mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determination of real subsoil geological formation characterized in that the method comprises: /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determining a first fluvial geological formation (901, 903) in said model using parametric surfaces, /c/ determining a subsequent fluvial geological formation (921, 923) as a deformation of the first fluvial geological formation using parametric surfaces and based on at least observation data arising from seismic imaging, /d/ subtract the first fluvial geological formation from the subsequent fluvial geological formation to create a new geological formation named point bar formation, /e/ determine a real subsoil composition for the point bar formation, wherein steps /c/ to /d/ are reiterated to create a plurality of point bar formations, and wherein a respective flow transmissivity parameter is associated with each one of the plurality of point bar formations, the respective flow transmissivity parameter for a given point bar formation determined during the iteration n being greater than the respective flow transmissivity parameter for a given point bar formation determined during the iteration n+1, /f/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations and their respective real subsoil compositions. /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determining a first fluvial geological formation (901, 903) in said model using parametric surfaces, /c/ determining a subsequent fluvial geological formation (921, 923) as a deformation of the first fluvial geological formation using parametric surfaces and based on at least observation data arising from seismic imaging, /d/ subtract the first fluvial geological formation from the subsequent fluvial geological formation to create a new geological formation named point bar formation, /e/ determine a real subsoil composition for the point bar formation, wherein steps /c/ to /d/ are reiterated to create a plurality of point bar formations, and wherein a respective flow transmissivity parameter is associated with each one of the plurality of point bar formations, the respective flow transmissivity parameter for a given point bar formation determined during the iteration n being greater than the respective flow transmissivity parameter for a given point bar formation determined during the iteration n+1, wherein steps /c/ to /d/ are reiterated to create a plurality of point bar formations, and wherein a respective flow transmissivity parameter is associated with each one of the plurality of point bar formations, the respective flow transmissivity parameter for a given point bar formation determined during the iteration n being greater than the respective flow transmissivity parameter for a given point bar formation determined during the iteration n+1, /f/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations and their respective real subsoil compositions.
An air separator for an extracorporeal blood circuit for separating air from a fluid flowing through the air separator, comprising at least one air separation chamber having: - at least one inlet channel, through which the fluid can flow into the air separation chamber, and having - at least one outlet channel, through which the fluid can flow out of the air separation chamber, wherein the air separation chamber comprises: - one first chamber having at least one first chamber cross-section, into which the inlet channel opens, - at least one second chamber having one second chamber cross-section, from which the outlet channel leaves, wherein a connection opening is provided between the first chamber and the second chamber, through which the fluid can flow from the first chamber into the second chamber, wherein the air separator according to the invention comprises an indentation or a constriction of its inner and/or outer wall, characterized in that the inlet of the fluid occurs tangentially to at least one side wall (17, 27) of the first chamber, and in that the inlet channel is arranged in a lower region of the air separator or in a lower region of the first chamber. - at least one inlet channel, through which the fluid can flow into the air separation chamber, and having - at least one outlet channel, through which the fluid can flow out of the air separation chamber, - one first chamber having at least one first chamber cross-section, into which the inlet channel opens, - at least one second chamber having one second chamber cross-section, from which the outlet channel leaves,
A drive mechanism of a drug delivery device for setting and dispensing of a dose of a medicament, the mechanism comprising: - a housing, - a piston rod to operably engage with a piston of a cartridge for displacing the piston in a distal direction, - a dose indicating member with a dose size information thereon, being rotatable in a dose incrementing direction for setting of a dose, - a drive wheel operably engaged with the piston rod for displacing the piston rod in distal direction for dose dispensing, characterized in that - the dose indicating member is connected to a spring element and is rotatable in the dose incrementing direction against the action of the spring element, and - wherein the dose indicating member is engageable with the drive wheel during dose dispensing to transfer a driving force to the drive wheel when driven by the relaxing spring element in a dose decrementing direction. - a housing, - a piston rod to operably engage with a piston of a cartridge for displacing the piston in a distal direction, - a dose indicating member with a dose size information thereon, being rotatable in a dose incrementing direction for setting of a dose, - a drive wheel operably engaged with the piston rod for displacing the piston rod in distal direction for dose dispensing, characterized in that - the dose indicating member is connected to a spring element and is rotatable in the dose incrementing direction against the action of the spring element, and - wherein the dose indicating member is engageable with the drive wheel during dose dispensing to transfer a driving force to the drive wheel when driven by the relaxing spring element in a dose decrementing direction.
