mhurhangee/ep-ind-claims huggingface dataset:
A spectacle wearing parameter measurement device for a measurement of a spectacle wearing parameter of a subject who is to wear a spectacle frame, the spectacle wearing parameter measurement device comprising: an information processing unit configured to acquire each of a first image as a face image of the subject in a spectacle-frame wearing state and a second image as a face image in a spectacle-frame non-wearing state and configured to prepare a third image obtained by associating the first image and the second image; a display screen unit configured to display the third image prepared by the information processing unit; an operation unit configured to specify a measurement reference point of the spectacle wearing parameter on the third image displayed on the display screen unit; and a computation unit configured to calculate the spectacle wearing parameter by using data of the specified measurement reference point, wherein the preparation of the third image further comprises replacing a corresponding region in the second image in the spectacle-frame non-wearing state with a partial region in the first image in the spectacle-frame wearing state, wherein the partial region is a region including a rim part of the spectacle frame worn by the subject on the first image, and wherein the corresponding region is a region not including an eyeball corneal part of the subject on the second image. an information processing unit configured to acquire each of a first image as a face image of the subject in a spectacle-frame wearing state and a second image as a face image in a spectacle-frame non-wearing state and configured to prepare a third image obtained by associating the first image and the second image; a display screen unit configured to display the third image prepared by the information processing unit; an operation unit configured to specify a measurement reference point of the spectacle wearing parameter on the third image displayed on the display screen unit; and a computation unit configured to calculate the spectacle wearing parameter by using data of the specified measurement reference point, wherein the preparation of the third image further comprises replacing a corresponding region in the second image in the spectacle-frame non-wearing state with a partial region in the first image in the spectacle-frame wearing state, wherein the partial region is a region including a rim part of the spectacle frame worn by the subject on the first image, and wherein the corresponding region is a region not including an eyeball corneal part of the subject on the second image.
A method for receiving a multimedia broadcast multicast service, MBMS, applied to a terminal, and comprising: determining a first MBMS to be initiated; characterized in that, the method further comprises: determining a state instruction corresponding to the first MBMS according to a mapping relationship, wherein the state instruction is configured for instructing the terminal to receive the first MBMS in an RRC connected state or a non-RRC connected state; determining, by the terminal, whether the terminal is currently in the non-RRC connected state in a case that the state instruction is configured for instructing the terminal to receive the first MBMS in the RRC connected state; and sending an RRC connection establishment request to a network device in a case that the terminal is currently in the non-RRC connected state, wherein the RRC connection establishment request comprises first instruction information, and the first instruction information is configured for instructing that a cause for establishing a present connection is to receive the first MBMS. determining a first MBMS to be initiated; characterized in that, the method further comprises: determining a state instruction corresponding to the first MBMS according to a mapping relationship, wherein the state instruction is configured for instructing the terminal to receive the first MBMS in an RRC connected state or a non-RRC connected state; determining, by the terminal, whether the terminal is currently in the non-RRC connected state in a case that the state instruction is configured for instructing the terminal to receive the first MBMS in the RRC connected state; and sending an RRC connection establishment request to a network device in a case that the terminal is currently in the non-RRC connected state, wherein the RRC connection establishment request comprises first instruction information, and the first instruction information is configured for instructing that a cause for establishing a present connection is to receive the first MBMS.
