollers being mounted for rotation in a second axial direction that is at an angle to the first axial direction; wherein the magnetically inducible bodies concentrate a flux of the one or more magnets toward the surface being traversed. - at least two magnetically inducible bodies mounted for rotation about a first axial direction along a first axis; - one or more magnets concentrically disposed about the first axis, the magnets having poles and the magnets being oriented such that their poles are oriented along the first axial direction and facing in the same direction, the one or more magnets being mounted between the at least two magnetically inducible bodies; and - a plurality of rollers disposed around an outer periphery of each of the magnetically inducible bodies, the rollers being mounted for rotation in a second axial direction that is at an angle to the first axial direction;
A method of transforming an image of a sample obtained with a holographic microscope to an image that resembles a microscopy image obtained with a microscope having a different microscopy image modality comprising: obtaining a single holographic image, that is a hologram, of the sample with the holographic microscope; inputting the holographic image of the sample to a trained deep neural network that is executed by a computing device, the deep neural network is trained using a plurality of holographic training images obtained with the holographic microscope as well as their corresponding ground-truth images obtained with the microscope having the different image modality; and outputting an image of the sample at a particular depth from the trained deep neural network, wherein the output image resembles a microscopy image of the sample obtained at the same particular depth with a microscope having the different microscopy image modality. obtaining a single holographic image, that is a hologram, of the sample with the holographic microscope; inputting the holographic image of the sample to a trained deep neural network that is executed by a computing device, the deep neural network is trained using a plurality of holographic training images obtained with the holographic microscope as well as their corresponding ground-truth images obtained with the microscope having the different image modality; and outputting an image of the sample at a particular depth from the trained deep neural network, wherein the output image resembles a microscopy image of the sample obtained at the same particular depth with a microscope having the different microscopy image modality.
A method, comprising: determining one or more labels descriptive of an area associated with a previously unannotated portion of a map based at least in part on contextual information associated with one or more mobile devices located within the area within a particular time range associated with a scheduled event, wherein the contextual information comprises a description of the scheduled event and the particular time range for the scheduled event, wherein the contextual information comprises one or more calendar notations associated with a user of a mobile device; determining a label for the mobile device based at least in part on the one or more calendar notations corresponding to a specified time; and associating the label for the mobile device with the location information for the mobile device determined at the specified time; grouping the one or more labels into one or more clusters, based at least in part on similarity of labels, location information, and temporal information for the one or more mobile devices within the area; and determining one or more annotations for the previously unannotated portion of the map to identify the area based at least in part on the one or more clusters of the one or more labels. determining one or more labels descriptive of an area associated with a previously unannotated portion of a map based at least in part on contextual information associated with one or more mobile devices located within the area within a particular time range associated with a scheduled event, wherein the contextual information comprises a description of the scheduled event and the particular time range for the scheduled event, wherein the contextual information comprises one or more calendar notations associated with a user of a mobile device; determining a label for the mobile device based at least in part on the one or more calendar notations corresponding to a specified time; and associating the label for the mobile device with the location information for the mobile device determined at the specified time; grouping the one or more labels into one or more clusters, based at least in part on similarity of labels, location information, and temporal information for the one or more mobile devices within the area; and determining one or more annotations for the previously unannotated portion of the map to identify the area based at least in part on the one or more clusters of the one or more labels.
A pharmaceutical injection device, comprising: a main body case having a holder for a pharmaceutical cartridge; a piston that pushes a pharmaceutical of the pharmaceutical cartridge housed in the holder inside the main body case to the outside of the pharmaceutical cartridge; a light emitting component that shines light of different colors on the pharmaceutical cartridge disposed in the holder; a light receiving component that receives light shined from the light emitting component onto the pharmaceutical cartridge and reflected by the pharmaceutical cartridge; a controller and a display component connected to the controller: characterized in that the controller successively shines light of different colors from the light emitting component onto the pharmaceutical cartridge, and identifies a type of pharmaceutical cartridge on the basis of amount of light received by the light receiving component for each color; and wherein the controller causes the display component to give a display that warns of soiling of the holder of the pharmaceutical cartridge if the amount of light of the sensed color exhibiting the greatest amount of light out of the light quantities for the various colors received by the light receiving component is lower than a dirt determination level. a main body case having a holder for a pharmaceutical cartridge; a piston that pushes a pharmaceutical of the pharmaceutical cartridge housed in the holder inside the main body case to the outside of the pharmaceutical cartridge; a light emitting component that shines light of different colors on the pharmaceutical cartridge disposed in the holder; a light receiving component that receives light shined from the light emitting component onto the pharmaceutical cartridge and reflected by the pharmaceutical cartridge; a controller and a display component connected to the controller: characterized in that the controller successively shines light of different colors from the light emitting component onto the pharmaceutical cartridge, and identifies a type of pharmaceutical cartridge on the basis of amount of light received by the light receiving component for each color; and wherein the controller causes the display component to give a display that warns of soiling of the holder of the pharmaceutical cartridge if the amount of light of the sensed color exhibiting the greatest amount of light out of the light quantities for the various colors received by the light receiving component is lower than a dirt determination level.
