mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for polymerizing or cross-linking a dental composition that includes a photosensitive material, comprising: - a chamber for housing a product produced with the aforesaid dental composition, said chamber being sealable with a cover; - a light source configured to emit a light radiation with a wavelength comprised between 350 nm and 600 nm; - a pneumatic circuit in fluid communication with the chamber, said pneumatic circuit being configured to apply an overpressure or a vacuum pressure in the chamber, said pneumatic circuit comprising at least a pressure line and a vacuum line connectable to a compressed air source, said pressure line being configured to introduce pressurized air into the chamber, said vacuum line comprising a Venturi vacuum gauge in communication with the chamber to create a vacuum pressure therein, said pneumatic circuit comprising at least a valve (45, 49) on the pressure line and at least a valve (46, 50) on the vacuum line, said valves being opened selectively to apply a pressure or a vacuum in the chamber and optionally - a compressor; wherein the light source is housed in the chamber - a chamber for housing a product produced with the aforesaid dental composition, said chamber being sealable with a cover; - a light source configured to emit a light radiation with a wavelength comprised between 350 nm and 600 nm; - a pneumatic circuit in fluid communication with the chamber, said pneumatic circuit being configured to apply an overpressure or a vacuum pressure in the chamber, said pneumatic circuit comprising at least a pressure line and a vacuum line connectable to a compressed air source, said pressure line being configured to introduce pressurized air into the chamber, said vacuum line comprising a Venturi vacuum gauge in communication with the chamber to create a vacuum pressure therein, said pneumatic circuit comprising at least a valve (45, 49) on the pressure line and at least a valve (46, 50) on the vacuum line, said valves being opened selectively to apply a pressure or a vacuum in the chamber and optionally - a compressor;
Method for commissioning an elevator system with a control unit, a bus, a plurality of bus-nodes (41-48, 49a, 49b), which are connected via the bus with the control unit, and a plurality of safety-state detection means (61a-63a, 74a, 88, 89a, 89b), which are connected with the control unit via a bus-node (41-48, 49a, 49b), wherein the method comprises the following steps: A) verification by the control unit of the safety-state detection means (61a-63a, 74a, 88, 89a, 89b) which are connected to the bus; B) checking by the control unit of the functional capability of the safety-state detection means (61a-63a, 74a, 88, 89a, 89b) which are connected to the bus; C) checking by the control unit of the safety functions of the elevator system based on a change of state of a safety-state detection means (61a-63a, 74a, 88, 89a, 89b) by the control unit; and D) release of the elevator system for a normal operation only after positive execution by the control unit of the steps A) to C), wherein the release of the normal operation is accompanied by a change of state of the control unit from an unsecured state to a secured state. A) verification by the control unit of the safety-state detection means (61a-63a, 74a, 88, 89a, 89b) which are connected to the bus; B) checking by the control unit of the functional capability of the safety-state detection means (61a-63a, 74a, 88, 89a, 89b) which are connected to the bus; C) checking by the control unit of the safety functions of the elevator system based on a change of state of a safety-state detection means (61a-63a, 74a, 88, 89a, 89b) by the control unit; and D) release of the elevator system for a normal operation only after positive execution by the control unit of the steps A) to C), wherein the release of the normal operation is accompanied by a change of state of the control unit from an unsecured state to a secured state.
A content router for managing content for virtual private groups used in a content oriented network, the content router comprising: storage configured to cache a content from a customer in a content oriented network, CON; and a transmitter coupled to the storage and configured to forward the content upon request, wherein the content is signed by a user, wherein the content router is configured to implement different security requirements for different users in a plurality of users, wherein the plurality of users correspond to a plurality of user classes and the user classes have a plurality of corresponding security requirements implemented by the content router, and wherein Virtual Private Group, VPG, states are established at the content router to support VPG instances based on a CON plane infrastructure and the content router is configured to route VPG associated contents based on a plurality of corresponding VPG policies for the VPG instances using the VPG states; and wherein the content router is configured to receive a plurality of packets associated with VPG contrent plane instances at a transport physical layer, process the received packets by a virtualized VPG resource management function and demultiplex the received packets by a virtualized VPG demultiplexer, wherein the received packets are demultiplexed into Virtual Private Network, VPN, Routing and Forwarding Table, VRF, instances, at a transport plane, and wherein the VRF transport plane instances are mapped into the VPG content plane instances. storage configured to cache a content from a customer in a content oriented network, CON; and a transmitter coupled to the storage and configured to forward the content upon request, wherein the content is signed by a user, wherein the content router is configured to implement different security requirements for different users in a plurality of users, wherein the plurality of users correspond to a plurality of user classes and the user classes have a plurality of corresponding security requirements implemented by the content router, and wherein Virtual Private Group, VPG, states are established at the content router to support VPG instances based on a CON plane infrastructure and the content router is configured to route VPG associated contents based on a plurality of corresponding VPG policies for the VPG instances using the VPG states; and wherein the content router is configured to receive a plurality of packets associated with VPG contrent plane instances at a transport physical layer, process the received packets by a virtualized VPG resource management function and demultiplex the received packets by a virtualized VPG demultiplexer, wherein the received packets are demultiplexed into Virtual Private Network, VPN, Routing and Forwarding Table, VRF, instances, at a transport plane, and wherein the VRF transport plane instances are mapped into the VPG content plane instances.
