mhurhangee/patent-ind-claim-en huggingface dataset:
An electron tube housing an electron multiplication unit and an anode in a hermetic vessel , the inside of which is maintained in a vacuum state, comprising: a transmission mode photocathode comprising: an optically transparent substrate having one face to which light is incident, and another face from which the light incident to the one face is output; a photoelectric conversion layer disposed on the other face side of the optically transparent substrate , and configured to convert the light output from the other face into a photoelectron or photoelectrons; and an optically-transparent electroconductive layer disposed between the optically transparent substrate and the photoelectric conversion layer , a side tube made of metal; and a stem , characterized in that the optically-transparent electroconductive layer is comprised of a single layer of graphene, a contact portion comprised of an electroconductive material is formed on the other face side of the optically transparent substrate in order to establish electrical connection between the optically-transparent electroconductive layer and the side tube , the photoelectric conversion layer is formed so as to cover the contact portion and the optically-transparent electroconductive layer , the side tube is electrically connected through the contact portion to the optically-transparent electroconductive layer and the photoelectric conversion layer , and the photoelectric conversion layer consists primarily of the alkali metals. an optically transparent substrate having one face to which light is incident, and another face from which the light incident to the one face is output; a photoelectric conversion layer disposed on the other face side of the optically transparent substrate , and configured to convert the light output from the other face into a photoelectron or photoelectrons; and an optically-transparent electroconductive layer disposed between the optically transparent substrate and the photoelectric conversion layer , a side tube made of metal; and a stem , characterized in that the optically-transparent electroconductive layer is comprised of a single layer of graphene, a contact portion comprised of an electroconductive material is formed on the other face side of the optically transparent substrate in order to establish electrical connection between the optically-transparent electroconductive layer and the side tube , the photoelectric conversion layer is formed so as to cover the contact portion and the optically-transparent electroconductive layer , the side tube is electrically connected through the contact portion to the optically-transparent electroconductive layer and the photoelectric conversion layer , and the photoelectric conversion layer consists primarily of the alkali metals.
A method, performed by a wireless device (700; QQ110, QQ110b, QQ110c), for communication establishment, the method comprising: receiving, at registration with an Access Management Function, AMF, in a first network based on a 3GPP 5GS, an indicator of whether the AMF supports an N26 interface to a Mobility Management Entity, MME in a second network based on a 3GPP EPS; in response to a request for establishment of a communication with the wireless device using the first network, receiving an instruction to redirect to the second network; and performing one of a tracking area update, TAU, procedure or an attach procedure in the second network based on the indicator indicating whether the AMF in the first network supports the N26 interface to the MME in the second network. receiving, at registration with an Access Management Function, AMF, in a first network based on a 3GPP 5GS, an indicator of whether the AMF supports an N26 interface to a Mobility Management Entity, MME in a second network based on a 3GPP EPS; in response to a request for establishment of a communication with the wireless device using the first network, receiving an instruction to redirect to the second network; and performing one of a tracking area update, TAU, procedure or an attach procedure in the second network based on the indicator indicating whether the AMF in the first network supports the N26 interface to the MME in the second network.
A neonatal bovine dietary supplement in liquid form that delivers a dosage of naturally occurring caffeine that is formulated with a viscosity of 400 - 800 centipoise at 21 degrees Celsius such that the supplement is absorbed through the oral mucosal lining of a neonatal calf.
A method for transmitting a reference signal to a user equipment at a base station in a wireless communication system, comprising: transmitting the reference signal to the user equipment according to a first pattern corresponding to a first speed section, receiving information about movement speed of the user equipment from the user equipment, identifying that the movement speed of the user equipment changed to a second speed section from the first speed section, generating a second pattern corresponding to the second speed section, and transmitting the reference signal to the user equipment according to the second pattern, wherein, if the second speed section is a section having higher speed values than the first speed section, the second pattern is generated by adding one or more reference signal symbols to the first pattern in a time domain direction, and wherein, if the second speed section is a section having lower speed values than the first speed section, the second pattern is generated by removing one or more reference signal symbols from the first pattern in the time domain direction, wherein a number of the one or more reference signal symbols, which are added or removed, is determined based on a maximum speed of the first speed section and a maximum speed of the second speed section. transmitting the reference signal to the user equipment according to a first pattern corresponding to a first speed section, receiving information about movement speed of the user equipment from the user equipment, identifying that the movement speed of the user equipment changed to a second speed section from the first speed section, generating a second pattern corresponding to the second speed section, and transmitting the reference signal to the user equipment according to the second pattern, wherein, if the second speed section is a section having higher speed values than the first speed section, the second pattern is generated by adding one or more reference signal symbols to the first pattern in a time domain direction, and wherein, if the second speed section is a section having lower speed values than the first speed section, the second pattern is generated by removing one or more reference signal symbols from the first pattern in the time domain direction, wherein a number of the one or more reference signal symbols, which are added or removed, is determined based on a maximum speed of the first speed section and a maximum speed of the second speed section.
