mhurhangee/ep-ind-claims huggingface dataset:
Plasma spraying device for spraying a coating onto a substrate by a thermal spray process, said plasma spraying device including a plasma torch for heating up a plasma gas in a heating zone, wherein the plasma torch includes a nozzle body for forming a plasma gas stream, said plasma torch having an aperture running along a central longitudinal axis through said nozzle body, which aperture has an convergent section with an inlet for the plasma gas, a throat section including a minimum cross-sectional area of the aperture, and a divergent section with an outlet for the plasma gas stream, wherein an introducing duct is provided for introducing a liquid precursor into the plasma gas stream, and a penetration means (18, 161, 181, 182) is provided to penetrate the liquid precursor inside the plasma gas stream, characterized in that the penetration means is a penetration groove having a triangular shape.
An organotemplate-free synthetic process for the production of a zeolite of TON framework type structure, wherein the process comprises the steps of: preparing a mixture comprising: (a) an alumina-coated silica; (b) a source of an alkali metal; (c) an alcohol, wherein the alcohol has from 1 to 6 carbon atoms; (d) a source of hydroxide ions; (e) seed crystals comprising a zeolitic material having a TON framework type structure; and (f) water; and crystallizing the mixture obtained in step. preparing a mixture comprising: (a) an alumina-coated silica; (b) a source of an alkali metal; (c) an alcohol, wherein the alcohol has from 1 to 6 carbon atoms; (d) a source of hydroxide ions; (e) seed crystals comprising a zeolitic material having a TON framework type structure; and (f) water; and (a) an alumina-coated silica; (b) a source of an alkali metal; (c) an alcohol, wherein the alcohol has from 1 to 6 carbon atoms; (d) a source of hydroxide ions; (e) seed crystals comprising a zeolitic material having a TON framework type structure; and (f) water; and crystallizing the mixture obtained in step.
Food processor comprising a heatable vessel, the vessel having a lid that has a lid rim, on which lid at least one grip element is arranged, at least one steam outlet path being defined in the region of the lid rim, via which path steam flowing in the vessel can escape into the surroundings, characterised in that the steam outlet path, proceeding from the lid rim along an outer side of the lid, is oriented substantially radially towards the centre of the lid such that steam escaping from the vessel is guided along the outer side of the lid, the steam outlet path being formed between the outer side of the lid and a steam outlet part of the grip element, delimited by the grip part on one side and the outer side of the lid on the other side, such that the outer side is directly subjected to the temperature of the escaping steam.
A communication system comprising: a network configured to support a multi-line, multi-device service enabling at least one of (i) a single user device to use multiple lines of the network, and (ii) multiple user devices to use one line of the network, the network comprising: a network contact point, wherein each user device of the network is communicatively coupled to the network contact point; a proxy service node, PSN, communicatively coupled to the network contact point; and at least one presence application server, PAS; wherein at least one user device of the network comprises a client configured to enable a user to select for registration one or more lines from a plurality of lines available for the multi-line, multi-device service on the network; wherein, after registration of the selected lines, the client is adapted to send one publish message for the registered lines, wherein the registered lines are indicated in the header of the publish message; wherein the PSN is adapted to receive the one publish message sent by the client and to send a separate publish message for each line registered by the user, each separate publish message comprising communication capability information of each registered line; and w herein the at least one PAS is adapted to receive the separate publish message for each registered line. a network configured to support a multi-line, multi-device service enabling at least one of (i) a single user device to use multiple lines of the network, and (ii) multiple user devices to use one line of the network, the network comprising: a network contact point, wherein each user device of the network is communicatively coupled to the network contact point; a proxy service node, PSN, communicatively coupled to the network contact point; and at least one presence application server, PAS; a network contact point, wherein each user device of the network is communicatively coupled to the network contact point; a proxy service node, PSN, communicatively coupled to the network contact point; and at least one presence application server, PAS; wherein at least one user device of the network comprises a client configured to enable a user to select for registration one or more lines from a plurality of lines available for the multi-line, multi-device service on the network; wherein, after registration of the selected lines, the client is adapted to send one publish message for the registered lines, wherein the registered lines are indicated in the header of the publish message; wherein the PSN is adapted to receive the one publish message sent by the client and to send a separate publish message for each line registered by the user, each separate publish message comprising communication capability information of each registered line; and w herein the at least one PAS is adapted to receive the separate publish message for each registered line.