A nuclear reactor control rod drive assembly, comprising: a control rod drive mechanism coupled to a drive shaft and operable to bi-directionally urge the drive shaft through a portion of an inner volume of a reactor vessel in a first direction toward a reactor core and in a second direction away from the reactor core; a control rod manifold coupled to the drive shaft; a plurality of control rods coupled to the control rod manifold, the control rods adjustable among a plurality of positions within the inner volume of the reactor vessel based on operation of the control rod drive mechanism; at least one joint (230, 235) positioned between the control rod drive mechanism and the plurality of control rods, the at least one joint having a first failure strength in the first direction and a second failure strength in the second direction, the first failure strength being greater than the second failure strength; the at least one joint further comprising a cutaway (265, 270) formed in either the control rod or the drive shaft, a pocket formed in the manifold and having an additional cutaway, and a shear ring or snap ring Positioned between the cutaway and the additional cutaway. a control rod drive mechanism coupled to a drive shaft and operable to bi-directionally urge the drive shaft through a portion of an inner volume of a reactor vessel in a first direction toward a reactor core and in a second direction away from the reactor core; a control rod manifold coupled to the drive shaft; a plurality of control rods coupled to the control rod manifold, the control rods adjustable among a plurality of positions within the inner volume of the reactor vessel based on operation of the control rod drive mechanism; at least one joint (230, 235) positioned between the control rod drive mechanism and the plurality of control rods, the at least one joint having a first failure strength in the first direction and a second failure strength in the second direction, the first failure strength being greater than the second failure strength; the at least one joint further comprising a cutaway (265, 270) formed in either the control rod or the drive shaft, a pocket formed in the manifold and having an additional cutaway, and a shear ring or snap ring Positioned between the cutaway and the additional cutaway.
A process for preparing polydextrose and said process is comprising the following steps: a) Taking glucose b) Adding an acidifying catalyst for preparing an acidic composition c) Injecting the composition through a microdevice d) Collecting the polydextrose, wherein the microdevice is containing micro mixers, micro heat exchangers and/or micro reactors suitable for the polycondensation of carbohydrates. a) Taking glucose b) Adding an acidifying catalyst for preparing an acidic composition c) Injecting the composition through a microdevice d) Collecting the polydextrose,
A composite material comprising a single ply of conductive fibrous reinforcement, which has applied on one side a polymeric resin layer comprising electrically conductive particles, wherein the conductive particles are suitable to act as electrical conductance bridges across the polymeric resin layer thickness thereby connecting plies of fibrous reinforcement and improving the z-directional electrical conductance and the electrically conductive particles are present in the range 0.2 vol.% to 20 vol. % of the composite material and have a size equal to the thickness of the polymeric resin layer, wherein the size refers to the largest cross sectional diameter of the electrically conductive particles.