A controller for controlling wireless command transmission to a robotic device, the controller being configured to: obtain an action that is to be performed by a robotic device; determine a quality of control, QoC, level associated with the action, wherein the QoC level is indicative of a Key Performance Indicator, KPI, requirement for execution of a command pertaining to the action, wherein the action belongs to at least one of multiple QoC levels associated with different KPI requirement levels for the robotic device; and trigger a setting of at least one transmission parameter for a wireless transmission of the command pertaining to the action, wherein the setting is dependent on the QoC level determined for the action, wherein the setting of the at least one transmission parameter is defined by at least one of: a transmission resource consumption level and a Quality of Service, QoS, level of a wireless transmission channel, wherein a KPI requirement level pertaining to a lower KPI requirement corresponds to at least one of a lower transmission resource consumption level and a lower QoS level. obtain an action that is to be performed by a robotic device; determine a quality of control, QoC, level associated with the action, wherein the QoC level is indicative of a Key Performance Indicator, KPI, requirement for execution of a command pertaining to the action, wherein the action belongs to at least one of multiple QoC levels associated with different KPI requirement levels for the robotic device; and trigger a setting of at least one transmission parameter for a wireless transmission of the command pertaining to the action, wherein the setting is dependent on the QoC level determined for the action, wherein the setting of the at least one transmission parameter is defined by at least one of: a transmission resource consumption level and a Quality of Service, QoS, level of a wireless transmission channel, wherein a KPI requirement level pertaining to a lower KPI requirement corresponds to at least one of a lower transmission resource consumption level and a lower QoS level.
A method of organizing at least two servers or computers, the method comprising the steps of: defining a set of servers or computers comprising at least three servers or computers (18, 20, 22, 24, 26, 28, 30, 32), said set of servers or computers being arranged to run on different functional units (2, 4) and to manage the same set of resources (10, 12,14, 16); and defining a server or computer of said set of servers or computers as a controlling server or computer to control at least one predetermined function of at least one other server or computer in said set, characterized by selecting another server or computer of said set of servers or computers to comprise a backup controlling server or computer and establishing connections between said backup controlling server or computer and the other servers or computers in said set of servers or computers. defining a set of servers or computers comprising at least three servers or computers (18, 20, 22, 24, 26, 28, 30, 32), said set of servers or computers being arranged to run on different functional units (2, 4) and to manage the same set of resources (10, 12,14, 16); and defining a server or computer of said set of servers or computers as a controlling server or computer to control at least one predetermined function of at least one other server or computer in said set, characterized by selecting another server or computer of said set of servers or computers to comprise a backup controlling server or computer and establishing connections between said backup controlling server or computer and the other servers or computers in said set of servers or computers.