Inner lighting corrector for motor vehicle lighting and/or signalling device, comprising a manual adjustment system, a corrector housing comprising: - a longitudinal rod having a first end outside said corrector casing, arranged on a front face of said corrector housing, and - an electromechanical module capable of moving said rod, said corrector comprises a fastening element arranged on a rear face of the corrector housing , said fastening element being a bayonet element intended to be located outside of the outer housing of said lighting and/or signalling device, said fastening element comprising a cylindrical wall equipped, on the outer face thereof, with at least two locking lugs , characterised in that said fastening element includes a sprocket of the manual adjustment system mechanically connected to the longitudinal rod in order to drive said rod in rotation. - a longitudinal rod having a first end outside said corrector casing, arranged on a front face of said corrector housing, and - an electromechanical module capable of moving said rod,
Method for requesting proof of delegation for the delivery of a content to a client terminal (UA) through an encrypted connection, the content being referenced on a server (CSP) termed the content server, to which the client terminal has sent a query (E01) to obtain the content, the content server having delegated the delivery of said content to a server termed the primary delivery server (uCDN), the method being implemented by a delivery server termed the secondary delivery server (dCDN), to which the primary delivery server has delegated the delivery of said content, and comprising the following steps: • receiving (G01) a request in respect of establishment of the encrypted connection, originating from the client terminal, comprising an identifier of the content server, • sending (G03) to the content server a request for proof of delegation of delivery, the request comprising a signature of the primary delivery server, • receiving (G06) a message originating from the content server, comprising an encryption key, • sending (G07) to the client terminal a response in respect of establishment of the encrypted connection, • establishing (G09) the encrypted connection with the client terminal with the aid of the encryption key. • receiving (G01) a request in respect of establishment of the encrypted connection, originating from the client terminal, comprising an identifier of the content server, • sending (G03) to the content server a request for proof of delegation of delivery, the request comprising a signature of the primary delivery server, • receiving (G06) a message originating from the content server, comprising an encryption key, • sending (G07) to the client terminal a response in respect of establishment of the encrypted connection, • establishing (G09) the encrypted connection with the client terminal with the aid of the encryption key.
A method for executing an agricultural operating procedure on a field by means of a group of agricultural working machines , wherein the working machines of the group each have working assemblies which can be adjusted with machine parameters for adaptation to the respective agricultural conditions, wherein the working machines of the group communicate with each other via a wireless data network, wherein the working machines of the group are configured as self-optimising working machines which each have a driver assistance system for the automated generation and adjustment of machine parameters which have been optimised with respect to the agricultural conditions, wherein the working machines of the group collectively cooperate in the manner of a virtual working machine such that the results of a self-optimisation are fed back into the group , in particular in the form of the optimised machine parameters from a plurality of the working machines of the group , in order to be used further by other working machines of the group , characterized in that the group has a fleet process supervisor which coordinates and/or delegates the generation of the optimised machine parameters, in that the fleet process supervisor divides the generation of the optimised machine parameters into optimisation tasks, in particular for the virtual working assemblies , and distributes the optimisation tasks to a plurality of the working machines of the group , wherein the optimisation tasks are distributed on the basis of an outfitting, preferably of the driver assistance system , of the working machines of the group , and at the start of the execution of the agricultural operating procedure, the working machines of the group carry out a synchronization routine, in that in the synchronization routine, configurations of the working machines are compared with one another and/or correction factors are determined for a conversion of the respective optimised machine parameters between the working machines , more preferably in that conflicts between the configurations of the working machines of the group are determined, and in that the conflicts are indicated to a user and/or automatically resolved.
