mhurhangee/ep-ind-claims huggingface dataset:
Method of notification of an operating fault of a service delivered by a domestic gateway to which a telephone terminal is connected, said method comprising: - a step of detecting a malfunction at the level of an automaton (M1,..., Mn, WD) of said domestic gateway, and of obtaining an error code related to said malfunction, - a step of obtaining a voice film, using said error code, - and a step of reading said voice film at said telephone terminal, characterized in that the reading step being followed by a step of receiving a DTMF code, and in response to the receiving of the DTMF code, by a step of automatically establishing a call to a telephone number selected as a function of the error code obtained. - a step of detecting a malfunction at the level of an automaton (M1,..., Mn, WD) of said domestic gateway, and of obtaining an error code related to said malfunction, - a step of obtaining a voice film, using said error code, - and a step of reading said voice film at said telephone terminal, characterized in that the reading step being followed by a step of receiving a DTMF code, and in response to the receiving of the DTMF code,
Method for injection moulding or extrusion of cemented carbide or cermet parts with a solids loading of φ= 0.54-0.56, where the solids loading, φ of of the feedstock is the volumetric amount of hard constituents, compared to the organic constituents, and φ can be calculated using the following equation: φ = ρ f − ρ v ρ s − ρ v where ρ s is the density of the cemented carbide as sintered, ρ v is the mean density of the organic constituents and ρ f is the density of the feedstock, measured with a helium pycnometer, using a binder system, comprising 30-60 wt-% olefinic polymers, 40-70 wt-% waxes, characterised in the binder system further containing 2.5-10 wt-% petroleum jelly (CAS 8009-03-8).
A device for resolving regurgitation in a cardiac valve, comprising: an expandable member having a stabilizing portion, a fixation member in opposition to the stabilizing portion, and a coaptation portion between the stabilizing portion and the fixation member, wherein-the stabilizing portion and the coaptation portion comprise a plurality of interconnected struts, the fixation member comprises at least one primary strut and the fixation member is attached to the stabilizing portion, the stabilizing portion and the fixation member are configured to clamp the first native leaflet between the stabilizing portion and the fixation member, and the coaptation portion is configured to project from the stabilizing portion and the fixation member inwardly with respect to a first native leaflet of a cardiac valve such that the coaptation portion functionally extends the first native leaflet; and a cover attached to at least the coaptation portion of the expandable member. an expandable member having a stabilizing portion, a fixation member in opposition to the stabilizing portion, and a coaptation portion between the stabilizing portion and the fixation member, wherein-the stabilizing portion and the coaptation portion comprise a plurality of interconnected struts, the fixation member comprises at least one primary strut and the fixation member is attached to the stabilizing portion, the stabilizing portion and the fixation member are configured to clamp the first native leaflet between the stabilizing portion and the fixation member, and the coaptation portion is configured to project from the stabilizing portion and the fixation member inwardly with respect to a first native leaflet of a cardiac valve such that the coaptation portion functionally extends the first native leaflet; and in opposition to the stabilizing portion, and a coaptation portion between the stabilizing portion and the fixation member, wherein-the stabilizing portion and the coaptation portion comprise a plurality of interconnected struts, the fixation member comprises at least one primary strut and the fixation member is attached to the stabilizing portion, the stabilizing portion and the fixation member are configured to clamp the first native leaflet between the stabilizing portion and the fixation member, and the coaptation portion is configured to project from the stabilizing portion and the fixation member inwardly with respect to a first native leaflet of a cardiac valve such that the coaptation portion functionally extends the first native leaflet; and a cover attached to at least the coaptation portion of the expandable member.
A method for producing metallic interconnect lines on the surface of a substrate comprising: - a step of etching for defining trenches within said substrate; - a step of filling said trenches by copper electrodeposition, further comprising the production of a layer, called metal invasion layer, above said trenches filled with copper grains so as to define said interconnect lines, characterised in that it further comprises the following steps: - determining a first direction (D 1) of orientation of grains along a trench, said first direction being defined by the crystallographic set <110>, said first direction also being the preferred direction of ion channels; - determining a second direction (D 2) of orientation of grains in a direction perpendicular to a trench, said second direction being defined by the crystallographic set <111>; - ion implanting said invasion layer using an ion beam forming an angle of approximately 35° with the direction <111>. - a step of etching for defining trenches within said substrate; - a step of filling said trenches by copper electrodeposition, further comprising the production of a layer, called metal invasion layer, above said trenches filled with copper grains so as to define said interconnect lines, characterised in that it further comprises the following steps: - determining a first direction (D 1) of orientation of grains along a trench, said first direction being defined by the crystallographic set <110>, said first direction also being the preferred direction of ion channels; - determining a second direction (D 2) of orientation of grains in a direction perpendicular to a trench, said second direction being defined by the crystallographic set <111>; - ion implanting said invasion layer using an ion beam forming an angle of approximately 35° with the direction <111>.
