mhurhangee/ep-ind-claims huggingface dataset:
An array substrate, comprising a base substrate, and a first functional layer and a second functional layer laminated one on another on the base substrate, wherein the first functional layer forms a level-different region on the base substrate, and the second functional layer covers the level-different region; a portion of the first functional layer at the level-different region is provided with a target gradient angle, the target gradient angle is a gradient angle when the second functional layer has a predetermined thickness, and the predetermined thickness is a thickness when a functional requirement of the second functional layer has been met and the second functional layer is not broken at the level-different region; and the target gradient angle of the first functional layer and the predetermined thickness of the second functional layer meet Tan(a)-1≤N(x-y)/y≤Tan(a)+1, where N=z×W×K IC, z is a constant, W is a predetermined value, Kic is a fracture toughness parameter of the second functional layer, x is the predetermined thickness of the second functional layer, y is a thickness of a portion of the first functional layer at the level-differential region, and a is the target gradient angle of the first functional layer. the first functional layer forms a level-different region on the base substrate, and the second functional layer covers the level-different region; a portion of the first functional layer at the level-different region is provided with a target gradient angle, the target gradient angle is a gradient angle when the second functional layer has a predetermined thickness, and the predetermined thickness is a thickness when a functional requirement of the second functional layer has been met and the second functional layer is not broken at the level-different region; and the target gradient angle of the first functional layer and the predetermined thickness of the second functional layer meet Tan(a)-1≤N(x-y)/y≤Tan(a)+1, where N=z×W×K IC, z is a constant, W is a predetermined value, Kic is a fracture toughness parameter of the second functional layer, x is the predetermined thickness of the second functional layer, y is a thickness of a portion of the first functional layer at the level-differential region, and a is the target gradient angle of the first functional layer.
An oral appliance, comprising: an upper body including an arcuate upper body base joining a maxillary labial wall and a maxillary lingual wall in spaced apart relation defining an upper body channel between opposing inner wall surfaces, said upper body channel having an upper dentition impression which matingly receives maxillary teeth of an upper dental arch, said arcuate upper body base having an upper body base outer surface wherein all of said upper body base outer surface is flat; a lower body including an arcuate lower body base joining a mandibular labial wall and a mandibular lingual wall in spaced apart relation defining a lower body channel between opposing inner wall surfaces, said lower body channel having a lower dentition impression which matingly receives mandibular teeth of a lower dental arch; and at least one node disposed on a lower body base outer surface, said at least one node disposed to engage said flat upper body outer surface upon receipt of said maxillary teeth of an upper dental arch in said upper body channel and receipt of said mandibular teeth of a lower dental arch in said lower body channel. an upper body including an arcuate upper body base joining a maxillary labial wall and a maxillary lingual wall in spaced apart relation defining an upper body channel between opposing inner wall surfaces, said upper body channel having an upper dentition impression which matingly receives maxillary teeth of an upper dental arch, said arcuate upper body base having an upper body base outer surface wherein all of said upper body base outer surface is flat; a lower body including an arcuate lower body base joining a mandibular labial wall and a mandibular lingual wall in spaced apart relation defining a lower body channel between opposing inner wall surfaces, said lower body channel having a lower dentition impression which matingly receives mandibular teeth of a lower dental arch; and at least one node disposed on a lower body base outer surface, said at least one node disposed to engage said flat upper body outer surface upon receipt of said maxillary teeth of an upper dental arch in said upper body channel and receipt of said mandibular teeth of a lower dental arch in said lower body channel.
A dialkyl carbonate of a monomethyl branched primary C 16 - C 17 alcohol having the following structure: wherein branching in the monomethyl branched C 16 - C 17 alcohol may vary from the second carbon to the fourteenth or fifteenth carbon in the linear chain, the dialkyl carbonate having a structure according to formula: where R 1 is the alkyl radical of the monomethyl branched primary C 16 - C 17 alcohol; and R 2 has the same meaning as R 1. where R 1 is the alkyl radical of the monomethyl branched primary C 16 - C 17 alcohol; and R 2 has the same meaning as R 1.