Disc brake for a motor vehicle, in particular for a utility vehicle, having - a brake disc; - a brake caliper, in particular a sliding caliper, with a brake-application section and a rear section, - at least two brake pads (4, 104) each having a pad carrier plate (41, 141) provided with at least one pad holding spring, - which are held under preload by the respective pad holding spring against a pad holding clip detachably fastened to the brake caliper in a pad shaft, - wherein the pad holding spring is held in a radially deflectable manner on a radially outer edge of the pad carrier plate (41, 141) relative to an axis of rotation of the brake disc, - wherein a cover (6, 106) is held in a receptacle (44, 144) of the pad carrier plate (41, 141) and can be pressed by the spring force of the pad holding spring against an underside of the pad holding clip facing the brake pad (4, 104), wherein - the pad holding spring is freely movable in the radial direction within the cover, characterised in that the radial deflectability of the brake pad is limited by stops of the cover on the pad carrier plate. - a brake disc; - a brake caliper, in particular a sliding caliper, with a brake-application section and a rear section, - at least two brake pads (4, 104) each having a pad carrier plate (41, 141) provided with at least one pad holding spring, - which are held under preload by the respective pad holding spring against a pad holding clip detachably fastened to the brake caliper in a pad shaft, - wherein the pad holding spring is held in a radially deflectable manner on a radially outer edge of the pad carrier plate (41, 141) relative to an axis of rotation of the brake disc, - wherein a cover (6, 106) is held in a receptacle (44, 144) of the pad carrier plate (41, 141) and can be pressed by the spring force of the pad holding spring against an underside of the pad holding clip facing the brake pad (4, 104), wherein - the pad holding spring is freely movable in the radial direction within the cover, characterised in that
Powdered gyrolite-type calcium silicate having: an oil absorption of at least 2.8 mL/g; and an average particle diameter of at least 40 μm, wherein the powdered gyrolite-type calcium silicate is obtainable by a method comprising the steps of: preparing a calcium-containing liquid feedstock by adding and mixing together gypsum and a calcium compound other than gypsum in an aqueous solvent, wherein the calcium compound other than gypsum is at least one of calcium hydroxide, calcium chloride, calcium nitrate and calcium oxide; mixing the calcium-containing liquid feedstock with a silicic acid-containing feedstock to obtain a reaction product; subjecting an aqueous slurry containing the reaction product to a hydrothermal synthesis reaction to obtain gyrolite-type calcium silicate; and spray-drying a dispersion liquid containing the gyrolite-type calcium silicate to obtain a gyrolite-type calcium silicate powder. an oil absorption of at least 2.8 mL/g; and an average particle diameter of at least 40 μm, preparing a calcium-containing liquid feedstock by adding and mixing together gypsum and a calcium compound other than gypsum in an aqueous solvent, wherein the calcium compound other than gypsum is at least one of calcium hydroxide, calcium chloride, calcium nitrate and calcium oxide; mixing the calcium-containing liquid feedstock with a silicic acid-containing feedstock to obtain a reaction product; subjecting an aqueous slurry containing the reaction product to a hydrothermal synthesis reaction to obtain gyrolite-type calcium silicate; and spray-drying a dispersion liquid containing the gyrolite-type calcium silicate to obtain a gyrolite-type calcium silicate powder.
Variable-liftability device, having: • a pressurised hermetically sealed chamber accepting a gas of density lower than the density of the air in contact with external surroundings; • a mixer arranged at least partially inside the hermetically sealed chamber and configured to introduce air into the hermetically sealed chamber and to mix, inside the hermetically sealed chamber 4, the introduced air with the gas of density lower than the density of the air, the mixer comprising a sleeve provided with at least one perforation and at least one injector, connected to the external surroundings, for injecting air into the sleeve. • a pressurised hermetically sealed chamber accepting a gas of density lower than the density of the air in contact with external surroundings; • a mixer arranged at least partially inside the hermetically sealed chamber and configured to introduce air into the hermetically sealed chamber and to mix, inside the hermetically sealed chamber 4, the introduced air with the gas of density lower than the density of the air, the mixer comprising a sleeve provided with at least one perforation and at least one injector, connected to the external surroundings, for injecting air into the sleeve.
System for heated gas insufflation in patients, comprising: - an insufflator provided with: a gas inlet, a valve that regulates the flow of gas to be supplied, an adjustable heater for the gas to be supplied, a sensor that detects the temperature of the heated gas, an outlet for supplying the gas, and means for propelling the gas toward the supply outlet and; - a disposable supply duct, that may be coupled to the gas outlet of the insufflator in order to convey the gas, heated and supplied by the insufflator, into a patient's cavity; characterized in that: - the system comprises a gas return duct connected to the supply duct at an area near the end intended to be introduced into a patient's cavity and to an inlet of the heater, the gas supply duct and the gas return duct forming a continuous recirculation circuit for the gas that is heated at a constant supply temperature. - a disposable supply duct, that may be coupled to the gas outlet of the insufflator in order to convey the gas, heated and supplied by the insufflator, into a patient's cavity; characterized in that: - the system comprises a gas return duct connected to the supply duct at an area near the end intended to be introduced into a patient's cavity and to an inlet of the heater, the gas supply duct and the gas return duct forming a continuous recirculation circuit for the gas that is heated at a constant supply temperature. - the system comprises a gas return duct connected to the supply duct at an area near the end intended to be introduced into a patient's cavity and to an inlet of the heater, the gas supply duct and the gas return duct forming a continuous recirculation circuit for the gas that is heated at a constant supply temperature.
