mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for printing and drying at least one hollowed cylindrical or truncated-conical body, or at least a body substantially having the shape of any solid of revolution configured to contain products in liquid, or semi-liquid, or in paste form, comprising at least one printing station (2; 2') of the ink jet type, at least one movement mechanism to rotate said at least one hollowed body at least around its own axis at said at least one printing station (2; 2'), and to at least displace it in a direction away from said at least one printing station, at least at the end of the operation of printing a first surface zone of said at least one hollowed body , and setting and/or drying means to set and/or dry the ink on said surface zone of said at least one hollowed body , wherein said setting and/or drying means to set and/or dry the ink comprise one or more sources of radiation beam, said one or more sources being placed at, or next to, said at least one printing station (2; 2') and being movable in a controlled way to track, at least in part and at least through their radiation beam, said at least one hollowed body when the latter is displaced in a direction away from said at least one printing station (2; 2') substantially at the end of said operation of printing a first surface zone , wherein said one or more radiating sources are movable, in a controlled way, at least along a path parallel to at least part of the path followed by said at least one hollowed body , when the latter is displaced in a direction away from said at least one printing station (2; 2').
A mobility management method applied in a terminal, comprising: receiving (S202), by the terminal in a connected mode in a first cell, a long source identifier and a short source identifier from a first base station to which the first cell belongs, wherein each of the long source identifier and the short source identifier is allocated by the first base station and identifies a terminal in the first base station; entering (S203), a low-overhead state when an activation condition is satisfied, wherein the low-overhead state is a state in which a connection context of the terminal in the connected mode is stored, and the terminal camps on a cell according to a cell reselection criterion during movement; determining, according to an indication information from a second base station to which a second cell belongs, which one of the long source identifier and the short source identifier is to be sent to the second base station, wherein the second cell is a serving cell on which the terminal currently camps; and sending (S205), one of the long source identifier and the short source identifier to the second base station when a preset condition is satisfied. receiving (S202), by the terminal in a connected mode in a first cell, a long source identifier and a short source identifier from a first base station to which the first cell belongs, wherein each of the long source identifier and the short source identifier is allocated by the first base station and identifies a terminal in the first base station; entering (S203), a low-overhead state when an activation condition is satisfied, wherein the low-overhead state is a state in which a connection context of the terminal in the connected mode is stored, and the terminal camps on a cell according to a cell reselection criterion during movement; determining, according to an indication information from a second base station to which a second cell belongs, which one of the long source identifier and the short source identifier is to be sent to the second base station, wherein the second cell is a serving cell on which the terminal currently camps; and sending (S205), one of the long source identifier and the short source identifier to the second base station when a preset condition is satisfied.
A method of dynamically restricting rendering of unauthorized content included in information resources , comprising: identifying, by a client device, an information resource including one or more content elements (215A-N) specifying one or more graphical characteristics; detecting, by the client device applying an action-based detection policy to detect actions performed on the information resource, whether a content element of the one or more content elements (215A-N) includes a function call; determining, by the client device, that the function call is a restricted function call by searching a list of restricted function calls, and based on the determination that the function call is a restricted function call, determining that the content element including the function call corresponds to a restricted content element, wherein restricted function calls comprise changes in graphical properties or attributes of the content element that includes the function call including dimension, position, colour, font, or a combination thereof; and modifying, by the client device, by applying a content rendering restriction policy, the information resource to alter rendering of the content element on the information resource responsive to determining that the content element corresponds to the restricted content element. identifying, by a client device, an information resource including one or more content elements (215A-N) specifying one or more graphical characteristics; detecting, by the client device applying an action-based detection policy to detect actions performed on the information resource, whether a content element of the one or more content elements (215A-N) includes a function call; determining, by the client device, that the function call is a restricted function call by searching a list of restricted function calls, and based on the determination that the function call is a restricted function call, determining that the content element including the function call corresponds to a restricted content element, wherein restricted function calls comprise changes in graphical properties or attributes of the content element that includes the function call including dimension, position, colour, font, or a combination thereof; and modifying, by the client device, by applying a content rendering restriction policy, the information resource to alter rendering of the content element on the information resource responsive to determining that the content element corresponds to the restricted content element.
