mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for separating a first liner from a lens wafer, comprising: a first lens wafer holder (215, 220), at least one nozzle including a first open end configured to face an edge of the lens wafer and to eject a gas, the at least one nozzle disposed proximal to the first lens wafer holder (215, 220) configured to hold the lens wafer having the first liner attached to a first surface of the lens wafer; and a first peeling device including a second lens wafer holder configured to hold the lens wafer, a first auxiliary nozzle configured to face the lens wafer and including a first opening configured to eject a gas, and a first at least one suction cup configured to contact the first liner on the first surface of the lens wafer, characterized in that said at least one nozzle is an air nozzle, in that said first auxiliary nozzle is a first auxiliary air nozzle, and in that said first at least one suction cup is configured to form a vacuum seal with the first liner, each suction cup of the first at least one suction cup being retractable in a direction away from the lens wafer. at least one nozzle including a first open end configured to face an edge of the lens wafer and to eject a gas, the at least one nozzle disposed proximal to the first lens wafer holder (215, 220) configured to hold the lens wafer having the first liner attached to a first surface of the lens wafer; and a first peeling device including a second lens wafer holder configured to hold the lens wafer, a first auxiliary nozzle configured to face the lens wafer and including a first opening configured to eject a gas, and a first at least one suction cup configured to contact the first liner on the first surface of the lens wafer, characterized in that said at least one nozzle is an air nozzle, in that said first auxiliary nozzle is a first auxiliary air nozzle, and in that said first at least one suction cup is configured to form a vacuum seal with the first liner, each suction cup of the first at least one suction cup being retractable in a direction away from the lens wafer.
Device for hydraulically clamping tools or workpieces, with a clamping portion for clamping a tool or workpiece, the interior of which clamping portion has a plurality of chambers which are connected in a fluidally communicating manner by means of a channel system, characterized in that a central throttle point is arranged in the channel system, with an adjustment element, using which a flow cross section in the central throttle point can be changed.
An ink delivery system for an inkjet printer comprising: (a) an ink reservoir; (b) a positive ink line connected to the ink reservoir, the positive ink line having a positive ink pressure controlled by a respective regulator pump; (c) a negative ink line connected to the ink reservoir, the negative ink line having a negative ink pressure controlled by a respective regulator pump; and (d) a plurality of print modules interconnected between the positive ink line and the negative ink line via respective inlet and outlet lines (10, 12), each print module comprising: an inlet port connected to the inlet line; an outlet port connected to the outlet line; a printhead interconnected between the inlet port and the outlet port; a control valve positioned at the inlet port for dynamically controlling an ink pressure in a respective printhead; an ink pressure sensor for sensing an ink pressure in a respective print module; and a controller responsive to feedback from the pressure sensor and configured for controlling the control valve using the feedback from the pressure sensor; wherein, during printing, the ink pressure sensor, the controller and the control valve are configured to dynamically control a backpressure in the respective printhead within a predetermined backpressure range. (a) an ink reservoir; (b) a positive ink line connected to the ink reservoir, the positive ink line having a positive ink pressure controlled by a respective regulator pump; (c) a negative ink line connected to the ink reservoir, the negative ink line having a negative ink pressure controlled by a respective regulator pump; and (d) a plurality of print modules interconnected between the positive ink line and the negative ink line via respective inlet and outlet lines (10, 12), each print module comprising: an inlet port connected to the inlet line; an outlet port connected to the outlet line; a printhead interconnected between the inlet port and the outlet port; a control valve positioned at the inlet port for dynamically controlling an ink pressure in a respective printhead; an ink pressure sensor for sensing an ink pressure in a respective print module; and a controller responsive to feedback from the pressure sensor and configured for controlling the control valve using the feedback from the pressure sensor; an inlet port connected to the inlet line; an outlet port connected to the outlet line; a printhead interconnected between the inlet port and the outlet port; a control valve positioned at the inlet port for dynamically controlling an ink pressure in a respective printhead; an ink pressure sensor for sensing an ink pressure in a respective print module; and a controller responsive to feedback from the pressure sensor and configured for controlling the control valve using the feedback from the pressure sensor;
A layer or article comprising cholesteric polymer particles having a spherical, prolate spherical or quasi-toroidal shape, which are obtainable by heterogeneous polymerization of a composition comprising one or more monoreactive RMs, one or more di- or multireactive RMs, at least one photoinitiator, and at least one chiral additive.
