mhurhangee/ep-ind-claims huggingface dataset:
A 3D printing system comprising: a build material distributor to form a layer of build material within a build module; an agent distribution module to distribute one or multiple agents onto a formed layer of build material; a build material measurement module comprising a height sensor to obtain height measurements from both a solidified portion and an unsolidified portion of a formed layer of build material and to determine therefrom a level of vertical contraction of a solidified portion of the layer of build material; and a controller configured to: determine if the determined level of contraction is within an acceptable range; and to modify one or multiple operating parameters of the printing system such that solidified portions of a subsequently processed layer of build material have a level of contraction within an acceptable range. a build material distributor to form a layer of build material within a build module; an agent distribution module to distribute one or multiple agents onto a formed layer of build material; a build material measurement module comprising a height sensor to obtain height measurements from both a solidified portion and an unsolidified portion of a formed layer of build material and to determine therefrom a level of vertical contraction of a solidified portion of the layer of build material; and a controller configured to: determine if the determined level of contraction is within an acceptable range; and to modify one or multiple operating parameters of the printing system such that solidified portions of a subsequently processed layer of build material have a level of contraction within an acceptable range. determine if the determined level of contraction is within an acceptable range; and to modify one or multiple operating parameters of the printing system such that solidified portions of a subsequently processed layer of build material have a level of contraction within an acceptable range.
A heat-shrinkable film for label, which comprises a foamed layer comprising polystyrene as a principal component, and a pair of non-foamed layers adhesively melted to either side of the foamed layer, wherein the foamed layer and the pair of the non-foamed layers are layered by coextrusion to provide a low specific gravity less than 1.0; and wherein the foamed ratio of the foamed layer is in the range of 5 to 20 %.
A nucleoside 5'-triphosphate analog according to formula: or a salt or protonated form thereof, wherein: X is O, S, or BH 3; w is 1, 2, 3, 4, or 5; B is selected from the group consisting of and and Y is CH or N; L 1 is a first linker group and L 1 is 3-25 atoms in length; L 2 is a second linker group and L 2 is and m is 2 or 3; L 3 is a third linker group and L 3 is 4-47 atoms in length; D 1 is a detectable label; and the disulfide bond is cleavable by a chemical reagent, wherein after the disulfide bond is cleaved by the chemical reagent, there is no free thiol group linked to the base. X is O, S, or BH 3; w is 1, 2, 3, 4, or 5; L 1 is a first linker group and L 1 is 3-25 atoms in length; L 2 is a second linker group and L 2 is and m is 2 or 3; L 3 is a third linker group and L 3 is 4-47 atoms in length; D 1 is a detectable label; and the disulfide bond is cleavable by a chemical reagent, wherein after the disulfide bond is cleaved by the chemical reagent, there is no free thiol group linked to the base.
A method for preventing metal corrosion, the method comprising contacting an effective amount of an anticorrosion composition with an aqueous system in contact with a metal, the anticorrosion composition comprising an alkyl benzotriazole, an alkyl tolyltriazole, an alkoxy benzotriazole, an alkoxy tolyltriazole, a nitro benzotriazole, a nitro tolyltriazole, a halo benzotriazole, a halo tolyltriazole, a hydrogenated benzotriazole, a hydrogenated tolyltriazole, or a salt thereof, or a combination thereof; wherein the aqueous system comprises a brine and has a pH of less than 3; wherein the alkyl benzotriazole is butyl benzotriazole, pentyl benzotriazole, hexyl benzotriazole, heptyl benzotriazole, octyl benzotriazole, or a combination thereof.
An electrode material for a secondary battery wherein the inside and the surface of a lithium-titanium complex oxide is composited with a fine carbon fiber as a network, wherein the fine carbon fiber is produced by vapor phase growth in which a graphite-net plane forms a structural unit comprising closed head-top part and body-part with open lower-end, 2 to 30 of the structural units are stacked sharing a common central axis to form an aggregate, and the aggregates are connected in head-to-tail style with a distance to form the fiber.