A liquid ejecting apparatus comprising: a transport belt configured to transport a medium in a transport direction (Y) in a state in which the medium is supported on a medium supporting surface ; a liquid ejecting head configured to eject a liquid from a plurality of nozzles formed on a nozzle surface with respect to the medium supported on the medium supporting surface of the transport belt; and a controller configured to perform a flushing operation of ejecting the liquid from the nozzles as a maintenance operation for the liquid ejecting head, on a flushing area (FA) on the medium supporting surface; wherein the flushing area is separated from and adjacent to the medium, in a liquid ejecting head scanning direction, by an interval (WD); and characterised in that when the amount of the liquid ejected to the flushing area is equal to or more than a set value, the controller is configured to set an attachment position (WF) of the liquid on the flushing area to be larger than the attachment position when the amount of the liquid is less than the set value. a transport belt configured to transport a medium in a transport direction (Y) in a state in which the medium is supported on a medium supporting surface ; a liquid ejecting head configured to eject a liquid from a plurality of nozzles formed on a nozzle surface with respect to the medium supported on the medium supporting surface of the transport belt; and a controller configured to perform a flushing operation of ejecting the liquid from the nozzles as a maintenance operation for the liquid ejecting head, on a flushing area (FA) on the medium supporting surface; wherein the flushing area is separated from and adjacent to the medium, in a liquid ejecting head scanning direction, by an interval (WD); and characterised in that when the amount of the liquid ejected to the flushing area is equal to or more than a set value, the controller is configured to set an attachment position (WF) of the liquid on the flushing area to be larger than the attachment position when the amount of the liquid is less than the set value.
An ophthalmologic image display device comprising: a storage device that stores a three dimensional data set acquired by scanning a subject's eye using optical coherence tomography; an image processor configured to form, based on the three dimensional data set, a B-mode image, a plurality of front images, and a composite front image obtained by composing the plurality of front images; and a display controller configured to display the B-mode image, the plurality of front images and the composite front image in a predetermined layout on a display device; wherein the display controller displays is configured to display identification color information for identifying the plurality of front images by colors and slice area information that indicates a partial region of the B-mode image corresponding to a slice area of the three dimensional data set represented by each of the plurality of front images in a color according to the identification color information, and display a composite front image based on the plurality of front images, each of which is expressed by a color according to the identification color information. a storage device that stores a three dimensional data set acquired by scanning a subject's eye using optical coherence tomography; an image processor configured to form, based on the three dimensional data set, a B-mode image, a plurality of front images, and a composite front image obtained by composing the plurality of front images; and a display controller configured to display the B-mode image, the plurality of front images and the composite front image in a predetermined layout on a display device; wherein the display controller displays is configured to display identification color information for identifying the plurality of front images by colors and slice area information that indicates a partial region of the B-mode image corresponding to a slice area of the three dimensional data set represented by each of the plurality of front images in a color according to the identification color information, and display a composite front image based on the plurality of front images, each of which is expressed by a color according to the identification color information.
An automated production system comprising: a production control system for scheduling and controlling production in an automated production; and a plurality of stackable equipment modules for synthesizing biopolymers in accordance with pre-determined sequences under control of the production control system, wherein each equipment module of the plurality of stackable equipment modules comprises on a rear side an interface feature connected to power, and wherein the plurality of stackable equipment modules comprise a synthesizer module. a production control system for scheduling and controlling production in an automated production; and a plurality of stackable equipment modules for synthesizing biopolymers in accordance with pre-determined sequences under control of the production control system, wherein each equipment module of the plurality of stackable equipment modules comprises on a rear side an interface feature connected to power, and wherein the plurality of stackable equipment modules comprise a synthesizer module.
