mhurhangee/ep-ind-claims huggingface dataset:
A handle-orienting preform feeding mechanism for a bottle preform with a handle, comprising a base plate, wherein a preform feeding component is disposed on the base plate, a preform feeding channel is disposed on a side of the preform feeding component and on the base plate, and a preform blocking mechanism is disposed on a side of the preform feeding channel and on the base plate, a preform feeding tray is joined to and around the preform feeding component and is configured to rotate along with the preform feeding component, a plurality of preform engaging grooves are disposed on an outer edge of the preform feeding tray at intervals, a preform blocking tray is disposed on a periphery of the preform feeding tray and on the base plate, and a transmission gap for conveying a bottle preform is formed between an inner edge of the preform blocking tray and the outer edge of the preform feeding tray, a head end of the transmission gap is butted to a tail end of the preform feeding channel, a handle positioning structure is disposed on a side of each of the plurality of preform engaging grooves and on the preform feeding tray; characterised in that the handle positioning structure comprises an arc-shaped through hole disposed on the preform feeding tray, and a stop pin is disposed in the arc-shaped through hole and is slidable relative to the arc-shaped through hole. a preform feeding component is disposed on the base plate, a preform feeding channel is disposed on a side of the preform feeding component and on the base plate, and a preform blocking mechanism is disposed on a side of the preform feeding channel and on the base plate, a preform feeding tray is joined to and around the preform feeding component and is configured to rotate along with the preform feeding component, a plurality of preform engaging grooves are disposed on an outer edge of the preform feeding tray at intervals, a preform blocking tray is disposed on a periphery of the preform feeding tray and on the base plate, and a transmission gap for conveying a bottle preform is formed between an inner edge of the preform blocking tray and the outer edge of the preform feeding tray, a head end of the transmission gap is butted to a tail end of the preform feeding channel, a handle positioning structure is disposed on a side of each of the plurality of preform engaging grooves and on the preform feeding tray; characterised in that the handle positioning structure comprises an arc-shaped through hole disposed on the preform feeding tray, and a stop pin is disposed in the arc-shaped through hole and is slidable relative to the arc-shaped through hole.
Gas generator having a gas diffuser comprising a wall defining at least one diffusion chamber arranged so as to receive inflation gases from the gas generator and diffuse them toward an automobile safety element, characterized in that the wall is formed from a cutout of the sheet metal blank and comprises at least two anchors of complementary shapes which are interlocked to form a closure zone of the sheet metal blank, wherein said at least two anchors do not have any extra thickness or relief in comparison with the sheet metal blank.
A probiotic preparation comprising viable, metabolically active probiotic bacteria in a non-dairy liquid substrate, for use in the treatment of Irritable Bowel Syndrome, wherein the probiotic preparation comprises a mixture of Enterococcus faecium, Lactobacillus plantarum, Lactobacillus acidophilus, and either Lactobacillus casei or Lactobacillus rhamnosus or both Lactobacillus casei and Lactobacillus rhamnosus.
An optical fiber comprising: an inner core having an α-power refractive index profile and a maximum refractive index of n1; an outer core surrounding the inner core, the outer core having a refractive index of nl'; and a cladding surrounding the outer core, the cladding having a refractive index of n2 (nl'<n2<nl), characterized in that a depth of a trench, defined by n2-nl', is set so that, in a C-band which is a two-mode region, (i) a mode dispersion Δx, defined by Δτ = (1/vg11)-(1/vg01), has a positive sign, where vg01 indicates a group velocity of an LP01 mode and vg11 indicates a group velocity of an LP11 mode and (ii) an inclination dΔτ/dλ of the mode dispersion Δτ has a positive sign. an inner core having an α-power refractive index profile and a maximum refractive index of n1; an outer core surrounding the inner core, the outer core having a refractive index of nl'; and a cladding surrounding the outer core, the cladding having a refractive index of n2 (nl'<n2<nl), characterized in that a depth of a trench, defined by n2-nl', is set so that, in a C-band which is a two-mode region, (i) a mode dispersion Δx, defined by Δτ = (1/vg11)-(1/vg01), has a positive sign, where vg01 indicates a group velocity of an LP01 mode and vg11 indicates a group velocity of an LP11 mode and (ii) an inclination dΔτ/dλ of the mode dispersion Δτ has a positive sign.
