mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for creating a dynamic light effect and controlling a lighting device according to the dynamic light effect, the computer implemented method comprising: - rendering a graphical representation of the lighting device in an area of an image at a first position, the first position being associated with first color information, which first color information is defined by one or more pixels of the image located at the first position, - receiving a first user input, the method being characterised in that it further comprises the following steps: setting, upon receiving the first user input, the graphical representation in a movement state, wherein the graphical representation starts to move autonomously across the area of the image from the first position to a plurality of subsequent positions over a period of time, the plurality of subsequent positions being associated with subsequent color information, which subsequent color information is defined by one or more pixels of the image located at the respective subsequent position, - generating one or more lighting control commands based on the first color information and the subsequent color information, - communicating the generated one or more lighting control commands to the lighting device, so as to control the light output of the lighting device according to the first color information and the subsequent color information subsequently over the period of time. - rendering a graphical representation of the lighting device in an area of an image at a first position, the first position being associated with first color information, which first color information is defined by one or more pixels of the image located at the first position, - receiving a first user input, the method being characterised in that it further comprises the following steps: setting, upon receiving the first user input, the graphical representation in a movement state, wherein the graphical representation starts to move autonomously across the area of the image from the first position to a plurality of subsequent positions over a period of time, the plurality of subsequent positions being associated with subsequent color information, which subsequent color information is defined by one or more pixels of the image located at the respective subsequent position, - generating one or more lighting control commands based on the first color information and the subsequent color information, - communicating the generated one or more lighting control commands to the lighting device, so as to control the light output of the lighting device according to the first color information and the subsequent color information subsequently over the period of time.
A surgical tool comprising: a driven portion to which a driving force is transmitted from an external portion; a cord-shaped element that transmits a movement of the driven portion; and a rotor with a circumferential surface around which the cord-shaped element extending from the driven portion is wound, characterized in that the circumferential surface comprises: two or more annular grooves arranged side by side in a direction of a central axis of the rotor so that the cord-shaped element is windable therearound; at least one protrusion formed to partition adjacent grooves among the two or more annular grooves provided on the circumferential surface; and at least one cut-out portion, wherein the at least one cut-out portion is formed by scraping off the at least one protrusion and has a width in which the cord-shaped element can be arranged from one groove to another groove of the adjacent grooves. a driven portion to which a driving force is transmitted from an external portion; a cord-shaped element that transmits a movement of the driven portion; and a rotor with a circumferential surface around which the cord-shaped element extending from the driven portion is wound, characterized in that the circumferential surface comprises: two or more annular grooves arranged side by side in a direction of a central axis of the rotor so that the cord-shaped element is windable therearound; at least one protrusion formed to partition adjacent grooves among the two or more annular grooves provided on the circumferential surface; and at least one cut-out portion, two or more annular grooves arranged side by side in a direction of a central axis of the rotor so that the cord-shaped element is windable therearound; at least one protrusion formed to partition adjacent grooves among the two or more annular grooves provided on the circumferential surface; and at least one cut-out portion, wherein the at least one cut-out portion is formed by scraping off the at least one protrusion and has a width in which the cord-shaped element can be arranged from one groove to another groove of the adjacent grooves.
A sterile container comprising a container trough and a container cover or door, comprising a plurality of locking elements spaced apart from each other in the circumferential direction of the container cover and movably mounted on the container trough or on the container cover which are engaged/can be engaged with a common operating strip that comprises engaging portions/engaging members mounted or formed on the same for this purpose and that is connected to a common operating lever by which the plurality of locking elements can be centrally operated via the common operating strip so as to move the locking elements movably mounted on the container trough or on the container cover into a locking/unlocking position, wherein the operating lever with an operating strip connected thereto and the locking elements to be brought/being in operative engagement therewith forms a locking mechanism, characterized in that the operating lever is adapted to exceed, when being moved to a locking position, an eccentric point, thus preventing the operating lever from inadvertently springing open.
