mhurhangee/ep-ind-claims huggingface dataset:
A process of fabricating a computer-generated hologram having interference fringes synthesized by computer-aided computation and then recorded on a given recording surface, which comprises steps of: defining in the form of data 2 to K original objects, a recording surface for recording the fringes synthesized from the original objects, and reference light with which the recording surface is irradiated, and defining a multiplicity of sample light sources on each original object and defining a multiplicity of computation points on the recording surface, whereby for each computation point (Q(x,y)), the intensity of interference waves formed by object light coming from all or some of the sample light sources and reference light is so found by computation that interference fringes having the thus found intensity distribution are formed on the recording surface as a hologram for the K original objects, wherein: process settings are such that spatial densities of sample light sources defined on at least two different original objects differ from each other, characterized in that a first original object of visually perceivable size and an original character object of visually unperceivable maximum size of 300 μm or less are defined, and a spatial density of sample light sources defined on the original character object is made higher than that of sample light sources defined on the first original object. defining in the form of data 2 to K original objects, a recording surface for recording the fringes synthesized from the original objects, and reference light with which the recording surface is irradiated, and defining a multiplicity of sample light sources on each original object and defining a multiplicity of computation points on the recording surface, whereby for each computation point (Q(x,y)), the intensity of interference waves formed by object light coming from all or some of the sample light sources and reference light is so found by computation that interference fringes having the thus found intensity distribution are formed on the recording surface as a hologram for the K original objects, wherein: process settings are such that spatial densities of sample light sources defined on at least two different original objects differ from each other, characterized in that a first original object of visually perceivable size and an original character object of visually unperceivable maximum size of 300 μm or less are defined, and a spatial density of sample light sources defined on the original character object is made higher than that of sample light sources defined on the first original object. process settings are such that spatial densities of sample light sources defined on at least two different original objects differ from each other, characterized in that a first original object of visually perceivable size and an original character object of visually unperceivable maximum size of 300 μm or less are defined, and a spatial density of sample light sources defined on the original character object is made higher than that of sample light sources defined on the first original object.
A crystalline form of Selexipag designated as Form IV, characterized by data selected form the group consisting of: an XRPD pattern having peaks at 4.4, 6.6, 12.0, 16.3, and 21.1 degrees 2-theta ±0.2 degrees 2-theta [CuKα radiation (λ = 1.541874 Å)].
A security element comprising: means for receiving a family key (117, 106) transmitted in a secured manner, the family key defining a family of applications; means for receiving data provisioned using the family key; means for using information binding at least one application to the family key; means for limiting (313, 315) access to said data for applications not having a binding to said family key wherein the at least one application is bound to one family key or to more than one different family keys. means for receiving a family key (117, 106) transmitted in a secured manner, the family key defining a family of applications; means for receiving data provisioned using the family key; means for using information binding at least one application to the family key; means for limiting (313, 315) access to said data for applications not having a binding to said family key wherein the at least one application is bound to one family key or to more than one different family keys.
An electronic component comprising a high voltage switching transistor encased in a package, wherein the transistor comprises: a source electrode, a gate electrode, and a drain electrode, each on a first side of a semiconductor body of the transistor, wherein the source electrode is electrically connected to a conductive structural portion of the package, wherein the first side of the semiconductor body is facing away from the conductive structural portion of the package, wherein the transistor comprises an insulating or semi-insulating portion, said insulating or semi-insulating portion being an insulating or semi-insulating substrate between the conductive structural portion and the semiconductor body or said insulating or semi-insulating portion being an insulating or semi-insulating part of the semiconductor body on the side of the semiconductor body opposite the first side of said semiconductor body, and wherein the package further comprises: a case; and a gate lead, a source lead, and a drain lead, wherein the source lead is positioned between the gate lead and the drain lead on a wall of the case and the source lead is electrically connected to the conductive structural portion of the package. a source electrode, a gate electrode, and a drain electrode, each on a first side of a semiconductor body of the transistor, wherein the source electrode is electrically connected to a conductive structural portion of the package, wherein the first side of the semiconductor body is facing away from the conductive structural portion of the package, wherein the transistor comprises an insulating or semi-insulating portion, said insulating or semi-insulating portion being an insulating or semi-insulating substrate between the conductive structural portion and the semiconductor body or said insulating or semi-insulating portion being an insulating or semi-insulating part of the semiconductor body on the side of the semiconductor body opposite the first side of said semiconductor body, and wherein the package further comprises: a case; and a gate lead, a source lead, and a drain lead, wherein the source lead is positioned between the gate lead and the drain lead on a wall of the case and the source lead is electrically connected to the conductive structural portion of the package. a case; and a gate lead, a source lead, and a drain lead, wherein the source lead is positioned between the gate lead and the drain lead on a wall of the case and the source lead is electrically connected to the conductive structural portion of the package.
