mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a recording head to eject liquid onto a sheet of recording media fed along a sheet feed path; a carriage mounting the recording head and reciprocally movable in a width direction of the sheet to record an image on the sheet on the sheet feed path with the recording head, the width direction of the sheet perpendicular to a sheet feed direction in which the sheet is fed along the sheet feed path; a sheet cutting device including a cutter to cut the sheet to a desired length and a cutter unit holding the cutter, the cutter unit movable in the width direction of the sheet, a movement area of the carriage overlapping, in a thickness direction of the sheet, a movement area of the cutter unit in which the cutter unit moves to cut the sheet with the cutter; a cutter position detecting device (101, 102) to detect a position of the cutter unit; and a controller to perform initial operation upon power on of the image forming apparatus to move the cutter unit to a cutter home position located at one end of opposed ends of the movement area of the cutter unit, wherein the cutter unit, after cutting the sheet with the cutter, is movable in the width direction of the sheet with the cutter unit retracted from the sheet feed path in the thickness direction of the sheet, and the controller determines whether or not to perform the initial operation based on detection results of the cutter position detecting device (101, 102). a recording head to eject liquid onto a sheet of recording media fed along a sheet feed path; a carriage mounting the recording head and reciprocally movable in a width direction of the sheet to record an image on the sheet on the sheet feed path with the recording head, the width direction of the sheet perpendicular to a sheet feed direction in which the sheet is fed along the sheet feed path; a sheet cutting device including a cutter to cut the sheet to a desired length and a cutter unit holding the cutter, the cutter unit movable in the width direction of the sheet, a movement area of the carriage overlapping, in a thickness direction of the sheet, a movement area of the cutter unit in which the cutter unit moves to cut the sheet with the cutter; a cutter position detecting device (101, 102) to detect a position of the cutter unit; and a controller to perform initial operation upon power on of the image forming apparatus to move the cutter unit to a cutter home position located at one end of opposed ends of the movement area of the cutter unit, wherein the cutter unit, after cutting the sheet with the cutter, is movable in the width direction of the sheet with the cutter unit retracted from the sheet feed path in the thickness direction of the sheet, and the controller determines whether or not to perform the initial operation based on detection results of the cutter position detecting device (101, 102).
A curved display assembly, comprising: a glass sheet having a first major surface and a second major surface opposite to the first major surface, the glass sheet having a first thickness measured between the first major surface and the second major surface, wherein the glass sheet is bent around a bend axis in a cylindrical shape; a curved display having a second thickness between a first display surface and a second display surface, the display being bent around the bend axis in the cylindrical shape and comprising a display region and two overhanging edges that are adjacent to the display region and parallel to the bend axis, wherein the curved display comprises glass layers; a first adhesive bonding the second display surface of the curved display to the second major surface of the glass sheet in the display region; and a second adhesive bonds each of the two overhanging edges to the second major surface of the glass sheet, the second adhesive having a higher elastic modulus than the first adhesive, wherein the second adhesive applies a bending moment along the two overhanging edges to maintain the display in the cylindrical shape; wherein the overhanging edges each extend a distance outside of the display area that is at least three times the second thickness of the curved display. a glass sheet having a first major surface and a second major surface opposite to the first major surface, the glass sheet having a first thickness measured between the first major surface and the second major surface, wherein the glass sheet is bent around a bend axis in a cylindrical shape; a curved display having a second thickness between a first display surface and a second display surface, the display being bent around the bend axis in the cylindrical shape and comprising a display region and two overhanging edges that are adjacent to the display region and parallel to the bend axis, wherein the curved display comprises glass layers; a first adhesive bonding the second display surface of the curved display to the second major surface of the glass sheet in the display region; and a second adhesive bonds each of the two overhanging edges to the second major surface of the glass sheet, the second adhesive having a higher elastic modulus than the first adhesive, wherein the second adhesive applies a bending moment along the two overhanging edges to maintain the display in the cylindrical shape; wherein the overhanging edges each extend a distance outside of the display area that is at least three times the second thickness of the curved display.