Treatment section of a production line for producing a barrier coated fiber web, in particular a barrier coated carton board web, which treatment section comprises a coating section (60; 65) comprising at least one off-line melt coating polymer coater, advantageously extruder, and an unwinder and a rewinder, characterized in that the coating section (60; 65) comprises at least one off-line curtain dispersion coater and that the unwinder and/or the rewinder are common to the at least one off-line melt coating polymer coater and to the at least one off-line curtain dispersion coater.
A process for preventing the formation of 3,3,3-trifluoropropyne during the manufacture of fluorocarbon compounds, said method comprising the steps of: (a) forming a fluorocarbon compound in a reaction process that generates reaction products comprising one or more acids; (b) conducting one or more substantially caustic-free bulk acid removal procedures on the reaction products of step (a); and (c) conducting one or more trace acid removal procedures to remove acids remaining after step (b), thereby preventing the formation of 3,3,3-trifluoropropyne; wherein the bulk removal of the acids in step (b) comprises treating the reaction products with a first scrubber solution in a first absorber to remove the bulk of the acid.. (a) forming a fluorocarbon compound in a reaction process that generates reaction products comprising one or more acids; (b) conducting one or more substantially caustic-free bulk acid removal procedures on the reaction products of step (a); and (c) conducting one or more trace acid removal procedures to remove acids remaining after step (b), thereby preventing the formation of 3,3,3-trifluoropropyne;
A single pulse pulsatile release pharmaceutical composition wherein the active ingredient is an immunosuppressant, comprising a compartment containing 62,1 wt% of a mycophenolate sodium salt as immunosuppressant, 12,9 wt% of croscarmellose sodium as water soluble polymer, 17.8 wt% of lactose, 4.0 wt% of povidone, 2,1 wt% of colloidal silicon dioxide, and 1,0 wt% of magnesium stearate, all based on the total weight of the compartment, said compartment being coated with either (i) 0.16 wt% or 0.48 wt% of a dry film, based on the dry weight of the film relative to the total weight of the immunosuppressant comprising compartment, with this film consisting of 80 wt% of ethylcellulose as pH-independent water insoluble but water permeable polymer and, 15 wt% of hydroxypropylmethyl cellulose as the pore forming substance, and 5 wt% of triethylcitrate as plasticizer; or with (ii) 0.81 wt% of a dry film, based on the dry weight of the film relative to the total weight of the immunosuppressant comprising compartment, with this film consisting of 85 wt% of ethylcellulose as pH-independent water insoluble but water permeable polymer, and 15 wt% of hydroxypropylmethyl cellulose as pore forming substance wherein upon contact of the water swellable polymer with gastric fluid it swells to cause rupture of the pH-independent film with single pulse release of the mycophenolate salt. (i) 0.16 wt% or 0.48 wt% of a dry film, based on the dry weight of the film relative to the total weight of the immunosuppressant comprising compartment, with this film consisting of 80 wt% of ethylcellulose as pH-independent water insoluble but water permeable polymer and, 15 wt% of hydroxypropylmethyl cellulose as the pore forming substance, and 5 wt% of triethylcitrate as plasticizer; or with (ii) 0.81 wt% of a dry film, based on the dry weight of the film relative to the total weight of the immunosuppressant comprising compartment, with this film consisting of 85 wt% of ethylcellulose as pH-independent water insoluble but water permeable polymer, and 15 wt% of hydroxypropylmethyl cellulose as pore forming substance
A combination comprising a compound of formula or a pharmaceutically acceptable salt thereof, and rilpivirine or a pharmaceutically acceptable salt thereof.
An orthodontic bracket comprising a substrate surface that is to be bonded to a tooth surface and an arch wire retaining portion that is configured to retain an arch wire (50, 51, 52) with the substrate surface as a bottom surface, the orthodontic bracket being connectable by the arch wire (50, 51, 52) for continuously applying a stress to individual teeth to thereby straighten a row of teeth, wherein a cross sectional shape of the bracket that is orthogonal to the direction in which the arch wire (50, 51, 52) is stretched, with the substrate surface to be bonded to the tooth surface as the bottom surface, is an approximately hog-backed shape, in which there are at least four contact points (P 1, P 2, P 3, P 4, P 5, P 6) of the bracket cross section on a virtual semicircle, the virtual semicircle having a radius (R 1) and a virtual center positioned at a centre of a virtual reference line that connects the both side end parts of the bracket in cross section of the bracket, and wherein the orthodontic bracket is provided with a plurality of arch wire through holes (12, 14, 16) respectively for inserting the arch wire (50, 51, 52) into the through holes (12, 14, 16) and connecting adjacent orthodontic brackets by the arch wire (50, 51, 52).
