mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a dental drilling template which is adapted to a jaw structure of a patient and comprises at least one guide channel for guiding a drilling tool, in which the guide channel is arranged in accordance with positional data on an impression element comprising a negative impression of the jaw structure, wherein a. a mounting element, which comprises an adaptation element and is adapted to the required position of the guide channel, is produced by machining a material by means of a machining machine, b. wherein, during production, a mould-closing mounting structure, preferably a mounting structure that is periodically mould-closing in at least two directions, is produced on the mounting element in accordance with the positional data, c. a channel element already comprising the guide channel, in particular in the form of a metal sleeve, and comprising an adaptation area which corresponds to the adaptation element of the mounting element, and which is in particular formed by the guide channel itself, is fixed on the mounting element produced, d. the assembly formed by the mounting element and the channel element comprising the mould-closing mounting structure of the mounting element is fixed at a location calculated in accordance with the positional data on a mounting plate comprising a corresponding mould-closing structure, in particular a structure that is periodic in at least two directions, e. the impression element is fixed with a fixing element opposite the mounting plate and f. the channel element is arranged on the impression element by fixing, in particular by adhesive fixing on the impression element and detaching from the mounting element. a. a mounting element, which comprises an adaptation element and is adapted to the required position of the guide channel, is produced by machining a material by means of a machining machine, b. wherein, during production, a mould-closing mounting structure, preferably a mounting structure that is periodically mould-closing in at least two directions, is produced on the mounting element in accordance with the positional data, c. a channel element already comprising the guide channel, in particular in the form of a metal sleeve, and comprising an adaptation area which corresponds to the adaptation element of the mounting element, and which is in particular formed by the guide channel itself, is fixed on the mounting element produced, d. the assembly formed by the mounting element and the channel element comprising the mould-closing mounting structure of the mounting element is fixed at a location calculated in accordance with the positional data on a mounting plate comprising a corresponding mould-closing structure, in particular a structure that is periodic in at least two directions, e. the impression element is fixed with a fixing element opposite the mounting plate and f. the channel element is arranged on the impression element by fixing, in particular by adhesive fixing on the impression element and detaching from the mounting element.
Chitosan polymers HTCC and HM-TCC of the formula I wherein R is selected from H, COCH 3 (HTCC) or from H, COCH 3, C12H25 (HM-HTCC) for use in the treatment and prevention of infections caused by coronaviruses.
A coupling for interconnecting two items, the coupling comprising a female part attached to one of the two items, and a male part attached to the other of the two items, and where the female part has a circular cylindrical hole defining a first axis of rotation and having an open end, and the male part comprises a tap with a distal end forming an outer circular cylindrical surface about a second axis of rotation and having a radius corresponding to the circular cylindrical hole, and where the female part further comprises a projection extending only on one side of a plane parallel to the first axis of rotation and away from the end of the circular cylindrical hole and forming a segment of a circular cylindrical inner surface, and the tap of the male part further comprises a circular cylindrical proximal end extending between the distal end and the other of the two items, and where the circular cylindrical proximal end has a radius about the second axis of rotation corresponding to the circular cylindrical inner surface, and where a groove is arranged in one, and a corresponding flange is arranged on the other one, of the circular cylindrical inner surface and the circular cylindrical proximal end, and where the flange and the groove are adapted such that the flange can slide in the groove about the first axis of rotation, when the tap is rotated in the circular cylindrical hole, characterized in, that the distal end of the tap, in the direction along the second axis of rotation, is longer on one side of the second axis of rotation than on the opposite side.
