mhurhangee/ep-ind-claims huggingface dataset:
A recording element board, comprising: a discharge orifice arranged to discharge liquid; a pressure chamber communicating with the discharge orifice; a recording element arranged to generate thermal energy to cause bubbling of the liquid, the recording element being disposed in the pressure chamber facing the discharge orifice; a channel communicating with the pressure chamber; and a substrate on which the recording element is formed, wherein a bubble generated inside the pressure chamber by driving of the recording element communicates with the atmosphere, and wherein a rectangular shape, circumscribing an outline of a discharge orifice projection region where the discharge orifice has been projected to the substrate in a direction perpendicular to the substrate, contains a heat-generating region projection region where a heat-generating region of the recording element has been projected on the substrate; characterized in that the height of the pressure chamber in a direction perpendicular to the substrate is 7 μm or less, and the distance between the discharge orifice and the recording element in a direction perpendicular to the substrate is 12 μm or less. a discharge orifice arranged to discharge liquid; a pressure chamber communicating with the discharge orifice; a recording element arranged to generate thermal energy to cause bubbling of the liquid, the recording element being disposed in the pressure chamber facing the discharge orifice; a channel communicating with the pressure chamber; and a substrate on which the recording element is formed, wherein a bubble generated inside the pressure chamber by driving of the recording element communicates with the atmosphere, and wherein a rectangular shape, circumscribing an outline of a discharge orifice projection region where the discharge orifice has been projected to the substrate in a direction perpendicular to the substrate, contains a heat-generating region projection region where a heat-generating region of the recording element has been projected on the substrate; characterized in that the height of the pressure chamber in a direction perpendicular to the substrate is 7 μm or less, and the distance between the discharge orifice and the recording element in a direction perpendicular to the substrate is 12 μm or less.
Method for manufacturing a wrought aluminium alloy, able to be pressed and of food quality, for manufacturing cooking receptacles, comprising a step of collecting used cooking receptacles, forming an untreated raw material, a step of sorting the untreated raw material in order to form a prepared raw material and a step of melting the prepared raw material, characterised in that the collection and sorting steps are performed so that the prepared raw material comprises a proportion by weight issuing from used cooking receptacles manufactured from cast aluminium alloy of less than 20%, the remaining proportion coming mainly from used cooking receptacles manufactured from wrought aluminium alloy.
A gel-spun fiber comprising an ultra-high molecular weight polyethylene (UHMWPE), wherein the UHMWPE has an intrinsic viscosity of at least 4 dL/g and comprises at least 0.3 short chain branches per thousand total carbon atoms, characterized in that the fiber further comprises between 0.1 and 10 parts by weight of carbon black based on 100 parts by weight of the amount of the polyethylene forming the fiber.
A method for assessing connectivity architecture of multiple objects in a hydrocarbon reservoir to manage development of the reservoir, comprising: (a) specifying a data volume of data elements on a discrete two or three-dimensional grid, said data representing a selected characteristic of the hydrocarbon reservoir at each cell in the grid; (b) specifying location of at least two objects in the data volume; (c) determining all Voronoi 2-D curves or 3-D surfaces in the data volume for the at least two objects as propagation seeds, said Voronoi curves or surfaces defining where fronts started simultaneously from each object meet, wherein front propagation speed at each cell location is a function of the data element at that cell; (d) locating all saddle points on the Voronoi curves/surfaces; (e) for each saddle point, finding a locally optimal path between two objects nearest to the saddle point by finding optimal paths between the saddle point and the two objects; and (f) assessing connectivity of the at least two objects based on the locally optimal paths connecting them. (a) specifying a data volume of data elements on a discrete two or three-dimensional grid, said data representing a selected characteristic of the hydrocarbon reservoir at each cell in the grid; (b) specifying location of at least two objects in the data volume; (c) determining all Voronoi 2-D curves or 3-D surfaces in the data volume for the at least two objects as propagation seeds, said Voronoi curves or surfaces defining where fronts started simultaneously from each object meet, wherein front propagation speed at each cell location is a function of the data element at that cell; (d) locating all saddle points on the Voronoi curves/surfaces; (e) for each saddle point, finding a locally optimal path between two objects nearest to the saddle point by finding optimal paths between the saddle point and the two objects; and (f) assessing connectivity of the at least two objects based on the locally optimal paths connecting them.