Method for detecting unwanted intrusions into an information network comprising a step for receiving a plurality of pieces of raw data (40, 50) from this network, comprising for each piece of raw data (40, 50) received: - a step for allocating at least one intrusion indicator search engine (32, 33, 34, 35) which is suitable for processing this type of piece of raw data, - a step for processing this piece of raw data, carried out in parallel by each search engine (32, 33, 34, 35) allocated to this piece of raw data (40, 50), each search engine (32, 33, 34, 35) being configured to search within said piece of data for at least one intrusion indicator and to extract potential new data to be analyzed, known as derived data (41, 51, 52, 53, 54), which may be corrupted, - a step for returning each piece of derived data (41, 51, 52, 53, 54) as a new piece of raw data to said step for allocating, if this piece of derived data has not already been processed by the same search engine allocated to this piece of data, so as to provide recursive analysis of each piece of raw data from the information network, characterized in that the recursive analysis continuing if said search engine has been updated and has a version different from the one used for a prior processing of the piece of derived data. - a step for allocating at least one intrusion indicator search engine (32, 33, 34, 35) which is suitable for processing this type of piece of raw data, - a step for processing this piece of raw data, carried out in parallel by each search engine (32, 33, 34, 35) allocated to this piece of raw data (40, 50), each search engine (32, 33, 34, 35) being configured to search within said piece of data for at least one intrusion indicator and to extract potential new data to be analyzed, known as derived data (41, 51, 52, 53, 54), which may be corrupted, - a step for returning each piece of derived data (41, 51, 52, 53, 54) as a new piece of raw data to said step for allocating, if this piece of derived data has not already been processed by the same search engine allocated to this piece of data, so as to provide recursive analysis of each piece of raw data from the information network,
A display device for virtual reality, the display device comprising: a first display panel for displaying an image for a left eye; and a second display panel for displaying an image for a right eye, the first display panel and the second display panel both having a mix of unit pixels that include a first unit pixel type and a second unit pixel type, the first unit pixel type comprising subpixels of a first color and a second color but not a third color, and the second unit pixel type comprising subpixels of the third color and the second color but not the first color wherein the first display panel comprises a first pixel row having a first end and a second end that is closer to the second display panel than the first end, wherein the second display panel comprises a first pixel row aligned with the first pixel row of the first panel and having a third end and a fourth end that is further from the first display panel than the third end, wherein a first unit pixel at the first end of the first pixel row of the first panel is the first unit pixel type, and a first unit pixel at the third end of the first pixel row of the second panel is the second unit pixel type. a first display panel for displaying an image for a left eye; and a second display panel for displaying an image for a right eye, the first display panel and the second display panel both having a mix of unit pixels that include a first unit pixel type and a second unit pixel type, the first unit pixel type comprising subpixels of a first color and a second color but not a third color, and the second unit pixel type comprising subpixels of the third color and the second color but not the first color wherein the first display panel comprises a first pixel row having a first end and a second end that is closer to the second display panel than the first end, wherein the second display panel comprises a first pixel row aligned with the first pixel row of the first panel and having a third end and a fourth end that is further from the first display panel than the third end, wherein a first unit pixel at the first end of the first pixel row of the first panel is the first unit pixel type, and a first unit pixel at the third end of the first pixel row of the second panel is the second unit pixel type.
A pressure control apparatus for a supercritical fluid comprising: (a) a valve comprising: a valve chamber provided in a midway of a channel through which a supercritical fluid passes, and an electrically-operated valve element located in the valve chamber, wherein a front end of the valve element fits into the valve chamber when the valve is closed, and it travels backward when the valve is opened; (b) a pressure detection member for detecting pressure of the supercritical fluid in the channel on an upstream or downstream side of the valve chamber; (c) an actuator for moving the valve element in an open/close cycle; and (d) an open/close control member for controlling the pressure detected by the pressure detection member to be a target pressure, by controlling an open/close cycle of the valve; characterized in that the pressure control apparatus further comprises: (e) a valve-opening rate adjustment member for automatically adjusting a gap length defining the stroke of the valve element when the valve is opened, in response to a changing parameter of the supercritical fluid. (a) a valve comprising: a valve chamber provided in a midway of a channel through which a supercritical fluid passes, and an electrically-operated valve element located in the valve chamber, wherein a front end of the valve element fits into the valve chamber when the valve is closed, and it travels backward when the valve is opened; a valve chamber provided in a midway of a channel through which a supercritical fluid passes, and an electrically-operated valve element located in the valve chamber, (b) a pressure detection member for detecting pressure of the supercritical fluid in the channel on an upstream or downstream side of the valve chamber; (c) an actuator for moving the valve element in an open/close cycle; and (d) an open/close control member for controlling the pressure detected by the pressure detection member to be a target pressure, by controlling an open/close cycle of the valve; (e) a valve-opening rate adjustment member for automatically adjusting a gap length defining the stroke of the valve element when the valve is opened, in response to a changing parameter of the supercritical fluid.
