mhurhangee/ep-ind-claims huggingface dataset:
Device for producing a multiple-layer fibrous web, having a screen section for forming a multiple-layer fibrous web, a press section for further dewatering the multiple-layer fibrous web, and a drying section for drying the multiple-layer fibrous web, wherein the screen section comprises at least one first forming unit for forming a first layer of the multiple-layer fibrous web, and at least one second forming unit for forming a second layer of the multiple-layer fibrous web, and a compression zone, and the forming units (2, 3) for configuring the multiple-layer fibrous web are mutually disposed and configured such that the second layer is transferred onto the first layer in the compression zone so as to configure the multiple-layer fibrous web, wherein the press section comprises at least two last press nips (12, 13), wherein the two last press nips (12, 13) for smoothing one side of the multiple-layer fibrous web are formed by a first press element and a second press element having a common counter element with a smooth surface, and wherein the multiple-layer fibrous web conjointly with a press belt is guided through the last-but-one press nip in such a manner that the second layer of the multiple-layer fibrous web contacts the smooth surface of the counter element, characterized in that a transfer belt is provided for directly acquiring the multiple-layer fibrous web at an acquisition location from the first forming unit and for the onward transportation of the multiple-layer fibrous web, and in that the press belt guided conjointly with the multiple-layer fibrous web through the last-but-one press nip is disposed for directly acquiring the multiple-layer fibrous web at a retrieval location from the transfer belt and for guiding the multiple-layer fibrous web to the press section.
A method for printing an inkjet energy curable ink composition comprising: a) providing an inkjet energy curable ink composition, wherein the inkjet ink composition comprises: i) greater than or equal to 20% (w/w) one or more monofunctional ethylenically unsaturated monomers or oligomers, based on the total weight of the inkjet ink composition; ii) less than or equal to 40% (w/w) one or more multifunctional ethylenically unsaturated monomers or oligomers, based on the total weight of the inkjet ink composition; iii) optionally, one or more solvents; and iv) optionally, one or more colorants; b) applying the inkjet ink composition of step a) to a substrate; and c) curing the applied inkjet ink composition by exposure to electron beam radiation, wherein: i) the accelerating voltage of the electron beam emitter is equal to or greater than 70 keV; ii) the cure dose is equal to or greater than 30 kGy. a) providing an inkjet energy curable ink composition, wherein the inkjet ink composition comprises: i) greater than or equal to 20% (w/w) one or more monofunctional ethylenically unsaturated monomers or oligomers, based on the total weight of the inkjet ink composition; ii) less than or equal to 40% (w/w) one or more multifunctional ethylenically unsaturated monomers or oligomers, based on the total weight of the inkjet ink composition; iii) optionally, one or more solvents; and iv) optionally, one or more colorants; i) greater than or equal to 20% (w/w) one or more monofunctional ethylenically unsaturated monomers or oligomers, based on the total weight of the inkjet ink composition; ii) less than or equal to 40% (w/w) one or more multifunctional ethylenically unsaturated monomers or oligomers, based on the total weight of the inkjet ink composition; iii) optionally, one or more solvents; and iv) optionally, one or more colorants; b) applying the inkjet ink composition of step a) to a substrate; and c) curing the applied inkjet ink composition by exposure to electron beam radiation, wherein: i) the accelerating voltage of the electron beam emitter is equal to or greater than 70 keV; ii) the cure dose is equal to or greater than 30 kGy. i) the accelerating voltage of the electron beam emitter is equal to or greater than 70 keV; ii) the cure dose is equal to or greater than 30 kGy.
Use of fluoroimide or an agrochemically acceptable salt thereof and one or more compounds selected from the group consisting of SBI agents, and SDHI agents or agrochemically acceptable salts thereof for controlling cereal plant diseases, wherein the SBI agent is one or more DMI agents selected from the group consisting of: an imidazole, which is prochloraz; and at least one triazole selected from the group consisting of propiconazole, tebuconazole, difenoconazole, metconazole, epoxiconazole and prothioconazole, and the SDHI agent is one or more compounds selected from the group consisting of: at least one pyrazole carboxamide selected from the group consisting of bixafen, fluxapyroxad and isopyrazam; and a pyridine carboxamide, which is boscalid. an imidazole, which is prochloraz; and at least one triazole selected from the group consisting of propiconazole, tebuconazole, difenoconazole, metconazole, epoxiconazole and prothioconazole, and at least one pyrazole carboxamide selected from the group consisting of bixafen, fluxapyroxad and isopyrazam; and a pyridine carboxamide, which is boscalid.