A landing platform apparatus for a hovering vehicle , said landing platform apparatus comprising an erectable and retractable boundary element that consists of a plurality of individual mechanical elements which, when in an erected position, defines a substantially closed space, wherein said boundary element defining the substantially closed space defines a volume suitable to house said hovering vehicle after landing, characterized in that each of the individual mechanical elements is a trapezoidal element and each of the individual mechanical elements of said boundary element is a centering aid configured to center said hovering vehicle within the substantially closed space, said landing platform apparatus further comprising an actuation mechanism connected to each of the mechanical element centering aids and configured to change an angle of each of the centering aids relative to a surface of the landing platform , wherein the mechanical element centering aids define a cone. wherein said boundary element defining the substantially closed space defines a volume suitable to house said hovering vehicle after landing, characterized in that each of the individual mechanical elements is a trapezoidal element and each of the individual mechanical elements of said boundary element is a centering aid configured to center said hovering vehicle within the substantially closed space, said landing platform apparatus further comprising an actuation mechanism connected to each of the mechanical element centering aids and configured to change an angle of each of the centering aids relative to a surface of the landing platform , wherein the mechanical element centering aids define a cone.
A system for dynamically maximizing the contrast between foreground and background in images and/or image sequences, comprising at least one image-recording device (C1, C2), at least one analysis module (A1, A2) connected to the image-recording device (C1, C2), which is configured to determine a transformation between a two-dimensional coordinate system of the image-recording device (C1, C2) and a two-dimensional coordinate system of a display device (L), and carry out a segmentation in order to determine at least occlusions of background objects through foreground objects in an image, at least one control module (K) connected to the analysis module (A1, A2), at least one display device (L), which is configured to display display information, in particular, video clips, wherein the image-recording device (C1, C2) is configured to record the display information displayed on the display device (L), a database (D), which is connected to the control module (K) and to the display device (L), wherein the database (D) is configured to store a sequence of display information to be displayed on the display device (L) one after the other, wherein the analysis module (A1, A2) is further configured to identify quality data on the segmentation and transmit same to the control module (K), wherein the control module (K) is configured to adjust the display information displayed on the display device (L) based on the quality data, characterized in that the analysis module (A1, A2) is configured to apply and minimize an energy function during segmentation, wherein the energy function is based on probability distributions of foreground objects and background objects and/or on pixel-wise probability distributions, and in that the control module (K) is configured to determine for remaining display information of the sequence, in which display information an expected probability distribution of the foreground and an expected probability distribution of the background of the image-recording device differ the most.
A stage light having a wireless power signal transmission system, comprising: a base ; a U-shaped arm pivotally connected to the base ; a light head pivotally connected between two holding arms of the U-shaped arm ; and a driving assembly configured to drive the U-shaped arm and the light head to rotate, wherein a wireless power transmission device is provided at a connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head , and the wireless power transmission device includes a wireless power signal transmitting module and a wireless power signal receiving module which is matched with the wireless power signal transmitting module; the wireless power signal transmitting module includes a transmitting coil , the wireless power signal receiving module includes a receiving coil , and the transmitting coil and the receiving coil are both circular and are provided opposite each other; the stage light further comprising a wireless signal transmission device; characterized in that the wireless signal transmission device is provided at the connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head , and the wireless signal transmission device includes a signal transmitting unit and a signal receiving unit , electromagnetic waves are used to transmit signals between the signal transmitting unit and the signal receiving unit ,which are both circular and are provided opposite each other, and the signal transmitting unit is provided on the transmitting coil , the signal receiving unit is provided on the receiving coil . a base ; a U-shaped arm pivotally connected to the base ; a light head pivotally connected between two holding arms of the U-shaped arm ; and a driving assembly configured to drive the U-shaped arm and the light head to rotate, wherein a wireless power transmission device is provided at a connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head , and the wireless power transmission device includes a wireless power signal transmitting module and a wireless power signal receiving module which is matched with the wireless power signal transmitting module; the wireless power signal transmitting module includes a transmitting coil , the wireless power signal receiving module includes a receiving coil , and the transmitting coil and the receiving coil are both circular and are provided opposite each other; the stage light further comprising a wireless signal transmission device; characterized in that the wireless signal transmission device is provided at the connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head , and the wireless signal transmission device includes a signal transmitting unit and a signal receiving unit , electromagnetic waves are used to transmit signals between the signal transmitting unit and the signal receiving unit ,which are both circular and are provided opposite each other, and the signal transmitting unit is provided on the transmitting coil , the signal receiving unit is provided on the receiving coil .