mhurhangee/ep-ind-claims huggingface dataset:
A setting information configuration method, executed by a terminal, wherein the method comprises: obtaining an analysis result, wherein the analysis result is obtained after local setting information is analyzed according to an improper setting information set, wherein the improper setting information set includes at least one piece of improper setting information, and the analysis result is obtained by matching the local setting information with improper setting information in the improper setting information set, and the analysis result comprises at least improper setting information of a user and a setting suggestion, wherein the improper setting information in the improper setting information set includes a threshold, and the local setting information is determined as improper if at least one piece of setting information in the local setting information is greater than the threshold included in the improper setting information; displaying the improper setting information of the user and the setting suggestion; receiving a setting instruction entered by the user according to the displayed improper setting information and setting suggestion; and configuring the local setting information according to the setting instruction. obtaining an analysis result, wherein the analysis result is obtained after local setting information is analyzed according to an improper setting information set, wherein the improper setting information set includes at least one piece of improper setting information, and the analysis result is obtained by matching the local setting information with improper setting information in the improper setting information set, and the analysis result comprises at least improper setting information of a user and a setting suggestion, wherein the improper setting information in the improper setting information set includes a threshold, and the local setting information is determined as improper if at least one piece of setting information in the local setting information is greater than the threshold included in the improper setting information; displaying the improper setting information of the user and the setting suggestion; receiving a setting instruction entered by the user according to the displayed improper setting information and setting suggestion; and configuring the local setting information according to the setting instruction.
A method of removing a wellbore isolation device (30, 40) comprising: contacting or allowing the wellbore isolation device (30, 40) to come in contact with an electrolyte, wherein at least a portion of the wellbore isolation device (30, 40) consists essentially of a metal alloy, wherein the ingredients making up the metal alloy are in solid solution consisting of a single homogenous phase, and wherein the metal alloy: consists of magnesium at a concentration of at least 50% by volume of the metal alloy; further consists of one of cobalt, copper, iron, silver and nickel; and at least partially dissolves in the presence of the electrolyte; and allowing at least a portion of the metal alloy to dissolve. contacting or allowing the wellbore isolation device (30, 40) to come in contact with an electrolyte, wherein at least a portion of the wellbore isolation device (30, 40) consists essentially of a metal alloy, wherein the ingredients making up the metal alloy are in solid solution consisting of a single homogenous phase, and wherein the metal alloy: consists of magnesium at a concentration of at least 50% by volume of the metal alloy; further consists of one of cobalt, copper, iron, silver and nickel; and at least partially dissolves in the presence of the electrolyte; and consists of magnesium at a concentration of at least 50% by volume of the metal alloy; further consists of one of cobalt, copper, iron, silver and nickel; and at least partially dissolves in the presence of the electrolyte; and allowing at least a portion of the metal alloy to dissolve.
A dental restoration system comprising: an implant having a tip, a cylindrical body, an open end having an annular shoulder, and a first bore having a first anti-rotation section, a middle neck section defining a stop wall, and a retention component chamber; a retention component made up of a support body and seated in the retention component chamber of the implant, the retention component including an annular protrusion at an apical end of the support body as well as exterior threads and a driver engagement section at a coronal end of the support body; an insert seated in the retention component chamber between the annular protrusion of the retention component and the stop wall of the implant; and a dental component including a head, a second anti-rotation section, and a retention component interface including a second bore which is formed through the dental component, the retention component interface further including a cylindrical inner surface that includes interior threads, wherein, during attachment of the dental component to the implant, the dental component is inserted into the implant such that the first anti-rotation section of the implant engages the second anti-rotation section of the dental component, wherein the retention component is configured to rotate relative to the dental component and the implant to pull the dental component apically via the engagement of the exterior threads and interior threads and engage the dental component to couple the dental component to the implant. an implant having a tip, a cylindrical body, an open end having an annular shoulder, and a first bore having a first anti-rotation section, a middle neck section defining a stop wall, and a retention component chamber; a retention component made up of a support body and seated in the retention component chamber of the implant, the retention component including an annular protrusion at an apical end of the support body as well as exterior threads and a driver engagement section at a coronal end of the support body; an insert seated in the retention component chamber between the annular protrusion of the retention component and the stop wall of the implant; and a dental component including a head, a second anti-rotation section, and a retention component interface including a second bore which is formed through the dental component, the retention component interface further including a cylindrical inner surface that includes interior threads, wherein, during attachment of the dental component to the implant, the dental component is inserted into the implant such that the first anti-rotation section of the implant engages the second anti-rotation section of the dental component, wherein the retention component is configured to rotate relative to the dental component and the implant to pull the dental component apically via the engagement of the exterior threads and interior threads and engage the dental component to couple the dental component to the implant.