Container for pharmaceutical product comprising: - a casing including: - one or more first faces defining a containment volume, - at least one opening capable of allowing access to said volume containment from the outside, - at least one secondary face overlapped, within said containment volume, to a portion of said first face in such a way as to define an overlapping area and a slot arranged between said secondary face and said first face, and - at least one lid configured to close said opening, in at least one closing configuration, and including at least a first portion constrained to said casing capable of overlapping said opening and a second portion configured to be housed within said slot and to at least partially overlap said overlapping area in said closing configuration, and characterized by that - said portions (30, 31) are mutually constrained by connection means which can be tear-off detachable, - said first face comprises at least one flap overlapped on part of said overlapping area and protruding in skewed manner with respect to said first face away from said opening, and - said second portion comprises a first hole configured to house interlocked said flap when said lid is in a closing configuration in such a way as to irreversibly block said second portion in said overlapping area and allow access to said containment volume exclusively by detaching said connection means. - a casing including: - one or more first faces defining a containment volume, - at least one opening capable of allowing access to said volume containment from the outside, - at least one secondary face overlapped, within said containment volume, to a portion of said first face in such a way as to define an overlapping area and a slot arranged between said secondary face and said first face, and - one or more first faces defining a containment volume, - at least one opening capable of allowing access to said volume containment from the outside, - at least one secondary face overlapped, within said containment volume, to a portion of said first face in such a way as to define an overlapping area and a slot arranged between said secondary face and said first face, and - at least one lid configured to close said opening, in at least one closing configuration, and including at least a first portion constrained to said casing capable of overlapping said opening and a second portion configured to be housed within said slot and to at least partially overlap said overlapping area in said closing configuration, - said portions (30, 31) are mutually constrained by connection means which can be tear-off detachable, - said first face comprises at least one flap overlapped on part of said overlapping area and protruding in skewed manner with respect to said first face away from said opening, and - said second portion comprises a first hole configured to house interlocked said flap when said lid is in a closing configuration in such a way as to irreversibly block said second portion in said overlapping area and allow access to said containment volume exclusively by detaching said connection means.
A vessel having sterile contents, the contents comprising in predetermined proportions (i) a foamable liquid and (ii) a gas or gas mixture other than air, the contents being at a pressure substantially above atmospheric, the vessel having an outlet adapted to cooperate with a syringe nozzle, characterised in that said outlet has associated with it a resilient closure such as a rubber septum which is piercable by a hypodermic needle and which forms a seal around the needle when it is pierced.
A microwave physiotherapy acupoint acupuncture device, comprising a main console and a physiotherapy couch, wherein an end part of the physiotherapy couch is provided with a mounting frame and a control box, the mounting frame being provided with a patient parameter display screen, wherein a microwave source is arranged inside the control box, and a control panel is arranged outside the control box; wherein a side part of the physiotherapy couch is provided with a mounting box, wherein a microwave magnetron is arranged inside the mounting box, and a mechanical arm is arranged at a top of the mounting box; wherein an end part of the mechanical arm is provided with a microwave probe, and the microwave magnetron is connected to the microwave probe at the end part of the mechanical arm through one or more microwave probe lines; wherein the main console is respectively connected to the display screen, the microwave source, the control panel, the microwave magnetron, and the microwave probe through a plurality of main console lines; wherein the control panel is respectively connected to the display screen, the microwave source, the microwave magnetron, and the microwave probe through a plurality of control panel lines. wherein a side part of the physiotherapy couch is provided with a mounting box, wherein a microwave magnetron is arranged inside the mounting box, and a mechanical arm is arranged at a top of the mounting box; wherein an end part of the mechanical arm is provided with a microwave probe, and the microwave magnetron is connected to the microwave probe at the end part of the mechanical arm through one or more microwave probe lines; wherein the main console is respectively connected to the display screen, the microwave source, the control panel, the microwave magnetron, and the microwave probe through a plurality of main console lines; wherein the control panel is respectively connected to the display screen, the microwave source, the microwave magnetron, and the microwave probe through a plurality of control panel lines.
A method for producing an FRP cylinder, wherein a plurality of prepregs formed by impregnating reinforced fibers with thermosetting resin sheets are wound into a cylinder and thermally cured to be formed as a plurality of FRP layers, said method comprising: a simultaneous multilayer winding process in which a torsional rigidity retaining prepreg (2, 5) and a buckling prevention prepreg (3, 6) are continuously wound by a plurality of turns while being layered on each other when said plurality of prepregs are wound into a cylinder, wherein said torsional rigidity retaining prepreg (2, 5) includes a layer of fibers oblique to a cylindrical axis direction of said FRP cylinder, and wherein said buckling prevention prepreg (3, 6) includes a layer of fibers orthogonal to said cylindrical axis direction, characterized in that said simultaneous multilayer winding process is performed at least two times alternately in mutually opposed winding directions. a simultaneous multilayer winding process in which a torsional rigidity retaining prepreg (2, 5) and a buckling prevention prepreg (3, 6) are continuously wound by a plurality of turns while being layered on each other when said plurality of prepregs are wound into a cylinder, wherein said torsional rigidity retaining prepreg (2, 5) includes a layer of fibers oblique to a cylindrical axis direction of said FRP cylinder, and wherein said buckling prevention prepreg (3, 6) includes a layer of fibers orthogonal to said cylindrical axis direction, characterized in that said simultaneous multilayer winding process is performed at least two times alternately in mutually opposed winding directions.