A self-climbing elevator machine room for use during the construction of a building comprising two decks (110, 120) being positioned upon each other, locking means arranged on each deck (110, 120) for locking and unlocking the deck (110, 120) to guide rails and/or to guide rail fixing means (26, 27), guide means arranged on the lower deck for supporting the lower deck movably on the guide rails, lifting means for moving the two decks (110, 120) along the guide rails in relation to each other, at least one power source providing power to the lifting means, the self-climbing elevator machine room climbing stepwise along the guide rails by alternatingly locking and unlocking the lower deck and the upper deck to the guide rails and/or to the guide rail fixing means (26, 27) with the respective locking means and thereafter raising the unlocked deck (110, 120) with the lifting means, characterized in that the upper deck comprises guide means for supporting the upper deck movably on the guide rails, the lower deck is provided with elevator machinery, a cable drum for the electrical cable of the elevator car and rope drums for the hoisting ropes of the elevator, the elevator machinery comprising a drive, a motor, a traction sheave, a machinery brake, and hoisting ropes. two decks (110, 120) being positioned upon each other, locking means arranged on each deck (110, 120) for locking and unlocking the deck (110, 120) to guide rails and/or to guide rail fixing means (26, 27), guide means arranged on the lower deck for supporting the lower deck movably on the guide rails, lifting means for moving the two decks (110, 120) along the guide rails in relation to each other, at least one power source providing power to the lifting means, the self-climbing elevator machine room climbing stepwise along the guide rails by alternatingly locking and unlocking the lower deck and the upper deck to the guide rails and/or to the guide rail fixing means (26, 27) with the respective locking means and thereafter raising the unlocked deck (110, 120) with the lifting means, characterized in that the upper deck comprises guide means for supporting the upper deck movably on the guide rails, the lower deck is provided with elevator machinery, a cable drum for the electrical cable of the elevator car and rope drums for the hoisting ropes of the elevator, the elevator machinery comprising a drive, a motor, a traction sheave, a machinery brake, and hoisting ropes.
A computer-implemented method comprising: identifying a first semantic concept of a first portion of a first transcript of speech using a hierarchical language model comprising a plurality of sub-models organised in a nested hierarchy; assigning a first priority level to the first portion of the transcript based on the concept of the sub-model associated with the first semantic concept; identifying a second semantic concept of a second portion of the first transcript using the hierarchical language model; assigning a second priority level to the second portion of the transcript based on the concept of the sub-model associated with the second semantic concept; and verifying the transcript in accordance with the first and second priority levels; wherein comprises: determining whether the first portion requires verification by a human; and assigning the first priority level to the first portion based on whether the first portion requires verification by a human. identifying a first semantic concept of a first portion of a first transcript of speech using a hierarchical language model comprising a plurality of sub-models organised in a nested hierarchy; assigning a first priority level to the first portion of the transcript based on the concept of the sub-model associated with the first semantic concept; identifying a second semantic concept of a second portion of the first transcript using the hierarchical language model; assigning a second priority level to the second portion of the transcript based on the concept of the sub-model associated with the second semantic concept; and verifying the transcript in accordance with the first and second priority levels; determining whether the first portion requires verification by a human; and assigning the first priority level to the first portion based on whether the first portion requires verification by a human.