A stacked non-volatile memory device, comprising: first and second word lines (220, 230) extending in a first direction; first and second bit lines (214, 228) extending in a second direction perpendicular to the first direction; a first trapping structure between a first word line conductor and the first bit line; a second trapping structure between the first word line conductor and the second bit line; a third trapping structure between a second word line conductor and the second bit line, wherein the third trapping structure is over the second trapping structure, characterized in that each word line (220, 230) comprises a word line conductor (224, 246) sandwiched between two trapping structures, and each bit line comprises self-aligned source and drain regions on either side of the word lines (220, 230). first and second word lines (220, 230) extending in a first direction; first and second bit lines (214, 228) extending in a second direction perpendicular to the first direction; a first trapping structure between a first word line conductor and the first bit line; a second trapping structure between the first word line conductor and the second bit line; a third trapping structure between a second word line conductor and the second bit line, wherein the third trapping structure is over the second trapping structure, characterized in that each word line (220, 230) comprises a word line conductor (224, 246) sandwiched between two trapping structures, and each bit line comprises self-aligned source and drain regions on either side of the word lines (220, 230).
A method of transmitting information from a serving network element to a mobile terminal in a mobile communications network in a mobile communications network, comprising the steps of: transmitting, by the serving network element, information related to an indication of whether a voice over internet protocol, VoIP, via packet switched, PS, domain is supported, to the mobile terminal via an eNode B, during one of a routing area update, RAU, procedure and an attach procedure; receiving a voice call continuity, VCC, capability of the mobile terminal from the mobile terminal; and determining, by the serving network element, whether or not to anchor a call of the mobile terminal based on the received VCC capability of the mobile terminal, wherein the information is based on a VoIP capability of the network element. transmitting, by the serving network element, information related to an indication of whether a voice over internet protocol, VoIP, via packet switched, PS, domain is supported, to the mobile terminal via an eNode B, during one of a routing area update, RAU, procedure and an attach procedure; receiving a voice call continuity, VCC, capability of the mobile terminal from the mobile terminal; and determining, by the serving network element, whether or not to anchor a call of the mobile terminal based on the received VCC capability of the mobile terminal, wherein the information is based on a VoIP capability of the network element.
A method performed by a terminal in a communication system, the method comprising: transmitting, to another terminal, sidelink data on a sidelink; determining whether a radio link failure, RLF, associated with the sidelink is detected based on sidelink hybrid automatic repeat request, HARQ, information for the sidelink data; and in case that the RLF associated with the sidelink is detected, transmitting, to a base station, information indicating that the RLF associated with the sidelink occurs, wherein the terminal is connected with the base station, wherein it is determined that the RLF is detected in response to the sidelink HARQ information being not received during a threshold, and wherein the threshold starts a timing of a last reception of the sidelink HARQ information. transmitting, to another terminal, sidelink data on a sidelink; determining whether a radio link failure, RLF, associated with the sidelink is detected based on sidelink hybrid automatic repeat request, HARQ, information for the sidelink data; and in case that the RLF associated with the sidelink is detected, transmitting, to a base station, information indicating that the RLF associated with the sidelink occurs, wherein the terminal is connected with the base station, wherein it is determined that the RLF is detected in response to the sidelink HARQ information being not received during a threshold, and wherein the threshold starts a timing of a last reception of the sidelink HARQ information.
Train station, in particular a tunnel-type train station, having at least one public waiting area for waiting persons and at least one traffic route for the circulation of vehicles, wherein the public waiting area is disposed adjacent to the traffic route, and wherein the train station features at least one ambient air cleaning assembly for cleaning an ambient air with at least one filter arrangement for separating solid, liquid or gaseous ambient air contaminants, in particular fine particulate matter, from the ambient air, wherein the traffic route is provided as vehicle tunnel and the train station features an enclosed area in which the public waiting area for waiting persons is disposed, wherein the enclosed area features at least one side wall, wherein the at least one filter arrangement is disposed on and/or in the side wall of the enclosed area, characterized in that the side wall of the enclosed area features a curvature in a plane normal to a longitudinal extension of the traffic route, and wherein the filter arrangement features a curvature corresponding to the curvature of the side wall.