A method of manufacturing an image display apparatus wherein an image display member and a light-transmissive cover member having a light shielding layer formed around an outer edge of the cover member are laminated to each other via a light-transmissive cured resin layer formed from a liquid photocurable resin composition (3, 3a, 3b) such that a surface of the light-transmissive cover member on which the light shielding layer is formed is arranged on a side of the image display member, the manufacturing method comprising the following steps to: <Step > coating the surface of the light-transmissive cover member on which the light shielding layer is formed with the liquid photocurable resin composition (3, 3a, 3b) in a thickness thicker than that of the light shielding layer so that a step formed by the light shielding layer and the surface of the light-transmissive cover member on which the light shielding layer is formed is canceled, wherein the liquid photocurable resin composition (3, 3a, 3b) has a viscosity of 0.01 to 100 Pa·s and is coated in a thickness 2 to 30 times a thickness of the light shielding layer; <Step > irradiating UV rays to the coated photocurable resin composition (3, 3a, 3b) for curing to form a light-transmissive cured resin layer; and <Step > bonding the light-transmissive cover member with the image display member under pressure at 10°C to 80°C using a publicly known pressure bonding apparatus such that the light shielding layer and the light-transmissive cured resin layer are located inside. <Step > coating the surface of the light-transmissive cover member on which the light shielding layer is formed with the liquid photocurable resin composition (3, 3a, 3b) in a thickness thicker than that of the light shielding layer so that a step formed by the light shielding layer and the surface of the light-transmissive cover member on which the light shielding layer is formed is canceled, wherein the liquid photocurable resin composition (3, 3a, 3b) has a viscosity of 0.01 to 100 Pa·s and is coated in a thickness 2 to 30 times a thickness of the light shielding layer; <Step > irradiating UV rays to the coated photocurable resin composition (3, 3a, 3b) for curing to form a light-transmissive cured resin layer; and <Step > bonding the light-transmissive cover member with the image display member under pressure at 10°C to 80°C using a publicly known pressure bonding apparatus such that the light shielding layer and the light-transmissive cured resin layer are located inside.
Communication system for vehicle-to-environment communication in which data to be transmitted are transmitted wirelessly as data packets, having - a communication unit and an application unit that are physically separate from one another and connected to one another via a vehicle-internal bus system, wherein the communication unit has a radio-frequency antenna and a transceiver for physical data transmission and also a computation unit for physical transmission control, wherein the application unit has at least one computation unit that is set up to execute application programs and to control access by the application programs to the vehicle-to-environment communication and to execute data security applications, wherein the computation unit of the application unit is set up to provide the network layer of the OSI layer model for communication protocols with appropriate tasks from the communication unit by virtue of the communication unit and its computation unit being set up to provide functions of the physical layer and the data link layer of the OSI layer model, and the at least one computation unit of the application unit being set up to provide functions of the network layer and the transport layer of the OSI layer model, and hence to forward the data packets, including pathfinding, between communication subscribers and to segment the data stream. - a communication unit and an application unit that are physically separate from one another and connected to one another via a vehicle-internal bus system, wherein the communication unit has a radio-frequency antenna and a transceiver for physical data transmission and also a computation unit for physical transmission control, wherein the application unit has at least one computation unit that is set up to execute application programs and to control access by the application programs to the vehicle-to-environment communication and to execute data security applications, wherein the computation unit of the application unit is set up to provide the network layer of the OSI layer model for communication protocols with appropriate tasks from the communication unit by virtue of the communication unit and its computation unit being set up to provide functions of the physical layer and the data link layer of the OSI layer model, and the at least one computation unit of the application unit being set up to provide functions of the network layer and the transport layer of the OSI layer model, and hence to forward the data packets, including pathfinding, between communication subscribers and to segment the data stream.
Sulfur-crosslinkable rubber mixture comprising - at least one diene rubber and - at least one silica and - at least one hydrocarbon resin and - 1 to 40 phr of at least one liquid polybutadiene having terminal organosilicon modification and having a weight-average molecular weight Mw by GPC of 500 to 12 000 g/mol. - at least one diene rubber and - at least one silica and - at least one hydrocarbon resin and - 1 to 40 phr of at least one liquid polybutadiene having terminal organosilicon modification and having a weight-average molecular weight Mw by GPC of 500 to 12 000 g/mol.
A sole for an article of footwear, the sole comprising: an upper sole; a plurality of fluid-filled bladder modules (120A-D) coupled to a bottom surface of the upper sole, the plurality of fluid-filled bladder modules (120A-D) comprising: a first bladder module disposed in a first region of the sole, the first bladder module being fluidly isolated from remaining bladder modules (120A, C-D) and not extending into a second region of the sole; a second bladder module disposed in the first region of the sole and spatially separated in a transverse direction from the first bladder module, the second bladder module being fluidly isolated from remaining bladder modules (120B-D) and not extending into the second region of the sole; wherein the first bladder module is reflectively symmetrical with respect to the second bladder module, and wherein the first region of the sole is one of a forefoot region or a heel region of the sole, and wherein the second region of the sole is the other of the forefoot region or the heel region of the sole, characterised in that the first and second bladder modules (120A-B) are each laterally asymmetrical. an upper sole; a plurality of fluid-filled bladder modules (120A-D) coupled to a bottom surface of the upper sole, the plurality of fluid-filled bladder modules (120A-D) comprising: a first bladder module disposed in a first region of the sole, the first bladder module being fluidly isolated from remaining bladder modules (120A, C-D) and not extending into a second region of the sole; a second bladder module disposed in the first region of the sole and spatially separated in a transverse direction from the first bladder module, the second bladder module being fluidly isolated from remaining bladder modules (120B-D) and not extending into the second region of the sole; a first bladder module disposed in a first region of the sole, the first bladder module being fluidly isolated from remaining bladder modules (120A, C-D) and not extending into a second region of the sole; a second bladder module disposed in the first region of the sole and spatially separated in a transverse direction from the first bladder module, the second bladder module being fluidly isolated from remaining bladder modules (120B-D) and not extending into the second region of the sole; wherein the first bladder module is reflectively symmetrical with respect to the second bladder module, and wherein the first region of the sole is one of a forefoot region or a heel region of the sole, and wherein the second region of the sole is the other of the forefoot region or the heel region of the sole, characterised in that the first and second bladder modules (120A-B) are each laterally asymmetrical.