Earth station receiver device arranged for receiving a set of data transmitted in super-frames by an earth station transmitter device of a satellite communication system, whereby at least one of said super-frames contains less than 415 pilot segments, said pilot segments obtained by inserting a pilot field of 36 super-frame pilot symbols type A as defined in DVB-S2X in between each pair of consecutive blocks of 16 capacity units, said capacity units each 90 symbols long and obtained by converting a super-frame preamble comprising a start of super-frame, SOSF, and a super-frame format indicator, SFFI, and a plurality of physical layer frames, whereby a first subset of capacity units corresponding to said super-frame preamble is prepended to a second subset of capacity units corresponding to said plurality of physical layer frames, wherein said earth station receiver device comprising detection means arranged to check after each detected pilot field whether or not there is a SOSF indication.
A scanning laser projector comprising: a scanning mirror to reflect a modulated light beam (109, 124) in a raster pattern; an infrared laser light source to produce infrared light as part of the modulated light beam (109, 124); a photodetector to detect reflections of the infrared light that is part of the modulated light beam (109, 124); and a first safety circuit configured to determine if the modulated light beam (109, 124) is reflecting off an obstruction in the field of view of the scanning laser projector; characterized by: an infrared light emitting diode to produce infrared light, wherein the photodetector and the infrared light emitting diode are arranged such that a first portion of the infrared light produced by the infrared light emitting diode is detected by the photodetector to test the photodetector; and a second safety circuit coupled to the infrared light emitting diode and the photodetector, the second safety circuit configured to detect a local obstruction blocking the photodetector by detecting that the photodetector receives a second portion of the infrared light produced by the infrared light emitting diode reflected off the local obstruction. a scanning mirror to reflect a modulated light beam (109, 124) in a raster pattern; an infrared laser light source to produce infrared light as part of the modulated light beam (109, 124); a photodetector to detect reflections of the infrared light that is part of the modulated light beam (109, 124); and a first safety circuit configured to determine if the modulated light beam (109, 124) is reflecting off an obstruction in the field of view of the scanning laser projector; characterized by: an infrared light emitting diode to produce infrared light, wherein the photodetector and the infrared light emitting diode are arranged such that a first portion of the infrared light produced by the infrared light emitting diode is detected by the photodetector to test the photodetector; and a second safety circuit coupled to the infrared light emitting diode and the photodetector, the second safety circuit configured to detect a local obstruction blocking the photodetector by detecting that the photodetector receives a second portion of the infrared light produced by the infrared light emitting diode reflected off the local obstruction. an infrared light emitting diode to produce infrared light, wherein the photodetector and the infrared light emitting diode are arranged such that a first portion of the infrared light produced by the infrared light emitting diode is detected by the photodetector to test the photodetector; and a second safety circuit coupled to the infrared light emitting diode and the photodetector, the second safety circuit configured to detect a local obstruction blocking the photodetector by detecting that the photodetector receives a second portion of the infrared light produced by the infrared light emitting diode reflected off the local obstruction.
A proximity sensor for collision prevention, comprising a cover and an emitter electrode and a receiver electrode, and means for generating an electric field from said emitter electrode to said receiver electrode, the sensor further comprising a first electrically driven guard electrode located between said emitter and receiver electrodes (104, 102), wherein detection of an object in the proximity of the sensor is indicated by a reduction of sensor output voltage, and wherein the sensor further comprising a second, electrically driven guard electrode in respect of said receiver electrode, wherein the second electrically driven guard electrode is positioned behind the receiver electrode seen from the cover, to shield parts thereof not facing a potential object,
Bracelet clasp, of the type with a deployment buckle, including at least first and second strips, the first strip being hinged to the second strip by a first end, between a closed position, called the wearing position, in which the first strip is folded onto the second strip, and an open position, in which the first strip is distant from the second strip, the first strip carrying, at a second end, a member for securing a first bracelet strand, a second bracelet strand being at least indirectly connected to the second strip, the first strip including first locking means capable of holding the first strip in the closed position, the securing member including means for adjusting the useful length of the bracelet, these adjustment means including: - a base plate secured to the second end of the first strip, - a cap pivotally hinged to the base plate, the first strand passing between the base plate and the cap and being held by holding means, - second means for locking the cap in the closed position on the base plate, characterized in that the second locking means include a push-piece arranged to be moved in a longitudinal direction of the bracelet, in response to an action of the user, between a first rest position in which the cap is locked in a closed position on the base plate, and a second pushed-in position in which the cap is unlocked from the base plate. - a base plate secured to the second end of the first strip, - a cap pivotally hinged to the base plate, the first strand passing between the base plate and the cap and being held by holding means, - second means for locking the cap in the closed position on the base plate,
A process for preparing isocyanates from the corresponding amines and phosgene, in which the reaction is carried out in the gas phase in at least one reaction zone and the reaction mixture is fed into at least one zone into which at least one liquid is sprayed to stop the reaction, wherein a widened region having a widened cross section is present between the reaction zone and the zone in which the reaction is stopped, wherein the ratio of the flow cross section in the widened region to the flow cross section in the reaction zone is from 1.1:1 to 3:1.