A process for manufacturing pellets of material that can be used as a road binder or as a sealing binder, comprising a core and a coating layer, in a fluidized air bed facility, said process comprising the following steps: (i) feeding the cores into the process chamber, (ii) fluidizing the cores present in the process chamber, by injecting an air stream, and (iii) feeding the coating layer precursor composition to the fluidized bed by means of at least one spray nozzle emerging from below into the fluidized bed, said facility comprising, in the process chamber, at least one insert delimiting a fluidized bed zone in which the air flow rate is higher relative to the rest of the process chamber, said core consisting of a first composition comprising at least one material chosen from: a bitumen base, a pitch and a clear binder, and said coating layer consisting of a second composition comprising at least one viscosifying compound and at least one anticaking agent. (i) feeding the cores into the process chamber, (ii) fluidizing the cores present in the process chamber, by injecting an air stream, and (iii) feeding the coating layer precursor composition to the fluidized bed by means of at least one spray nozzle emerging from below into the fluidized bed,
A pneumatic tire comprising: - two plate-like members (21, 22) which have a plurality of through holes formed therein, and are adhered to each other by adhesion portions (2a to 2h) at least at two positions spaced apart from each other; and wherein a part of an outer surface of one of the two plate-like members (21, 22) is attached to an inner surface of a tread portion so that a space is formed between the outer surface of the one of the two plate-like members (21, 22) that are adhered and the inner surface of the tread portion, characterised by: - a supporting member having a tubular shape or a solid circular cylinder shape or solid square post shape or frame shape having a trapezoidal cross-section or a frame shape having a triangular cross-section or a frame shape having a rectangular cross-section, which extends along the tire width direction which is inserted between the two plate-like members (21, 22) between the adhesion portions (2a to 2h) being adjacent to each other. - two plate-like members (21, 22) which have a plurality of through holes formed therein, and are adhered to each other by adhesion portions (2a to 2h) at least at two positions spaced apart from each other; and wherein a part of an outer surface of one of the two plate-like members (21, 22) is attached to an inner surface of a tread portion so that a space is formed between the outer surface of the one of the two plate-like members (21, 22) that are adhered and the inner surface of the tread portion, characterised by: - a supporting member having a tubular shape or a solid circular cylinder shape or solid square post shape or frame shape having a trapezoidal cross-section or a frame shape having a triangular cross-section or a frame shape having a rectangular cross-section, which extends along the tire width direction which is inserted between the two plate-like members (21, 22) between the adhesion portions (2a to 2h) being adjacent to each other.
A process for producing a creped sheet product comprising: a. applying an additive composition comprising a flexible superabsorbent and a film forming component to a moving creping surface; b. pressing a base sheet against the creping surface after the additive composition has been applied, the additive composition adhering the base sheet to the creping surface; and c. removing the base sheet from the creping surface with a creping blade, wherein the base sheet comprises, by weight, from about 0.1% to about 3% additive composition. a. applying an additive composition comprising a flexible superabsorbent and a film forming component to a moving creping surface; b. pressing a base sheet against the creping surface after the additive composition has been applied, the additive composition adhering the base sheet to the creping surface; and c. removing the base sheet from the creping surface with a creping blade, wherein the base sheet comprises, by weight, from about 0.1% to about 3% additive composition.
A system comprising: a sensor operable to detect changes in a lateral position of a web of print media traveling through a continuous-forms printing system; and a controller operable to adjust a lateral position of a printhead while the printing system is operating to compensate for the detected changes in web position; wherein the controller is further operable to adjust the lateral position of the printhead based on input from the sensor indicating a location of an edge of the web; the sensor is configured to detect the location of the physical edge of the web; and characterized in that: the controller is configured to process input from the sensor with a lowpass filter before adjusting the lateral position of the printhead. a sensor operable to detect changes in a lateral position of a web of print media traveling through a continuous-forms printing system; and a controller operable to adjust a lateral position of a printhead while the printing system is operating to compensate for the detected changes in web position; wherein the controller is further operable to adjust the lateral position of the printhead based on input from the sensor indicating a location of an edge of the web; the sensor is configured to detect the location of the physical edge of the web; and characterized in that: the controller is configured to process input from the sensor with a lowpass filter before adjusting the lateral position of the printhead.