- Method for determining the free volume of an annular space of a flexible pipe, the flexible pipe defining a central internal passage for circulation of a fluid, the annular space containing at least one layer of tensile armor (16, 17), the method comprising at least one measurement cycle comprising the following steps: - vacuuming the annular space and isolating the annular space; - measuring a first pressure in the annular space and the temperature in the annular space after the isolation of the annular space; characterized by the following steps: - injecting into the annular space a given amount of a measuring gas not coming from the internal central passage and isolating the annular space, the annular space remaining under vacuum after the injection and the isolation; - measuring the given amount of measuring gas injected into the annular space; - measuring a second pressure in the annular space after the isolation of the annular space; - determining the free volume of the annular space on the basis of the first pressure, the second pressure, the temperature and the measurement of the given amount of measuring gas. the method comprising at least one measurement cycle comprising the following steps: - vacuuming the annular space and isolating the annular space; - measuring a first pressure in the annular space and the temperature in the annular space after the isolation of the annular space; - vacuuming the annular space and isolating the annular space; - measuring a first pressure in the annular space and the temperature in the annular space after the isolation of the annular space; characterized by the following steps: - injecting into the annular space a given amount of a measuring gas not coming from the internal central passage and isolating the annular space, the annular space remaining under vacuum after the injection and the isolation; - measuring the given amount of measuring gas injected into the annular space; - measuring a second pressure in the annular space after the isolation of the annular space; - determining the free volume of the annular space on the basis of the first pressure, the second pressure, the temperature and the measurement of the given amount of measuring gas. - injecting into the annular space a given amount of a measuring gas not coming from the internal central passage and isolating the annular space, the annular space remaining under vacuum after the injection and the isolation; - measuring the given amount of measuring gas injected into the annular space; - measuring a second pressure in the annular space after the isolation of the annular space; - determining the free volume of the annular space on the basis of the first pressure, the second pressure, the temperature and the measurement of the given amount of measuring gas.
A tissue-targeting complex comprising a tissue targeting moiety, an octadentate hydroxypyridinone (HOPO)-containing ligand comprising four 3,2-HOPO and the ion of an alpha-emitting thorium radionuclide where all four HOPO moieties are substituted at the N-position with a hydroxyalkyl solubilising group.
A computer storage medium storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform operations comprising: obtaining a tensor circuit and a schema associated with the tensor circuit; mapping the obtained tensor circuit to an equivalent fully homomorphic encryption-adapted, FHE-adapted, tensor circuit that is generated based at least in part on the associated schema; monitoring calls to a library through the generated equivalent FHE-adapted tensor circuit for each corresponding one of a plurality of determined specifications being utilized by the generated equivalent FHE-adapted tensor circuit; determining a cost of each specification in the plurality of determined specifications based at least in part on the corresponding monitored calls to the library; and providing a set of specifications from the determined plurality of specifications selected based at least in part on the determined costs, wherein the provided set corresponds to a determined most efficient set of specifications for the obtained tensor circuit to perform homomorphic encryption operations on encrypted data. obtaining a tensor circuit and a schema associated with the tensor circuit; mapping the obtained tensor circuit to an equivalent fully homomorphic encryption-adapted, FHE-adapted, tensor circuit that is generated based at least in part on the associated schema; monitoring calls to a library through the generated equivalent FHE-adapted tensor circuit for each corresponding one of a plurality of determined specifications being utilized by the generated equivalent FHE-adapted tensor circuit; determining a cost of each specification in the plurality of determined specifications based at least in part on the corresponding monitored calls to the library; and providing a set of specifications from the determined plurality of specifications selected based at least in part on the determined costs, wherein the provided set corresponds to a determined most efficient set of specifications for the obtained tensor circuit to perform homomorphic encryption operations on encrypted data.