Process for the preparation of the dialkyl esters of 2,5-furandicarboxylic acid which process comprises - contacting an acid starting composition comprising 2,5-furandicarboxylic acid with an excess of alkanol to form an esterification product comprising the dialkyl ester of 2,5-furan dicarboxylic acid, water and unreacted alkanol; - separating at least part of the unreacted alkanol and water from the esterification product to yield a solid crude product composition comprising the dialkyl ester of 2,5-furandicarboxylic acid; and - subjecting at least part of the solid crude product composition to an evaporation step, wherein the dialkyl ester of 2,5-furandicarboxylic acid is evaporated and subsequently condensed to yield purified dialkyl ester of 2,5-furandicarboxylic acid, and wherein the evaporation step is conducted in one or more of the equipment selected from a stirrer evaporator, rising film evaporator, circulation evaporator, falling film evaporator and wiped film evaporator. - contacting an acid starting composition comprising 2,5-furandicarboxylic acid with an excess of alkanol to form an esterification product comprising the dialkyl ester of 2,5-furan dicarboxylic acid, water and unreacted alkanol; - separating at least part of the unreacted alkanol and water from the esterification product to yield a solid crude product composition comprising the dialkyl ester of 2,5-furandicarboxylic acid; and - subjecting at least part of the solid crude product composition to an evaporation step, wherein the dialkyl ester of 2,5-furandicarboxylic acid is evaporated and subsequently condensed to yield purified dialkyl ester of 2,5-furandicarboxylic acid, and wherein the evaporation step is conducted in one or more of the equipment selected from a stirrer evaporator, rising film evaporator, circulation evaporator, falling film evaporator and wiped film evaporator. wherein the dialkyl ester of 2,5-furandicarboxylic acid is evaporated and subsequently condensed to yield purified dialkyl ester of 2,5-furandicarboxylic acid, and wherein the evaporation step is conducted in one or more of the equipment selected from a stirrer evaporator, rising film evaporator, circulation evaporator, falling film evaporator and wiped film evaporator.
A p-terphenyl compound of the formula: wherein R 1, R 2 and R 3 each independently are H, alkyl, alkoxy, aralkyl, halogen, disubstituted amino or optionally substituted phenyl, and R 1 and R 2 in combination may form a ring.
A method of preparing a catalyst having metal catalyst nanoparticles supported on carbonized natural cellulose fibers, comprising: (a) treating natural cellulose fibers with an electron beam; (b) carbonization of the natural cellulose fibers by heat-treating of the electron beam-treated natural cellulose fibers in an atmosphere of hydrogen and nitrogen; (c) chemically treating the carbonized natural cellulose fibers with an acidic solution to introduce an oxidizing group to a surface of the carbonized natural cellulose fibers to prepare a carbonized cellulose catalyst support; and (d) supporting metal catalyst nanoparticles on a surface of the carbonized cellulose catalyst support by chemical vapor deposition or impregnation, wherein the chemical treatment of the carbonized natural cellulose based fibers comprises sweeping the carbonized natural cellulose fibers in 10∼60 cycles at -0.15∼1.3 V at a sweep rate of 50 mV/s, with the carbonized natural cellulose fibers immersed in a 0.1∼0.5M (0.1∼0.5 mol/l) aqueous sulfuric acid solution, followed by chemically treating the carbonized natural cellulose fibers for 10∼20 minutes, with the carbonized natural cellulose fibers immersed in a 30% nitric acid solution (or 14N nitric acid solution) at 100∼150°C, or chemically treating the carbonized natural cellulose fibers at 50∼70°C for 5 minutes to 6 hours under reflux, with the carbonized natural cellulose fibers immersed in a mixture solution of nitric acid and sulfuric acid, wherein the mixture of nitric acid and sulfuric acid is a mixture solution of nitric acid (14M (14 mol/l), 50 ml) and a sulfuric acid (98%, 50 ml) or a mixture solution of 98% sulfuric acid and 70% nitric acid in a volume ratio of 3:1. (a) treating natural cellulose fibers with an electron beam; (b) carbonization of the natural cellulose fibers by heat-treating of the electron beam-treated natural cellulose fibers in an atmosphere of hydrogen and nitrogen; (c) chemically treating the carbonized natural cellulose fibers with an acidic solution to introduce an oxidizing group to a surface of the carbonized natural cellulose fibers to prepare a carbonized cellulose catalyst support; and (d) supporting metal catalyst nanoparticles on a surface of the carbonized cellulose catalyst support by chemical vapor deposition or impregnation, chemically treating the carbonized natural cellulose fibers for 10∼20 minutes, with the carbonized natural cellulose fibers immersed in a 30% nitric acid solution (or 14N nitric acid solution) at 100∼150°C, or chemically treating the carbonized natural cellulose fibers at 50∼70°C for 5 minutes to 6 hours under reflux, with the carbonized natural cellulose fibers immersed in a mixture solution of nitric acid and sulfuric acid,
Pneumatic vehicle tyre of a radial type of construction comprising a tread, a breaker belt assembly, sidewalls, an inner layer and a radially extending carcass insert, which runs around bead cores in bead regions from axially inside to axially outside and the turn-ups of which are taken back into the region of the respective sidewall or to reach under the breaker belt assembly, the bead cores being upright cores of which the core width, determined in the axial direction, is substantially smaller than the core height thereof, determined in the radial direction, and which consist of 2 to 3 steel wires in the axial direction and 8 to 15 steel wires in the radial direction, which steel wires have a diameter of 0.7 mm to 1.6 mm, and the bead regions respectively comprising a bead rubber, which comes into contact with a rim and has axially on the inside a bead toe, which adjoins the radially inner end of the inner layer, characterized in that a component (6, 6', 6'') which consists of rubber or comprises rubber and is configured in the form of a strip runs on the outer side of and in contact with the carcass insert and at least in the region radially within the underside of the core, which component has a thickness (d) of 0.5 mm to 2.5 mm and the hardness thereof is between 90 Shore A and 98 Shore A.