A method for producing an extremely high-temperature-resistant coating on an extremely high-temperature-resistant component, comprising the steps: - applying a liquid coating comprising a silicate and a silane or siloxane to the extremely high-temperature-resistant component and, - baking the coating at temperatures of 300 °C to 2000 °C. - applying a liquid coating comprising a silicate and a silane or siloxane to the extremely high-temperature-resistant component and, - baking the coating at temperatures of 300 °C to 2000 °C.
A method performed by an augmented reality display device, the method comprising: identifying a user-selected service benefit (302, 404) as provided by a content provider; identifying network-quality requirements associated with the user-selected service benefit; determining a location of the augmented reality display device; using the determined location to identify proximate network access points; retrieving a record of at least a first proximate network access point, wherein the retrieved record identifies (i) at least one first service benefit provided by a first content provider at the first proximate network access point, (ii) a first region in which a signal from the first access point is available, and (iii) network-quality parameters within the first region; and filtering the first proximate network access point by checking that the first proximate network access point offers the user-selected service benefit; and displaying by the augmented reality display device at least a first 3D graphical overlay (302, 304) representing the spatial areas within the first region where the retrieved network-quality parameters meet the identified network quality requirements associated with the user-selected service benefit. identifying a user-selected service benefit (302, 404) as provided by a content provider; identifying network-quality requirements associated with the user-selected service benefit; determining a location of the augmented reality display device; using the determined location to identify proximate network access points; retrieving a record of at least a first proximate network access point, wherein the retrieved record identifies (i) at least one first service benefit provided by a first content provider at the first proximate network access point, (ii) a first region in which a signal from the first access point is available, and (iii) network-quality parameters within the first region; and filtering the first proximate network access point by checking that the first proximate network access point offers the user-selected service benefit; and displaying by the augmented reality display device at least a first 3D graphical overlay (302, 304) representing the spatial areas within the first region where the retrieved network-quality parameters meet the identified network quality requirements associated with the user-selected service benefit.
Multiple tool, comprising at least one tool body (70,90;70,90,180) provided with a central portion and radial portions departing from said central portion, each of said radial portions carrying a respective tool (72,74,76,92,94,96; 72,74,76,92,94,96,184,186,188), characterized in that it comprises at least a frame provided with at least an opening for removably housing said at least one tool body (70,90;70,90,180), and with peripheral seats (12,14,16) for removably housing respective implements (110,130,140;110), and in that said frame comprises a frame body having a central region and radial regions departing from said central region.
A lighting and/or signaling device for motor vehicles, having at least one light source (3, 4) configured in order to emit a primary light flux, a reflector configured in order to form a reflected light flux from the primary light flux, and an optical element comprising an entry diopter and an exit diopter, the optical element being configured in order to allow the emission of an exit light beam by the exit diopter when the entry diopter receives the reflected light beam, the optical element comprising a first and a second zone, the first zone and the second zone being configured in order to produce different spreading of the exit beam, the first zone being configured in order to make the rays of the exit light beam converge further away from the optical element than the second zone, characterized in that the reflector has two lateral parts which meet on a junction line, and two light sources (3, 4) which are arranged symmetrically relative to the junction line. the optical element comprising a first and a second zone, the first zone and the second zone being configured in order to produce different spreading of the exit beam, the first zone being configured in order to make the rays of the exit light beam converge further away from the optical element than the second zone, characterized in that the reflector has two lateral parts which meet on a junction line, and two light sources (3, 4) which are arranged symmetrically relative to the junction line.
A method of selecting a network implementation using network policies within a virtualization environment, comprising: identifying, by a policy engine, a first virtual interface object of a virtual machine that generated a lifecycle event; obtaining, by the policy engine, an identifier associated with the first virtual interface object; identifying, by the policy engine, a network object using the identifier associated with the first virtual interface object; characterized in that the method further comprises: identifying, by the policy engine, a network policy implemented by the network object; identifying, by the policy engine, a second virtual interface object based on the network policy implemented by the network object and establishing, by the policy engine, a network configuration with attributes identified by the network policy and that satisfies a connection established between the second virtual interface object and the network object. identifying, by a policy engine, a first virtual interface object of a virtual machine that generated a lifecycle event; obtaining, by the policy engine, an identifier associated with the first virtual interface object; identifying, by the policy engine, a network object using the identifier associated with the first virtual interface object; identifying, by the policy engine, a network policy implemented by the network object; identifying, by the policy engine, a second virtual interface object based on the network policy implemented by the network object and establishing, by the policy engine, a network configuration with attributes identified by the network policy and that satisfies a connection established between the second virtual interface object and the network object.