A package for a smoking article, the package comprising: a base layer having first and second ends and comprising an elongate recess for receiving a smoking article, the elongate recess having first and second ends; and a cover layer having first and second ends and overlying the elongate recess so that the cover layer and the elongate recess together define a cavity for receiving a smoking article, the cavity having first and second ends; and wherein each of the first end of the elongate recess and the first end of the cover layer comprises a thermally insulating portion (40, 42); wherein the maximum width of the first end of the cavity between the base layer and the cover layer is greater than the maximum width of the second end of the cavity between the base layer and the cover layer; and wherein the cover layer is moveable between an open position in which a smoking article can be removed from the cavity and reinserted into the cavity, and a closed position in which the cover layer can substantially seal a smoking article within the cavity to extinguish the smoking article after the smoking article has been ignited. a base layer having first and second ends and comprising an elongate recess for receiving a smoking article, the elongate recess having first and second ends; and a cover layer having first and second ends and overlying the elongate recess so that the cover layer and the elongate recess together define a cavity for receiving a smoking article, the cavity having first and second ends; and wherein each of the first end of the elongate recess and the first end of the cover layer comprises a thermally insulating portion (40, 42); wherein the maximum width of the first end of the cavity between the base layer and the cover layer is greater than the maximum width of the second end of the cavity between the base layer and the cover layer; and wherein the cover layer is moveable between an open position in which a smoking article can be removed from the cavity and reinserted into the cavity, and a closed position in which the cover layer can substantially seal a smoking article within the cavity to extinguish the smoking article after the smoking article has been ignited.
A medical implant comprising: a substrate comprising a biocompatible alloy; a diffusion hardened zone in contact with said substrate, said diffusion hardened zone comprising a diffusion hardening species; a substantially defect free ceramic layer in contact with said diffusion hardened zone, and a metallic hardened layer comprising a surface of said medical implant. a substrate comprising a biocompatible alloy; a diffusion hardened zone in contact with said substrate, said diffusion hardened zone comprising a diffusion hardening species; a substantially defect free ceramic layer in contact with said diffusion hardened zone, and a metallic hardened layer comprising a surface of said medical implant.
Toothed gear (50A-50F) for a gear box, comprising: - a rim on which a toothing with a multiplicity of teeth is provided, - a support point, and - a web via which the rim is connected to the support point, wherein, at a side of the rim that is situated opposite the toothing and adjacent to the web, a periodic geometry variation aligned with the teeth of the toothing is formed, characterized in that the toothed gear (50A-50F) has an axis of rotation, and a radius relative to the axis of rotation to an inner surface of the rim varies in an axial direction relative to the axis of rotation in such a way that, in an axial direction proceeding from the web, the radius becomes continuously smaller. - a rim on which a toothing with a multiplicity of teeth is provided, - a support point, and - a web via which the rim is connected to the support point, wherein, at a side of the rim that is situated opposite the toothing and adjacent to the web, a periodic geometry variation aligned with the teeth of the toothing is formed, characterized in that the toothed gear (50A-50F) has an axis of rotation, and a radius relative to the axis of rotation to an inner surface of the rim varies in an axial direction relative to the axis of rotation in such a way that, in an axial direction proceeding from the web, the radius becomes continuously smaller.
A sanitizer system comprising: at least one ultraviolet lamp, an ultraviolet-transparent, water carrying tube positioned adjacent said ultraviolet lamp, at least one Venturi having at least one suction port, a water inlet port and a water outlet port, said water outlet port supporting one end of said ultraviolet-transparent water carrying tube, said at least one suction port of said at least one Venturi oriented to draw ozonated air directly from a region around said at least one ultraviolet lamp; further comprising a mixer supporting an opposite end of said ultraviolet-transparent water tube; wherein said mixer is a second Venturi, said second Venturi having a second water inlet, a second water outlet and at least one second suction port, said second water inlet supporting the other end of said ultraviolet-transparent water tube, and said second at least one suction port being oriented near the ultraviolet-transparent water tube to draw said ozonated air directly from said region around said at least one ultraviolet lamp. at least one ultraviolet lamp, an ultraviolet-transparent, water carrying tube positioned adjacent said ultraviolet lamp, at least one Venturi having at least one suction port, a water inlet port and a water outlet port, said water outlet port supporting one end of said ultraviolet-transparent water carrying tube, said at least one suction port of said at least one Venturi oriented to draw ozonated air directly from a region around said at least one ultraviolet lamp; further comprising a mixer supporting an opposite end of said ultraviolet-transparent water tube;