A method for synchronously counting Multimedia Broadcast Multicast Service, MBMS, service, implemented by a system for counting MBMS comprising a MBMS Coordinating Entity, MCE, and a plurality of base stations, the method comprising: sending (S401), by the MCE, a message containing a synchronization time point to each of the plurality of base stations, whereby each base station counts the MBMS service for each terminal device served by the base station at the same synchronization time point so as to ensure synchronization of MBMS counting times; receiving (S501), by a base station of the plurality of base stations within a Multicast/Broadcast over Single Frequency Network, MBSFN, area, the message containing the synchronization time point; counting (S502), by the base station, MBMS service for each terminal device served by the base station at the time corresponding to the synchronization time point; collecting (S503), by the base station, MBMS service counting results of each terminal device served by the base station to obtain the synchronization counting information; sending (S504), by the base station, the synchronization counting information to the MCE, wherein the synchronization time point is expressed as the absolute number of Multicast Control Channel, MCCH, modification periods; receiving (S402), by the MCE, synchronization counting information sent by each base station, wherein: the synchronization counting information is information obtained when each of the base stations counts MBMS service for each terminal device served by the respective base station at the time corresponding to the synchronization time point. sending (S401), by the MCE, a message containing a synchronization time point to each of the plurality of base stations, whereby each base station counts the MBMS service for each terminal device served by the base station at the same synchronization time point so as to ensure synchronization of MBMS counting times; receiving (S501), by a base station of the plurality of base stations within a Multicast/Broadcast over Single Frequency Network, MBSFN, area, the message containing the synchronization time point; counting (S502), by the base station, MBMS service for each terminal device served by the base station at the time corresponding to the synchronization time point; collecting (S503), by the base station, MBMS service counting results of each terminal device served by the base station to obtain the synchronization counting information; sending (S504), by the base station, the synchronization counting information to the MCE, wherein the synchronization time point is expressed as the absolute number of Multicast Control Channel, MCCH, modification periods; receiving (S402), by the MCE, synchronization counting information sent by each base station, wherein: the synchronization counting information is information obtained when each of the base stations counts MBMS service for each terminal device served by the respective base station at the time corresponding to the synchronization time point.
A photographing module , comprising a lens module and a sensing chip ; wherein the lens module comprises one or more first lenses arranged along an optical axis (a) of the lens module, and one or more second lenses arranged along the optical axis, wherein the first lens is located between a to-be-imaged object and the second lens , and a radial size of the second lens is larger than a radial size of the first lens ; an outer surface of the second lens comprises a light inlet surface , a light outlet surface , and a circumferential surface for connecting the light inlet surface and the light outlet surface , the circumferential surface of the second lens comprises one or more sections of cylindrical surface and one or more connection surfaces , and the connection surface is connected to the cylindrical surface ; the connection surface is a plane, the one or more sections of cylindrical surface are formed when an angle by which a straight line rotates around the optical axis (a) at a fixed distance is less than 360 degrees, and the straight line is parallel to the optical axis (a) or an angle between the straight line and the optical axis (a) is an acute angle, and the one or more connection surfaces are parallel to the optical axis; a vertical distance from the optical axis to any one of the connection surfaces is less than a minimum distance from the optical axis to the cylindrical surface and is greater than or equal to a radius of the first lens ; and the cylindrical surface comprises one or more corresponding areas , the corresponding areas are in a one-to-one correspondence with the connection surfaces , and one corresponding area and one corresponding connection surface are located on two opposite sides of the optical axis; the sensing chip is located on an image side of the lens module , so that an object photographed by the lens module imaged on the sensing chip ; characterized in that the geometric center of the sensing chip is offset from the optical axis in the direction from the optical axis towards the corresponding area .
