mhurhangee/ep-ind-claims huggingface dataset:
Document processing system comprising a print controller connected to at least one printer and a user interface for displaying production routes for a print job leading to an end product due to printing by the at least one printer and due to finishing by at least one finisher, wherein the user interface is configured to receive a user selection of a document type of the print job and at least one selection criterion for the print job, and the print controller is configured to determine production routes based on a simulation of the print job by device models for the at least one printer and the at least one finisher, and to select from the determined production routes a production route provided with a list of smart default values for device parameters with feedback on possible constraints resulting from the simulation which values correspond to the document type and fulfill the selection criterion, wherein the user interface is configured to receive at least one smart default value to be fixed for the selected production route, wherein the print controller is configured to enable switching from the selected production route to one other production route on request of the user via the user interface and wherein the at least one smart default value fixed in the selected production route is mapped to the other production route and wherein the print controller is further configured to prohibit the one other production route to overrule the mapped fixed smart default value of the selected production route.
An electronic pen (1, 1A, 1B, 1C) comprising: a writing device including a first portion, and a second portion which is partially fitted inside of the first portion and extends from an end of the first portion; and a pen pressure transmitter including a tubular portion forming a through-hole which the second portion of the writing device penetrates, the tubular portion abutting a surface of the first portion of the writing device that faces the second portion of the writing device, an extension portion that extends from the tubular portion in a direction intersecting the second portion of the writing device penetrating the through-hole, and a pressing portion that extends from the extension portion in a direction opposite to a pen tip side of the extension portion; a pen pressure detector which is disposed at a first position spaced apart from the writing device in the direction intersecting the writing device, and which, in operation, is pressed by the pressing portion of the pen pressure transmitter; and a first transmission circuit (11, 11A, 11B) which is disposed on a side of the electronic pen (1, 1A, 1B, 1C) including the first portion of the writing device, and which, in operation, transmits to a position detection sensor a signal indicating a position and indicating a detection result obtained from the pen pressure detector, wherein a pen pressure exerted on the first portion of the writing device is transmitted through the pen pressure transmitter to the pen pressure detector disposed at the first position spaced apart from the writing device. a writing device including a first portion, and a second portion which is partially fitted inside of the first portion and extends from an end of the first portion; and a pen pressure transmitter including a tubular portion forming a through-hole which the second portion of the writing device penetrates, the tubular portion abutting a surface of the first portion of the writing device that faces the second portion of the writing device, an extension portion that extends from the tubular portion in a direction intersecting the second portion of the writing device penetrating the through-hole, and a pressing portion that extends from the extension portion in a direction opposite to a pen tip side of the extension portion; a pen pressure detector which is disposed at a first position spaced apart from the writing device in the direction intersecting the writing device, and which, in operation, is pressed by the pressing portion of the pen pressure transmitter; and a first transmission circuit (11, 11A, 11B) which is disposed on a side of the electronic pen (1, 1A, 1B, 1C) including the first portion of the writing device, and which, in operation, transmits to a position detection sensor a signal indicating a position and indicating a detection result obtained from the pen pressure detector, wherein a pen pressure exerted on the first portion of the writing device is transmitted through the pen pressure transmitter to the pen pressure detector disposed at the first position spaced apart from the writing device.
A method of receiving selected multicast content (57, 58, 59) on a wireless device (25, 26, 27), comprising: obtaining, on the wireless device (25, 26, 27), a global user personalized content preference descriptor (52, 55) combined from a user personalized content preference descriptor (52, 55) and a selected predetermined content descriptor (40, 42) corresponding to a service identifier, ID, (44, 46) associated with a content supplier; receiving a plurality of content items (57, 58, 59) associated with the content supplier via a wireless multicast transmission, wherein the global user personalized content preference descriptor (52, 55) is applied to each incoming content item, and wherein each of the plurality of content items (57, 58, 59) comprises a predetermined content descriptor (40, 42) for describing the content item; and selecting, at the wireless device (25, 26, 27), at least one content item of the plurality of content items (57, 58, 59) based on a comparison between at least a portion of the predetermined content descriptor (40, 42) for describing the at least one content item and the global user personalized content preference descriptor (52, 55) for processing the selected content item. obtaining, on the wireless device (25, 26, 27), a global user personalized content preference descriptor (52, 55) combined from a user personalized content preference descriptor (52, 55) and a selected predetermined content descriptor (40, 42) corresponding to a service identifier, ID, (44, 46) associated with a content supplier; receiving a plurality of content items (57, 58, 59) associated with the content supplier via a wireless multicast transmission, wherein the global user personalized content preference descriptor (52, 55) is applied to each incoming content item, and wherein each of the plurality of content items (57, 58, 59) comprises a predetermined content descriptor (40, 42) for describing the content item; and selecting, at the wireless device (25, 26, 27), at least one content item of the plurality of content items (57, 58, 59) based on a comparison between at least a portion of the predetermined content descriptor (40, 42) for describing the at least one content item and the global user personalized content preference descriptor (52, 55) for processing the selected content item.