A filtration device for liquids, comprising a container body with a storage area for holding the liquid to be filtered by the filtration device, whereby the container body comprises an inlet for filling the liquid into the storage area within the container body and with an outlet that is connected to the storage area via an extraction conduit for extracting the liquid from the storage area through the extraction conduit and out of the outlet, whereby the extraction conduit comprises a riser pipe with an output end located above a maximum filling level of the liquid within the storage area and connected to the outlet, whereby the filtration device further comprises a filter element that is arranged inside the container body such that the liquid that is extracted from the container body must pass the filter element before flowing out of the outlet, wherein the container body comprises a seating for removably mounting the filter element to the container body, and wherein the storage area, the riser pipe and the outlet are integral parts of the one-piece container body, characterised in that an input end of the riser pipe is connected to an output opening of the storage area located at a bottom part of the container body, and in that the filtration device further comprises a pressure generating device for generating pressure within the container body causing the liquid to pass out of the container body by flowing from the storage area through the extraction conduit and out of the outlet. wherein the container body comprises a seating for removably mounting the filter element to the container body, and wherein the storage area, the riser pipe and the outlet are integral parts of the one-piece container body, characterised in that an input end of the riser pipe is connected to an output opening of the storage area located at a bottom part of the container body, and in that the filtration device further comprises a pressure generating device for generating pressure within the container body causing the liquid to pass out of the container body by flowing from the storage area through the extraction conduit and out of the outlet.
Pushbutton for unlocking a lock of a door, hood, cover or hatch, in particular of an agricultural vehicle, for example of a tractor or of a construction machine, having a) a pushbutton housing, b) an actuating button which is mounted in the pushbutton housing and which has an unactuated and an actuated position, c) a locking mechanism for locking the actuating button in its unactuated position, wherein the actuating button can be moved in its unlocked state linearly along an actuating axis in a pushbutton actuating direction from its unactuated position into its actuated position relative to the pushbutton housing, characterized in that the pushbutton is designed in such a way that the actuating button returns automatically from its actuated position into its unactuated position and is automatically locked in the process. a) a pushbutton housing, b) an actuating button which is mounted in the pushbutton housing and which has an unactuated and an actuated position, c) a locking mechanism for locking the actuating button in its unactuated position, wherein the actuating button can be moved in its unlocked state linearly along an actuating axis in a pushbutton actuating direction from its unactuated position into its actuated position relative to the pushbutton housing,
A coupling device for an atmospheric pressure real-time mass spectrometry apparatus that is an interface member attachable between an excitation gas ejecting port of an ion source using a principle of a DART method and an ionized sample gas collecting port of a mass spectrometer of the mass spectrometry apparatus, comprising: A) an excitation gas introducing port on one surface of the coupling device to be connected to the excitation gas ejecting port of the ion source, a sample gas introducing port, and an ionized sample gas discharging port on another surface of the coupling device to be connected to the ionized sample gas collecting port of the mass spectrometer; B) a linear-tube shaped channel through which the excitation gas introducing port on the one surface of the coupling device and the ionized sample gas discharging port on the other surface of the coupling device are connected at the shortest distance and are in communication; C) a space for mixing an excitation gas and a sample gas being formed in a region of a portion of the channel recited in B), by the coupling device having a sample gas introducing channel by which the sample gas introducing port and the channel recited in B) are in communication; and D) an outside air introducing port, wherein the coupling device has a structure in which a channel from the outside air introducing port is in communication with the channel recited in B) at the space recited in C) or at a position on the ionized sample gas discharging port side with respect to the space recited in C). A) an excitation gas introducing port on one surface of the coupling device to be connected to the excitation gas ejecting port of the ion source, a sample gas introducing port, and an ionized sample gas discharging port on another surface of the coupling device to be connected to the ionized sample gas collecting port of the mass spectrometer; B) a linear-tube shaped channel through which the excitation gas introducing port on the one surface of the coupling device and the ionized sample gas discharging port on the other surface of the coupling device are connected at the shortest distance and are in communication; C) a space for mixing an excitation gas and a sample gas being formed in a region of a portion of the channel recited in B), by the coupling device having a sample gas introducing channel by which the sample gas introducing port and the channel recited in B) are in communication; and D) an outside air introducing port, wherein the coupling device has a structure in which a channel from the outside air introducing port is in communication with the channel recited in B) at the space recited in C) or at a position on the ionized sample gas discharging port side with respect to the space recited in C).
