mhurhangee/ep-ind-claims huggingface dataset:
A drive system suitable to be part of a robot or a drone (R, U), the drive system comprising an actuator including at least an electric motor (11; 211) that has a rotating shaft (11a; 213); an output shaft driven by the electric motor different from the rotating shaft (11a; 213); the drive system further comprising: a microphone (41; 241); and a sound generator (42A, 42B; 242) emitting a sound in response to a signal derived from sound caught by the microphone (41; 241), wherein the microphone (41; 241) is attached to the actuator and arranged in a manner so as to pick up sounds that occur as a result of movement of movable parts including the rotating shaft (11a; 213) and the output shaft, and optionally a reduction mechanism which reduces the rotating speed of the electric motor and transmits the power to such output shaft. a microphone (41; 241); and a sound generator (42A, 42B; 242) emitting a sound in response to a signal derived from sound caught by the microphone (41; 241), wherein the microphone (41; 241) is attached to the actuator and arranged in a manner so as to pick up sounds that occur as a result of movement of movable parts including the rotating shaft (11a; 213) and the output shaft, and optionally a reduction mechanism which reduces the rotating speed of the electric motor and transmits the power to such output shaft.
A device for delivering fluid to a patient, comprising: A) an exit port assembly adapted to connect to a transcutaneous patient access tool; B) a flow path extending from the exit port assembly; and C) a flow condition sensor assembly including, a resilient diaphragm having opposing first and second surfaces, with the first surface positioned against the flow path, and there being a conductive layer (236; 436; 536) positioned on the second surface, a chamber wall positioned adjacent the second surface of the diaphragm and defining a sensor chamber adjacent the second surface of the diaphragm, and at least one sensor arranged to provide a threshold signal when the second surface of the diaphragm expands into the chamber in response to at least one predetermined fluid flow condition occurring in the flow path, wherein the sensor comprises a circuit having a lead (232; 434; 438; 440; 442; 534) positioned on the chamber wall (226; 426; 526) and a further lead (234; 432; 532) such that the conductive layer (236; 436; 536) contacts the leads to close the circuit when the second surface of the diaphragm expands into the chamber (228; 428; 528) in response to the predetermined fluid flow condition. A) an exit port assembly adapted to connect to a transcutaneous patient access tool; B) a flow path extending from the exit port assembly; and C) a flow condition sensor assembly including,
A velocity trajectory generation method, comprising: setting starting point time, intermediate point time and terminal point time of a velocity trajectory to be generated, wherein the velocity trajectory comprises a first velocity sub-trajectory and a second velocity sub-trajectory; characterized in that: generating multiple intermediate point velocities (v111, v211, v311), according to the starting point velocity, a time difference (Δt1) between the starting point time and the intermediate point time, and an acceleration threshold (a max, a min); generating multiple first velocity sub-trajectories ((v0, v111), (v0, v211), (v0, v311)) corresponding to a starting point velocity between the starting point time and the intermediate point time, according to the starting point velocity and multiple intermediate point velocities (v111, v211, v311); and generating, for each of the first velocity sub-trajectories (v0, v111), multiple second velocity sub-trajectories ((v111, v121), (v111, v122), (v111, v123)) between the intermediate point time and the terminal point time according to multiple terminal point velocities (v121, v122, v123). generating multiple intermediate point velocities (v111, v211, v311), according to the starting point velocity, a time difference (Δt1) between the starting point time and the intermediate point time, and an acceleration threshold (a max, a min); generating multiple first velocity sub-trajectories ((v0, v111), (v0, v211), (v0, v311)) corresponding to a starting point velocity between the starting point time and the intermediate point time, according to the starting point velocity and multiple intermediate point velocities (v111, v211, v311); and generating, for each of the first velocity sub-trajectories (v0, v111), multiple second velocity sub-trajectories ((v111, v121), (v111, v122), (v111, v123)) between the intermediate point time and the terminal point time according to multiple terminal point velocities (v121, v122, v123).