Actuating device for a drain valve of a sanitary bathroom cistern comprising an actuating plate, in which at least one actuating element (3, 4) for a flush release is mounted, wherein the at least one actuating element (3, 4), upon release of the flush, is capable of displacement in an actuating direction from an initial position into an end position, and wherein the at least one actuating element (3, 4) is capable of displacement along a pivoting movement about at least one pivot axis (A, C) against the actuating direction from the initial position into an inspection position, characterized in that the actuating element (3, 4) is in connection with the actuating plate via a pivot lever (5, 6), wherein the said pivot lever (5, 6) is in connection with the actuating plate via a first pivot bearing (7, 8) and is in connection with the actuating element (3, 4) via a second pivot bearing (9, 10), wherein the actuating element (3, 4) is capable of being caused to pivot via the first pivot bearing (7, 8) relative to the actuating plate from the initial position into an intermediate position, and wherein the actuating element (3, 4) is capable of being caused to pivot via the second pivot bearing (9, 10) relative to the pivot lever (5, 6) from the intermediate position into the inspection position.
A mobile terminal device, configured to be carried by a worker for performing a maintenance operation in a plant, the mobile terminal device comprising: a data transmission processor configured to communicate with a field device via a first network to acquire information from the field device as first device information, when said mobile terminal device is not connected to a second network; extract maintenance information from the first device information; package the extracted maintenance information and information generated by the worker to generate own-terminal data; and automatically and collectively acquire information including maintenance information used in at least one second mobile terminal device as second device information from an external storage, when said mobile terminal device is connected to the second network, the external storage being communicatively connected to said mobile terminal device via the second network; said mobile terminal device further comprising: a first device information storage configured to store the own-terminal data; a second device information storage configured to store the second device information; and a data display processor configured to integrate and display the own-terminal data and the second device information. a data transmission processor configured to communicate with a field device via a first network to acquire information from the field device as first device information, when said mobile terminal device is not connected to a second network; extract maintenance information from the first device information; package the extracted maintenance information and information generated by the worker to generate own-terminal data; and automatically and collectively acquire information including maintenance information used in at least one second mobile terminal device as second device information from an external storage, when said mobile terminal device is connected to the second network, the external storage being communicatively connected to said mobile terminal device via the second network; a first device information storage configured to store the own-terminal data; a second device information storage configured to store the second device information; and a data display processor configured to integrate and display the own-terminal data and the second device information.
A method for wireless communication at a wireless device (105; 115), comprising: identifying a set of beam configurations for a plurality of communications with at least one target device; determining a duplexing mode for the plurality of communications based at least in part on the identified set of beam configurations; and communicating with the at least one target device based at least in part on the identified set of beam configurations and the determined duplexing mode; wherein the duplexing mode comprises a half-duplexed control channel using one or more wide beams and a full duplexed data channel using one or more narrow beams. identifying a set of beam configurations for a plurality of communications with at least one target device; determining a duplexing mode for the plurality of communications based at least in part on the identified set of beam configurations; and communicating with the at least one target device based at least in part on the identified set of beam configurations and the determined duplexing mode; wherein the duplexing mode comprises a half-duplexed control channel using one or more wide beams and a full duplexed data channel using one or more narrow beams.
A subsea drilling system with a drilling riser and a drill string, said drilling riser being coupled to a borehole; said system having a pump to pump drilling fluid down into the borehole through the drill string and return said drilling fluid back through an annulus between the drill string and the borehole; said drilling riser having a pump outlet (29, 35), to which a drilling fluid return pump is coupled, and through which the returned drilling fluid is exiting from the drilling riser, said outlet (29, 35) being at a level between the seabed and the surface of the seawater, characterised in that the system further comprises a subsea located Blow Out Preventer, which has a closing element (13, 15) that can be closed to seal off the annulus, thereby diverting drilling fluids from below the closing element (13, 15) in the subsea BOP; a separate line being coupled to the BOP and extending to above the BOP, via at least one pressure reduction device, and into the riser at a higher level than the outlet (29, 35) from the riser to the subsea drilling fluid return pump; the drilling fluid being diverted into said separate line; the system further comprising a drilling fluid process plant (1, 2) on a mobile offshore drilling unit (MODU) above sea level, to which the drilling fluid return pump is fluidly connected.
