mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fabricating a dental restoration for a tooth site in dentition, the method executed at least in part on a computer and comprising: a) obtaining (S610, S620, S630) a 3D model of at least a portion of dentition including at least one prepared restoration site for at least one selected tooth; b) designing (S640) at least one dental restoration for the at least one prepared restoration site of the dentition using the 3D model based on CAD/CAM techniques; c) displaying (S650) real-time video of the dentition including the at least one prepared restoration site, an orientation of the prepared restoration site being controlled by a patient; d) real-time modifying (S660) the displayed real-time video of the dentition including the at least one prepared restoration site to show the at least one dental restoration registered to physical teeth in the real-time video of the dentition to replace the at least one prepared restoration site in the modified displayed real-time video of the dentition; e) evaluating (S680) an appearance of the at least one dental restoration registered to physical teeth in the modified displayed real-time video of the dentition; and f) fabricating (S690) the displayed dental restoration according to generated program instructions for machine fabrication when the evaluation is positive. a) obtaining (S610, S620, S630) a 3D model of at least a portion of dentition including at least one prepared restoration site for at least one selected tooth; b) designing (S640) at least one dental restoration for the at least one prepared restoration site of the dentition using the 3D model based on CAD/CAM techniques; c) displaying (S650) real-time video of the dentition including the at least one prepared restoration site, an orientation of the prepared restoration site being controlled by a patient; d) real-time modifying (S660) the displayed real-time video of the dentition including the at least one prepared restoration site to show the at least one dental restoration registered to physical teeth in the real-time video of the dentition to replace the at least one prepared restoration site in the modified displayed real-time video of the dentition; e) evaluating (S680) an appearance of the at least one dental restoration registered to physical teeth in the modified displayed real-time video of the dentition; and f) fabricating (S690) the displayed dental restoration according to generated program instructions for machine fabrication when the evaluation is positive.
Water-soluble and non-aggregated silicon phtalocyanine compounds of Formula (I) or Formula (II) comprising functional groups of (3,5-bis{3-[3-(diethylamino)phenoxy]propoxy}phenyl)methoxy or (3,5-bis{3-[3-(dimethylamino)phenoxy]propoxy}phenyl)methoxy.
A coiled insufflating optical trocar adapted for movement across an abdominal wall to insufflate an abdominal region of a patient, comprising: an elongate shaft having a proximal end and a distal end with a lumen extending between the proximal end and the distal end; a laparoscope insertable into the proximal end of the elongate shaft through the lumen to the distal end of the elongate shaft to facilitate visualization of the abdominal wall and the abdominal region of the patient at the distal end of the elongate shaft ; a hollow coiled insufflation channel having a proximal end and a distal end and being adapted for connection to a source of fluid under pressure at a proximal end of the hollow coiled insufflation channel , and to expel the fluid under pressure to insufflate the abdominal region at the distal end of the hollow coiled insufflation channel ; and a tapered tip at the distal end of the elongate shaft , characterized by the hollow coiled insufflation channel wrapping around and being in contact with a substantial portion of the elongate shaft and the tip to help keep the elongate shaft from moving about inside a body cavity, and in that the hollow coiled insufflation channel has a decreasing diameter to match a decreasing diameter of the tip of the elongate shaft . an elongate shaft having a proximal end and a distal end with a lumen extending between the proximal end and the distal end; a laparoscope insertable into the proximal end of the elongate shaft through the lumen to the distal end of the elongate shaft to facilitate visualization of the abdominal wall and the abdominal region of the patient at the distal end of the elongate shaft ; a hollow coiled insufflation channel having a proximal end and a distal end and being adapted for connection to a source of fluid under pressure at a proximal end of the hollow coiled insufflation channel , and to expel the fluid under pressure to insufflate the abdominal region at the distal end of the hollow coiled insufflation channel ; and a tapered tip at the distal end of the elongate shaft , characterized by the hollow coiled insufflation channel wrapping around and being in contact with a substantial portion of the elongate shaft and the tip to help keep the elongate shaft from moving about inside a body cavity, and in that the hollow coiled insufflation channel has a decreasing diameter to match a decreasing diameter of the tip of the elongate shaft .