A method of producing a refined vegetable oil, the method comprising the steps of: a) providing a vegetable oil comprising triglycerides, diglycerides, monoglycerides and free fatty acids, b) contacting the vegetable oil with a polyol-containing solvent and an alkalizing agent, thereby forming a first composition, said first composition containing water in an amount of at most 6% by weight relative to the weight of the first composition, c) exposing the first composition to conditions suitable for extracting free fatty acids to the polyol-containing solvent, d) forming a phase-separated system comprising a separate polyol-containing solvent phase and a separate oil phase, e) recovering the oil phase from the phase-separated system of step b), thereby obtaining a refined vegetable oil. a) providing a vegetable oil comprising triglycerides, diglycerides, monoglycerides and free fatty acids, b) contacting the vegetable oil with a polyol-containing solvent and an alkalizing agent, thereby forming a first composition, said first composition containing water in an amount of at most 6% by weight relative to the weight of the first composition, c) exposing the first composition to conditions suitable for extracting free fatty acids to the polyol-containing solvent, d) forming a phase-separated system comprising a separate polyol-containing solvent phase and a separate oil phase, e) recovering the oil phase from the phase-separated system of step b), thereby obtaining a refined vegetable oil.
Actuator-assisted closing to lock the motor vehicle door comprising: - an output transmission means for driving an actuating means of a lock bolt to a closed position of said lock, - an electric motor adapted to supply a drive torque in motor output for driving said output transmission means, - a driving torque limiting means for limiting the drive torque transmitted from the engine to the output means of transmission, characterized in that it further comprises a clutch means disposed between on the one hand, an input of the actuator wheel drivable by said electric motor and the other hand, a drive member of said output transmission means, and a disengaged position wherein said electric motor is stopped and disengaged from the output transmission means. - an output transmission means for driving an actuating means of a lock bolt to a closed position of said lock, - an electric motor adapted to supply a drive torque in motor output for driving said output transmission means, - a driving torque limiting means for limiting the drive torque transmitted from the engine to the output means of transmission,
A method for assigning codes to infrastructure elements that describe individual units of infrastructure in an infrastructure modeling software architecture, comprising: accessing, by a code authority executing on a computing device local to a client, a code authority service executing on one or more computing devices remote from the client, the accessing to establish a chain of authority from the code authority on the computing device local to the client to the code authority service on the remote computing device; providing, by the code authority to the code authority service, a desired code scope that defines a boundary over which codes are to be guaranteed unique; receiving, at the code authority from the code authority service, one or more codes that are unique over the code scope, wherein each code was generated by concatenating a code specification part indicating what information is encoded into the code and how it is encoded, a code scope part indicating a layer of scoping in addition to the code scope, and a code value part with a unique value; assigning, by the code authority, a code from the one or more codes to an infrastructure element of a model of infrastructure; storing the code in one or more files accessible to the client; and upon request, displaying the assigned code of the infrastructure element to a user in a user interface of the client. accessing, by a code authority executing on a computing device local to a client, a code authority service executing on one or more computing devices remote from the client, the accessing to establish a chain of authority from the code authority on the computing device local to the client to the code authority service on the remote computing device; providing, by the code authority to the code authority service, a desired code scope that defines a boundary over which codes are to be guaranteed unique; receiving, at the code authority from the code authority service, one or more codes that are unique over the code scope, wherein each code was generated by concatenating a code specification part indicating what information is encoded into the code and how it is encoded, a code scope part indicating a layer of scoping in addition to the code scope, and a code value part with a unique value; assigning, by the code authority, a code from the one or more codes to an infrastructure element of a model of infrastructure; storing the code in one or more files accessible to the client; and upon request, displaying the assigned code of the infrastructure element to a user in a user interface of the client.
Milling head for a milling tool for prosthetic surgery operations, said milling head being made of metal and having a base perimeter edge, said milling head being provided with an external cutting part which has a milling surface from which a plurality of protruding cutting elements project, and a coupling part defined along said base perimeter edge and provided with a plurality of recessed coupling seatings circumferentially present along said base perimeter edge, wherein said coupling part comprises three or four recessed coupling seatings respectively disposed at 120° or 90° from each other, each of said recessed coupling seatings comprising one lead-in portion that is inclined, at least in a first part thereof, with respect to an operative axis of symmetry for said milling head, and one end-of-travel portion, wherein said lead-in portion has a first part extending from said base perimeter edge and inclined, with respect to a plane perpendicular with respect to the operative axis and defined by the base perimeter edge, by an angle of inclination α of between 10° and 50°, the first part defining a slide leading toward said end-of-travel portion, further wherein the lead-in portion has a second part which constitutes the continuation of the first part, the second part being substantially orthogonal to the operating axis and ending in said end-of-travel portion.