An articulation mechanism for use with a surgical instrument, comprising: a shaft; a first member disposed about the shaft; a second member disposed about the shaft; and a flexible member operatively coupled to the first and second members (204, 206) the flexible member having distal and proximal portions; wherein upon rotation of the shaft at least one of the first and second members moves longitudinally along the shaft with respect to the other of the first and second members between a first position where the first and second members are approximated towards each other and a second position where the first and second members are spaced apart and moved away from each other, said longitudinal motion causing the distal portion of the flexible member to articulate relative to the proximal portion. a shaft; a first member disposed about the shaft; a second member disposed about the shaft; and a flexible member operatively coupled to the first and second members (204, 206) the flexible member having distal and proximal portions;
A method for manufacturing a heterostructure, comprising the steps of: - contacting a first substrate having a first coefficient of thermal expansion and a second substrate having a second coefficient of thermal expansion different from the first coefficient of thermal expansion, - annealing the assembly formed by contacting the first substrate and the second substrate, - after annealing, returning said assembly to room temperature, - providing, before said contacting, at least one intermediate layer at the surface of at least one of the first and second substrates, said at least one intermediate layer being made of a material which is ductile during the steps of annealing and returning to room temperature, - performing the contacting with the at least one intermediate layer sandwiched between the first and the second substrate, characterized in that: - upon returning to room temperature, applying an outer pressure to said assembly in order to compress (TC, C) said assembly. - contacting a first substrate having a first coefficient of thermal expansion and a second substrate having a second coefficient of thermal expansion different from the first coefficient of thermal expansion, - annealing the assembly formed by contacting the first substrate and the second substrate, - after annealing, returning said assembly to room temperature, - providing, before said contacting, at least one intermediate layer at the surface of at least one of the first and second substrates, said at least one intermediate layer being made of a material which is ductile during the steps of annealing and returning to room temperature, - performing the contacting with the at least one intermediate layer sandwiched between the first and the second substrate, - upon returning to room temperature, applying an outer pressure to said assembly in order to compress (TC, C) said assembly.
A method, comprising: determining at least a first region of interest at a first time in visual virtual reality content that is configured to extend beyond a viewer's field of view when viewing the visual virtual reality content; monitoring, while a viewer (1301; 1302) is viewing the visual virtual reality content, whether a defined proportion of the viewer's field of view coincides with the first region of interest in the visual virtual reality content; controlling advancement of the visual virtual reality content based on whether the defined proportion of the viewer's field of view coincides with the determined first region of interest in the visual virtual reality content; determining a new second region of interest, positioned outside the viewer's field of view while the viewer is viewing the visual virtual reality content, at a second time in the visual virtual reality content; determining, while the viewer is viewing the visual virtual reality content, that the defined proportion of the viewer's field of view does not coincide with the new second region of interest in the visual virtual reality content; and ceasing advancement of at least a portion of the visual virtual reality content, comprising the new second region of interest, based on the determination that the defined proportion of the viewer's field of view does not coincide with the new second region of interest in the visual virtual reality content. determining at least a first region of interest at a first time in visual virtual reality content that is configured to extend beyond a viewer's field of view when viewing the visual virtual reality content; monitoring, while a viewer (1301; 1302) is viewing the visual virtual reality content, whether a defined proportion of the viewer's field of view coincides with the first region of interest in the visual virtual reality content; controlling advancement of the visual virtual reality content based on whether the defined proportion of the viewer's field of view coincides with the determined first region of interest in the visual virtual reality content; determining a new second region of interest, positioned outside the viewer's field of view while the viewer is viewing the visual virtual reality content, at a second time in the visual virtual reality content; determining, while the viewer is viewing the visual virtual reality content, that the defined proportion of the viewer's field of view does not coincide with the new second region of interest in the visual virtual reality content; and ceasing advancement of at least a portion of the visual virtual reality content, comprising the new second region of interest, based on the determination that the defined proportion of the viewer's field of view does not coincide with the new second region of interest in the visual virtual reality content.