A component for use in a hot gas path of an industrial machine, the component comprising: an outer surface exposed to a working fluid having a high temperature; an internal cooling circuit ; a cooling pathway in communication with the internal cooling circuit and extending towards the outer surface ; an adaptive cover in the cooling pathway at the outer surface , the adaptive cover configured to, in response to the high temperature reaching or exceeding a predetermined temperature of the adaptive cover , open the cooling pathway ; wherein the component is additively manufactured such that the adaptive cover is integrally formed with the outer surface and the cooling pathway ; characterized in that the adaptive cover includes a heat transfer enhancing surface at the outer surface causing the adaptive cover to absorb heat faster than the outer surface . an outer surface exposed to a working fluid having a high temperature; an internal cooling circuit ; a cooling pathway in communication with the internal cooling circuit and extending towards the outer surface ; an adaptive cover in the cooling pathway at the outer surface , the adaptive cover configured to, in response to the high temperature reaching or exceeding a predetermined temperature of the adaptive cover , open the cooling pathway ; wherein the component is additively manufactured such that the adaptive cover is integrally formed with the outer surface and the cooling pathway ; characterized in that the adaptive cover includes a heat transfer enhancing surface at the outer surface causing the adaptive cover to absorb heat faster than the outer surface .
A thermally conductive composition comprising a mixture containing an addition-reaction-type silicone being liquid, a thermally conductive filler, and an acryloyl-group-containing silane coupling agent, wherein the thermally conductive filler includes a metal hydroxide in an amount of 80% by volume or more of the thermally conductive filler, and the silane coupling agent is contained in a ratio of 0.1 to 0.8 parts by mass relative to 100 parts by mass of the addition-reaction-type silicone.
A method comprising: receiving, by a controller within a wireless network from a radio access network node that includes a neural network, a neural network support information that indicates the radio access network node's capabilities or support for neural networks; determining, by the controller based on the neural network support information, a configuration of the neural network included in the radio access network node, wherein the configuration of the neural network includes at least one of a neural network type or one or more attributes or parameters to be used for the neural network included in the radio access network node; and sending, by the controller to the radio access network node, neural network configuration information that indicates the configuration to be used for the neural network included in the radio access network node. receiving, by a controller within a wireless network from a radio access network node that includes a neural network, a neural network support information that indicates the radio access network node's capabilities or support for neural networks; determining, by the controller based on the neural network support information, a configuration of the neural network included in the radio access network node, wherein the configuration of the neural network includes at least one of a neural network type or one or more attributes or parameters to be used for the neural network included in the radio access network node; and sending, by the controller to the radio access network node, neural network configuration information that indicates the configuration to be used for the neural network included in the radio access network node.
An inflation control system for an inflatable, comprising: a compressed fluid source ; a valve module connected to the compressed fluid source and configured to control a flow of gas to the inflatable; a temperature sensor configured to measure an ambient temperature and output an ambient temperature measurement; and a controller operably coupled to the valve module, wherein the controller is configured to receive the ambient temperature measurement and determine an open-valve time based on the ambient temperature measurement, the open-valve time being a duration of time the valve module is in an open position, transmit a first control signal to the valve module to begin the flow of gas to the inflatable, start a timer corresponding to the open-valve time, and transmit a second control signal to halt the flow of gas to the inflatable after expiration of the timer. a compressed fluid source ; a valve module connected to the compressed fluid source and configured to control a flow of gas to the inflatable; a temperature sensor configured to measure an ambient temperature and output an ambient temperature measurement; and a controller operably coupled to the valve module, wherein the controller is configured to receive the ambient temperature measurement and determine an open-valve time based on the ambient temperature measurement, the open-valve time being a duration of time the valve module is in an open position, transmit a first control signal to the valve module to begin the flow of gas to the inflatable, start a timer corresponding to the open-valve time, and transmit a second control signal to halt the flow of gas to the inflatable after expiration of the timer.
A movable bulkhead assembly , the assembly comprising a segmented shutter and a track assembly configured to guide the movement of the segmented shutter , wherein the track assembly comprises a first track portion , the segmented shutter being movable along the first track portion to deploy or retract the bulkhead, wherein the track assembly comprises a first track arranged at a first lateral side of the movable bulkhead and a second track arranged at a second lateral side of the movable bulkhead, and characterised in the first and second tracks , or portions thereof, are arranged non-parallel to one another, such that the width of the segmented shutter varies along a length of the track assembly .