A public transport vehicle, in particular a railway vehicle, including at least two bodies, the bodies of each assembly of at least two adjacent bodies being articulated one in respect to the other by a respective articulation, at least one articulation comprising a gangway arrangement such that: - said gangway arrangement is laid out between the two corresponding bodies of the vehicle, - said gangway arrangement extends along a longitudinal direction, - said gangway arrangement is connected through a pivot connection to an end portion of one of the bodies, this body extending along a longitudinal axis and the end portion comprising an access corridor, delimited by two opposite edges, - said gangway arrangement includes at least one seating member for at least one passenger characterized in that: - the seating member has an end intended to extend one of the edges, - an angular spacing (α 0) is provided between the end of the seating member and the edge which it extends, when the longitudinal direction is aligned with the longitudinal axis of the corresponding body, this angular spacing (α 0) being considered relatively to the pivot connection with the corresponding body, and this angular spacing (α 0) substantially corresponds to the angle formed between the longitudinal axis of the body and the longitudinal direction when the tilt between both bodies is maximum. - said gangway arrangement is laid out between the two corresponding bodies of the vehicle, - said gangway arrangement extends along a longitudinal direction, - said gangway arrangement is connected through a pivot connection to an end portion of one of the bodies, this body extending along a longitudinal axis and the end portion comprising an access corridor, delimited by two opposite edges, - said gangway arrangement includes at least one seating member for at least one passenger - the seating member has an end intended to extend one of the edges, - an angular spacing (α 0) is provided between the end of the seating member and the edge which it extends, when the longitudinal direction is aligned with the longitudinal axis of the corresponding body, this angular spacing (α 0) being considered relatively to the pivot connection with the corresponding body, and this angular spacing (α 0) substantially corresponds to the angle formed between the longitudinal axis of the body and the longitudinal direction when the tilt between both bodies is maximum.
A door drive for driving a door, wherein the door drive includes an adjusting device, wherein the adjusting device includes at least two application points for tools, wherein the adjusting device includes at least one gear, wherein the adjusting device includes at least one application element, wherein the adjusting device includes an adjusting element, wherein the adjusting element serves for adjusting an operating parameter of the door drive, wherein the one application element includes one of the application points, wherein the one gear or at least one of the plurality of gears cooperates with the adjusting element and with an application element associated to the respective gear in such a manner that the gear converts a movement of the application element associated to the gear into a movement of the adjusting element, wherein the movement of the application element associated to the respective gear and the movement of the adjusting element are rotational movements, characterized in that the adjusting element includes at least one of the application points and is a regulating valve, wherein the axes of rotation of the one application element or of at least one of the application elements and of the adjusting element extend parallel to each other.
A tumor treating fields (TTFields) application apparatus adapted to apply an alternating electric field to a living subject or an in vitro medium at a frequency between 100 kHz and 500 kHz, the apparatus comprising: a layer of conductive material (20; 120) having a front face, the front face having an area; a flexible polymer layer positioned against the front face of the conductive material (20; 120) so as to cover at least a portion of the area, the polymer layer having a front face; and an electrical lead (70; 160) positioned in electrical contact with the layer of conductive material (20; 120); wherein the polymer layer comprises at least one polymer selected from Poly(VDF-TrFE-CTFE), Poly(VDF-TrFE-CFE) and Poly(VDF-TrFE-CFE-CTFE). a layer of conductive material (20; 120) having a front face, the front face having an area; a flexible polymer layer positioned against the front face of the conductive material (20; 120) so as to cover at least a portion of the area, the polymer layer having a front face; and an electrical lead (70; 160) positioned in electrical contact with the layer of conductive material (20; 120); wherein the polymer layer comprises at least one polymer selected from Poly(VDF-TrFE-CTFE), Poly(VDF-TrFE-CFE) and Poly(VDF-TrFE-CFE-CTFE).
A method for producing a supplementary cementitious material comprising the steps i) providing a starting material comprising hydrated cement and aggregate comprising silicates and/or alumino-silicates, ii) hydrothermal treatment of the starting material provided in step i) to obtain a hydrothermally activated material wherein also the aggregate is at least partially activated so that the hydrothermally activated material contains more carbonatable hydrate phases than the amount of recycled concrete paste that was present in the starting material, iii) subsequent carbonation of the hydrothermally activated material of step ii) to provide the supplementary cementitious material. i) providing a starting material comprising hydrated cement and aggregate comprising silicates and/or alumino-silicates, ii) hydrothermal treatment of the starting material provided in step i) to obtain a hydrothermally activated material wherein also the aggregate is at least partially activated so that the hydrothermally activated material contains more carbonatable hydrate phases than the amount of recycled concrete paste that was present in the starting material, iii) subsequent carbonation of the hydrothermally activated material of step ii) to provide the supplementary cementitious material.