Injection mold for producing a double walled drinking vessel, the double walled drinking vessel comprising an outer container and an inner container, the injection mold comprising - at least one first mold portion, - at least one second mold portion facing the first mold portion, - the first mold portion and the second mold portion being axially movable relative to each other, - the first mold portion forming at least one first cavity corresponding to the outer shape of the outer container and at least one second cavity corresponding to the outer shape of the inner container, the first cavity and the second cavity located concentrically with respect to a central axis of the first mold portion, - an index plate rotatable around and axially movable along the central axis relative to the first mold portion, the index plate comprising at least a first core corresponding to the inner shape of the outer container and at least a second core corresponding to the inner shape of the inner container, - the first cavity having a first cavity injection gate for injecting a mold material into the first cavity for forming the outer container, - the second cavity having a second cavity injection gate for injecting a mold material into the second cavity for forming the inner container, and the first cavity having a further injection gate for injecting a joint material for joining the outer container and the inner container, characterized in that at least the first core is axially movably mounted to the index plate. - at least one first mold portion, - at least one second mold portion facing the first mold portion, - the first mold portion and the second mold portion being axially movable relative to each other, - the first mold portion forming at least one first cavity corresponding to the outer shape of the outer container and at least one second cavity corresponding to the outer shape of the inner container, the first cavity and the second cavity located concentrically with respect to a central axis of the first mold portion, - an index plate rotatable around and axially movable along the central axis relative to the first mold portion, the index plate comprising at least a first core corresponding to the inner shape of the outer container and at least a second core corresponding to the inner shape of the inner container, - the first cavity having a first cavity injection gate for injecting a mold material into the first cavity for forming the outer container, - the second cavity having a second cavity injection gate for injecting a mold material into the second cavity for forming the inner container, and the first cavity having a further injection gate for injecting a joint material for joining the outer container and the inner container,
Topically applicable composition containing 0.001 to 10.0 wt.% dimethylglycine according to formula I and/or a salt thereof wherein the salt of dimethylglycine is an alkali, alkaline earth, or ammonium salt of dimethylglycine or the salt of an inorganic and/or organic acid with dimethylglycine, and 0.001 to 3.0 wt.% caffeine, wherein the weight ratio of dimethylglycine and/or a salt thereof to caffeine is in the range from 10:1 to 1:1. 0.001 to 10.0 wt.% dimethylglycine according to formula I and/or a salt thereof wherein the salt of dimethylglycine is an alkali, alkaline earth, or ammonium salt of dimethylglycine or the salt of an inorganic and/or organic acid with dimethylglycine, and 0.001 to 3.0 wt.% caffeine, wherein the weight ratio of dimethylglycine and/or a salt thereof to caffeine is in the range from 10:1 to 1:1.
A method of manufacturing a fibre web which comprising a fibre matrix formed by natural fibres and possibly synthetic fibres, according to which method - a water-containing, planar fibre layer is provided from natural fibres and possibly synthetic fibres, which layer comprises an aqueous phase and a fibrous phase, and - this fibre layer is dried in order to remove the aqueous phase, whereby the natural fibres and possible synthetic fibres together form a fibre matrix, characterized by that - applying onto the water-containing, planar fibre layer a binder, which is allowed to penetrate via the aqueous phase at least partially in between the fibres before hydrogen bonds are formed between the fibres, - the binder is applied onto the water-containing fibre layer, when the dry matter percentage of this layer is approximately 10-65%. - a water-containing, planar fibre layer is provided from natural fibres and possibly synthetic fibres, which layer comprises an aqueous phase and a fibrous phase, and - this fibre layer is dried in order to remove the aqueous phase, whereby the natural fibres and possible synthetic fibres together form a fibre matrix, characterized by that - applying onto the water-containing, planar fibre layer a binder, which is allowed to penetrate via the aqueous phase at least partially in between the fibres before hydrogen bonds are formed between the fibres, - the binder is applied onto the water-containing fibre layer, when the dry matter percentage of this layer is approximately 10-65%.