A communication device configured to: transmit a first parity message to another communication device for a group of one or more messages that the communication device has transmitted to the other communication device, the parity message including parity information from which the other communication device can reconstruct the one or more messages; and transmit a second parity message to the other communication device for a group of one or more subsequent messages that the communication device has transmitted to the other communication device, the communication device being configured to form the second parity message to overlap the first parity message by including in the second parity message parity information in respect of at least one message for which parity information is included in both the first and second parity messages, characterized by the communication device being configured to form each of the multiple parity messages using a different error-correcting code. transmit a first parity message to another communication device for a group of one or more messages that the communication device has transmitted to the other communication device, the parity message including parity information from which the other communication device can reconstruct the one or more messages; and transmit a second parity message to the other communication device for a group of one or more subsequent messages that the communication device has transmitted to the other communication device, the communication device being configured to form the second parity message to overlap the first parity message by including in the second parity message parity information in respect of at least one message for which parity information is included in both the first and second parity messages, characterized by the communication device being configured to form each of the multiple parity messages using a different error-correcting code.
A road barrier energy absorption unit, comprising: a post channel configured to receive a road barrier post; a guardrail attachment; wherein the energy absorption unit can be disposed over the post and a guardrail can attach to the energy absorption unit; characterized by: a vehicle crush section configured to absorb impact energy when impacted with greater than or equal to 5 kN force; and further comprises a secondary energy absorber located on a side of the post channel opposite the vehicle crush section, and configured to absorb energy transferred from the vehicle crush section to the secondary energy absorber, and wherein, in use, the secondary energy absorber crushes against a horizontal surface to which the unit is attached; and/or a head impact section located below the vehicle crush section, wherein the vehicle crush section has a higher crush capability then the head impact section. a post channel configured to receive a road barrier post; a guardrail attachment; wherein the energy absorption unit can be disposed over the post and a guardrail can attach to the energy absorption unit; characterized by: a vehicle crush section configured to absorb impact energy when impacted with greater than or equal to 5 kN force; and further comprises a secondary energy absorber located on a side of the post channel opposite the vehicle crush section, and configured to absorb energy transferred from the vehicle crush section to the secondary energy absorber, and wherein, in use, the secondary energy absorber crushes against a horizontal surface to which the unit is attached; and/or a head impact section located below the vehicle crush section, wherein the vehicle crush section has a higher crush capability then the head impact section. a vehicle crush section configured to absorb impact energy when impacted with greater than or equal to 5 kN force; and further comprises a secondary energy absorber located on a side of the post channel opposite the vehicle crush section, and configured to absorb energy transferred from the vehicle crush section to the secondary energy absorber, and wherein, in use, the secondary energy absorber crushes against a horizontal surface to which the unit is attached; and/or a head impact section located below the vehicle crush section, wherein the vehicle crush section has a higher crush capability then the head impact section.
A tubular threaded joint constituted by a pin and a box each having a contact surface comprising an unthreaded metal contact portion including a seal portion and a shoulder portion and a threaded portion, wherein the contact surface of at least one of the pin and the box has a first lubricating coating and a second lubricating coating, the first lubricating coating being a solid lubricating coating formed on a portion of the contact surface including the shoulder portion, the second lubricating coating being selected from a viscous liquid lubricating coating and a solid lubricating coating and formed on at least a portion of the contact surface where the first lubricating coating is not present, the first lubricating coating having a coefficient of friction which is higher than that of the second lubricating coating, the second lubricating coating being positioned on top if there is a portion of the contact surface in which both the first lubricating coating and the second lubricating coating are present, characterized in that the portion of the contact surface including the shoulder portion on which the first lubricating coating is formed is an unthreaded metal contact portion of the contact surface, and in that the unthreaded metal contact portion of the contact surface of at least one of the pin and the box has the first lubricating coating, and the entirety of the contact surface has the second lubricating coating formed atop the first lubricating coating.