Boat drive which can be inserted into an opening of a boat hull and has a propulsion and control unit which can be pivoted about a vertical axis (z) and can be fastened on the hull side by way of predetermined break points, characterized in that the boat drive comprises a protective plate which can be fastened to the boat hull behind the propulsion and control unit in the abaft direction, that is to say counter to the direction of travel, and in that the protective plate has a hydrodynamic fairing in the region of its leading edge.
A lotion dispenser for bathrooms and sanitary facilities, having a flush-mounting box positionable in a recess in a wall, and having - a flanged frame connectable to the masonry of the recess which surrounds the flush-mounting box and is adjustably connected thereto, and - a mounting module for receiving lotion containers behind a surface-flush cover, the mounting module being inserted into the flush-mounting box and covering the free ends of the flush-mounting box in a flush manner by means of a peripheral flange, wherein the flanged frame is provided for being mounted underneath a wall cover of the masonry and the mounting depth of the flush-mounting box is adjustable to different thicknesses of the wall cover by adjusting the flanged frame on the flush-mounting box such that mounting module inserted into the flush-mounting box is flush with the surface of the wall cover. - a flanged frame connectable to the masonry of the recess which surrounds the flush-mounting box and is adjustably connected thereto, and - a mounting module for receiving lotion containers behind a surface-flush cover, the mounting module being inserted into the flush-mounting box and covering the free ends of the flush-mounting box in a flush manner by means of a peripheral flange,
Method for producing a press-hardened molded part (3, 3.1, 3.2), having at least two regions that differ regarding their strengths, making use of a press-hardening tool, in which a blank, heated to a forming temperature, is formed and is held in the tool for the purpose of heat-treating, wherein, in order to set the strength in the at least one region of lower strength, this region is cooled more slowly than the regions to be set with greater strength, wherein, during the forming step, the entire blank, and thus also the region(s) of the blank intended to be set to a lower strength, are in contact with a molding surface of the tool (1, 1.1, 1.2), and, after the conclusion of the forming step, the tool surface in contact with the molded part (3, 3.1, 3.2) is changed in such a way that the region(s) to be set with lower strength have no tool contact during the cooling step that follows the forming step, wherein the tool surface associated with the region(s) of lower strength of the molded part (3, 3.1, 3.2) is formed by tool segments (5.1, 5.2, 5.3, 5.4, 5.5, 5.6) that can be adjusted relative to the remaining tool surface, and the tool segments (5.1, 5.2, 5.3, 5.4, 5.5, 5.6) are adjusted after the forming step in order to change the tool surface, characterised in that the molding surface, which is in contact with the molding surface for the forming process at the molded part (3, 3.1, 3.2), of the tool segment(s) (5.1, 5.2, 5.3, 5.4, 5.5, 5.6) is larger than the region of the molded part to be set with lower strength, associated with one such tool segment (5.1, 5.2, 5.3, 5.4, 5.5, 5.6), and that the tool segments (5.1, 5.2, 5.3, 5.4, 5.5, 5.6) adjoin one another without any gaps.
An injection needle, comprising a needle tube having a discharging port at a needle point for discharging a treatment liquid, the needle tube comprising a stabbing tube having a blade surface with the discharging port formed thereon, and a main needle tube which is thicker than the stabbing tube, with the stabbing tube provided on a tip portion of the main needle tube, wherein the stabbing tube satisfies a dimension condition that an outer diameter is 40 μm or more and 70 μm or less, and an inner diameter is 20 μm or more and 40 μm or less, and a tilt angle θ of the blade surface with respect to a central axis of the stabbing tube satisfies a condition of 30° < θ ≤ 45°, characterised in that a position of the discharging port on the blade surface of the stabbing tube is biased to a needle point side.
An apparatus for detecting a presence of an object, the apparatus comprising: a resonant circuit having a resonant frequency, the resonant circuit comprising a sense circuit comprising an electrically conductive structure; a detection circuit configured to detect the presence of the object in response to detecting a difference between a measured characteristic that depends on a frequency at which the resonant circuit is resonating and a corresponding characteristic that depends on the resonant frequency of the resonant circuit; and a coupling circuit coupled between the sense circuit and the detection circuit, the coupling circuit comprising a capacitive voltage divider comprising capacitors CI and C2, the capacitors configured to reduce an impact of the detection circuit on the resonant circuit by reducing a variation of the resonant frequency caused by the detection circuit in the absence of the object. a resonant circuit having a resonant frequency, the resonant circuit comprising a sense circuit comprising an electrically conductive structure; a detection circuit configured to detect the presence of the object in response to detecting a difference between a measured characteristic that depends on a frequency at which the resonant circuit is resonating and a corresponding characteristic that depends on the resonant frequency of the resonant circuit; and a coupling circuit coupled between the sense circuit and the detection circuit, the coupling circuit comprising a capacitive voltage divider comprising capacitors CI and C2, the capacitors configured to reduce an impact of the detection circuit on the resonant circuit by reducing a variation of the resonant frequency caused by the detection circuit in the absence of the object.