A fluid-operated percussion drill tool comprising: an outer wear sleeve comprising a substantially cylindrical wall and having inner and outer surfaces; a percussion bit having a head portion and a bit retaining portion and located at a forward end of the outer wear sleeve; a sliding piston mounted for reciprocating movement within the outer wear sleeve to strike the percussion bit; a drive ring having a substantially cylindrical wall and comprising connection means adapted for connecting the drive ring to a drive means of the fluid-operated percussion drill tool; at least one flushing channel to provide a fluid path to a cutting face of the bit for a flushing medium, characterised in that a first portion of the at least one flushing channel extends longitudinally within the wall of the wear sleeve, a second portion of the at least one flushing channel extends longitudinally within the wall of the drive ring and a third portion of the at least one flushing channel extends through the head portion of the percussion bit to the cutting face of the bit. an outer wear sleeve comprising a substantially cylindrical wall and having inner and outer surfaces; a percussion bit having a head portion and a bit retaining portion and located at a forward end of the outer wear sleeve; a sliding piston mounted for reciprocating movement within the outer wear sleeve to strike the percussion bit; a drive ring having a substantially cylindrical wall and comprising connection means adapted for connecting the drive ring to a drive means of the fluid-operated percussion drill tool; at least one flushing channel to provide a fluid path to a cutting face of the bit for a flushing medium, characterised in that a first portion of the at least one flushing channel extends longitudinally within the wall of the wear sleeve, a second portion of the at least one flushing channel extends longitudinally within the wall of the drive ring and a third portion of the at least one flushing channel extends through the head portion of the percussion bit to the cutting face of the bit.
A casing for a filling level measuring device with a cap, wherein the casing and the cap can be screwed together, a stop for the cap is provided in the screw-in direction, and a untwisting prevention means is provided between the casing and the cap, characterized in that t he untwisting prevention means is configured as at least one latching connection, wherein the cap, after the latching connection has engaged, can be screwed on again without any damage to the latching connection, or can be screwed on again with the latching connection being destroyed only at least partially.
A neighbor relationship establishment method, wherein the method comprises: sending, by a first network device, a hello packet to a second network device by using a first unidirectional link, wherein the hello packet carries first authentication information used to authenticate the first network device, and the first unidirectional link is a direct link from the first network device to the second network device; receiving, by the first network device, an extended unidirectional link, UDL, link state packet, LSP, packet from the second network device by using a second unidirectional link, wherein the extended UDL LSP packet is used to respond to the hello packet, when authentication is enabled in the second network device, the extended UDL LSP packet carries second authentication information used to authenticate the second network device, and the second unidirectional link is an indirect link from the second network device to the first network device; and authenticating, by the first network device, the extended UDL LSP packet; and establishing, by the first network device, a neighbor relationship with the second network device only when an authentication result is that both the first network device and the second network device enable authentication and the authentication succeeds. sending, by a first network device, a hello packet to a second network device by using a first unidirectional link, wherein the hello packet carries first authentication information used to authenticate the first network device, and the first unidirectional link is a direct link from the first network device to the second network device; receiving, by the first network device, an extended unidirectional link, UDL, link state packet, LSP, packet from the second network device by using a second unidirectional link, wherein the extended UDL LSP packet is used to respond to the hello packet, when authentication is enabled in the second network device, the extended UDL LSP packet carries second authentication information used to authenticate the second network device, and the second unidirectional link is an indirect link from the second network device to the first network device; and authenticating, by the first network device, the extended UDL LSP packet; and establishing, by the first network device, a neighbor relationship with the second network device only when an authentication result is that both the first network device and the second network device enable authentication and the authentication succeeds.
Method for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of an energy beam, whereby an inertization of the chamber (3, 10) of the apparatus of a plant is started, whereby a control unit is regulating a flow device so that a flow of an inert process gas, preferably an inert gas or containing inert gas, is created in the chamber, the inert process gas flowing through a chamber (3, 10) of at least one build apparatus which is configured to additively manufacture three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of an energy beam, and/or through a chamber of at least one apparatus which is configured to perform at least one pre-processing step of an additive manufacturing process, and/or through a chamber of at least one apparatus which is configured to perform at least one post-processing step of an additive manufacturing process, wherein the flow of process gas displaces a certain volume of fluid from the chamber (3, 10), wherein the fluid displaced from the chamber (3, 10) is at least partially collected and/or fed back into the or a chamber of at least one apparatus, wherein the part of fluid displaced from the chamber (3, 10) is collected and/or fed into a chamber (3, 10) of the apparatus and/or fed back dependent on a ratio of process gas contained in the fluid. the inert process gas flowing through a chamber (3, 10) of at least one build apparatus which is configured to additively manufacture three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of an energy beam, and/or through a chamber of at least one apparatus which is configured to perform at least one pre-processing step of an additive manufacturing process, and/or through a chamber of at least one apparatus which is configured to perform at least one post-processing step of an additive manufacturing process, wherein the flow of process gas displaces a certain volume of fluid from the chamber (3, 10), wherein the fluid displaced from the chamber (3, 10) is at least partially collected and/or fed back into the or a chamber of at least one apparatus, wherein the part of fluid displaced from the chamber (3, 10) is collected and/or fed into a chamber (3, 10) of the apparatus and/or fed back dependent on a ratio of process gas contained in the fluid.