A method for generating video, comprising: obtaining one or more data portions and generating a customizable video using the one or more data portions, wherein the data portions comprise visual, audio and text contents; determining one or more selectable objects in the customizable video using one or more object definitions by using one or more video generation templates; receiving an indication indicating a user selection of at least one selectable object from the one or more selectable objects corresponding to the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication; regenerating the customizable video using the additional data portions and the one or more data portions; generating, by a content curation module, extensible markup language, XML, data defining content of the customizable video; characterized in that the method further comprises: assigning, by a director script provided by a scripting module of the video generation module, roles to the obtained visual, audio and text contents which are regarded as actors by parsing and interpreting said XML data; defining, by action scripts provided by the scripting module of the video generation module, entrance and exit times of the actors as well as their corresponding actions at each execution time step. obtaining one or more data portions and generating a customizable video using the one or more data portions, wherein the data portions comprise visual, audio and text contents; determining one or more selectable objects in the customizable video using one or more object definitions by using one or more video generation templates; receiving an indication indicating a user selection of at least one selectable object from the one or more selectable objects corresponding to the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication; regenerating the customizable video using the additional data portions and the one or more data portions; generating, by a content curation module, extensible markup language, XML, data defining content of the customizable video; characterized in that the method further comprises: assigning, by a director script provided by a scripting module of the video generation module, roles to the obtained visual, audio and text contents which are regarded as actors by parsing and interpreting said XML data; defining, by action scripts provided by the scripting module of the video generation module, entrance and exit times of the actors as well as their corresponding actions at each execution time step. assigning, by a director script provided by a scripting module of the video generation module, roles to the obtained visual, audio and text contents which are regarded as actors by parsing and interpreting said XML data; defining, by action scripts provided by the scripting module of the video generation module, entrance and exit times of the actors as well as their corresponding actions at each execution time step.
A turbine blade extending radially between a blade root and a blade tip, wherein an open cavity is formed which is defined by a closed end wall and a side rim, the side rim of the cavity carries at least one rib extending between a leading edge and a trailing edge of the blade, characterized in that, in the radial direction of the blade, said at least one rib - is set back from the blade tip, - project from the side rim so as to define a groove between the closed end wall and said at least one rib, thus creating during functioning a three level turbulent structure (13, 15,17) of gas flow in the radial direction, respectively: - above said at least one rib, - at the level of said at least one rib, and - below said at least one rib. - is set back from the blade tip, - project from the side rim so as to define a groove between the closed end wall and said at least one rib, - above said at least one rib, - at the level of said at least one rib, and - below said at least one rib.
A method comprising: measuring at least one characteristic of a secondary component carrier to obtain a measurement result, where the measuring is performed by an apparatus while the apparatus is in communication with a network via a primary component carrier; and in response to the measurement result of the at least one characteristic being below a threshold, triggering at least one of an implicit de-activation of the secondary component carrier and reduced monitoring and measurement requirements for the secondary component carrier. measuring at least one characteristic of a secondary component carrier to obtain a measurement result, where the measuring is performed by an apparatus while the apparatus is in communication with a network via a primary component carrier; and in response to the measurement result of the at least one characteristic being below a threshold, triggering at least one of an implicit de-activation of the secondary component carrier and reduced monitoring and measurement requirements for the secondary component carrier.