Method for authenticating an electronic watch, said watch including at least one processing and control circuit provided with a time base, hands (6, 7) for indicating the time, said hands being driven by a motorized means which is controlled by the processing and control circuit, and a means of storing personal data and/or identification data of a brand and/or serial number and/or operating parameters of the watch, characterized in that the method includes the steps consisting in: - enabling at least one activation member (4, 4') of the watch, which is connected to the processing and control circuit, to change into watch authentication mode, and - operating an indicator device of the watch, which includes said hands (6, 7), after enabling the activation member so that at least one of the hands is driven by the motorized means to be moved above a time-indicating dial to indicate successive digits or numbers of an identification code of the brand and/or serial number of the watch to provide a visual watch authentication information. - enabling at least one activation member (4, 4') of the watch, which is connected to the processing and control circuit, to change into watch authentication mode, and - operating an indicator device of the watch, which includes said hands (6, 7), after enabling the activation member so that at least one of the hands is driven by the motorized means to be moved above a time-indicating dial to indicate successive digits or numbers of an identification code of the brand and/or serial number of the watch to provide a visual watch authentication information.
Apparatus for directing communication messages or communication sessions, said apparatus comprising: a network apparatus disposed in the internet and including a device direction policy setter configured to set device direction policies for a plurality of groups of commonly-referenced communication devices, each group of commonly-referenced communication devices having a common registration identity associated with a user; and a memory element configured to store the device direction policies indexed with corresponding common registration identities; wherein said device direction policy setter is configured to set a device direction policy for a particular user responsive to a user-preference message received at said device direction policy setter from a first communication device of a group of commonly-referenced communication devices of the particular user, said user-preference message including entries forming the device direction policy for the individual devices (24-1, 24-2, 24-N) of said group of the commonly-referenced communication devices of said particular user, the device direction policy operative for identification of handling communication sessions of selected different media types for one or more of the commonly-referenced communication devices; and wherein said network apparatus is configured to access the device direction policy upon initiation of a communication session with the particular user. a network apparatus disposed in the internet and including a device direction policy setter configured to set device direction policies for a plurality of groups of commonly-referenced communication devices, each group of commonly-referenced communication devices having a common registration identity associated with a user; and a memory element configured to store the device direction policies indexed with corresponding common registration identities; wherein said device direction policy setter is configured to set a device direction policy for a particular user responsive to a user-preference message received at said device direction policy setter from a first communication device of a group of commonly-referenced communication devices of the particular user, said user-preference message including entries forming the device direction policy for the individual devices (24-1, 24-2, 24-N) of said group of the commonly-referenced communication devices of said particular user, the device direction policy operative for identification of handling communication sessions of selected different media types for one or more of the commonly-referenced communication devices; and wherein said network apparatus is configured to access the device direction policy upon initiation of a communication session with the particular user.
A pixelized scintillation crystal film, comprising: a surface pixelized substrate having a surface formed by pixel unit areas separated from each other and isolation belt areas located between the pixel unit areas, the isolation belt area between every two adjacent pixel unit areas independently comprising n isolation belts, wherein n is an integer greater than or equal to 1, and the number n of the isolation belts in the isolation belt area at a different position may be the same or different; and scintillation crystals (5, 6) comprising a scintillation material located on the surface pixelized substrate; characterized in that: the scintillation crystal comprising the scintillation material on the pixel unit areas has a first morphology, the scintillation crystal comprising the scintillation material on the isolation belts has a second morphology to a (n+1) th morphology, and the first morphology is different from the second morphology to the (n+1) th morphology which may be the same or different, wherein n is defined as above. a surface pixelized substrate having a surface formed by pixel unit areas separated from each other and isolation belt areas located between the pixel unit areas, the isolation belt area between every two adjacent pixel unit areas independently comprising n isolation belts, wherein n is an integer greater than or equal to 1, and the number n of the isolation belts in the isolation belt area at a different position may be the same or different; and scintillation crystals (5, 6) comprising a scintillation material located on the surface pixelized substrate; characterized in that: the scintillation crystal comprising the scintillation material on the pixel unit areas has a first morphology, the scintillation crystal comprising the scintillation material on the isolation belts has a second morphology to a (n+1) th morphology, and the first morphology is different from the second morphology to the (n+1) th morphology which may be the same or different, wherein n is defined as above.