A first network device, comprising: a main bridge (brO); a first bridge different from the main bridge (brO); an Ethernet interface provided with a first Ethernet port whose bridge is selectively set as one of the main bridge and the first bridge; and a processing unit coupled to the Ethernet interface to perform the following steps in response to the first Ethernet port being connected to a mesh network: controlling the first Ethernet port to transmit a first broadcast packet (BP#1) carrying a first EIW; if a second broadcast packet (BP#2) is received within a predetermined period, parsing the second broadcast packet (BP#2) to extract a packet path information to determine whether a path loop exists; if it is determined that the path loop exists, determining, according to the first EIW and a second EIW carried by the second broadcast packet (BP#2), whether the bridge of the first Ethernet port is set as the first bridge and whether the first Ethernet port needs to be set to a blocking state. a main bridge (brO); a first bridge different from the main bridge (brO); an Ethernet interface provided with a first Ethernet port whose bridge is selectively set as one of the main bridge and the first bridge; and a processing unit coupled to the Ethernet interface to perform the following steps in response to the first Ethernet port being connected to a mesh network: controlling the first Ethernet port to transmit a first broadcast packet (BP#1) carrying a first EIW; if a second broadcast packet (BP#2) is received within a predetermined period, parsing the second broadcast packet (BP#2) to extract a packet path information to determine whether a path loop exists; if it is determined that the path loop exists, determining, according to the first EIW and a second EIW carried by the second broadcast packet (BP#2), whether the bridge of the first Ethernet port is set as the first bridge and whether the first Ethernet port needs to be set to a blocking state. controlling the first Ethernet port to transmit a first broadcast packet (BP#1) carrying a first EIW; if a second broadcast packet (BP#2) is received within a predetermined period, parsing the second broadcast packet (BP#2) to extract a packet path information to determine whether a path loop exists; if it is determined that the path loop exists, determining, according to the first EIW and a second EIW carried by the second broadcast packet (BP#2), whether the bridge of the first Ethernet port is set as the first bridge and whether the first Ethernet port needs to be set to a blocking state.
A method of increasing localized inductance in a conductor of a communications connector, the connector comprising a plurality of conductors (62a, 62b; 64a, 64b; 66a, 66b; 68a, 68b), the conductors (62a, 62b; 64a, 64b; 66a, 66b; 68a, 68b) being electrically connected with electrical terminals (22a, 22b; 24a, 24b; 26a, 26b; 28a, 28b) that are arranged in pairs, the method comprising coupling sections (70, 72) of two of the conductors (62a, 62b) that are electrically connected with a pair of electrical terminals (22a, 22b), the sections (70, 72) being immediately adjacent to each other and having the same instantaneous current direction, the method further comprising selecting the portions of the two conductors (62a, 62b) that travel immediately adjacent to each other in order to provide a pre-selected improvement in a return loss of the to conductors (62a, 62b).
A method for an electronic device comprising: detecting a first touch input representing a selection of multiple rows of text displayed on a touch-sensitive display of the electronic device; the method being characterized by the steps of determining whether a complete row of text has been selected from a start point or to an end point of the selected text located in a current paragraph; displaying a paragraph selection handle proximal to said row, the paragraph selection handle being responsive to a second touch input to place the electronic device in a paragraph selection mode for the selection of text, the second touch input being operable to select and then drag the paragraph selection handle in one direction for the selection of text; and terminating the paragraph selection mode responsive to detection of a reversal in the direction of drag of the paragraph selection handle when the selection of text includes at least some text in said current paragraph and the complete text in an adjacent paragraph. detecting a first touch input representing a selection of multiple rows of text displayed on a touch-sensitive display of the electronic device; the method being characterized by the steps of determining whether a complete row of text has been selected from a start point or to an end point of the selected text located in a current paragraph; displaying a paragraph selection handle proximal to said row, the paragraph selection handle being responsive to a second touch input to place the electronic device in a paragraph selection mode for the selection of text, the second touch input being operable to select and then drag the paragraph selection handle in one direction for the selection of text; and terminating the paragraph selection mode responsive to detection of a reversal in the direction of drag of the paragraph selection handle when the selection of text includes at least some text in said current paragraph and the complete text in an adjacent paragraph.
Cosmetic use of an effective amount of at least one probiotic microorganism of the species Lactobacillus paracasei as agent for preventing cutaneous irritation induced by one or more external aggressions(s) chosen from: - mechanical stresses; or - thermal or climatic imbalances. - mechanical stresses; or - thermal or climatic imbalances.