A method of wireless communication for an apparatus (1000, 1200), comprising: identifying a plurality of candidate beams for a wireless communication, the plurality of candidate beams for the wireless communication comprising a first beam having a first beam width; selecting the first beam of the plurality of candidate beams for transmission of the wireless communication; identifying a second beam of the plurality of candidate beams that has a second beam width that is narrower than the first beam width, wherein only the first beam of said first and second beams is used for the transmission of the wireless communication and wherein the second beam is associated with a first power headroom that is higher than a second power headroom associated with the first beam; selecting the first power headroom for a power headroom report for the wireless communication as a result of the identifying the second beam; and transmitting the power headroom report for the wireless communication, wherein the power headroom report indicates the first power headroom. identifying a plurality of candidate beams for a wireless communication, the plurality of candidate beams for the wireless communication comprising a first beam having a first beam width; selecting the first beam of the plurality of candidate beams for transmission of the wireless communication; identifying a second beam of the plurality of candidate beams that has a second beam width that is narrower than the first beam width, wherein only the first beam of said first and second beams is used for the transmission of the wireless communication and wherein the second beam is associated with a first power headroom that is higher than a second power headroom associated with the first beam; selecting the first power headroom for a power headroom report for the wireless communication as a result of the identifying the second beam; and transmitting the power headroom report for the wireless communication, wherein the power headroom report indicates the first power headroom.
A water discharge system comprising: a water discharge unit; a sensor unit configured to obtain information about an object to be detected through a reflected wave of a radiated radio wave; a control unit configured to control the start of water discharge from the water discharge unit based on a detective signal from the sensor unit; and a storage means, the sensor unit being installed so that at least part of a radiated radio wave comes into contact with a discharged water flow discharged from the water discharge unit and so as to receive the reflected wave reflected by the discharged water flow, characterized in that the control unit is configured to determine a state of the discharged water flow by checking a relationship between a first threshold, set larger than the amplitude of oscillation around a reference value of the detective signal in a water flow state in which there is only the discharged water flow and the amplitude of the detective signal received by the sensor unit and/or by checking a relationship between a second threshold set smaller than the amplitude of oscillation around a reference value of the detective signal in the water flow state and the amplitude of the detective signal received by the sensor unit. a water discharge unit; a sensor unit configured to obtain information about an object to be detected through a reflected wave of a radiated radio wave; a control unit configured to control the start of water discharge from the water discharge unit based on a detective signal from the sensor unit; and a storage means, the sensor unit being installed so that at least part of a radiated radio wave comes into contact with a discharged water flow discharged from the water discharge unit and so as to receive the reflected wave reflected by the discharged water flow, characterized in that the control unit is configured to determine a state of the discharged water flow by checking a relationship between a first threshold, set larger than the amplitude of oscillation around a reference value of the detective signal in a water flow state in which there is only the discharged water flow and the amplitude of the detective signal received by the sensor unit and/or by checking a relationship between a second threshold set smaller than the amplitude of oscillation around a reference value of the detective signal in the water flow state and the amplitude of the detective signal received by the sensor unit.