An agricultural working implement comprising: a support frame adapted to be coupled to a longitudinal end of an agricultural working machine so that a longitudinal direction of the support frame extends transversely relative to a longitudinal direction of the working machine, and an elongate working member which is mounted by way of an actuating device to a longitudinal end of the support frame pivotably about a pivot axis extending transversely relative to the longitudinal direction of the support frame so that the working member is pivotable in accordance with its length on the support frame through a predetermined pivot angle between a working position and a transport position, characterised in that the actuating device is so adapted that at least in the transport position the working member is longitudinally displaceable relative to the support frame by a predetermined lengthwise travel. a support frame adapted to be coupled to a longitudinal end of an agricultural working machine so that a longitudinal direction of the support frame extends transversely relative to a longitudinal direction of the working machine, and an elongate working member which is mounted by way of an actuating device to a longitudinal end of the support frame pivotably about a pivot axis extending transversely relative to the longitudinal direction of the support frame so that the working member is pivotable in accordance with its length on the support frame through a predetermined pivot angle between a working position and a transport position, characterised in that the actuating device is so adapted that at least in the transport position the working member is longitudinally displaceable relative to the support frame by a predetermined lengthwise travel.
Device for regulating the airflow in an air damper, comprising a twist sleeve of flexible material, the cross section of which substantially conforms to an outer tube in which the flow takes place, one end of the twist sleeve being disposed on the inner side of the outer tube and the other end of the twist sleeve being disposed in a tube sleeve which can be rotated under an axial displacement controlled in relation to the rotation, wherein the outer diameter of the tube sleeve is somewhat smaller than the inner diameter of the outer tube, so that the tube sleeve slides easily in the outer tube, and in which the tube sleeve is provided with a helical slot, and in which the rotation of the tube sleeve is achieved by an operating apparatus configured in such a way that the operating apparatus pulls round the tube sleeve, at the same time as the tube sleeve moves axially, characterized in that the helical slot comprises teeth along a first edge, and the operating apparatus comprises a gearwheel adapted to, when being rotated, cooperate with the teeth in the helical slot to pull around the tube sleeve.
A method for bending and toughening of curved glass using a flexible shaft, wherein after glass is discharged from a heating furnace, the glass is preformed in a trend that two edge portions of the glass in a transverse direction are kept in a same plane and a middle portion of the glass in the transverse direction gradually sinks along a conveying direction, then enters a forming and toughening section with the two edge portions in the transverse direction being supported, and is finally formed and toughened, thereby finishing bending and toughening of the curved glass.
Dashboard of a motor vehicle comprising at least one decorative element, said decorative element comprising a first part and a second part, the first part of the decorative element being made of a first non-transparent material, the first material having a decorative layer, the second part of the decorative element being made of a second transparent material, characterised in that the dashboard comprises a display device, said display device having a display zone that is surrounded by the decorative element and that the first part of the decorative element and the second part of the decorative element are made in one piece, the decorative layer being a chrome layer.
A method comprising: determining a current location of a master copy of a data item stored on a distributed storage system, wherein the current location of the master copy of the data item comprises a current data store from a plurality of data stores on the distributed storage system; determining an access pattern associated with the master copy of the data item, the access pattern comprising one or more originating locations of a set of access requests received by the distributed storage system for the master copy of the data item and a respective number of access requests received from each of the one or more originating locations; determining, based on the access pattern associated with the master copy of the data item, a different location on the distributed storage system for storing the master copy of the data item, the different location comprising a different data store from the plurality of data stores; and placing the master copy of the data item at the different location on the distributed storage system, wherein the master copy of the data item represents an authoritative state or version of the data item and has been replicated to a replica data item. determining a current location of a master copy of a data item stored on a distributed storage system, wherein the current location of the master copy of the data item comprises a current data store from a plurality of data stores on the distributed storage system; determining an access pattern associated with the master copy of the data item, the access pattern comprising one or more originating locations of a set of access requests received by the distributed storage system for the master copy of the data item and a respective number of access requests received from each of the one or more originating locations; determining, based on the access pattern associated with the master copy of the data item, a different location on the distributed storage system for storing the master copy of the data item, the different location comprising a different data store from the plurality of data stores; and placing the master copy of the data item at the different location on the distributed storage system, wherein the master copy of the data item represents an authoritative state or version of the data item and has been replicated to a replica data item.