A gas generator for an airbag comprising - a first pressurized gas reserve with a first discharge orifice, - a second pressurized gas reserve with a second discharge orifice, - a first mechanism comprising a first actuator arranged for opening the first and second pressurized gas reserve (10, 20) - a diffusion chamber arranged for diffusing towards the airbag the gas discharged by the first and second discharge orifices (13, 23), - a mixing chamber in direct communication with the first discharge orifice and the second discharge orifice, and comprising at least one first communication surface with the diffusion chamber, characterized in that the generator further comprises: - a second mechanism comprising a second actuator and a mobile obturator (61, 610) between a first obstruction position, in which it obstructs a second communication surface of the mixing chamber with the diffusion chamber, and a second passage position, in which the second communication surface is free, the second actuator, when actuated, being arranged for moving the mobile obturator (61, 610) from one of the first or of the second position to the other position. - a first pressurized gas reserve with a first discharge orifice, - a second pressurized gas reserve with a second discharge orifice, - a first mechanism comprising a first actuator arranged for opening the first and second pressurized gas reserve (10, 20) - a diffusion chamber arranged for diffusing towards the airbag the gas discharged by the first and second discharge orifices (13, 23), - a mixing chamber in direct communication with the first discharge orifice and the second discharge orifice, and comprising at least one first communication surface with the diffusion chamber, - a second mechanism comprising a second actuator and a mobile obturator (61, 610) between a first obstruction position, in which it obstructs a second communication surface of the mixing chamber with the diffusion chamber, and a second passage position, in which the second communication surface is free, the second actuator, when actuated, being arranged for moving the mobile obturator (61, 610) from one of the first or of the second position to the other position.
A fuel cell comprising a porous metal body as a gas diffusion layer, the porous metal body having a three-dimensional mesh-like structure skeleton and containing at least nickel and tin, wherein a nickel content is 50 mass% or more, a tin content is 5 mass% or more and 25 mass% or less, the porous metal body has a thickness of 0.10 mm or more and 0.50 mm or less, the porous metal body has a porosity of 51% or more and 90% or less, and the porous metal body optionally further contains chromium, and a chromium content is 1 mass% or more and 5 mass% or less.
Method for viewing a set of virtual elements, comprising the following steps being executed by at least one processor: - tracking hand motion of a user, using a tracking device, - recognizing a first gesture when the user turns a palm of a first hand towards his face, - outputting a first virtual element and a set of virtual elements above the palm of the first hand, the first virtual element and the set of virtual elements being arranged above each other like a card deck, using an output device, with the output device being configured for outputting the virtual elements in augmented or virtual reality, - recognizing a second gesture when the user grabs the first virtual element with a second hand, - recognizing a third gesture when the user moves the second hand away from the first hand, and - outputting the set of virtual elements, the virtual elements extending between the first hand and the second hand, using the output device. - tracking hand motion of a user, using a tracking device, - recognizing a first gesture when the user turns a palm of a first hand towards his face, - outputting a first virtual element and a set of virtual elements above the palm of the first hand, the first virtual element and the set of virtual elements being arranged above each other like a card deck, using an output device, with the output device being configured for outputting the virtual elements in augmented or virtual reality, - recognizing a second gesture when the user grabs the first virtual element with a second hand, - recognizing a third gesture when the user moves the second hand away from the first hand, and - outputting the set of virtual elements, the virtual elements extending between the first hand and the second hand, using the output device.
A wheel chock for being placed below a commercial vehicle wheel as a way of securing the vehicle, having a base body as well as having signalling means that are configured for transmitting a positioning signal to receiving means being spaced apart from the wheel chock and being separate from the same and that are configured for wireless, in particular radio-based, transmission of the positioning signal, the wheel chock including drive means that can be adjusted in relation to the base body by being placed below the commercial vehicle wheel, characterised in that energy conversion means that are assigned to the signalling means and are preferably arranged in and/or at the base body and that are configured and arranged for converting a kinetic energy of the drive means into electrical energy for the electrical power supply of the signalling means can be driven by means of the drive means.
A pharmaceutical composition, prepared from the following bulk drugs by weight ratio: 8.75-60 parts of silybin 15-65 parts of phospholipid 25-200 parts of Pu'er tea extract 6.25-40 parts of vitamin E or vitamin E acetate or vitamin E succinate 8.3-60 parts of L-carnitine or L-carnitine tartrate. 8.75-60 parts of silybin 15-65 parts of phospholipid 25-200 parts of Pu'er tea extract 6.25-40 parts of vitamin E or vitamin E acetate or vitamin E succinate 8.3-60 parts of L-carnitine or L-carnitine tartrate.