A fused solid comprising a matrix which comprises starch and plasticizer, wherein continuous fibre is disposed under longitudinal tension within the matrix, wherein the continuous fibre is disposed in a continuous length along at least one complete dimension of the fused solid, wherein the continuous fibre is parallel to one dimension of the fused solid, wherein the continuous fibre is dehydrated prior to being disposed within the matrix, characterised in that the matrix is aerated.
A method for maintaining a privacy zone on a PTZ dome camera, said method comprising: locating an object to be masked on a camera display screen; superimposing a known rectangle for masking the object, said rectangle having four corners, each corner having pixel coordinates; translating each of the pixel coordinates into absolute angular coordinates; moving the camera and displaying a second camera view/ screen; and if the object is on the second camera view/ screen, translating each of the absolute angular coordinates into pixel coordinates, creating a newly formed rectangle having the translated pixel coordinates, and displaying the newly formed rectangle to mask the object, wherein, in order to compensate for the movement of the camera, when the newly formed rectangle to mask the object is updated, predicted pan and tilt positions are used for location calculations for the newly formed rectangle. locating an object to be masked on a camera display screen; superimposing a known rectangle for masking the object, said rectangle having four corners, each corner having pixel coordinates; translating each of the pixel coordinates into absolute angular coordinates; moving the camera and displaying a second camera view/ screen; and if the object is on the second camera view/ screen, translating each of the absolute angular coordinates into pixel coordinates, creating a newly formed rectangle having the translated pixel coordinates, and displaying the newly formed rectangle to mask the object, wherein, in order to compensate for the movement of the camera, when the newly formed rectangle to mask the object is updated, predicted pan and tilt positions are used for location calculations for the newly formed rectangle.
A surgical staple cartridge for use with a surgical stapling instrument, said surgical staple cartridge comprising: a cartridge body; a plurality of staple cavities; and a plurality of staples removably stored within said staple cavities, wherein each said staple comprises: a staple base; a pair of staple legs (310, 320) extending from said staple base; a first zone comprising a first hardness; and a second zone comprising a second hardness, wherein each said staple comprises a laterally outward bend portion and an upward bend portion intermediate said staple legs and said staple base, and wherein said bend portions comprise said first zone and said staple base comprises said second zone, characterised in that the second hardness is different to the first hardness. a cartridge body; a plurality of staple cavities; and a plurality of staples removably stored within said staple cavities, wherein each said staple comprises: a staple base; a pair of staple legs (310, 320) extending from said staple base; a first zone comprising a first hardness; and a second zone comprising a second hardness, a staple base; a pair of staple legs (310, 320) extending from said staple base; a first zone comprising a first hardness; and a second zone comprising a second hardness, wherein each said staple comprises a laterally outward bend portion and an upward bend portion intermediate said staple legs and said staple base, and wherein said bend portions comprise said first zone and said staple base comprises said second zone, characterised in that the second hardness is different to the first hardness.
Multiple nozzle body for arranging on a spray boom, extending transversely to the direction of travel of the field sprayer, of an agricultural field sprayer, having a main housing connected to a feed line (8.1), wherein at least one inflow line (8.2) with a delivery port branches off from the feed line (8.1), wherein a dispensing-element carrier that is freely rotatable about its central axis of rotation and is settable in different positions is arranged on the underside of the main housing, wherein the dispensing-element carrier has a plurality of connecting lines that are selectively connectable to the delivery port of the inflow line (8.2) for the respective dispensing position and each have a receiving port (20.1), wherein the connecting lines each open out at the free ends of coupling connectors, arranged in the lower plane (19.1) of the dispensing-element carrier, for the arrangement of dispensing elements, characterized in that a bypass line having an inlet opening (21.1) and an outlet opening (21.2) is arranged in the dispensing-element carrier, in that an auxiliary outflow opening (22.1) having adjoining auxiliary outflow lines (22.1) that branch into two branch lines (22.2) and face in diametrically opposite directions is arranged in the main housing, in that in each case at least one coupling connector (10.1) for the arrangement of dispensing elements (11, 28) is arranged at the free ends of the respective auxiliary outflow line (22.1), in that the coupling connectors (10.1) are each arranged at a distance of 12.5 cm from the axis of rotation of the rotatable dispensing-element carrier.