A method for reducing or eliminating layer non-uniformity in an ALD or ALD-type process, the method comprising the following phases: a) exposing a surface to a dosing pulse of a first precursor or precursor mixture comprising at least one metal halide for self-limiting surface material growth reactions of a first type, b) exposing the resulting surface to a dosing pulse of a second precursor selected from the group consisting of water, hydrogen peroxide, tert-butanol and mixtures of these for self-limiting surface material growth reactions of a second type, characterised in that the method further comprises c) exposing a surface resulting from the self-limiting surface material growth reactions of the second type to at least one modificator comprising a chemical substance selected from the group consisting of alcohols having one to three carbon atoms. a) exposing a surface to a dosing pulse of a first precursor or precursor mixture comprising at least one metal halide for self-limiting surface material growth reactions of a first type, b) exposing the resulting surface to a dosing pulse of a second precursor selected from the group consisting of water, hydrogen peroxide, tert-butanol and mixtures of these for self-limiting surface material growth reactions of a second type, characterised in that the method further comprises c) exposing a surface resulting from the self-limiting surface material growth reactions of the second type to at least one modificator comprising a chemical substance selected from the group consisting of alcohols having one to three carbon atoms.
A fuel system for a turbomachine comprising: a fuel tank ; a first fuel line in fluid communication with the fuel tank and one or more fuel injectors , the first fuel line comprising: a main fuel pump disposed on the first fuel line; an electric metering system disposed on the first fuel line downstream of the main fuel pump configured for starting the turbomachine and metering fuel to the fuel injectors; characterised in that : the metering system includes a separate electric starter pump and a controllable metering valve; and a fuel-oil cooler is disposed on the first fuel line , wherein the fuel-oil cooler is downstream of the main fuel pump and the electric metering system. a fuel tank ; a first fuel line in fluid communication with the fuel tank and one or more fuel injectors , the first fuel line comprising: a main fuel pump disposed on the first fuel line; an electric metering system disposed on the first fuel line downstream of the main fuel pump configured for starting the turbomachine and metering fuel to the fuel injectors; characterised in that : the metering system includes a separate electric starter pump and a controllable metering valve; and a fuel-oil cooler is disposed on the first fuel line , wherein the fuel-oil cooler is downstream of the main fuel pump and the electric metering system. a main fuel pump disposed on the first fuel line; an electric metering system disposed on the first fuel line downstream of the main fuel pump configured for starting the turbomachine and metering fuel to the fuel injectors; characterised in that : the metering system includes a separate electric starter pump and a controllable metering valve; and a fuel-oil cooler is disposed on the first fuel line , wherein the fuel-oil cooler is downstream of the main fuel pump and the electric metering system. the metering system includes a separate electric starter pump and a controllable metering valve; and a fuel-oil cooler is disposed on the first fuel line , wherein the fuel-oil cooler is downstream of the main fuel pump and the electric metering system.
An out-of-product alarm system comprising: - a sensor assembly connected to a fluid delivery medium , the sensor assembly comprising: an emitter that directs light into the fluid delivery medium in which presence or absence of a product is to be determined; a detector that generates a detector output based on detection of light transmitted through the fluid delivery medium ; and a sensor controller that determines an out-of-product state within the fluid delivery medium , based on a comparison of the detector output to an out-of-product threshold, and a product-present state within the fluid delivery medium based on a comparison of the detector output to a product-present threshold; - an out-of-product timer configured to start when the out-of-product state is determined by the sensor controller ; - a product-present timer configured to start when the product-present state is determined by the sensor controller ; and - a system controller configured to generate at least one of a visual alarm and a sound alarm when the out-of-product timer reaches a threshold out-of-product time period, indicating that an out-of-product event is determined. - a sensor assembly connected to a fluid delivery medium , the sensor assembly comprising: an emitter that directs light into the fluid delivery medium in which presence or absence of a product is to be determined; a detector that generates a detector output based on detection of light transmitted through the fluid delivery medium ; and a sensor controller that determines an out-of-product state within the fluid delivery medium , based on a comparison of the detector output to an out-of-product threshold, and a product-present state within the fluid delivery medium based on a comparison of the detector output to a product-present threshold; an emitter that directs light into the fluid delivery medium in which presence or absence of a product is to be determined; a detector that generates a detector output based on detection of light transmitted through the fluid delivery medium ; and a sensor controller that determines an out-of-product state within the fluid delivery medium , based on a comparison of the detector output to an out-of-product threshold, and a product-present state within the fluid delivery medium based on a comparison of the detector output to a product-present threshold; - an out-of-product timer configured to start when the out-of-product state is determined by the sensor controller ; - a product-present timer configured to start when the product-present state is determined by the sensor controller ; and - a system controller configured to generate at least one of a visual alarm and a sound alarm when the out-of-product timer reaches a threshold out-of-product time period, indicating that an out-of-product event is determined.