A porous membrane comprising an aromatic hydrophobic polymer and a block copolymer of the formula: A-B-A (I) or A-B (II), wherein block A is: a copolymer of glycidol and allyl glycidyl ether, wherein one or more of the allyl groups of the copolymer have been replaced with a group of the formula: -(CH 2 ) a -S-(CH 2 ) b -X, wherein a is 3 and b is 1 to 3, and X is selected from an acidic group, a basic group, a cation, an anion, a zwitterion, a group of the formula -C(H)(COOH)(NH 2 ), and a group of the formula - C(H)(COOH)(NHAc), or a salt thereof; and block B is an aromatic hydrophobic polymeric segment selected from polysulfone, polyethersulfone, polyphenylene ether, polyphenylene oxide, polycarbonate, poly(phthalazinone ether sulfone ketone), polyether ketone, polyether ether ketone, polyether ketone ketone, polyimide, polyetherimide, and polyamide-imide. a copolymer of glycidol and allyl glycidyl ether, wherein one or more of the allyl groups of the copolymer have been replaced with a group of the formula: -(CH 2 ) a -S-(CH 2 ) b -X, wherein a is 3 and b is 1 to 3, and X is selected from an acidic group, a basic group, a cation, an anion, a zwitterion, a group of the formula -C(H)(COOH)(NH 2 ), and a group of the formula - C(H)(COOH)(NHAc), or a salt thereof; and block B is an aromatic hydrophobic polymeric segment selected from polysulfone, polyethersulfone, polyphenylene ether, polyphenylene oxide, polycarbonate, poly(phthalazinone ether sulfone ketone), polyether ketone, polyether ether ketone, polyether ketone ketone, polyimide, polyetherimide, and polyamide-imide.
A process for producing a precursor material for the manufacture of a composite material granulate, said precursor material comprising a polymer material and a fibre material, said process comprising the steps of, in this order, a. combining the polymer material and the fibre material to form a preblend; b. agitating the preblend in a blending device comprising a blending means by operating the blending means at a velocity sufficient to bring about an increase of the temperature of the preblend to at least a temperature beyond the VICAT softening point, or to at least a temperature within or beyond the melting temperature range of the polymer material; c. maintaining the velocity of the blending means until the specific motor power needed to maintain the velocity of the blending means has increased by at least a predetermined first amount or has reached at least a predetermined first value and then reducing the velocity of the blending means by a predetermined amount; d. repeating the previous step c. until a final predetermined velocity is reached; e. maintaining the final velocity of the blending means until the specific motor power needed to maintain the final velocity of the blending means increases by a predetermined second amount or reaches a second predetermined value, thereby forming an intermediate material; f. comminuting the formed intermediate material in a, preferably cooled, comminuting device comprising a comminuting means by operating the comminuting means at a velocity allowing for a decrease in temperature, until the temperature of the intermediate material falls below a final threshold value, thereby forming the precursor material. a. combining the polymer material and the fibre material to form a preblend; b. agitating the preblend in a blending device comprising a blending means by operating the blending means at a velocity sufficient to bring about an increase of the temperature of the preblend to at least a temperature beyond the VICAT softening point, or to at least a temperature within or beyond the melting temperature range of the polymer material; c. maintaining the velocity of the blending means until the specific motor power needed to maintain the velocity of the blending means has increased by at least a predetermined first amount or has reached at least a predetermined first value and then reducing the velocity of the blending means by a predetermined amount; d. repeating the previous step c. until a final predetermined velocity is reached; e. maintaining the final velocity of the blending means until the specific motor power needed to maintain the final velocity of the blending means increases by a predetermined second amount or reaches a second predetermined value, thereby forming an intermediate material; f. comminuting the formed intermediate material in a, preferably cooled, comminuting device comprising a comminuting means by operating the comminuting means at a velocity allowing for a decrease in temperature, until the temperature of the intermediate material falls below a final threshold value, thereby forming the precursor material.
A method for producing a contact element at the end of an electrical conductor, which is designed as a stranded conductor consisting of a plurality of individual wires, with which electrically conductive material existing at the end of the conductor and fixedly connected to the conductor is deformed to form a contact element with a variable form, characterized in - that initially the end of the bare conductor (L) is brought into an at least approximately vertical position, in which it is arranged in a tool holding the individual wires together, - that particles of an electrically conductive material with a velocity above the speed of sound are then applied to the upwardly projecting end face of the conductor (L) in the axial direction thereof by means of a tube which is provided with a constriction in its course and acts as a nozzle and which is arranged above the conductor, whereby the material of the conductor (L) bonds with the electrically conductive material applied to its end face of the conductor to form a compact composite body , which is connected mechanically fixedly and electrically conductively to the material of the conductor (L), - that without interruption of the process further particles of the electrically conductive material are then applied to the compact composite body , whereby a metal body consisting only of the material of the particles is generated, which is connected metallurgically fixedly to the composite body and - that the metal body , which also comprises the composite body is finally mechanically formed into the contact element (K). - that initially the end of the bare conductor (L) is brought into an at least approximately vertical position, in which it is arranged in a tool holding the individual wires together, - that particles of an electrically conductive material with a velocity above the speed of sound are then applied to the upwardly projecting end face of the conductor (L) in the axial direction thereof by means of a tube which is provided with a constriction in its course and acts as a nozzle and which is arranged above the conductor, whereby the material of the conductor (L) bonds with the electrically conductive material applied to its end face of the conductor to form a compact composite body , which is connected mechanically fixedly and electrically conductively to the material of the conductor (L), - that without interruption of the process further particles of the electrically conductive material are then applied to the compact composite body , whereby a metal body consisting only of the material of the particles is generated, which is connected metallurgically fixedly to the composite body and - that the metal body , which also comprises the composite body is finally mechanically formed into the contact element (K).