A method of adjusting a motorized solar protection installation comprising a screen that can be displaced by activation of an actuator provided with an electronic position counting device and means of detecting an obstacle to the movement, characterized by the following steps: a. storage of a first end-of-travel position, b. displacement of the screen by activation of the actuator towards the first stored end-of-travel position, continued beyond the first stored end-of-travel position as far as a position that can be assimilated to an end-stop, detected by the means of detecting an obstacle to the movement, c. measurement of the position difference between the first stored end-of-travel position and the position that can be assimilated to an end-stop, d. storage of this measurement in memory. a. storage of a first end-of-travel position, b. displacement of the screen by activation of the actuator towards the first stored end-of-travel position, continued beyond the first stored end-of-travel position as far as a position that can be assimilated to an end-stop, detected by the means of detecting an obstacle to the movement, c. measurement of the position difference between the first stored end-of-travel position and the position that can be assimilated to an end-stop, d. storage of this measurement in memory.
An optical sensor for submerging in a fluid for periodic or continuous monitoring of chemical components in said fluid, the optical sensor comprising: two or more light sources; two or more sensors, each sensor for sensing a chemical in the fluid, each of the sensors being arranged to receive light from a respective one of the two or more light sources, and each of the sensors being configured to emit or reflect light in response to the received light, wherein a colour and/or intensity of the light emitted or reflected from a sensor is dependent upon a presence of one or more chemicals to be detected in the fluid, and wherein the two or more sensors are configured to be in contact with the fluid comprising one or more chemicals to be detected; a light detector arranged to receive the light emitted or reflected by each of the two or more sensors; a collimator arranged to guide light emitted by each of the two or more light sources to the respective two or more sensors, and configured to guide light emitted or reflected by each of the two or more sensors to the light detector; and a controller coupled to the two or more light sources and the light detector, the controller being configured to control the light sources and light detector such that only one light source is active at any one time. two or more light sources; two or more sensors, each sensor for sensing a chemical in the fluid, each of the sensors being arranged to receive light from a respective one of the two or more light sources, and each of the sensors being configured to emit or reflect light in response to the received light, wherein a colour and/or intensity of the light emitted or reflected from a sensor is dependent upon a presence of one or more chemicals to be detected in the fluid, and wherein the two or more sensors are configured to be in contact with the fluid comprising one or more chemicals to be detected; a light detector arranged to receive the light emitted or reflected by each of the two or more sensors; a collimator arranged to guide light emitted by each of the two or more light sources to the respective two or more sensors, and configured to guide light emitted or reflected by each of the two or more sensors to the light detector; and a controller coupled to the two or more light sources and the light detector, the controller being configured to control the light sources and light detector such that only one light source is active at any one time.
A tower section for a tethered tower, such as a tethered wind turbine tower, said tower section having a generally cylindrical wall and extending in a longitudinal direction along and about a central longitudinal axis from a lower end to an upper end of said tower section, said tower section comprising: a plurality of tubes distributed around said central longitudinal axis, each of said plurality of tubes having a generally cylindrical shape and extending through said cylindrical wall from an inner tube end on an inner side of said cylindrical wall to an outer tube end on an outer side of said cylindrical wall, each of said plurality of tubes having a tube center line, each of said plurality of tubes being adapted for receiving a cable there-through and fixing said cable at said inner tube end. a plurality of tubes distributed around said central longitudinal axis, each of said plurality of tubes having a generally cylindrical shape and extending through said cylindrical wall from an inner tube end on an inner side of said cylindrical wall to an outer tube end on an outer side of said cylindrical wall, each of said plurality of tubes having a tube center line, each of said plurality of tubes being adapted for receiving a cable there-through and fixing said cable at said inner tube end.
A method for service interruption reporting of a multicast bearer for group communications, the method being performed by a client node, the method comprising: obtaining instruction from a control node of the multicast bearer, where the instruction instructs whether or not the client node is to report service interruption of the multicast bearer; detecting service interruption of the multicast bearer; and selectively reporting the service interruption to the control node in accordance with the instruction. obtaining instruction from a control node of the multicast bearer, where the instruction instructs whether or not the client node is to report service interruption of the multicast bearer; detecting service interruption of the multicast bearer; and selectively reporting the service interruption to the control node in accordance with the instruction.