Laboratory sample distribution system, comprising: - a number of container carriers, said container carriers each comprising at least one magnetically active device, preferably at least one permanent magnet (2, 6, 7), and being adapted to carry a sample container containing a sample, - a transport plane being adapted to carry said multiple container carriers, - a number of electro-magnetic actuators (5, 5') being stationary arranged below said transport plane in rows and columns, said electro-magnetic actuators being adapted to move a container carrier on top of said transport plane by applying a magnetic force to said container carrier, and - at least one transfer device being arranged to transfer a sample container carried by a container carrier on the transport plane to sample container racks having different rack formats used by a laboratory station in a formatting operation and/or to transfer a sample container from sample container racks having different rack formats used by the laboratory station to a container carrier on the transport plane in a reformatting operation, wherein the at least one transfer device comprises sensors for determining a rack format of the sample container rack, wherein the transfer device is adapted to perform the formatting operation and/or the reformatting operation rack format specific. - a number of container carriers, said container carriers each comprising at least one magnetically active device, preferably at least one permanent magnet (2, 6, 7), and being adapted to carry a sample container containing a sample, - a transport plane being adapted to carry said multiple container carriers, - a number of electro-magnetic actuators (5, 5') being stationary arranged below said transport plane in rows and columns, said electro-magnetic actuators being adapted to move a container carrier on top of said transport plane by applying a magnetic force to said container carrier, and - at least one transfer device being arranged to transfer a sample container carried by a container carrier on the transport plane to sample container racks having different rack formats used by a laboratory station in a formatting operation and/or to transfer a sample container from sample container racks having different rack formats used by the laboratory station to a container carrier on the transport plane in a reformatting operation, wherein the at least one transfer device comprises sensors for determining a rack format of the sample container rack, wherein the transfer device is adapted to perform the formatting operation and/or the reformatting operation rack format specific.
Gas diffusion electrode, in particular for use as a cathode for a battery, in particular for a metal-air battery, which contains a mixture of silver (Ag) and a metal oxide, characterized in that the silver and the metal oxide are mixed together in powder form, and in that the metal oxide is or contains cobalt oxide in the form Co 3 O 4 or iridium oxide in the form IrO 2.
A high speed permanent magnet motor comprising a rotor with permanent magnets, wherein a sleeve assembly is provided around said permanent magnets, said sleeve assembly to be used for containment purposes in high-speed machines that is subjected to high operational temperatures, said sleeve assembly comprising: - a composite sleeve; - at least two layers of woven fabric wound on top of said composite sleeve and each other, said woven fabric being impregnated with a thermoset resin; said sleeve assembly being composed by: - winding a perforated layer on top of an outermost layer of said layers of woven fabric to remove excess resin from the woven fabric when the woven fabric is wound over the composite sleeve, said perforated layer being configured to provide an exit path for excess resin; - wrapping an absorption layer over the composite sleeve for absorbing said excess resin from the exit path of the perforated layer, said absorption layer comprising at least one layer of a peel-ply; - curing said thermoset resin while maintaining a pressure on said woven fabric, said pressure on the layers of woven fabric during curing being provided by the pretension of the one or more layers of the peel-ply; and - removing said absorption layer and said perforated layer after said curing. - a composite sleeve; - at least two layers of woven fabric wound on top of said composite sleeve and each other, said woven fabric being impregnated with a thermoset resin; - winding a perforated layer on top of an outermost layer of said layers of woven fabric to remove excess resin from the woven fabric when the woven fabric is wound over the composite sleeve, said perforated layer being configured to provide an exit path for excess resin; - wrapping an absorption layer over the composite sleeve for absorbing said excess resin from the exit path of the perforated layer, said absorption layer comprising at least one layer of a peel-ply; - curing said thermoset resin while maintaining a pressure on said woven fabric, said pressure on the layers of woven fabric during curing being provided by the pretension of the one or more layers of the peel-ply; and - removing said absorption layer and said perforated layer after said curing.