Compounds of formula: wherein R and R 1, which can be the same or different, are selected from H; straight or branched C1-C6 alkyl; C5-C6 cycloalkyl optionally substituted with C1-C4 alkyl groups; C3-C9 alkenyl; phenyl, naphthyl, heteroaryl optionally substituted with one or more groups selected from straight or branched C1-C6 alkyl, halogens, -NO 2, -OR 2 groups wherein R 2 is selected from H, straight or branched C1-C6 alkyl, optionally substituted benzyl or R and R 1 linked together to form an optionally substituted C5 or C6 cycle.
A wiper intended to be fitted on a container containing a product, in particular a cosmetic product, to be applied by means of an applicator, said wiper comprising a cylindrical body extending along a longitudinal axis, a part (21, 22) of which forms the actual wiping member, said body having, along the longitudinal axis, a rim that is able to rest on an edge of the container delimiting an opening therein, coupling means intended to couple the wiper to the container, and a portion (23, 23', 23") that is elastically deformable along the longitudinal axis and is provided between said rim and said coupling means, wherein the elastically deformable portion is in the form of an openwork portion (23, 23', 23") of the body and characterized in that the inner surface of the body has a shoulder extending radially inwardly and situated along the longitudinal axis between the elastically deformable portion (23, 23', 23") and the coupling means.
IOL holder container, wherein the IOL holder container comprises - a reservoir holding a storage liquid and an IOL holder holding an IOL; - retaining parts in said reservoir for holding said IOL holder; characterised in that the IOL holder container comprises - closing walls (103, 104) in said reservoir for closing opposite openings (15, 17) of said IOL holder. - a reservoir holding a storage liquid and an IOL holder holding an IOL; - retaining parts in said reservoir for holding said IOL holder; - closing walls (103, 104) in said reservoir for closing opposite openings (15, 17) of said IOL holder.
A decoding apparatus for decoding encoded moving picture data, comprising: a decoder configured to decode the encoded moving picture data into decoded pictures by performing interframe predictions including backward interframe prediction from a temporally subsequent frame; a frame buffer in which the decoded pictures are storable, wherein the decoded pictures in the frame buffer comprise at least one reference frame for decoding of a next image and at least one frame not used as reference frame but retained in the frame buffer before coming of its output time; and a controller of the decoding apparatus executing steps to implement: if a decoded picture is an Instantaneous Decoder Refresh picture, and an instruction flag attached to the Instantaneous Decoder Refresh picture is "0", deleting all the at least one reference frame stored in the frame buffer but not deleting the at least one frame not used as reference frame stored in the frame buffer before coming of its output time; and if a decoded picture is the Instantaneous Decoder Refresh picture, and the instruction flag is "1", deleting all the decoded pictures stored in the frame buffer. a decoder configured to decode the encoded moving picture data into decoded pictures by performing interframe predictions including backward interframe prediction from a temporally subsequent frame; a frame buffer in which the decoded pictures are storable, wherein the decoded pictures in the frame buffer comprise at least one reference frame for decoding of a next image and at least one frame not used as reference frame but retained in the frame buffer before coming of its output time; and a controller of the decoding apparatus executing steps to implement: if a decoded picture is an Instantaneous Decoder Refresh picture, and an instruction flag attached to the Instantaneous Decoder Refresh picture is "0", deleting all the at least one reference frame stored in the frame buffer but not deleting the at least one frame not used as reference frame stored in the frame buffer before coming of its output time; and if a decoded picture is the Instantaneous Decoder Refresh picture, and the instruction flag is "1", deleting all the decoded pictures stored in the frame buffer. if a decoded picture is an Instantaneous Decoder Refresh picture, and an instruction flag attached to the Instantaneous Decoder Refresh picture is "0", deleting all the at least one reference frame stored in the frame buffer but not deleting the at least one frame not used as reference frame stored in the frame buffer before coming of its output time; and if a decoded picture is the Instantaneous Decoder Refresh picture, and the instruction flag is "1", deleting all the decoded pictures stored in the frame buffer.