A method of providing a laminated vacuum insulated glass unit, wherein the method comprises: - providing a lamination assembly comprising a vacuum insulated glass unit comprising at least two glass sheets (11a, 11b) separated by a plurality of support structures distributed in a gap between the glass sheets (11a, 11b), and a lamination layer arranged between one of the glass sheets (11a, 1 1b) of the vacuum insulated glass unit and a further sheet, - subjecting said lamination assembly to a heating step at a heating location so as to soften said lamination layer to provide a bonding between the VIG unit and the lamination layer, and a bonding between the further sheet and the lamination layer, and - subjecting said heated lamination assembly to a cooling step provided by a cooling system, wherein said cooling step comprises providing a controlled cooling of one or both major outer surfaces (10a, 10b) of the heated lamination assembly so as to cool said heated lamination assembly to harden said lamination layer, wherein said controlled cooling is a forced cooling, and characterised in that said controlled cooling forces a larger heat transfer per time unit from said further sheet, when compared to the heat transfer per time unit provided from the oppositely directed outer major surface of the lamination assembly. - providing a lamination assembly comprising a vacuum insulated glass unit comprising at least two glass sheets (11a, 11b) separated by a plurality of support structures distributed in a gap between the glass sheets (11a, 11b), and a lamination layer arranged between one of the glass sheets (11a, 1 1b) of the vacuum insulated glass unit and a further sheet, a vacuum insulated glass unit comprising at least two glass sheets (11a, 11b) separated by a plurality of support structures distributed in a gap between the glass sheets (11a, 11b), and a lamination layer arranged between one of the glass sheets (11a, 1 1b) of the vacuum insulated glass unit and a further sheet, - subjecting said lamination assembly to a heating step at a heating location so as to soften said lamination layer to provide a bonding between the VIG unit and the lamination layer, and a bonding between the further sheet and the lamination layer, and - subjecting said heated lamination assembly to a cooling step provided by a cooling system, wherein said cooling step comprises providing a controlled cooling of one or both major outer surfaces (10a, 10b) of the heated lamination assembly so as to cool said heated lamination assembly to harden said lamination layer, wherein said controlled cooling is a forced cooling, and characterised in that said controlled cooling forces a larger heat transfer per time unit from said further sheet, when compared to the heat transfer per time unit provided from the oppositely directed outer major surface of the lamination assembly.
A current sensing device for producing a signal indicative of an alternating current flowing in a conductor, the current sensing device comprising a support element having a central opening extending axially therethrough for accommodating the conductor and defining a main central axis, and a plurality of planar coils located in the support element and defining respective planes extending substantially along and substantially radially from the main central axis, the planar coils being circumferentially spaced apart around the support element and being electrically connected in series so that the voltages induced in the planar coils by an alternating current flowing in the conductor extending through the central opening in the support element are summed in phase to produce the signal indicative of the alternating current flowing in the conductor, characterised in that a carrier (11,70,81,105,202) is provided for supporting the planar coils in the support element, the carrier (11,70,81,105,202) comprises an elongated primary substrate defining opposite first and second major surfaces (14,15) and being configured into a multi-channel arcuate configuration defining a plurality of adjacent channels by bending the primary substrate along spaced apart transversely extending bend lines to form opposite side walls of the channels, the primary substrate is located in the support element in the multi-channel arcuate configuration extending around the main central axis with the bend lines and the channels extending substantially parallel to the main central axis and with the side walls defining planes extending substantially longitudinally along and substantially radially from the main central axis, and the planar coils are formed on at least the first major surface of the primary substrate on the respective side walls of the channels.
A method for process control in a network centric process control system, the network centric process control system comprising a plurality of nodes, wherein each node comprises one or more control service being a separate executable running in a separate operating system process provided by a real time operating system thereof, wherein configuration data defining signals with process data between the plurality of nodes has been received from an engineering node, the method comprising: publishing, by one or more of the plurality of nodes, process data information for signals in the network centric process control system via a middleware service, the process data information of one signal comprising an identity unique in the network centric process control system, a data type for process data, and process data, where the publishing is made by one control service of said one or more of the plurality of nodes, wherein the middleware service is a separate executable running in a separate operating system process provided by a real time operating system thereof and a middleware service interface provided by the middleware service is configured to group publishing process data information in data sets, wherein each data set comprises signals and is assigned a multicast address; and subscribing, by the one or more of the plurality of nodes, to said process data information published in the network centric process control system via the middleware service, where the subscribing is made by another control service of said one or more of the plurality of nodes. publishing, by one or more of the plurality of nodes, process data information for signals in the network centric process control system via a middleware service, the process data information of one signal comprising an identity unique in the network centric process control system, a data type for process data, and process data, where the publishing is made by one control service of said one or more of the plurality of nodes, wherein the middleware service is a separate executable running in a separate operating system process provided by a real time operating system thereof and a middleware service interface provided by the middleware service is configured to group publishing process data information in data sets, wherein each data set comprises signals and is assigned a multicast address; and subscribing, by the one or more of the plurality of nodes, to said process data information published in the network centric process control system via the middleware service, where the subscribing is made by another control service of said one or more of the plurality of nodes.