Abstract: The present invention refers to a liposome comprising: a) a phospholipid; b) cholesterol (chol); c) a conjugate comprising a cholesterol moiety, a polyethylene glycol (PEG) moiety and a peptide moiety comprising a RGD sequence, wherein the PEG moiety is covalently attached to the cholesterol moiety by one end via a bond of the type alkyl ether and is covalently attached to the peptide moiety comprising the RGD sequence by the other end: d) a non-lipid cationic surfactant present in a percentage of less than 30% mol in respect to the total mol of the components of the liposome a), b), c) and d); and e) alpha-galactosidase (GLA) enzyme present in a ratio of micrograms of GLA in respect to the total milligrams of the components of the liposome a), b), c) and d) of between and including 2 to 35. It also refers to a pharmaceutical composition that comprises it and to the liposome or the pharmaceutical composition for use as a medicament, in particular for use in the treatment of Fabry disease.

Abstract: Example implementations provide a controller for controlling printing of a printer, the controller comprising: an input interface for accessing an image to be printed; an image processor to identify at least one selected feature within the image; and circuitry: a. to control printing of said at least one selected feature using a respective print operation; and b. to control printing of said image, other said at least one selected feature, using a further respective print operation; c. said respective print operation being different to said further respective print operation.

Abstract: Example implementations provide a controller for controlling printing of a printer, the controller comprising: an input interface for accessing an image to be printed; an image processor to identify at least one selected feature within the image; and circuitry: a. to control printing of said at least one selected feature using a respective print operation; and b. to control printing of said image, other said at least one selected feature, using a further respective print operation; c. said respective print operation being different to said further respective print operation.

Abstract: A fluid ejection system includes a fluid receiving unit configured to receive fluid. The fluid receiving unit includes a predetermined fluid storage capacity to store the received fluid. The fluid ejection system also includes a fluid ejector unit having a plurality of nozzles to selectively eject fluid toward the fluid receiving unit at a respective frequency and a remaining fluid determination module configured to determine a remaining amount of the received fluid stored in the fluid receiving unit. The remaining amount of the received fluid is based on a respective variable fluid evaporation ratio corresponding to the respective frequency of the ejected fluid and an ejected amount of the fluid ejected toward the fluid receiving unit from the fluid ejector unit.

Abstract: A fluid ejection system includes a fluid receiving unit configured to receive fluid. The fluid receiving unit includes a predetermined fluid storage capacity to store the received fluid. The fluid ejection system also includes a fluid ejector unit having a plurality of nozzles to selectively eject fluid toward the fluid receiving unit at a respective frequency and a remaining fluid determination module configured to determine a remaining amount of the received fluid stored in the fluid receiving unit. The remaining amount of the received fluid is based on a respective variable fluid evaporation ratio corresponding to the respective frequency of the ejected fluid and an ejected amount of the fluid ejected toward the fluid receiving unit from the fluid ejector unit.

Abstract: A product 100 having a data encoding pattern 108 printed on it, the pattern defining a grid having a grid spacing, wherein the grid spacing has discontinuities arranged to compensate for a mismatch between the resolution at which the pattern 108 is printed and a required value for the grid spacing, the discontinuities being irregularly spaced across the product.

Abstract: A method and apparatus for producing a document having human-readable content and a position identifying encoding pattern. A printer places text or other content onto a substrate, such as paper, and a filter material application system applies transparent filter material to at least a portion of that content to only modify the reflectivity of the content at a predetermined wavelength. Because the reflectivity of the position identifying encoding pattern remains unchanged, it is distinguishable from the content and can be read at the predetermined wavelength. The position identifying pattern can take a number of forms including a number of dots printed at predetermined positions on the substrate on an imaginary grid.

Abstract: A product 100 having a data encoding pattern 108 printed on it, the pattern defining a grid having a grid spacing, wherein the grid spacing has discontinuities arranged to compensate for a mismatch between the resolution at which the pattern 108 is printed and a required value for the grid spacing, the discontinuities being irregularly spaced across the product.

Abstract: A method for preparing a mask for multi-pass printing, comprises determining a characteristic satellite drop spray pattern for printing in a multi-pass mode with a printhead. Positions in the mask are filled with pass numbers. The pass numbers in a given position are selected based on considerations of interactions among main drops and satellite drops.

Abstract: A gesture related to portions of handwritten text is recognized. Furthermore, an action is performed against the portions of the handwritten text. The action is associated with the recognized gesture.

Abstract: A data encoding pattern comprising a plurality of markings respectively composed from at least two sub-markings, wherein the colour of respective ones of the sub-markings and their arrangement for a marking is reserved.

Abstract: A substrate carrying a machine-readable pattern, the pattern comprising a plurality of printed shapes, local portions of the pattern uniquely encoding respective locations of the substrate, the substrate further carrying a human-recognisable printed image, wherein the human-recognisable image is masked at locations of the printed shapes of the machine-readable pattern, thereby preventing the machine-readable pattern from being obscured by the human-recognisable printed image.

Abstract: A method for preparing a mask for multi-pass printing, comprises determining a characteristic satellite drop spray pattern for printing in a multi-pass mode with a printhead. Positions in the mask are filled with pass numbers. The pass numbers in a given position are selected based on considerations of interactions among main drops and satellite drops.

Abstract: A method of applying content and a data encoding pattern 18 to a product 10 comprises: applying the content 14 to a substrate 12; modifying the reflectivity of the content 14 at a predetermined wavelength; and applying the pattern 18 to the product, wherein the method is such that the pattern can be distinguished from the content at the predetermined wavelength.

Abstract: A gesture related to portions of handwritten text is recognized. Furthermore, an action is performed against the portions of the handwritten text. The action is associated with the recognized gesture.