A particle detection apparatus comprising: alight illumination unit for illuminating a particle with light; a scattered light detection unit for detecting scattered light emitted from the particle illuminated with light, the scattered light detection unit including: a first detection portion for detecting the scattered light; a second detection portion for detecting a light component originating in the illumination light onto the particle; wherein the first detection portion and the second detection portion are provided in a single light detector; a signal processing unit for removing a noise component from a signal detected in the first detection portion based on a signal detected in the second detection portion, wherein the signal processing unit removes the noise component by subtracting a detection signal of the second detection portion multiplied by a gain value from a detection signal of the first detection portion; and an illumination light removing member disposed in front of the light detector, the illumination light removing member intercepting the light component originating in the illumination light. alight illumination unit for illuminating a particle with light; a scattered light detection unit for detecting scattered light emitted from the particle illuminated with light, the scattered light detection unit including: a first detection portion for detecting the scattered light; a second detection portion for detecting a light component originating in the illumination light onto the particle; wherein the first detection portion and the second detection portion are provided in a single light detector; a first detection portion for detecting the scattered light; a second detection portion for detecting a light component originating in the illumination light onto the particle; wherein the first detection portion and the second detection portion are provided in a single light detector; a signal processing unit for removing a noise component from a signal detected in the first detection portion based on a signal detected in the second detection portion, wherein the signal processing unit removes the noise component by subtracting a detection signal of the second detection portion multiplied by a gain value from a detection signal of the first detection portion; and an illumination light removing member disposed in front of the light detector, the illumination light removing member intercepting the light component originating in the illumination light.
A three-dimensional powder bed fusion additive manufacturing PBF-AM apparatus comprising: a movement mechanism; a stage that is movably supported by the movement mechanism; a build box with a cylinder hole in which the stage is arranged so as to be slidable; a plurality of support columns that are arranged on the stage; a base plate supported by the plurality of support columns, on which a powder material for forming a product is laminated; a shielding member that surrounds the plurality of support columns between the stage and the base plate, and that forms a space between the stage and the base plate, wherein a space between the shielding member and an inner wall surface of the cylinder hole of the build box is filled with the powder material, and wherein the powder material is blocked by the shielding member, and the powder material is not present in the space. a movement mechanism; a stage that is movably supported by the movement mechanism; a build box with a cylinder hole in which the stage is arranged so as to be slidable; a plurality of support columns that are arranged on the stage; a base plate supported by the plurality of support columns, on which a powder material for forming a product is laminated; a shielding member that surrounds the plurality of support columns between the stage and the base plate, and that forms a space between the stage and the base plate, wherein a space between the shielding member and an inner wall surface of the cylinder hole of the build box is filled with the powder material, and wherein the powder material is blocked by the shielding member, and the powder material is not present in the space.
A medical implant, comprising at least partially a body-compatible, electrically conductive polymer having the electrical resistivity p, with the property that it can be warmed and softened by flowing a current through said polymer, characterized in that a) the specific electrical resistivity p is greater than 500 ohm • cm; b) the polymer has a volume conductivity of at least 10 -4 S/m; and c) the polymer has a surface resistivity of at least 10 -1 ohm/square. a) the specific electrical resistivity p is greater than 500 ohm • cm; b) the polymer has a volume conductivity of at least 10 -4 S/m; and c) the polymer has a surface resistivity of at least 10 -1 ohm/square.
Differential mode and common mode choke comprising: - a ferromagnetic core comprising three branches (1, 2, 3) extending between a bottom part and a top part, said three branches comprising a first lateral branch, a second lateral branch and a central branch, - the central branch being separated from the top part by a first air gap and from the bottom part by a second air gap, - a first coil wound around the first lateral branch, - a second coil wound around the second lateral branch, said choke being characterized in that: - the first lateral branch is separated from the top part by a first air gap and from the bottom part by a second air gap, - the second lateral branch is separated from the top part by a first air gap and from the bottom part by a second air gap, - said first coil has a first inductance value, - said second coil has a second inductance value, equal to the first inductance value. - a ferromagnetic core comprising three branches (1, 2, 3) extending between a bottom part and a top part, said three branches comprising a first lateral branch, a second lateral branch and a central branch, - the central branch being separated from the top part by a first air gap and from the bottom part by a second air gap, - a first coil wound around the first lateral branch, - a second coil wound around the second lateral branch, - the first lateral branch is separated from the top part by a first air gap and from the bottom part by a second air gap, - the second lateral branch is separated from the top part by a first air gap and from the bottom part by a second air gap, - said first coil has a first inductance value, - said second coil has a second inductance value, equal to the first inductance value.