A system for removing dissolved contaminants, particulate contaminants, and oil contaminants from industrial waste water the system comprising: a gas floatation and primary oil contaminant removal subsystem (12, 12') comprising a source of industrial waste water, a source of gaseous microspheres and a tank for receiving a flow of the industrial waste water and a flow of gaseous microspheres from the sources, wherein the gaseous microspheres combine with oil droplets in the waste water to form flocs which float to the surface and are removed; and a contaminant removal subsystem (20, 20', 20") for removing dissolved contaminants, particulate contaminants, and any oil contaminants from the waste water, comprising a source of coagulant (28, 102), a coagulation mixing tank (24, 100) for receiving the waste water and introducing and mixing the coagulant with the waste water to precipitate and form flocs of the precipitated dissolved contaminants and particulates, a source of a weighting agent (34, 104) and a weighting agent mixing tank (30,100) for receiving the processed waste water from the coagulation mixing tank (24, 100) and introducing and mixing a weighting agent with said processed waste water, the system providing a clarified water which has less than about 5 parts per million of oil contaminants or particulate contaminants. a gas floatation and primary oil contaminant removal subsystem (12, 12') comprising a source of industrial waste water, a source of gaseous microspheres and a tank for receiving a flow of the industrial waste water and a flow of gaseous microspheres from the sources, wherein the gaseous microspheres combine with oil droplets in the waste water to form flocs which float to the surface and are removed; and a contaminant removal subsystem (20, 20', 20") for removing dissolved contaminants, particulate contaminants, and any oil contaminants from the waste water, comprising a source of coagulant (28, 102), a coagulation mixing tank (24, 100) for receiving the waste water and introducing and mixing the coagulant with the waste water to precipitate and form flocs of the precipitated dissolved contaminants and particulates, a source of a weighting agent (34, 104) and a weighting agent mixing tank (30,100) for receiving the processed waste water from the coagulation mixing tank (24, 100) and introducing and mixing a weighting agent with said processed waste water, the system providing a clarified water which has less than about 5 parts per million of oil contaminants or particulate contaminants.
A method for preparing a dough or a baked product prepared from the dough which method comprises incorporating into the dough a lipolytic enzyme and an emulsifier, wherein the lipolytic enzyme is an isolated polypeptide having an amino acid sequence which has at least 70% sequence identity to the mature polypeptide of SEQ ID NO: 2, and wherein the emulsifier is selected from the group consisting of diacetyl tartaric acid esters of monoglycerides (DATEM), sodium stearoyl lactylate, calcium stearoyl lactylate, ethoxylated mono- and diglycerides, polysorbates, and succinylated monoglycerides.
Method for managing the transmission of geographical locations from a geolocation beacon during the movement thereof, the method being carried out by said beacon and being characterized in that it comprises the following steps: - a prior step of defining a first reference communication network associated with a first value representative of a cost linked to the transmission of a location over the first network and with a reference frequency used for the transmission of the locations over the first network; - a step of locating the beacon in a second network during the movement thereof; - a step of obtaining a second value representative of a cost linked to the transmission of a location over the second network; - a step of comparing the first and the second value, and when the values differ, the method comprises a step of modifying the reference frequency for the transmission of the locations over the second network, the calculation of the new frequency being based on said second value. - a prior step of defining a first reference communication network associated with a first value representative of a cost linked to the transmission of a location over the first network and with a reference frequency used for the transmission of the locations over the first network; - a step of locating the beacon in a second network during the movement thereof; - a step of obtaining a second value representative of a cost linked to the transmission of a location over the second network; - a step of comparing the first and the second value, and when the values differ, the method comprises a step of modifying the reference frequency for the transmission of the locations over the second network, the calculation of the new frequency being based on said second value.
Blind rivet, having a hollow rivet body made of plastic, which has an elongated shank that extends coaxially to a longitudinal center axis of the blind rivet and has a bore, having a head extending radially at one end of the shank for contact with an accessible side of a workpiece, and having, at the opposite end of the shank, a foot end that is passed through an opening In the workpiece, and having, located in the bore of the rivet body, a mandrel that has a mandrel shank with a drawing end projecting out of the head of the rivet body and has a mandrel head that stands in operative connection with the foot end of the rivet body In order to transmit a force to the rivet body during setting of the blind rivet, characterized in that the shank of the rivet body has, located between the head and the foot end, a first region with reduced cross-section and reduced wall thickness as compared to the regions adjoining the head and the foot end, and in that the shank of the rivet body has a second region with reduced cross-section and reduced wall thickness as compared to the first region, which second region is located within the first region in such a manner that, as a result of a process in which the head is pressed against one side of a workpiece and the foot end is simultaneously drawn toward the other side of the workpiece with the aid of the mandrel, the wall of the section of the first region located between the foot end and the second region forms a roll fold that on the outside rests against the part of the shank located between the head and the second region, and forms an annular bead pressed against the workpiece.