An assembly comprising first and second parts each of which defines a linear guide ( 6, 5), and a hinge located between the linear guides (6, 5) to hingeably couple the linear guides (6, 5) together and thereby couple the first and second parts together to allow these parts to be moved relative to each other between a first position in which the guides are in alignment and a second position in which the guides are out of alignment, the assembly further comprising a first magnetic component provided by or with said first guide and a second magnetic component moveable around and along said second guide, the magnetic components being moveable axially and rotationally with respect to each other and having magnetic poles oriented to allow the second magnetic component to be moved between a locking position in which the two guides (6, 5) extend through and are straddled by the second magnetic component and an unlocking position in which that magnetic component does not straddle the two guides, wherein said unlocking position allows for relative movement of the parts about said hinge.
A compound of formula: wherein L is a linking group, wherein the linking group is a straight chain alkylene group of 8-16 carbon atoms wherein one or more carbon atoms in the linker group are replaced by a member of the group independently selected from -O-, -NH-, -N(CH 3)-, R 1 is straight or branched C 1-6 alkyl, C 3-6 cycloalkyl R 2 is 4-methylthiazol-5-yl, or oxazol-5-yl, or a pharmaceutically acceptable salt thereof. L is a linking group, wherein the linking group is a straight chain alkylene group of 8-16 carbon atoms wherein one or more carbon atoms in the linker group are replaced by a member of the group independently selected from -O-, -NH-, -N(CH 3)-, R 1 is straight or branched C 1-6 alkyl, C 3-6 cycloalkyl R 2 is 4-methylthiazol-5-yl, or oxazol-5-yl, or a pharmaceutically acceptable salt thereof.
Method for controlling the dispensing of food products in a dispenser apparatus, characterized in that it provides the steps of a. introducing in a housing seat of the apparatus a container for a product to be dispensed, provided with an electronic device for the automatic identification, containing information about the origin of the same product; b. performing the activation and the reading of said electronic device by means of a radio frequency reading device associated with said apparatus; c. enabling the functioning of the apparatus, after the recognition of said electronic device by said radio frequency reading device, for a predetermined period of time; d. at the same time disabling said electronic device so as to prevent the re-use of said container for a product to be dispensed; e. at the end of said predetermined period of time, enabling only cleaning operations of said apparatus. a. introducing in a housing seat of the apparatus a container for a product to be dispensed, provided with an electronic device for the automatic identification, containing information about the origin of the same product; b. performing the activation and the reading of said electronic device by means of a radio frequency reading device associated with said apparatus; c. enabling the functioning of the apparatus, after the recognition of said electronic device by said radio frequency reading device, for a predetermined period of time; d. at the same time disabling said electronic device so as to prevent the re-use of said container for a product to be dispensed; e. at the end of said predetermined period of time, enabling only cleaning operations of said apparatus.
A gelled hydrocarbon fracturing fluid comprising a hydrocarbon fluid; 1 to 100 mL/L (1 gpt to 100 gpt) of a phosphate ester; a crosslinker comprising a component selected from the group consisting of a polyvalent metal salt of iron, aluminum, and combinations thereof; and a viscosifier comprising a component selected from the group consisting of clay, graphite, carbon nanotubes, metallic oxide nanoparticles, and combinations thereof.
Method for preparing an application process on an agricultural area, comprising the steps of: - determining the quantity of application material required for an application process on an agricultural area; and - filling an agricultural application machine with the determined quantity of application material required for the application process; wherein the quantity of application material required for the application process is determined by a method for determining the quantity of application material required for an application process on an agricultural area, comprising the steps of: - detecting boundaries of an agricultural area; and - determining a quantity of application material required for an application process on the agricultural area, wherein, when determining the quantity of application material required for the application process on the agricultural area, the boundary application within boundary-proximal regions of the agricultural area, which application deviates from the substantially uniform material application within boundary-distal inner regions of the agricultural area, is taken into account. - determining the quantity of application material required for an application process on an agricultural area; and - filling an agricultural application machine with the determined quantity of application material required for the application process; wherein the quantity of application material required for the application process is determined by a method for determining the quantity of application material required for an application process on an agricultural area, comprising the steps of: - detecting boundaries of an agricultural area; and - determining a quantity of application material required for an application process on the agricultural area, - detecting boundaries of an agricultural area; and - determining a quantity of application material required for an application process on the agricultural area, wherein, when determining the quantity of application material required for the application process on the agricultural area, the boundary application within boundary-proximal regions of the agricultural area, which application deviates from the substantially uniform material application within boundary-distal inner regions of the agricultural area, is taken into account.