A hands-free vibrator for stimulating the clitoris, comprising: - at least one vibration motor; - a vibrator body with associated electronic setup, power supply and controller; wherein the vibrating body comprises a hole and the body is designed as an oval, for positioning and holding of the vibrator; characterised in that, said hole is arranged in the middle of said oval body and said hole in said vibrator body is having a largest extension in a longitudinal direction of 3.0 - 8.5 cm for attachment around the labia minora during use, thereby enabling hands-free operation, while avoiding any direct contact of the vibrator with the clitoris. - at least one vibration motor; - a vibrator body with associated electronic setup, power supply and controller; wherein the vibrating body comprises a hole and the body is designed as an oval, for positioning and holding of the vibrator; characterised in that, said hole is arranged in the middle of said oval body and said hole in said vibrator body is having a largest extension in a longitudinal direction of 3.0 - 8.5 cm for attachment around the labia minora during use, thereby enabling hands-free operation, while avoiding any direct contact of the vibrator with the clitoris.
An endless metal belt comprising: a belt member (1,1a) formed by laminating a plurality of metal rings; and an element supported by the belt member, wherein among the plurality of metal rings(1,1a), a metal ring in an innermost layer is formed by a maraging steel plate, and another metal ring characterized in that said another metal ring includes a nitride layer on its surface, contains, in mass%, 0.30 to 0.70% of C, 2.50% or less of Si, 1.00% or less of Mn, 1.00 to 4.00% of Cr, 0.50 to 3.00% of Mo, and 1.00% or less of V, and satisfies an 159 × C % + 91 × Si % + 68 × Cr % + 198 × Mo % + 646 ≥ 1000; a remnant of the another metal ring has a chemical composition composed of Fe and an inevitable impurity; a tensile strength of the another metal ring is 1,700 MPa or higher; and a surface hardness of the nitride layer is HV800 to HV950. a belt member (1,1a) formed by laminating a plurality of metal rings; and an element supported by the belt member, wherein among the plurality of metal rings(1,1a), a metal ring in an innermost layer is formed by a maraging steel plate, and another metal ring characterized in that said another metal ring includes a nitride layer on its surface, contains, in mass%, 0.30 to 0.70% of C, 2.50% or less of Si, 1.00% or less of Mn, 1.00 to 4.00% of Cr, 0.50 to 3.00% of Mo, and 1.00% or less of V, and satisfies an 159 × C % + 91 × Si % + 68 × Cr % + 198 × Mo % + 646 ≥ 1000; a remnant of the another metal ring has a chemical composition composed of Fe and an inevitable impurity; a tensile strength of the another metal ring is 1,700 MPa or higher; and a surface hardness of the nitride layer is HV800 to HV950.
A smoke-free cigarette having an outer skin which has a plurality of layers (1, 2, 3) and which surrounds an inner space in which a matrix is located on which nicotine and flavorings are located, characterized in that an autonomous heating unit is located in the inner space and its heat emission facilitates the desorption of nicotine and flavorings by the matrix; and in that the outer layer of the outer skin consists of paper, a further layer consists of metal and the innermost layer consists of a plastic material.
Foundation engineering apparatus for producing a foundation element in the ground, having - a removal means for producing a hole in the ground through the removal of ground material, - a carrier means, on which the removal means is supported in a substantially vertically adjustable manner and can be moved into the ground, and - a feeding means for feeding an additional mass into the hole, - wherein the removal means is designed to mix the removed ground material in the hole with the additional mass to a ground mixture in order to form the foundation element, characterized in that a collecting means is provided which is arranged on an upper side of the hole and surrounds this at least partially, wherein a receiving chamber for the ground mixture is formed. - a removal means for producing a hole in the ground through the removal of ground material, - a carrier means, on which the removal means is supported in a substantially vertically adjustable manner and can be moved into the ground, and - a feeding means for feeding an additional mass into the hole, - wherein the removal means is designed to mix the removed ground material in the hole with the additional mass to a ground mixture in order to form the foundation element,