Method for rendering state information relating to at least two correspondents of a user, the method implemented by a rendering device without computer screen comprising the following steps: - retrieval of state information representative of a state of at least one of said correspondents, by means of at least one automatic state information collection device; - transformation of the state information retrieved into a command capable of driving a rendering device comprising at least two distinct physical entities each assigned to one of said correspondents, by using a database; - generation, by one of said entities, of at least one stimulus representative of the state of the correspondent to which it is assigned, as a function of the corresponding command, to inform said user of the state of said at least one correspondent. - retrieval of state information representative of a state of at least one of said correspondents, by means of at least one automatic state information collection device; - transformation of the state information retrieved into a command capable of driving a rendering device comprising at least two distinct physical entities each assigned to one of said correspondents, by using a database; - generation, by one of said entities, of at least one stimulus representative of the state of the correspondent to which it is assigned, as a function of the corresponding command, to inform said user of the state of said at least one correspondent.
An electrical power diagnostic device comprising: a power-supply-side connector operable to couple to a power supply; a load-side connector operable to couple to a load; at least one conductive path for electricity to flow between the power-supply-side connector and the load-side connector; characterised by a diagnostic monitor operable to monitor and change electrical properties of the power-supply-side connector and the load-side connector, wherein the electrical properties comprise at least one property of the at least one conductive path selected from the group consisting of: a line frequency, and a line voltage; a frequency control unit operable to measure and set the line frequency of the at least one conductive path; and a voltage control unit operable to measure and set the line voltage of the at least one conductive path, wherein the diagnostic monitor is configured to change the electrical properties by sending a respective signal to the frequency control unit and the voltage control unit. a power-supply-side connector operable to couple to a power supply; a load-side connector operable to couple to a load; at least one conductive path for electricity to flow between the power-supply-side connector and the load-side connector; characterised by a diagnostic monitor operable to monitor and change electrical properties of the power-supply-side connector and the load-side connector, wherein the electrical properties comprise at least one property of the at least one conductive path selected from the group consisting of: a line frequency, and a line voltage; a frequency control unit operable to measure and set the line frequency of the at least one conductive path; and a voltage control unit operable to measure and set the line voltage of the at least one conductive path, wherein the diagnostic monitor is configured to change the electrical properties by sending a respective signal to the frequency control unit and the voltage control unit.
A method for transmitting data in a resource block from a base station to a communication device, the resource block including a plurality of regions that comprise resource elements, comprising: allocating a first portion of said data to a first region of said plurality of regions, wherein said first portion of said data is associated with a first reference symbol; allocating a second portion of said data to a second region of said plurality of regions, wherein said second portion of said data is associated with a second reference symbol; encoding said first and second portions of said data to generate first and second encoded data; modulating said first and second encoded data to generate modulated data; and transmitting said modulated data and said first and second reference symbols in said resource block, to said communication device, characterised by: allocating a third portion of said data to said first region, wherein said third portion of said data is associated with a third reference symbol; and applying orthogonal cover codes to said first and third reference symbols, wherein said first and third reference symbols are allocated to an overlapping plurality of resource elements of said resource block. allocating a first portion of said data to a first region of said plurality of regions, wherein said first portion of said data is associated with a first reference symbol; allocating a second portion of said data to a second region of said plurality of regions, wherein said second portion of said data is associated with a second reference symbol; encoding said first and second portions of said data to generate first and second encoded data; modulating said first and second encoded data to generate modulated data; and transmitting said modulated data and said first and second reference symbols in said resource block, to said communication device, allocating a third portion of said data to said first region, wherein said third portion of said data is associated with a third reference symbol; and applying orthogonal cover codes to said first and third reference symbols, wherein said first and third reference symbols are allocated to an overlapping plurality of resource elements of said resource block.