Container comprising at least: - a body forming at least one cavity designed to contain at least one product, - a pusher movable with respect to said body between at least an "initial position" and an "end-of-use position" to expel at least part of said product from said body, - a locker located on said pusher and forming an abutment so as to be able to abut against said body between said "initial position" and "end-of-use position", - locking means (9, 9b, 8, 5, 4a, 11, 12, 15, 29, 29a, 30a) capable of, temporarily, lock said locker on said pusher, at least in the proximal direction relative to said pusher, so as to define a "locker locking position" and, when said pusher abuts against said body via said locker, define a "pusher locking position" located between said "initial position" and said "end-of-use position", - unlocking means (9, 9a 10, 29, 31, 13, 16, 17, 31) designed so that their triggering causes the release of said locking means so as to allow i) said locker to be displaced proximally relative to said pusher and ii) said pusher to be moved past said "pusher locking position" toward said "end-of-use position", which container is characterized in that: - said locking means (9, 9b, 8, 5, 4a, 11, 12, 15, 29, 29a, 30a) are located partially on said pusher and partially on said locker, - said unlocking means comprising at least one bearing surface (10; 13; 16; 31) for contacting and deflecting at least a portion of said locker to automatically release said locking means in said "pusher locking position" upon distal pressure exerted on said pusher. - a body forming at least one cavity designed to contain at least one product, - a pusher movable with respect to said body between at least an "initial position" and an "end-of-use position" to expel at least part of said product from said body, - a locker located on said pusher and forming an abutment so as to be able to abut against said body between said "initial position" and "end-of-use position", - locking means (9, 9b, 8, 5, 4a, 11, 12, 15, 29, 29a, 30a) capable of, temporarily, lock said locker on said pusher, at least in the proximal direction relative to said pusher, so as to define a "locker locking position" and, when said pusher abuts against said body via said locker, define a "pusher locking position" located between said "initial position" and said "end-of-use position", - unlocking means (9, 9a 10, 29, 31, 13, 16, 17, 31) designed so that their triggering causes the release of said locking means so as to allow i) said locker to be displaced proximally relative to said pusher and ii) said pusher to be moved past said "pusher locking position" toward said "end-of-use position", which container is characterized in that: - said locking means (9, 9b, 8, 5, 4a, 11, 12, 15, 29, 29a, 30a) are located partially on said pusher and partially on said locker, - said unlocking means comprising at least one bearing surface (10; 13; 16; 31) for contacting and deflecting at least a portion of said locker to automatically release said locking means in said "pusher locking position" upon distal pressure exerted on said pusher.
A method of preparing an acrylonitrile dimer, the method comprising: supplying an acrylonitrile monomer, a phosphorus-based catalyst, an alcohol solvent, and an ionic liquid to a reactor to perform a dimerization reaction to prepare a single-phase dimerization reaction product; supplying a reactor discharge stream including the dimerization reaction product to a first distillation column, separating the alcohol solvent and an unreacted acrylonitrile monomer from an upper discharge stream, and supplying a lower discharge stream including an acrylonitrile dimer, the ionic liquid, and the phosphorus-based catalyst to a second distillation column; and separating an upper discharge stream including the acrylonitrile dimer and separating a lower discharge stream including the ionic liquid and the phosphorus-based catalyst, from the second distillation column, wherein, the ionic liquid includes a cation and an anion, and the ionic liquid includes the pyridinium-based cation as the cation, and the tetrafluoroborate anion, and wherein a moisture content in the ionic liquid is 50 ppm or less. supplying an acrylonitrile monomer, a phosphorus-based catalyst, an alcohol solvent, and an ionic liquid to a reactor to perform a dimerization reaction to prepare a single-phase dimerization reaction product; supplying a reactor discharge stream including the dimerization reaction product to a first distillation column, separating the alcohol solvent and an unreacted acrylonitrile monomer from an upper discharge stream, and supplying a lower discharge stream including an acrylonitrile dimer, the ionic liquid, and the phosphorus-based catalyst to a second distillation column; and separating an upper discharge stream including the acrylonitrile dimer and separating a lower discharge stream including the ionic liquid and the phosphorus-based catalyst, from the second distillation column, wherein, the ionic liquid includes a cation and an anion, and the ionic liquid includes the pyridinium-based cation as the cation, and the tetrafluoroborate anion, and wherein a moisture content in the ionic liquid is 50 ppm or less.