Arrangement comprising a subfloor and a floor covering as a covering for a subfloor, wherein the floor covering comprises a layer of a curable material, which is cured in the finished state of the floor covering and into which a reinforcing fabric and at least one electrical component are embedded, wherein the at least one electrical component is connected with its lower side to a subfloor, in particular to an unfinished floor, with the aid of adhesive bonding, and the reinforcing fabric covers the at least one electrical component by way of its side that faces away from the subfloor, so that the at least one electrical component is covered on the upper side by the reinforcing fabric and the curable material, characterised in that the at least one electrical component is arranged on a cladding material, wherein the cladding material with the electrical component arranged thereon is adhesively bonded to the subfloor or unfinished floor, and a) in that the cladding material comprises or is represented by a reinforcing fabric which is different from the reinforcing fabric covering the upper side of the at least one electrical component and/or b) in that the cladding material comprises sheets or strips, and/or c) in that the cladding material comprises or is represented by a material which is permeable for the adhesive layer or a woven or non-woven fabric, and/or d) in that a plurality of electrical components are arranged next to one another at equal distances in a longitudinal direction and/or a transverse direction, particularly in the manner of a matrix or in a grid array, on the cladding material.
A games console comprising: an audio-video output operable to output video signals of the games console to a television screen; a network interface for accessing a packet-based network; a memory storing a communication client application and a video game, the video game comprising an API for communicating with an API of the communication client application; a wireless interface for communicating with a game controller; and a processing apparatus, coupled to the memory, the network interface, the audio-video output, and the game controller, and arranged to execute the communication client application and the video game; wherein the communication client application is configured to: allow a user to conduct bidirectional communications with other users via the packet-based network; receive, from the API of the video game, a signal indicating an occurrence within the video game; utilize the signal from the API of the video game to identify a delineation within the video game; and defer output of one or more notifications to the user of incoming communication events received, over the packet-based network, from one or more of the other users during the video game until the delineation within the video game. an audio-video output operable to output video signals of the games console to a television screen; a network interface for accessing a packet-based network; a memory storing a communication client application and a video game, the video game comprising an API for communicating with an API of the communication client application; a wireless interface for communicating with a game controller; and a processing apparatus, coupled to the memory, the network interface, the audio-video output, and the game controller, and arranged to execute the communication client application and the video game; wherein the communication client application is configured to: allow a user to conduct bidirectional communications with other users via the packet-based network; receive, from the API of the video game, a signal indicating an occurrence within the video game; utilize the signal from the API of the video game to identify a delineation within the video game; and defer output of one or more notifications to the user of incoming communication events received, over the packet-based network, from one or more of the other users during the video game until the delineation within the video game. allow a user to conduct bidirectional communications with other users via the packet-based network; receive, from the API of the video game, a signal indicating an occurrence within the video game; utilize the signal from the API of the video game to identify a delineation within the video game; and defer output of one or more notifications to the user of incoming communication events received, over the packet-based network, from one or more of the other users during the video game until the delineation within the video game.
A polynucleotide, comprising a transgene expression cassette, comprising (a) a nucleic acid encoding the promoter of human retinal arrestin 3 gene (hArr3); (b) a nucleic acid encoding the human cone cyclic nucleotide-gated channel alpha 3 subunit (hCNGA3) or fragments thereof which exhibit hCNGA3 activity, and (c) a nucleic acid encoding regulatory elements. (a) a nucleic acid encoding the promoter of human retinal arrestin 3 gene (hArr3); (b) a nucleic acid encoding the human cone cyclic nucleotide-gated channel alpha 3 subunit (hCNGA3) or fragments thereof which exhibit hCNGA3 activity, and (c) a nucleic acid encoding regulatory elements.