3-bromopyruvate for use in a method of reducing serum levels of a cytokine in a subject with liver fibrosis, the method comprising administering to the subject a therapeutically effective amount of the 3-bromopyruvate, wherein the serum cytokine is: i) an interleukin selected from IL-1, IL-3, IL-5, IL-9, IL-10 and IL-13, ii) an enhancer of HSC-activation selected from CD40 antigen and IGBP-3, or iii) a pro-fibrotic cytokine selected from CRG-2, CTACK, VEGF, CXCL 16, CXCL1, TNF-α and eotaxin-2, and wherein the 3-bromopyruvate is microencapsulated in a beta-cyclodextrin, and wherein the subject does not have hepatocellular carcinoma or cirrhosis. i) an interleukin selected from IL-1, IL-3, IL-5, IL-9, IL-10 and IL-13, ii) an enhancer of HSC-activation selected from CD40 antigen and IGBP-3, or iii) a pro-fibrotic cytokine selected from CRG-2, CTACK, VEGF, CXCL 16, CXCL1, TNF-α and eotaxin-2, and wherein the 3-bromopyruvate is microencapsulated in a beta-cyclodextrin, and wherein the subject does not have hepatocellular carcinoma or cirrhosis.
A touch-sensitive electronic device having at least first and second touch screens (12 and 14), interface control means for touch selection of content displayed on the screens, said content being a contiguous block of text extending across the first and second screen, the interface control means being arranged such that a start position of the touch selection on the first screen is determined, in response thereto a first cursor, consisting of two adjacent elements, is shown in a non-split, unitary, configuration at the start position, next if it is determined that said touch selection moves, content is selected correspondingly between the unitary cursor at the start position and the position of the touch selection while a second cursor of the same type as the first cursor is displayed at the position of the present touch selection, and as said touch-selection on the first screen reaches an end location, namely the lower right corner of the first screen, the touch-selection functionality is arranged to continue at a start location on the second screen, namely the upper left corner of the screen, to allow for touch selection of content extending across both screens, such that a contiguous block of text that extends across the first and second screen may be selected, wherein: the interface control means is arranged to drive a display element indicating that the end location has been reached by replacing the second unitary cursor at said end location on said first screen by the first element of said unitary cursor (34, 36) and by displaying said second element of said unitary cursor at said start location on said second screen, and when the touch selection is discontinued at the first screen and consecutively continued at the start location on the second screen, then, when the touch selection is moved away from the start location, the second element shown on said second screen is replaced by a third unitary cursor displayed on said second screen, of the same type as the first and second unitary cursors, that positionally follows the movement of the touch selection that is continued on said second screen and the displaying of said first element at the end location on the first screen is, simultaneous with the appearance of the third cursor on the second screen, cancelled in response to said continued movement of the touch selection on the second screen.
A gas turbine engine comprising: an inlet having a centerbody and defining an inlet duct defining an inlet airflow path; an engine core arranged downstream of the centerbody and defining an engine centerline; and an inlet particle separator having a scavenge plenum arranged radially outwardly about at least a portion of the centerbody and having a plurality of plenum inlets fluidly coupling the inlet duct to the scavenge plenum, wherein the scavenge plenum radially outwardly bounds the inlet duct and the inlet duct defines a turn about the centerbody and the plurality of plenum inlets fluidly couple to the inlet duct along the turn. an inlet having a centerbody and defining an inlet duct defining an inlet airflow path; an engine core arranged downstream of the centerbody and defining an engine centerline; and an inlet particle separator having a scavenge plenum arranged radially outwardly about at least a portion of the centerbody and having a plurality of plenum inlets fluidly coupling the inlet duct to the scavenge plenum, wherein the scavenge plenum radially outwardly bounds the inlet duct and the inlet duct defines a turn about the centerbody and the plurality of plenum inlets fluidly couple to the inlet duct along the turn.