A method for producing a yeast extract containing disodium inosinate salt and disodium guanylate salt, comprising: a) providing at least a kind of yeast with ribonucleic acid content of 8wt% or more which is selected from groups consisting of baker's yeast, fermented Saccharomyces cerevisiae, and Torula, to prepare yeast cream; b) sterilizing the yeast in said yeast cream under temperature of 40-95°C; c) centrifuging said yeast cream to obtain supernatant; d) adding protease, nuclease and transaminase into said supernatant simultaneously, and carrying out enzymolysis under conditions of pH of 4.0-6.8, temperature of 35-80°C for 12-25 hours; e) after said enzymolysis, deactivating the enzymes in the supernatant with heat treatment at 75-90°C for 50-70 minutes; f) concentrating said supernatant with deactivated enzymes into 35-40wt%, and spray-drying the resulting dry substance to obtain yeast extract with 4-30% content of disodium inosinate salt and disodium guanylate salt. a) providing at least a kind of yeast with ribonucleic acid content of 8wt% or more which is selected from groups consisting of baker's yeast, fermented Saccharomyces cerevisiae, and Torula, to prepare yeast cream; b) sterilizing the yeast in said yeast cream under temperature of 40-95°C; c) centrifuging said yeast cream to obtain supernatant; d) adding protease, nuclease and transaminase into said supernatant simultaneously, and carrying out enzymolysis under conditions of pH of 4.0-6.8, temperature of 35-80°C for 12-25 hours; e) after said enzymolysis, deactivating the enzymes in the supernatant with heat treatment at 75-90°C for 50-70 minutes; f) concentrating said supernatant with deactivated enzymes into 35-40wt%, and spray-drying the resulting dry substance to obtain yeast extract with 4-30% content of disodium inosinate salt and disodium guanylate salt.
A method of processing a sample in a customizable sample processing tubule comprising, from a proximate to a distal end, an opening through which a sample is introducible, at least three segments, and a reagent introduction port fluidly connected to a distal segment of the at least three segments and adapted to enable the introduction and deposition of reagent into at least one of said at least three segments, wherein each of the at least three segments are separated from one another and from the opening and the reagent introduction port by a breakable seal, the method comprising: - introducing a reagent through said reagent introduction port into said at least one segment; - introducing sample through said opening; and - driving fluid flow from a first segment at the proximate end of said tubule to said distal segment, thereby contacting said sample with one or more reagents positioned in said tubule and/or reaction conditions to transform at least a portion of said sample into a reaction mixture. - introducing a reagent through said reagent introduction port into said at least one segment; - introducing sample through said opening; and - driving fluid flow from a first segment at the proximate end of said tubule to said distal segment, thereby contacting said sample with one or more reagents positioned in said tubule and/or reaction conditions to transform at least a portion of said sample into a reaction mixture.
Device for transporting containers, comprising - a carrying body with a container clamp comprising two gripping arms (4a, 4b) for holding a container by its shoulder, neck, or neck region, wherein each gripping arm (4a, 4b) is mounted on the carrying body so as to be pivotable about a pivot axis (5a, 5b), ideally a vertical pivot axis (5a, 5b), on the carrying body, - a control unit which is mounted so as to be rotatable about an axis of rotation in order to actuate the gripping arms (4a, 4b), - an actuating device coupled to the control unit for actuating by means of a control cam, wherein - each gripping arm (4a, 4b) comprises at the outer end a gripping portion (7a, 7b) for receiving the container, and at an inner end, opposite the outer end, in each case a control slot (11a, 11b), - the respective pivot axis (5a, 5b) is arranged between the two ends (6, 10), - the control unit comprises a rotatably mounted basic body with control pins (12a, 12b) arranged on it, - each control (12a, 12b) is immersed into the respective control slot (11a, 11b) of the gripping arms (4a, 4b) or is connected to this in a positive fit, - with a rotational movement of the control unit, the control pins (12a, 12b) are moved in the control slots (11a, 11b), in particular in opposing directions, and the gripping arms 9(4a, 4b) are pivoted about the pivot axis (5a, 5b) between an open position and a gripping position. - a carrying body with a container clamp comprising two gripping arms (4a, 4b) for holding a container by its shoulder, neck, or neck region, wherein each gripping arm (4a, 4b) is mounted on the carrying body so as to be pivotable about a pivot axis (5a, 5b), ideally a vertical pivot axis (5a, 5b), on the carrying body, - a control unit which is mounted so as to be rotatable about an axis of rotation in order to actuate the gripping arms (4a, 4b), - an actuating device coupled to the control unit for actuating by means of a control cam, wherein - each gripping arm (4a, 4b) comprises at the outer end a gripping portion (7a, 7b) for receiving the container, and at an inner end, opposite the outer end, in each case a control slot (11a, 11b), - the respective pivot axis (5a, 5b) is arranged between the two ends (6, 10), - the control unit comprises a rotatably mounted basic body with control pins (12a, 12b) arranged on it, - each control (12a, 12b) is immersed into the respective control slot (11a, 11b) of the gripping arms (4a, 4b) or is connected to this in a positive fit, - with a rotational movement of the control unit, the control pins (12a, 12b) are moved in the control slots (11a, 11b), in particular in opposing directions, and the gripping arms 9(4a, 4b) are pivoted about the pivot axis (5a, 5b) between an open position and a gripping position.