An ink jet recording method comprising: discharging a first ultraviolet curable ink onto a recording medium, wherein the first ultraviolet curable ink is of a radical polymerization reaction type which contains a radical photopolymerization initiator and a radical polymerization compound and in which transmittance at a wavelength of 395 nm is equal to or less than 1%; curing the first ultraviolet curable ink which is landed on the recording medium by irradiating the first ultraviolet curable ink with ultraviolet light, wherein a light source which initially emits the ultraviolet light in the curing of the first ultraviolet curable ink is an ultraviolet light emitting diode in which peak intensity of the irradiated ultraviolet light is equal to or more than 800 mW/cm2; discharging second ultraviolet curable ink onto a recording medium, wherein the second ultraviolet curable ink is of a radical polymerization reaction type which contains a radical photopolymerization initiator and a radical polymerization compound and in which transmittance at a wavelength of 395 nm exceeds 1%; and curing the second ultraviolet curable ink which is landed on the recording medium by irradiating the second ultraviolet curable ink with ultraviolet light, wherein a light source which initially emits ultraviolet light in the curing of the second ultraviolet curable ink is an ultraviolet light emitting diode in which peak intensity of the irradiated ultraviolet light is less than 800 mW/cm2. discharging a first ultraviolet curable ink onto a recording medium, wherein the first ultraviolet curable ink is of a radical polymerization reaction type which contains a radical photopolymerization initiator and a radical polymerization compound and in which transmittance at a wavelength of 395 nm is equal to or less than 1%; curing the first ultraviolet curable ink which is landed on the recording medium by irradiating the first ultraviolet curable ink with ultraviolet light, wherein a light source which initially emits the ultraviolet light in the curing of the first ultraviolet curable ink is an ultraviolet light emitting diode in which peak intensity of the irradiated ultraviolet light is equal to or more than 800 mW/cm2; discharging second ultraviolet curable ink onto a recording medium, wherein the second ultraviolet curable ink is of a radical polymerization reaction type which contains a radical photopolymerization initiator and a radical polymerization compound and in which transmittance at a wavelength of 395 nm exceeds 1%; and curing the second ultraviolet curable ink which is landed on the recording medium by irradiating the second ultraviolet curable ink with ultraviolet light, wherein a light source which initially emits ultraviolet light in the curing of the second ultraviolet curable ink is an ultraviolet light emitting diode in which peak intensity of the irradiated ultraviolet light is less than 800 mW/cm2.
A porous layered chitosan scaffold comprising at least two partially fused layers, wherein at least one of the partially fused layer comprises a chitosan nanofiber membrane and the other partially fused layer comprises a chitosan sponge characterised in that: the chitosan nanofiber membrane is electrospun onto the chitosan sponge.
A semiconductor light-emitting element comprising a first semiconductor layer having a first type electrical conductivity, a second semiconductor layer having a second type electrical conductivity that is different from said first type electrical conductivity, an active layer disposed between said first semiconductor layer and said second semiconductor layer, and a first electrode and a second electrode respectively disposed on surfaces of the first and second semiconductor layers, wherein said first electrode comprises a plurality of electrode pieces (223a, 223b) separated at a distance from each other to form a plurality of independently controllable light-emitting portions (301, 302), respectively; and each of said plurality of electrode pieces (223a, 223b) comprises a power feed pad (224a, 224b), and an extension portion (225a, 225b) that is connected to said power feed pad (224a, 224b) and that extends in a direction away from said power feed pad (224a, 224b), and a terminal end portion of said extension portion of an electrode piece is opposed to a terminal end portion of said extension portion of the other electrode piece across a gap; each of said power feed pads (224a, 224b) is arranged in a peripheral portion of said first semiconductor layer; and each of said extension portions (225a, 225b) extends from the peripheral portion toward the center portion of said first semiconductor layer, characterized in that the extension portions (225a, 225b) form a comb pattern.
A system for the radiation treatment of substrates comprising at least one radiation source (9, 9', 9") in a chamber (1, 201, 301) above the substrate holders (11, 11') for fitting substrates to be treated and the chamber (1, 201, 301) comprises means for maintaining a gas flow in the chamber (1, 201, 301) with at least one gas inlet (3, 203, 303) and at least one gas outlet (5, 205, 311, 311'), wherein the at least one gas inlet (3, 203, 303) is disposed in the region of the substrate holder (11, 11') in such a way that gas flowing in through the at least one gas inlet (3, 203, 303, 305) first flows around the substrate holders (11, 11') prior to leaving the chamber (1, 201, 301) again, either directly and/or after flowing around the at least one radiation source (9, 9', 9") through the gas outlet (5, 205, 311, 311'), characterized in that indentations (209, 309) are provided at the lower edge of the chamber in such a way that the flow is reduced in the region of the indentations (209, 309) and, accordingly, the indentations (209, 309) act as dust collectors.