A decompression unit for use in a decompression opening of a wall element of an aircraft, having a panel, which can be mounted via a frame in or over the decompression opening, which panel can be moved out of the frame at a predetermined differential pressure (Δp) in order to open the decompression opening, wherein the panel is formed by at least one hardened prepreg layer with at least one separating joint, which is filled with cured resin, as a predetermined breaking point, which separating joint breaks when the predetermined differential pressure (Δp) is exceeded, characterised in that the separating joint is continuously self-contained and that a fire protection strip made of a flame-retardant material is arranged on the side of the panel facing the wall element.
A method for producing a purified glyceride composition, characterized by comprising an alkaline clay treatment step wherein a glyceride composition, which has not been subjected to a deodorization step, and an alkaline clay are brought into contact with each other, wherein the alkaline clay has the following composition: 50 to 60% by mass of SiO 2, 10 to 20% by mass of Al 2 O 3, 3 to 10% by mass of Fe 2 O 3, 2 to 9% by mass of MgO and 1 to 5% by mass of CaO.
A fuel supply apparatus with a fuel switching function, the fuel supply apparatus being configured to switch a supply passage switching portion such that one of first fuel oil and second fuel oil used to produce water-emulsion fuel containing fuel oil and water is supplied to a diesel engine, the fuel supply apparatus characterized by a fuel density detecting portion (29; 27, 29) configured to detect density of the fuel oil supplied to the diesel engine; a determining portion configured to determine, based on the density detected by the fuel density detecting portion (29; 27, 29), whether the fuel oil supplied to the diesel engine is the first fuel oil or the second fuel oil; and a supply method output portion configured to when the determining portion has determined that the fuel oil supplied to the diesel engine is the first fuel oil, output a first emulsion signal indicating that the water and an additive should be mixed in the first fuel oil and when the determining portion has determined that the fuel oil supplied to the diesel engine is the second fuel oil, output a second emulsion signal indicating that the water should be mixed in the second fuel oil. when the determining portion has determined that the fuel oil supplied to the diesel engine is the first fuel oil, output a first emulsion signal indicating that the water and an additive should be mixed in the first fuel oil and when the determining portion has determined that the fuel oil supplied to the diesel engine is the second fuel oil, output a second emulsion signal indicating that the water should be mixed in the second fuel oil.
An apparatus for generating a plurality of power supply signals for a plurality of power amplifiers configured to amplify radio frequency transmit signals, the apparatus comprising: a first power supply circuit configured to generate a first power supply signal and a different second power supply signal, wherein the first power supply circuit is configured to provide the first power supply signal to a first output path and the second power supply signal to a second output path; a second power supply circuit configured to generate a third power supply signal; and a switching circuit configured to couple the second power supply circuit to the first output path in a first operating mode to provide a first combined power supply signal at an output of the first output path based on the first power supply signal and the third power supply signal, and to couple the second power supply circuit to the second output path in a second operating mode to provide a second combined power supply signal at an output of the second output path based on the second power supply signal and the third power supply signal. a first power supply circuit configured to generate a first power supply signal and a different second power supply signal, wherein the first power supply circuit is configured to provide the first power supply signal to a first output path and the second power supply signal to a second output path; a second power supply circuit configured to generate a third power supply signal; and a switching circuit configured to couple the second power supply circuit to the first output path in a first operating mode to provide a first combined power supply signal at an output of the first output path based on the first power supply signal and the third power supply signal, and to couple the second power supply circuit to the second output path in a second operating mode to provide a second combined power supply signal at an output of the second output path based on the second power supply signal and the third power supply signal.
Kinetic electric energy storage, where a flywheel is implemented as an annulus and consists of an enclosure housing, which includes axially running cables, where the cables are routed within the enclosure housing, characterized in that a clamping device is attached, both at the beginning as well as at the end of the cables, so that by means of this clamping device the voltage of the cables can be modified continuously and the kinetic power storage is operated in vacuum and/or at reduced pressure and at a deep-freeze temperature of - 190°C, where the magnetic storage of the centrifugal masses is implemented here from the enclosure housing and the cables, with the use of high-temperature superconductors as well as permanent or electric magnets, and rotate the centrifugal masses along a circular orbit by means of a drive, where the drive consists of linear motors (8a, 8b), which are arranged along the entire length of the circular orbit.
A system, container or device which comprises a composition comprising 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), and which is configured to propel or move an object.