A seal arrangement for a rotating component, the arrangement comprising a plurality of leaf seal elements serially mounted with respect to one another to provide a seal, the arrangement characterised in that a leaf seal element has a recess portion (23, 24) and the recess portion in association with an adjacent juxtaposed leaf seal element forms a passage whereby in use an air film is presented through the passage about seal edges of the respective seal elements.
An azimuth thruster for propelling a vessel, having a thruster housing around which water flows, and comprising: - a standardized core unit having a core unit housing forming part of the thruster housing, - a transmission line arranged within in the core unit housing, comprising a propeller shaft extending in a longitudinal direction of the thruster housing, and - a propeller arranged outside the thruster housing and being operationally connected to the propeller shaft, wherein, - the azimuth thruster is configurable as both a pulling azimuth thruster and a pushing azimuth thruster by comprising first and second hydrodynamic elements (4,5) mounted on matching first and second core unit interfaces defined by exterior surface areas of the core unit housing, the hydrodynamic elements forming part of the thruster housing to control the flow of water around the thruster housing, and the core unit interfaces being adapted for receiving different hydrodynamic elements having different hydrodynamic properties, characterized in that: - the thruster housing comprises a stub part, one end of which is adapted for being rotatably mounting on a vessel, and a torpedo part arranged at an opposite end of the stub part, and wherein the hydrodynamic elements constitute a part of both the stub part and of the torpedo part, and - the thruster has a twisted leading edge. - a standardized core unit having a core unit housing forming part of the thruster housing, - a transmission line arranged within in the core unit housing, comprising a propeller shaft extending in a longitudinal direction of the thruster housing, and - a propeller arranged outside the thruster housing and being operationally connected to the propeller shaft, - the azimuth thruster is configurable as both a pulling azimuth thruster and a pushing azimuth thruster by comprising first and second hydrodynamic elements (4,5) mounted on matching first and second core unit interfaces defined by exterior surface areas of the core unit housing, the hydrodynamic elements forming part of the thruster housing to control the flow of water around the thruster housing, and the core unit interfaces being adapted for receiving different hydrodynamic elements having different hydrodynamic properties, characterized in that: - the thruster housing comprises a stub part, one end of which is adapted for being rotatably mounting on a vessel, and a torpedo part arranged at an opposite end of the stub part, and wherein the hydrodynamic elements constitute a part of both the stub part and of the torpedo part, and - the thruster has a twisted leading edge. - the thruster housing comprises a stub part, one end of which is adapted for being rotatably mounting on a vessel, and a torpedo part arranged at an opposite end of the stub part, and wherein the hydrodynamic elements constitute a part of both the stub part and of the torpedo part, and - the thruster has a twisted leading edge.
Method for determining a parameter of an optical equipment comprising an optical lens comprising permanent markings and being mounted in a spectacle frame, the method comprising: - an optical equipment positioning step, during which the optical equipment is positioned before a pattern in a first position, - a portable electronic device positioning step, during which a portable electronic device comprising an image acquisition module is positioned in a second position so as to acquire an image showing together the pattern seen through at least part of the optical lenses of the optical equipment in the first position and at least part of the spectacle frame of the optical equipment in the first position, - a permanent marking detection step, during which the at least one permanent marking on the optical lens is detected by using the image acquired by the image acquisition module of the portable electronic device in the second position, - a parameter determining step during which at least one parameter of the optical equipment is determined based on the position of the permanent marking, wherein the portable electronic device comprises a display, the pattern is generated by the display; and the optical axis of the camera and the normal to the display going through the center of the display are parallel to one another but not coinciding so that the pattern goes through the spectacles lens, is reflected on a mirror located substantially parallel to the planes of the spectacles front, goes through the spectacle lens again and is then detected by the image acquisition module of the portable electronic device. - an optical equipment positioning step, during which the optical equipment is positioned before a pattern in a first position, - a portable electronic device positioning step, during which a portable electronic device comprising an image acquisition module is positioned in a second position so as to acquire an image showing together the pattern seen through at least part of the optical lenses of the optical equipment in the first position and at least part of the spectacle frame of the optical equipment in the first position, - a permanent marking detection step, during which the at least one permanent marking on the optical lens is detected by using the image acquired by the image acquisition module of the portable electronic device in the second position, - a parameter determining step during which at least one parameter of the optical equipment is determined based on the position of the permanent marking,
A lawn-care apparatus in the form of a rotary lawnmower, in particular having a chassis and deck upon which are mounted axles carrying wheels, a deck cover and a motor cover, comprising a rotatable cutting element, wherein an electric motor rotates the cutting element about a vertical axis by a direct or indirect drive assembly, the rotary lawnmower further comprising a handle for manoeuvring it over the ground and usually a grass box to collect grass clippings, characterized in that the lawn-care apparatus is driven by an electronically commutated motor, wherein the electronically commutated motor is powered by a lithium-ion battery, preferably demountable for charging.