A gas turbine engine, comprising: an electronic control unit adapted to control functions of a compressor section, a combustor section, and a turbine section of the gas turbine engine and having a DC power input unit coupled to receive DC supply power and being devoid of any internal power rectification circuit; an ignition exciter, the ignition exciter comprising: an AC power input unit adapted to receive AC power from an AC power source within the gas turbine engine; a power rectification unit coupled to receive the AC power from the AC power source and configured, upon receipt thereof, to rectify the AC power into DC power; and a DC power output unit coupled to receive the DC power from the power rectification unit and configured to supply the DC power to the DC power input unit of the electronic control unit as DC supply power; and an ignition igniter coupled to the ignition exciter, wherein the DC power output unit of the ignition exciter is adapted to supply the DC power rectified by the power rectification unit directly to both the electronic control unit and to the ignition igniter of the gas turbine engine. an electronic control unit adapted to control functions of a compressor section, a combustor section, and a turbine section of the gas turbine engine and having a DC power input unit coupled to receive DC supply power and being devoid of any internal power rectification circuit; an ignition exciter, the ignition exciter comprising: an AC power input unit adapted to receive AC power from an AC power source within the gas turbine engine; a power rectification unit coupled to receive the AC power from the AC power source and configured, upon receipt thereof, to rectify the AC power into DC power; and a DC power output unit coupled to receive the DC power from the power rectification unit and configured to supply the DC power to the DC power input unit of the electronic control unit as DC supply power; and an ignition igniter coupled to the ignition exciter, wherein the DC power output unit of the ignition exciter is adapted to supply the DC power rectified by the power rectification unit directly to both the electronic control unit and to the ignition igniter of the gas turbine engine. an AC power input unit adapted to receive AC power from an AC power source within the gas turbine engine; a power rectification unit coupled to receive the AC power from the AC power source and configured, upon receipt thereof, to rectify the AC power into DC power; and a DC power output unit coupled to receive the DC power from the power rectification unit and configured to supply the DC power to the DC power input unit of the electronic control unit as DC supply power; and an ignition igniter coupled to the ignition exciter, wherein the DC power output unit of the ignition exciter is adapted to supply the DC power rectified by the power rectification unit directly to both the electronic control unit and to the ignition igniter of the gas turbine engine.
A mobile terminal comprising a receiver configured to receive a position request including a trace session identification parameter and to receive a measurement configuration message, a controller configured to perform positioning of the mobile terminal and to collect measurement data in response to the received position request including the trace session identification parameter and in response to the received measurement configuration message respectively, and a sender configured to send the measurement data and the positioning data both including the trace session identification parameter.
Heat exchanger of the brazed plate and fin type comprising a plurality of plates arranged in a mutually parallel manner so as to define a series of passages for the flow of a first fluid to be brought into a heat exchange relationship with at least one second fluid, at least one passage being formed between a successive first plate and second plate and comprising: - at least one first spacer element extending next to the first plate and defining, within the passage, a first set of channels for the flow of the first fluid, - at least one second spacer element extending next to the second plate and defining, within the passage, a second set of channels for the flow of the first fluid, said first and second spacer elements (221, 222) being superposed in the height of the passage, measured perpendicularly to the plates (6, 7), the channels of the first set extending generally parallel to a first direction parallel to the first and second plates (6, 7) and the channels of the second set extending generally parallel to a second direction parallel to the first and second plates (6, 7), characterized in that the first direction forms, in section in a plane parallel to the first and second plates (6, 7), an acute angle with the second direction. - at least one first spacer element extending next to the first plate and defining, within the passage, a first set of channels for the flow of the first fluid, - at least one second spacer element extending next to the second plate and defining, within the passage, a second set of channels for the flow of the first fluid, said first and second spacer elements (221, 222) being superposed in the height of the passage, measured perpendicularly to the plates (6, 7), the channels of the first set extending generally parallel to a first direction parallel to the first and second plates (6, 7) and the channels of the second set extending generally parallel to a second direction parallel to the first and second plates (6, 7), characterized in that the first direction forms, in section in a plane parallel to the first and second plates (6, 7), an acute angle with the second direction. said first and second spacer elements (221, 222) being superposed in the height of the passage, measured perpendicularly to the plates (6, 7), the channels of the first set extending generally parallel to a first direction parallel to the first and second plates (6, 7) and the channels of the second set extending generally parallel to a second direction parallel to the first and second plates (6, 7), characterized in that the first direction forms, in section in a plane parallel to the first and second plates (6, 7), an acute angle with the second direction.
A method in a first network node for handling transport network data traffic in a first base station, which first base station comprises a transport network transmission equipment and which transport network transmission equipment is a part of the transport network, characterized in that the method comprising: when the first base station is in a sleep mode, determining (306, 801) that the transport network transmission equipment should be bypassed by activating a relay comprised in the first base station such that data traffic from a second network node is transmitted via the relay to a third network node. when the first base station is in a sleep mode, determining (306, 801) that the transport network transmission equipment should be bypassed by activating a relay comprised in the first base station such that data traffic from a second network node is transmitted via the relay to a third network node.