A method of forming a component having an internal passage defined therein, said method comprising: positioning a jacketed core with respect to a mold, wherein the jacketed core includes: a hollow structure that includes an interior portion shaped to define at least one interior passage feature of the internal passage; and an inner core disposed within the hollow structure and complementarily shaped by the interior portion of the hollow structure; and introducing a component material in a molten state into a cavity of the mold to form the component, such that the inner core defines the internal passage including the at least one interior passage feature defined therein; wherein the hollow structure is formed from a material that is absorbed by the molten component material such that no discrete boundary delineates hollow structure from component material after component material is cooled. positioning a jacketed core with respect to a mold, wherein the jacketed core includes: a hollow structure that includes an interior portion shaped to define at least one interior passage feature of the internal passage; and an inner core disposed within the hollow structure and complementarily shaped by the interior portion of the hollow structure; and introducing a component material in a molten state into a cavity of the mold to form the component, such that the inner core defines the internal passage including the at least one interior passage feature defined therein; wherein the hollow structure is formed from a material that is absorbed by the molten component material such that no discrete boundary delineates hollow structure from component material after component material is cooled. a hollow structure that includes an interior portion shaped to define at least one interior passage feature of the internal passage; and an inner core disposed within the hollow structure and complementarily shaped by the interior portion of the hollow structure; and introducing a component material in a molten state into a cavity of the mold to form the component, such that the inner core defines the internal passage including the at least one interior passage feature defined therein; wherein the hollow structure is formed from a material that is absorbed by the molten component material such that no discrete boundary delineates hollow structure from component material after component material is cooled.
A plasma processing method performed in a plasma processing apparatus, the plasma processing method comprising: a first process of supplying a fluorine-containing gas into a plasma processing space to generate plasma of the fluorine-containing gas and etching a target substrate, in which at least one of a silicon oxide film and a silicon nitride film is formed on a surface of a nickel silicide film, with the plasma of the fluorine-containing gas; a second process of supplying a hydrogen-containing gas and a nitrogen-containing gas into the plasma processing space to generate plasma of the hydrogen-containing gas and the nitrogen-containing gas and reducing, with the plasma of the hydrogen-containing gas and the nitrogen-containing gas, a nickel-containing material deposited on a member (11, 20, 51), of which a surface is arranged to face the plasma processing space, after the first process; and a third process of supplying an oxygen-containing gas into the plasma processing space to generate plasma of the oxygen-containing gas and removing nickel, which is obtained by reducing the nickel-containing material in the second process, with the plasma of the oxygen-containing gas. a first process of supplying a fluorine-containing gas into a plasma processing space to generate plasma of the fluorine-containing gas and etching a target substrate, in which at least one of a silicon oxide film and a silicon nitride film is formed on a surface of a nickel silicide film, with the plasma of the fluorine-containing gas; a second process of supplying a hydrogen-containing gas and a nitrogen-containing gas into the plasma processing space to generate plasma of the hydrogen-containing gas and the nitrogen-containing gas and reducing, with the plasma of the hydrogen-containing gas and the nitrogen-containing gas, a nickel-containing material deposited on a member (11, 20, 51), of which a surface is arranged to face the plasma processing space, after the first process; and a third process of supplying an oxygen-containing gas into the plasma processing space to generate plasma of the oxygen-containing gas and removing nickel, which is obtained by reducing the nickel-containing material in the second process, with the plasma of the oxygen-containing gas.
An assembly for manufacturing containers by thermoforming, which comprises: - a magazine of thermoplastic sheet-like blanks, - a station for feeding the blanks, - a station for heating the blanks that comprises a heating carousel on which a plurality of heating heads that are radially spaced apart from a central axis is provided, - a station for thermoforming containers starting from said blanks, characterized in that said heating carousel is configured to rotate continuously about the central axis, and in that the feeding station comprises a closed-loop path laying on a plane that is perpendicular to said central axis and at least two conveyor elements (32, 33) which move, following each other, along said path between a loading position, in which the conveyor element (32, 33) faces the blank magazine, and an unloading position, in which the conveyor element (32, 33) faces the heating station, wherein, in operating condition, the conveyor element (32, 33) in the unloading position moves with a substantially linear motion with a speed that is substantially equal to a peripheral speed of the heating carousel. - a magazine of thermoplastic sheet-like blanks, - a station for feeding the blanks, - a station for heating the blanks that comprises a heating carousel on which a plurality of heating heads that are radially spaced apart from a central axis is provided, - a station for thermoforming containers starting from said blanks,
An herbal formulation for use in increasing the alkalinity of the human body, comprising: Camptotheca; poria cocos; and astragalus membranacaus. Camptotheca; poria cocos; and astragalus membranacaus.