Ear unit for stable fittings in an ear, wherein said ear unit is shaped as a decremental curve, in that said decremental curve of the outer part of the ear unit corresponds to antihelix of the ear with a surface shaped in such a way that the curve falls along the inner part of the antihelix and is partly positioned under antitragus, and that the distance between the ends (5, 8) of the decremental curve is approximately equal to the distance between a first cavity formed under the tragus of the ear and second cavity covered by the lower node of the antihelix of the ear, characterized in that said ear unit having a curvature providing an improved attachment in that said curvature follows the inner surface of the ear mussel to provide a contact surface, thereby enabling the ear unit to fit closely against the ear mussel when the ear unit is positioned into the ear.
A mobile terminal comprising: a case (101, 102) having a front surface and a rear surface; a touch screen and first touch pad provided in the front surface of the case (101, 102); a second touch pad provided in the rear surface of the case (101, 102); and a controller configured to: divide an area of the second touch pad into at least first and second control command areas, wherein the command areas are divided with respect to the touch point where a basic touch input is sensed on the second touch pad, set first and second control commands to the first and second command areas, respectively, control the mobile terminal according to the first control command in response to an additional touch input in the first control command area, and control the mobile terminal according to the second control command in response to an additional touch input in the second control command area. a case (101, 102) having a front surface and a rear surface; a touch screen and first touch pad provided in the front surface of the case (101, 102); a second touch pad provided in the rear surface of the case (101, 102); and a controller configured to: divide an area of the second touch pad into at least first and second control command areas, wherein the command areas are divided with respect to the touch point where a basic touch input is sensed on the second touch pad, set first and second control commands to the first and second command areas, respectively, control the mobile terminal according to the first control command in response to an additional touch input in the first control command area, and control the mobile terminal according to the second control command in response to an additional touch input in the second control command area. divide an area of the second touch pad into at least first and second control command areas, wherein the command areas are divided with respect to the touch point where a basic touch input is sensed on the second touch pad, set first and second control commands to the first and second command areas, respectively, control the mobile terminal according to the first control command in response to an additional touch input in the first control command area, and control the mobile terminal according to the second control command in response to an additional touch input in the second control command area.
Trim of a sealed electrical switch, this trim comprising a flexible sealing membrane and a rigid front wall comprising at least one window, wherein a rigid plate extends, intended to be moved under the action of a pressure force being exerted on said rigid plate, said rigid plate being connected to the edge of the window by means of a part of the flexible sealing membrane, said part of the flexible sealing membrane forms a gusset which extends exclusively between the entire edge of said rigid plate and the entire edge of said window, such that said part of the flexible sealing membrane only blocks the space left free between the rigid plate and the edge of the window to close said window, characterised in that the rigid plate being connected to the edge of the window by means of a hinge connecting two longitudinal sides of the edge of said rigid plate to two longitudinal sides of the edge of said window, and by considering a direction orthogonal to the rigid plate directed from the front to the rear of the trim, said hinge being formed by two strips aligned about a transverse axis of said window, each strip having a wave shape, an end of which connected to the edge of the window is located in a first plane, and the other end of which connected to the edge of said rigid plate is located in a second plane, positioned below said first plane in said orthogonal direction, such that the front face of the rigid plate is offset rearwards with respect to the front face of the rigid front wall.