A method for changing an emoticon in a chat interface performed by a terminal device having an instant messaging tool installed, and being characterized by comprising: detecting, at a first detecting module, whether an instant message received by the chat interface of the instant messaging tool contains a first emoticon allowed to be changed; checking, at a first determining module, a first emoticon-value list to determine a first value corresponding with the first emoticon if the instant message contains the first emoticon, the first emoticon-value list comprising multiple first emoticons and values corresponding with the first emoticons; receiving, at an input box of the chat interface, a second emoticon from a user; checking, at a second determining module, a second emoticon-value list to determine a second value corresponding with the second emoticon, wherein the second emoticon is configured to change the first emoticon, the second emoticon-value list comprising multiple second emoticons and values corresponding with the second emoticons; adding, at an adding module, the first value and the second value to obtain a value result; and checking, at a processing module, the first emoticon-value list to change the first emoticon to an emoticon form corresponding to the value result. detecting, at a first detecting module, whether an instant message received by the chat interface of the instant messaging tool contains a first emoticon allowed to be changed; checking, at a first determining module, a first emoticon-value list to determine a first value corresponding with the first emoticon if the instant message contains the first emoticon, the first emoticon-value list comprising multiple first emoticons and values corresponding with the first emoticons; receiving, at an input box of the chat interface, a second emoticon from a user; checking, at a second determining module, a second emoticon-value list to determine a second value corresponding with the second emoticon, wherein the second emoticon is configured to change the first emoticon, the second emoticon-value list comprising multiple second emoticons and values corresponding with the second emoticons; adding, at an adding module, the first value and the second value to obtain a value result; and checking, at a processing module, the first emoticon-value list to change the first emoticon to an emoticon form corresponding to the value result.
A device for matching optical fiber connections for ROADM service, comprising: a reference control optical channel transmitter, a downlink Wavelength Selective Switch WSS, a plurality of emitting ports (a1, a2...an), a reference control optical channel receiver, an uplink WSS and a plurality of receiving ports (b1, b2...bn); wherein the reference control optical channel transmitter is arranged to emit a first reference control optical channel signal carrying ROADM card information and corresponding emitting port information, and the downlink WSS is arranged to emit the first reference control optical channel through the respective emitting ports in a polling manner; wherein the reference control optical channel receiver is arranged to receive a second reference control optical channel signal carrying ROADM card information and corresponding emitting port information from another matching device, and to obtain the carried information and then determine a matching relationship between the receiving port of the matching device and the certain emitting port of the another matching device connected by an optical fiber; and the uplink WSS is arranged to selectively receive the second reference control optical channel over the plurality of receiving ports in the polling manner; wherein the reference control optical channel operating within an operating wavelength range of WSSs in the ROADM but outside a wavelength range of a service optical channel, characterized in that the matching device and the another matching device for different directions are located in different chassis and duplex-connected at service ports with each other, the reference control optical channel is adapted to further operate as a backup physical channel for a cascade communication channel between the different chassis for carrying cascade interactive services.
An operating method of an injection molding system for the production of transport containers with inmould foils, in particular bottle crates for holding beverage bottles or bottle containers, wherein the injection molding system comprises at least one robotic device and an injection molding device, wherein the operating method comprises the following steps: a) feeding inmould foils to the robot device as strip material, in particular roll material, b) separating the inmould foils by means of the robotic device, and c) inserting the separated inmould foils by means of the robot device into an injection molding device jaw of the injection molding device for subsequent back injection. wherein the injection molding system comprises at least one robotic device and an injection molding device, wherein the operating method comprises the following steps: a) feeding inmould foils to the robot device as strip material, in particular roll material, b) separating the inmould foils by means of the robotic device, and c) inserting the separated inmould foils by means of the robot device into an injection molding device jaw of the injection molding device for subsequent back injection. a) feeding inmould foils to the robot device as strip material, in particular roll material, b) separating the inmould foils by means of the robotic device, and c) inserting the separated inmould foils by means of the robot device into an injection molding device jaw of the injection molding device for subsequent back injection.