A method of changing a profile that is information required for using a network service provided by a communication service provider by using an identification module in an electronic device, the method performed by the electronic device comprising: searching for networks and identifying a network, which is selected by a user, among the searched networks; determining whether a profile, which corresponds to the identified network, is included in the identification module in accordance with the identified network; downloading, when the profile is not included in the identification module, the profile corresponding to the identified network and enabling the downloaded profile; enabling, when the profile is included in the identification module, the profile; and making a connection to the network based on the enabled profile, wherein the identified network provides a Wi-Fi network service or an embedded multimedia broadcast multicast service, eMBMS, and wherein the identification module comprises an embedded universal integrated circuit card, eUICC. searching for networks and identifying a network, which is selected by a user, among the searched networks; determining whether a profile, which corresponds to the identified network, is included in the identification module in accordance with the identified network; downloading, when the profile is not included in the identification module, the profile corresponding to the identified network and enabling the downloaded profile; enabling, when the profile is included in the identification module, the profile; and making a connection to the network based on the enabled profile, wherein the identified network provides a Wi-Fi network service or an embedded multimedia broadcast multicast service, eMBMS, and wherein the identification module comprises an embedded universal integrated circuit card, eUICC.
A method of determining health of a plant, which method is characterized in that it comprises: displaying, on a screen of an electronic display of a mobile computing device, a digital leaf colour chart with colours ranging from yellow green to dark green; displaying on the screen next to the digital leaf colour chart a white area on which a leaf of the plant is to be placed; receiving input to the mobile computing device from a user about which colour of the digital leaf colour chart that best matches the leaf placed on the white area; and the mobile computing device determining the plant health based on the received input. displaying, on a screen of an electronic display of a mobile computing device, a digital leaf colour chart with colours ranging from yellow green to dark green; displaying on the screen next to the digital leaf colour chart a white area on which a leaf of the plant is to be placed; receiving input to the mobile computing device from a user about which colour of the digital leaf colour chart that best matches the leaf placed on the white area; and the mobile computing device determining the plant health based on the received input.
A ballast assembly for a work vehicle, the ballast assembly comprising: a frame part of the vehicle; a ballast weight; a first support rod attached to an underside of the frame part; a second support rod attached to an underside of the frame part and spaced apart from the first support rod; a first link having an end pivotally coupled to the ballast weight, and having a body which slidably engages the first support rod; a second link having an end pivotally coupled to the ballast weight, and having a body which slidably engages the second support rod; and an adjustable length actuator having a first end pivotally coupled to one of the links and having a second end pivotally coupled to the frame part. a frame part of the vehicle; a ballast weight; a first support rod attached to an underside of the frame part; a second support rod attached to an underside of the frame part and spaced apart from the first support rod; a first link having an end pivotally coupled to the ballast weight, and having a body which slidably engages the first support rod; a second link having an end pivotally coupled to the ballast weight, and having a body which slidably engages the second support rod; and an adjustable length actuator having a first end pivotally coupled to one of the links and having a second end pivotally coupled to the frame part.
A magnetic coupled centrifugal pump with a rear casing, which has a separation wall being at least partially permeable for a magnetic and/or electric field in order to contactless drive a pump wheel being arranged in the rear casing and with an electrical conductor (20, 24) for surface-like monitoring of the rear casing, characterized in that the, optionally insulated, electrical conductor (20, 24) is arranged inside the wall material of the separation wall or directly at the surface of the separation wall in order to monitor the integrity of the separation wall.
Core carrier for tensioning cores for winding up and/or unwinding wound products, in particular web-shaped materials such as adhesive tapes, wherein the core carrier is composed of a tension ring which serves for receiving a core and, being located on a winding shaft serves for transmitting a torque to the core, the external running surface of said tension ring having substantially the shape of a linear circular cylinder, wherein the tension ring is designed to be flexible in such a manner that the external diameter of the tension ring may be varied, characterized in that the tension ring is configured as a self-contained ring and at least has one recess which extends into the internal and/or external running surface.
A method for isomerizing and/or dewaxing a diesel fuel, comprising: mixing a biocomponent feed portion with a mineral feed portion to form a combined feedstock, the combined feedstock having a sulfur content of less than about 500 wppm, the biocomponent feed portion being at least about 25 wt% of the combined feedstock; and contacting the combined feedstock with an isomerization/dewaxing catalyst under effective isomerization and/or dewaxing conditions including a temperature of at least about 343°C, the isomerization/dewaxing catalyst comprising ZSM-48 and at least 0.5 wt% of Pt, Pd, or a combination thereof, the ZSM-48 having a silica to alumina ratio of about 75:1 or less, the isomerization and/or dewaxing conditions being sufficient to produce an isomerized and/or dewaxed product having a cloud point of about -20°C or less, wherein the biocomponent feed portion is hydrotreated prior to contacting the combined feedstock with the isomerization/dewaxing catalyst.