A closure (a, b, c, d) for an orthosis, in particular a quick-release closure for an orthosis, comprising an attachment part (1, 1', 1", 1′′′, 1ʺʺ), and a retaining portion, wherein the attachment part(1, 1', 1", 1′′′, 1ʺʺ) can be detachably fastened to the retaining portion (14, 14'), wherein the attachment part (1, 1', 1", 1′′′, 1"") has at least two tuck-in flaps (3, 3') which are connected to one another at a first end on a base (2, 2', 2", 2′′′, 2ʺʺ) of the attachment part (1, 1', 1", 1′′′, 1ʺʺ) and delimit a receptacle region of the attachment part (1, 1', 1", 1′′′, 1ʺʺ) with respect to two opposite sides, wherein the retaining portion (14, 14') is designed such that, when the attachment part (1, 1', 1", 1′′′, 1ʺʺ) is fastened thereto, it is held in the receptacle region between the two tuck-in flaps (3, 3'), wherein the retaining portion (14, 14') is part of a frame or a framework or a rail or another part of an orthosis, wherein the retaining portion (14, 14') has at least one recess (15, 15'), wherein at least one of the tuck-in flaps (3, 3') has at least one latching element, and wherein the latching element engages in the recess (15, 15') forming an indentation when the attachment part (1, 1', 1", 1′′′, 1ʺʺ) is slid onto the retaining portion (14, 14'), characterized in that the recess (15, 15') is associated with an edge of the frame or of the framework or of the rail or of the other part of an orthosis, and an attachment part guide (17, 17') is formed on the edge in the region of the recess (15, 15'), and in that the attachment part guide (17, 17') is formed by a receiving funnel narrowing in the direction of the recess. the recess (15, 15') is associated with an edge of the frame or of the framework or of the rail or of the other part of an orthosis, and an attachment part guide (17, 17') is formed on the edge in the region of the recess (15, 15'), and in that the attachment part guide (17, 17') is formed by a receiving funnel narrowing in the direction of the recess.
An apparatus comprising at least one processing core, at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core, cause the apparatus at least to: - receive, when within a radio network environment of a master node of a distributed computation substrate, a computation work package addressed to a worker node, and - forward the computation work package from the apparatus to the worker node, - characterized in that the at least one memory and the computer program code are configured to, with the at least one processing core, further cause the apparatus to: - determine, after receiving the computation work package, that the apparatus has geographically moved to a radio network environment of the worker node, wherein the radio network environment of the master node and the radio network environment of the worker node are geographically separate and not directly communicatively coupled with each other, and to perform the forwarding to the worker node in the radio network environment of the worker node, and - receive a result of the computation work package from the worker node and forward the result to the master node when the apparatus is in the radio network environment of the master node. - receive, when within a radio network environment of a master node of a distributed computation substrate, a computation work package addressed to a worker node, and - forward the computation work package from the apparatus to the worker node, - characterized in that the at least one memory and the computer program code are configured to, with the at least one processing core, further cause the apparatus to: - determine, after receiving the computation work package, that the apparatus has geographically moved to a radio network environment of the worker node, wherein the radio network environment of the master node and the radio network environment of the worker node are geographically separate and not directly communicatively coupled with each other, and to perform the forwarding to the worker node in the radio network environment of the worker node, and - receive a result of the computation work package from the worker node and forward the result to the master node when the apparatus is in the radio network environment of the master node. - determine, after receiving the computation work package, that the apparatus has geographically moved to a radio network environment of the worker node, wherein the radio network environment of the master node and the radio network environment of the worker node are geographically separate and not directly communicatively coupled with each other, and to perform the forwarding to the worker node in the radio network environment of the worker node, and - receive a result of the computation work package from the worker node and forward the result to the master node when the apparatus is in the radio network environment of the master node.
An apparatus, being characterized in that it comprises: a makeup compact having a body; an upper lid hinged with the makeup compact body; a semi-transparent surface having at least one reflective side and disposed on the inside of the upper lid; and a housing disposed between the semi-transparent surface and the upper lid that is configured to hold a smartphone having a display, such that the semi-transparent reflective surface overlays the display and allows a visual object displayed on the display to be visible on the reflective side of the semi-transparent surface while the reflective side simultaneously shows a reflection of a user viewing the reflective side. a makeup compact having a body; an upper lid hinged with the makeup compact body; a semi-transparent surface having at least one reflective side and disposed on the inside of the upper lid; and a housing disposed between the semi-transparent surface and the upper lid that is configured to hold a smartphone having a display, such that the semi-transparent reflective surface overlays the display and allows a visual object displayed on the display to be visible on the reflective side of the semi-transparent surface while the reflective side simultaneously shows a reflection of a user viewing the reflective side.