Analysis system for analyzing water and waste water, comprising an analysis device with an apparatus housing which accommodates apparatus components and which has on a housing surface an injection opening designed as an injection port for introducing a substance to be analysed into an apparatus component when the apparatus housing is closed, and an injection syringe which has an outlet opening of the injection needle whose surface normal coincides with the longitudinal axis, and which has an automatically acting ejection element for ejecting a predetermined quantity of substance in a predetermined injection time period, wherein the injection port is connected to a cylindrical reaction vessel for thermal digestion of the substance to be analyzed and comprises guide means for guiding the injection syringe into a predetermined injection position, the guide means being formed in accordance with the shape of the injection needle in such a way that the injection needle is able to be inserted into the injection port, such that the longitudinal axis of the inserted injection needle coincides with the longitudinal axis of the reaction vessel, and comprise a cylindrical or conical guide sleeve and a stop for limiting the depth of penetration of the injection needle into the reaction vessel, wherein an enlarged diameter bore is provided on the upper side of the injection port, whose dimensions are adapted to those of a needle hub of the injection syringe and whose lower end face acts as a stop for limiting the depth of penetration of the injection needle into the reaction vessel.
A molten metal processing device for a casting wheel on a casting mill, comprising: a casting wheel that includes a band configured to confine the molten metal in a channel of the casting wheel, an assembly mounted on the casting wheel, including, at least one vibrational energy source configured to supply vibrational energy to the molten metal in the casting wheel while the molten metal in the casting wheel is cooled, and a support device holding said at least one vibrational energy source, characterized in that the support device includes a housing comprising a cooling channel for transport of a cooling medium therethrough, and in that the at least one vibrational energy source is configured to supply the vibrational energy to the molten metal in the casting wheel through the cooling medium. a casting wheel that includes a band configured to confine the molten metal in a channel of the casting wheel, an assembly mounted on the casting wheel, including, at least one vibrational energy source configured to supply vibrational energy to the molten metal in the casting wheel while the molten metal in the casting wheel is cooled, and a support device holding said at least one vibrational energy source, characterized in that the support device includes a housing comprising a cooling channel for transport of a cooling medium therethrough, and in that the at least one vibrational energy source is configured to supply the vibrational energy to the molten metal in the casting wheel through the cooling medium.
A system for diagnosing a medical imaging system, comprising: a control module connected to an imaging device; an encoding device in communication with the imaging device, the encoding device receiving medical image data from the imaging device; and an analyzing device, which receives the medical image data from said encoding device; wherein the encoding device is included within the control module, is configured to poll components of the system to retrieve an item of information from at least one of the imaging device or another system component and encodes the item of information as metadata, and the analyzing device is configured to receive the medical image data with the metadata from said encoding device, extract the item of information from the metadata, and determine whether a problem exists in the system based upon the medical image data and the item of information. a control module connected to an imaging device; an encoding device in communication with the imaging device, the encoding device receiving medical image data from the imaging device; and an analyzing device, which receives the medical image data from said encoding device; wherein the encoding device is included within the control module, is configured to poll components of the system to retrieve an item of information from at least one of the imaging device or another system component and encodes the item of information as metadata, and the analyzing device is configured to receive the medical image data with the metadata from said encoding device, extract the item of information from the metadata, and determine whether a problem exists in the system based upon the medical image data and the item of information.
Method for operating an apparatus for producing plastic preforms and plastic containers, comprising at least one injection moulding machine and a blow moulding machine, wherein the plastic preforms are injection moulded within the injection moulding machine and are formed into plastic containers within the blow moulding machine and are transported from the injection moulding machine to the blow moulding machine, and wherein downstream of the injection moulding machine a heating device is arranged which heats the plastic preforms to a temperature necessary for the blow moulding, wherein the injection moulding machine and the blow moulding machine are coupled to one another, characterized in that the plastic preforms produced in the injection moulding machine are transferred directly after production to a thermal preform storage which keeps the plastic preforms at a predetermined, in particular constant, temperature and wherein a speed and/or at least one parameter of at least one subsequent treatment device can be varied and this speed and/or this at least one parameter is adapted to an energy content of the plastic preform.