A method for processing casing soil used in the cultivation of mushrooms using a culture medium including a step of a heat treatment and a drying treatment, wherein the method comprises the following steps: i) storing the aforesaid casing soil, ii) subjecting the casing soil from step i) to a heat treatment, and iii) subjecting said heated casing soil from step ii) to a drying treatment, characterised in that the storage according to step i) takes place for a period of at least 5 days at a temperature ranging from 0-35 °C. i) storing the aforesaid casing soil, ii) subjecting the casing soil from step i) to a heat treatment, and iii) subjecting said heated casing soil from step ii) to a drying treatment,
A composition comprising: a. uridine or uridine phosphate; and b. docosahexaenoic acid and/or eicosapentaenoic acid for use in improving delayed recall function and/or treatment or prevention of impaired delayed recall function, in a subject with a mini-mental state examination of 24 - 26, wherein said composition is enterally administered to the subject, said composition further comprising phospholipids, choline, vitamin E, vitamin C, selenium, vitamin B 12, vitamin B6 and folic acid. a. uridine or uridine phosphate; and b. docosahexaenoic acid and/or eicosapentaenoic acid
Method for identifying obstructions of view in image sensor systems of a motor vehicle, wherein an image, which has been recorded by an image sensor, is analysed using an evaluation unit, wherein the presence and possibly the type of an obstruction of view is identified by way of the analysis of the recorded image, wherein the analysis of the recorded image consists of measuring the image unsharpness, wherein a signal indicating the presence of the obstruction of view and possibly the type of the obstruction of view is generated using a decision module of the evaluation unit, wherein the image sensor is focused at the area outside the motor vehicle, wherein the image sensor is mounted behind a vehicle pane and is focused at the external space behind the vehicle pane and objects are imaged unsharply onto the vehicle pane, wherein the signal is transmitted to subsequent systems, characterized in that a subsequent system functions appropriately for sensing the vicinity of the motor vehicle or for keeping lane only if visibility is sufficient, wherein the subsequent system for sensing the vicinity of the motor vehicle or for keeping lane evaluates images of the image sensor but does not evaluate the recorded image if an obstruction of view is identified.
Sensor module (101; 201; 301; 401) for receiving a pressure sensor chip (104, 122; 204) and for mounting in a sensor housing (102, 117; 202, 217), having a module base with a chip mounting region on which the pressure sensor chip can be mounted; a module wall which is monolithically formed with the module base and surrounds the chip mounting region; a plurality of connection elements (106; 206; 306; 406) which are guided to the outside through the module wall, characterized in that the connection elements run in a straight line at least in the entire outer region, and the connection elements on both sides, which face in opposite directions along a normal to the module base, are exposed at least in sections for fitting and electrically connecting at least one electrical component (113; 213; 313; 413) from the group comprising capacitors, resistors, diodes or other electrical components which have two connections and are available as SMD electronic assemblies, and for electrically incorporating the sensor module into the sensor housing, and wherein the module base and the module wall are monolithically cast and cast material is likewise located in the outer region between the connection elements, wherein cast material is located in the outer region over at least 80% of the length of the connection elements in the outer region between the connection elements, and wherein the connection elements in the outer region are surrounded by cast material and only the outwardly facing end regions of the connection elements on both sides, which face in opposite directions along a normal to the module base, and also a region which is cut out for fitting the at least one electrical component are exposed.
A collision or reaction device for a mass spectrometer comprising: a first device arranged and adapted in a mode of operation to cause first ions to collide or react with charged particles and/or neutral particles or otherwise dissociate so as to form second ions; and a second device arranged and adapted in said mode of operation to apply a broadband excitation with one or more frequency notches to said first device so as to cause said second ions and/or ions derived from said second ions to be substantially and automatically ejected from said first device; and a device arranged and adapted to determine the reaction time of said first ions, by measuring the time when said second ions and/or ions derived from said second ions are substantially ejected from said first device, and to identify or differentiate two or more species of said first ions in terms of their reaction time. a first device arranged and adapted in a mode of operation to cause first ions to collide or react with charged particles and/or neutral particles or otherwise dissociate so as to form second ions; and a second device arranged and adapted in said mode of operation to apply a broadband excitation with one or more frequency notches to said first device so as to cause said second ions and/or ions derived from said second ions to be substantially and automatically ejected from said first device; and a device arranged and adapted to determine the reaction time of said first ions, by measuring the time when said second ions and/or ions derived from said second ions are substantially ejected from said first device, and to identify or differentiate two or more species of said first ions in terms of their reaction time.