An X-ray imaging system , comprising: - a moveable X-ray source and/or a moveable X-ray detector ; - a plurality of object-surface detecting sensors ; - a positioning detection arrangement ; - a processing unit ; and - a display unit ; wherein the object-surface detecting sensors are arranged such to detect object data of objects located between the X-ray source and the X-ray detector; wherein the positioning detection arrangement is provided to detect the current position of the X-ray source and/or the X-ray detector and the position of the object-surface detecting sensors; wherein the processing unit is configured to compute a situation-map of the current spatial situation between the X-ray source and the X-ray detector based on the object data provided by the object-surface detecting sensors and the current position, the situation-map distinguishing at least between empty spaces and spaces occupied by rigid objects; and wherein the situation-map comprises a representation of the X-ray source and the X-ray detector in relation to the spatial situation; wherein the display unit is configured to display the situation-map to a user operating the X-ray imaging system; wherein the X-ray imaging system is a C-arm imaging system comprising a C-arm structure , wherein the X-ray source and the X-ray detector are mounted to opposing ends of a C-arm ; and wherein the positioning detection arrangement comprises angulation detectors for providing information about the movement of the C-arm, characterised in that the object-surface detecting sensors are mounted to the C-arm structure in a distributed manner along the inner side of the arc. - a moveable X-ray source and/or a moveable X-ray detector ; - a plurality of object-surface detecting sensors ; - a positioning detection arrangement ; - a processing unit ; and - a display unit ;
An image sensor comprising: a semiconductor substrate including a plurality of photo-sensing devices, and characterised by further comprising: a photoelectric conversion device on the semiconductor substrate and configured to absorb a combination of light of a first color and light of a second color, and a color filter on the photoelectric conversion device and configured to selectively transmit light of a third color and at least one of light of the first color and light of the second color and in that the photoelectric conversion device comprises: a lower electrode on the semiconductor substrate a light-absorption layer on the lower electrode and including a mixture of a light-absorbing material configured to selectively absorb light of the first color and a light-absorbing material configured to selectively absorb light of the second color, or a light-absorbing material configured to selectively absorb light of the first color and light of the second color, and an upper electrode on the light-absorption layer. a semiconductor substrate including a plurality of photo-sensing devices, and characterised by further comprising: a photoelectric conversion device on the semiconductor substrate and configured to absorb a combination of light of a first color and light of a second color, and a color filter on the photoelectric conversion device and configured to selectively transmit light of a third color and at least one of light of the first color and light of the second color a photoelectric conversion device on the semiconductor substrate and configured to absorb a combination of light of a first color and light of a second color, and a color filter on the photoelectric conversion device and configured to selectively transmit light of a third color and at least one of light of the first color and light of the second color and in that the photoelectric conversion device comprises: a lower electrode on the semiconductor substrate a light-absorption layer on the lower electrode and including a mixture of a light-absorbing material configured to selectively absorb light of the first color and a light-absorbing material configured to selectively absorb light of the second color, or a light-absorbing material configured to selectively absorb light of the first color and light of the second color, and an upper electrode on the light-absorption layer. a lower electrode on the semiconductor substrate a light-absorption layer on the lower electrode and including a mixture of a light-absorbing material configured to selectively absorb light of the first color and a light-absorbing material configured to selectively absorb light of the second color, or a light-absorbing material configured to selectively absorb light of the first color and light of the second color, and an upper electrode on the light-absorption layer.