An engineered polypeptide capable of converting 1-(3-hydroxyphenyl)-2-(methylamino)ethanone to -phenylephrine, wherein the amino acid sequence of the polypeptide has at least 70% identity to SEQ ID NO: 4 and comprises the residue difference M206C.
A computer implemented method for displaying building information to a user via a touch/gesture driven user interface that is rendered on a display screen, the method including: (i) based on current navigation data, displaying a portion of a map layer, wherein the map layer includes image data representative of a facility; and (ii) positioning, on the displayed portion of the map layer, a set of content control objects, wherein each content control object enables a user to load one or more content items via display objects superimposed on the map layer; characterised in that the method includes: (iii) based on a set of automated rules for content control object amalgamation, where a predefined content control object density is met, combining a plurality of content control objects into a single content control object from which content from each of the plurality of constituent content control objects is accessible; wherein the set of content control objects is selected from a collection of available content control objects based upon: (a) the current navigation data; and (b) one or more attributes of the user; and wherein each content control object is bound to at least one building resource; the one or more attributes of the user are indicative of access rights for building resources; and the set of content control objects is selected from the collection of available content control objects based upon the user's access rights with respect to the building resources to which the content control objects are bound. (i) based on current navigation data, displaying a portion of a map layer, wherein the map layer includes image data representative of a facility; and (ii) positioning, on the displayed portion of the map layer, a set of content control objects, wherein each content control object enables a user to load one or more content items via display objects superimposed on the map layer;
Computer-implemented method for monitoring the state of a device for examining objects, wherein the examination of an object comprises determining measurement data by way of a measurement of the object and operating data of the device are determined during the examination of the object, wherein the method comprises the following steps: - determining measurement data of the object by way of the device; - determining operating data of the device during the step of determining measurement data of the object; - determining at least one quality parameter from the measurement data; - analysing the operating data and the at least one quality parameter; and - determining a state characteristic value based on the analysis of the operating data and the at least one quality parameter for monitoring the state of the device, wherein the state characteristic value indicates a state of the device, wherein the method further comprises the following steps: - carrying out at least the step of determining measurement data of the object with a first object, wherein the measurement is a radiographic measurement; - carrying out at least the step of determining measurement data of the object with a second object, wherein the measurement is a radiographic measurement, wherein a radiographic geometry used is different from that used for the first object; - determining projection representations from the measurement data of the first object; - determining projection representations from the measurement data of the second object; - comparing at least one blur between the projection representations of the first object and the projection representations of the second object; and - analysing the at least one blur in order to determine the state characteristic value. - determining measurement data of the object by way of the device; - determining operating data of the device during the step of determining measurement data of the object; - determining at least one quality parameter from the measurement data; - analysing the operating data and the at least one quality parameter; and - determining a state characteristic value based on the analysis of the operating data and the at least one quality parameter for monitoring the state of the device, wherein the state characteristic value indicates a state of the device, - carrying out at least the step of determining measurement data of the object with a first object, wherein the measurement is a radiographic measurement; - carrying out at least the step of determining measurement data of the object with a second object, wherein the measurement is a radiographic measurement, wherein a radiographic geometry used is different from that used for the first object; - determining projection representations from the measurement data of the first object; - determining projection representations from the measurement data of the second object; - comparing at least one blur between the projection representations of the first object and the projection representations of the second object; and - analysing the at least one blur in order to determine the state characteristic value.