A communication method used for a terminal apparatus, comprising: receiving a transmission bandwidth configuration , wherein the transmission bandwidth configuration is provided by an initial downlink bandwidth part, DL BWP, in a case that the terminal apparatus supports a band of a control resource set with an index equals to zero, and the transmission bandwidth configuration is provided by a dedicated radio resource control, RRC, message in a case that the terminal apparatus does not support the band of the control resource set with the index equals to zero. receiving a transmission bandwidth configuration , wherein the transmission bandwidth configuration is provided by an initial downlink bandwidth part, DL BWP, in a case that the terminal apparatus supports a band of a control resource set with an index equals to zero, and the transmission bandwidth configuration is provided by a dedicated radio resource control, RRC, message in a case that the terminal apparatus does not support the band of the control resource set with the index equals to zero.
An electrophotographic member comprising: an electroconductive substrate; an electroconductive elastic layer on or above the substrate; and an insulating portion on the elastic layer, an outer surface of the electrophotographic member being composed of an outer surface of the insulating portion and an outer surface of the elastic layer that is not covered with the insulating portion, wherein the elastic layer contains a urethane resin as a first resin, and the elastic layer has a region from the outer surface of the elastic layer constituting the outer surface of the electrophotographic member to a depth of 1 μm as determined according to the description, the region further containing a second resin selected from the group consisting of a polyallyl resin, a vinyl resin, an acrylic resin, and a methacrylic resin. an electroconductive substrate; an electroconductive elastic layer on or above the substrate; and an insulating portion on the elastic layer, an outer surface of the electrophotographic member being composed of an outer surface of the insulating portion and an outer surface of the elastic layer that is not covered with the insulating portion, wherein the elastic layer contains a urethane resin as a first resin, and the elastic layer has a region from the outer surface of the elastic layer constituting the outer surface of the electrophotographic member to a depth of 1 μm as determined according to the description, the region further containing a second resin selected from the group consisting of a polyallyl resin, a vinyl resin, an acrylic resin, and a methacrylic resin.
An isolated transgenic pig beta cell comprising a constitutively active muscarinic receptor, wherein the cell expresses GLP-1.
A propellant composition comprising a propellant containing 1-chloro-2,3,3,3-tetrafluoropropene and a pressurizing agent, wherein a boiling point of the pressurizing agent is at most 0°C under a pressure of 0.101 MPa.
Brake spring intended to apply a radial force against a supporting arbor of a display of a watch including an elastic strip , an elastic casing organ adapted to be fastened to an attachment organ of a structure of a horological movement , and a retaining element of the elastic strip configured to cooperate with said elastic strip , so as to hold it in a first position, said elastic strip being capable of being released from said retaining element so as to occupy a second position under the effect of an elastic return force, wherein it is capable of applying a resulting radial force against the supporting arbor of a display.
An oscillating nozzle , comprising - a fluidic oscillator with inlet and outlet which forms a narrowing, and a main channel and at least one control passage surrounding the main channel, and - a splitter comprising at least two splitter channels , wherein the splitter is attached to the outlet of the fluidic oscillator and arranged behind the fluidic oscillator, wherein a sleeve of at least one of the at least two splitter channels is partially a flexible foil . - a fluidic oscillator with inlet and outlet which forms a narrowing, and a main channel and at least one control passage surrounding the main channel, and - a splitter comprising at least two splitter channels , wherein the splitter is attached to the outlet of the fluidic oscillator and arranged behind the fluidic oscillator, wherein a sleeve of at least one of the at least two splitter channels is partially a flexible foil .
Exterior trim element for a motor vehicle, comprising a cover part made of glass disposed on a support member , characterized in that the support member is made of a thermoplastic plastic or duroplastic or liquid silicone rubber material and in that the cover part is made of hot bended glass.